The MediaEval Multimedia Evaluation benchmark offers challenges in artificial intelligence for multimedia data. Participants address these challenges by creating algorithms for retrieval, analysis, and exploration. Solutions are systematically compared using a common evaluation procedure, making it possible to establish the state of the art and track progress. Our larger aim is to promote reproducible research that makes multimedia a positive force for society.
MediaEval goes beyond other benchmarks and data science challenges in that it also pursues a “Quest for Insight” (Q4I). With Q4I we push beyond only striving to improve evaluation scores to also working to achieve deeper understanding about the challenges. For example, properties of the data, strengths and weaknesses of particular types of approaches, and observations about the evaluation procedure.
The MediaEval 2022 Workshop will be held 12-13 January 2023, collocated with MMM 2023 in Bergen, Norway and also online. For the preliminary workshop proceedings and the workshop schedule, please see the MediaEval Workshop Information Announcement
MediaEval is grateful for the support of ACM Special Interest Group on Multimedia
Contribute to disaster management by addressing two subtasks: Classify multimodal twitter data as relevant or non-relevant to flooding events and and develop a named-entity recognizer in order to identify which words (or sequence of words) in a tweet’s text refer to locations.
Read more.Identify events of high significance in the Super Mario Bros. gameplay by analyzing facial expressions and the biometric data of players and then (optionally) creating a video summary of the best moments of play.
Read more.Participants address three fake news detection subtasks related to COVID-19-related conspiracy theories on twitter: First, text-based topic and conspiracy detection, second, graph based detection of users who post conspiracy theory (posters) in a social network graph with node attributes, and, third, a combination the two to achieve topic and conspiracy detection based both textual data and graphs.
Read more.Task participants develop classifiers to predict whether a text passage and an image evoke the same smell source or not and (optionally) dectors dentify common smell sources text passages and images.
Read more.Detect and track spermatozoa in medical video, with the goal to create a real-time system. Calculate/predict attributes such as speed and travel distance.
Read more.Participants are supplied with a large set of articles (including text body, and headlines) and the accompanying images from international publishers. The task requires participants to predict which image was used to accompany each article.
Read more.Task participants are provided with a surveillance video dataset from a fishing trawler. The overall objective of the task is to get more insight into the happenings on fishing trawlers but at the same time keep the privacy of fishing workers as high as possible. The first subtask is to create a method that is able to detect unforeseen events on the boat (anomalies). The seconds subtask is to come up with solutions to protect fishing workers' privacy but at the same time do not influence the automatic analysis of the video streams.
Read more.The task requires participants to automatically predict memorability scores for videos, that reflect the probability for a video to be remembered. Participants will be provided with an extensive data set of videos with memorability annotations, related information, pre-extracted state-of-the-art visual features, and Electroencephalography (EEG) recordings.
Read more.This task offers two subtasks: classification of temporally segmented videos of single table tennis strokes and dection of strokes, regardlesss of its class, from untrimmed video.
Read more.The SwimTrack is a series of 5 multimedia tasks related to swimming video analysis from elite competition recordings. These tasks are related to video, image, and audio analysis which may be achieved independently. But when solved together, they form a grand challenge to provide sport federations and coaches with novel methods to assess and enhance swimmers’ performance.
Read more.The task requires participants to tackle two subtasks: multimodal/crossmodal air pollution prediction and periodic traffic-pollution patterns discovery. The first requires participants to predict Air Quality Index (AQI) in the short- and mid-term future using multimodal/cross-modal data. Remarkably, the participants must predict AQI using (1) only station data, and (2) station and CCTV data. The second requires participants to discover periodic traffic-pollution patterns that can bring citizens' awareness of traffic-pollution mutual impacts using the given datasets.
Read more.


How to manage translations
Ulrich Pogson
Internationalisation i18n
Making POTs
Localization – l10n
Tools
Managing Translations by Email
Emailing translation files
- Unable to track progress and changes
- No proofreading/validation by other translators
- No collaboration between translators
- Install extra software
- No shared translation database
Online Translation Management


Preparation time
30 mins to 1 hour
Cooking time
10 to 30 mins
Serves
Serves 6
A simple tart topped with buttery soft apples, cream and calvados - takes no time to make, but is so delicious.
For the pastry, pulse together the flour, butter and salt in a food processor until you reach a sandy texture. Add the egg, water and pulse again. If you over mix the dough at this stage it will lose its flakiness.
Transfer the dough onto a lightly floured work surface and knead with the palms of your hands for 30 seconds, or until the dough is smooth and well combined.
With the palm of your hand flatten the dough slightly to 1cm/½in thickness, then sandwich it between two large sheets of cling film. Chill in the fridge for 30 minutes.
Preheat the oven to 220C/440F/Gas 7. Place a baking tray into the oven to preheat.
Roll the chilled dough, still sandwiched in cling film, to a 2mm thickness. Place a 22cm/9in diameter, 2cm/¾in deep tart ring on a greaseproof lined wooden peel or baking tray. Remove the top layer of clingfilm and carefully pick up the dough, place it into the tart ring with the second layer of clingfilm facing up. Lift and tuck the dough into the edges of the ring and discard the clingfilm. By tucking in the base you will minimise the shrinking of the dough during cooking. Trim off any excess with a rolling pin.
Using your index finger and thumb, pinch and press the dough until it's 2mm above the tart ring all around the edge. With a fork, prick the bottom of the tart. Chill in the fridge for 20 minutes.
Meanwhile, for the filling, heat the butter, lemon juice and 15g/1oz of the sugar in a small saucepan until the butter has melted and the sugar has dissolved. Remove from the heat and stir in the Calvados. Set aside.
When the tart case has chilled, arrange the apple segments in concentric circles, overlapping the apple slices as you go. Brush the apples all over with the Calvados mixture. Slide the tart ring onto the pre-heated baking tray and bake for 10 minutes.
Reduce the oven temperature to 200C/400F/Gas 6, then continue to cook for a further 20 minutes, until the pastry is pale golden-brown and the apples have caramelised.
Whisk together the double cream, egg and the remaining 50g/2oz caster sugar until well combined. When the pastry is pale golden-brown and the apples have caramelised, sprinkle the tart with a tablespoon of sugar and pour the custard mixture into the tart, bake for a further 10 minutes, until the filling mixture has just set.
To serve, remove the tart from the oven and set aside for 1 hour to cool slightly, then carefully remove the tart ring. Dust all over with icing sugar. Serve immediately.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/tactic.2Eto_expr.html ---
How can I get tactic.to_expr
to not apply metavariables to implicit arguments? That is;
constant α : Type axiom P : ∀ {a:α}, a = a run_cmd do p ← tactic.resolve_name `P, e ← tactic.to_expr p, t ← tactic.infer_type e, trace t, -- gives "?m_1 = ?m_1" pure ()
I really want to find a way of getting trace t
to say ∀ {a:α}, a = a
given only the declaration name P
Do you need to go through to_expr
?
e ← tactic.to_expr p.mk_explicit
should work for this case.
I was going to suggest
run_cmd do d ← get_decl `P, trace d.type, pure ()
Yeah, that's better here, although I guess it depends on the real context.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


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RocketLaunches.org aims to provide visitors with information regarding Rocket Launches around the world. The end goal is to provide interesting information about launches, manufacturers and the rockets themselves.
This site was created by Lee McKinnon (that's me). I created this site after many years of being fascinated by space travel and the technology behind it. I wanted to start this project to advanced my own knowledge of the industry and the science of every launch.
The initial version (1.0) was developed entirely during Christmas week of 2014 and it went public in January 2015. It is currently pretty basic, but I hope to add more functionality very soon.
I will update the data over time and will add features as requested. The source of the data varies from all over the web.


The title of this book instantly caught my eye; providing so many possiblities creatively. This happened to be my biggest challenge, as I could not settle on a design I was satisfied with for weeks. I left my comfort zone and utilized only a simple image and contrasting color to communicate the paradoxical nature of a life on stage; and the interal discord that inevitably comes to define the life of an artist.


The compressor keeps the pneumatics of the system pressurized up until the digital switch detects that there is too much pressure.
The PCM will run the compressor automatically as long as there is a solenoid constructed. The compressor class is only required to turn off the compressor when it would normally be running


[gecode-users] embedded gecode
Guido Tack
tack at gecode.org
Mon Apr 4 12:23:29 CEST 2011
Ruben Zilibowitz wrote:
> Hi. I'm considering trying to use gecode on the iphone platform, or other mobile platforms. I'm aware that support for double precision floating point is limited on the iphone platform. The other main issue is the limited RAM. I've managed to compile gecode and test it on the iphone, however I'm concerned about the memory usage.
>
> I'm wondering if there've been any attempts to do this before? Are there any tips/suggestions?
First of all, thanks for trying Gecode on a platform that we haven't got a lot of experience with. Any comments are highly welcome.
Concerning doubles, Gecode uses them mainly as a portable integer type with more than 32 bits in order to perform overflow-correct computations. As long as it works (i.e., either with hardware support or software emulation), it shouldn't be a problem, although perhaps there would be more efficient alternative solutions.
Gecode has been designed for memory efficiency from the start, most data structures are quite compact. The amount of memory used during search can be controlled using the recomputation parameters (commit distance and adaption distance). E.g., a commit and adaptive distance of 100000 will effectively result in constant memory use, paid for by higher runtime (see Section 9.2 in "Modeling and Programming with Gecode"). But even with much lower parameters, many problems can be solved in just a few MB of RAM.
Cheers,
Guido
--
Guido Tack, http://people.cs.kuleuven.be/~guido.tack/
More information about the users
mailing list


Aug 1, 2012 2:24 PM
With new technologies arriving by the month, and new possibilities for data analyses based on learners' characteristics, prior mastery, current progress, and interactions with learning environments (including teachers), we need better ways to conceptualize how to navigate the flood of technologies and data to systematically improve learning, and the learning experience, for everyone involved. Learning science is also escalating - over the last 20-30 years, there have been rafts of carefully controlled studies about the cognitive science of expertise, memory, and learning that start to provide a framework for understanding what can work - and what cannot. Putting all this together can be thought of as an engineering task: building compelling, effective, affordable, reliable, available, data-rich solutions from what's known about how the world works. We'll talk about recent efforts to start to do "learning engineering" at scale - and what is gained by this mindset. Bror Saxberg is responsible for the research and development of innovative learning strategies, technologies and products across Kaplan's full range of educational services offerings. He also oversees future developments and adoptions of innovative learning technologies and maintains consistent academic standards for Kaplan's products and courses. Saxberg most recently served as Senior Vice President and Chief Learning Officer at K12, Inc., where he was responsible for designing both online and off-line learning environments and developing new student products and services. Prior to joining K12, Inc., he was Vice President at Knowledge Universe, where he co-founded the testing and assessment division that became known as Knowledge Testing Enterprise (KTE). Saxberg began his career at McKinsey & Company, Inc. and later served as Vice President and General Manager for London-based DK Multimedia, part of DK Publishing, and education and reference publisher. Saxberg holds a B.A. in Mathematics and a B.S. in Electrical Engineering from the University of Washington. As a Rhodes Scholar, he received an M.A. in Mathematics from Oxford University. He also received a Ph.D. in Electrical Engineering and Computer Science from M.I.T. and an M.D. from Harvard Medical School. Open to all members of the university community. If you are coming from outside the Edlab, please RSVP by October 8th by sending a message to Edlab at http://ednode.com/profiles/edlabtc/about (You must have/create an Ednode account and click on ). EdLab Seminars take place on the 5th floor of Russell Hall at Teachers College Columbia University (525 W. 120th Street, NY, NY). For detailed directions within the College visit TC Route Finder: http://maps.tc-library.org


#include <GPIO.h>
Inheritance diagram for LatticeSemi_PCIe::GPIO:
Public Member Functions | |
| GPIO (const char *nameStr, uint32_t addr, LatticeSemi_PCIe::RegisterAccess *pRA) | |
| virtual | ~GPIO () |
| void | LED16DisplayTest (void) |
| void | setLED16Display (uint16_t val) |
| void | setLED16Display (uint8_t num, bool on) |
| void | setLED16Display (char c) |
| uint32_t | getID (void) |
| void | setScratchPad (uint32_t val) |
| uint32_t | getScratchPad (void) |
| uint8_t | getDIPsw (void) |
| uint32_t | getCounter (void) |
| void | setCounterReload (uint32_t val) |
| void | runCounter (bool run) |
This class inherits from the generic Device class to provide the actual read/write methods. The class needs a RegisterAccess object (the Driver Interface) to pass to the Device class for the hardware access.
The GPIO block contains the following registers:
Definition at line 121 of file GPIO.h.
|
|
Construct access to a Lattice Demo GPIO IP module. Register access to the IP in the FPGA device is through the Driver Interface object instantiated to access the real hardware and do reads/writes. The base class Device is initialized to the base address and register size.
|
|
|
Destroy the GPIO IP module. The device should no longer be accessed using any methods. All references to the device will now be invalid. |
|
|
Read the 32bit Counter register value. The counter is a 32bit down-counter, which starts at the reload value and counts down to 0. It can restart if the mode is set to reload.
Definition at line 129 of file GPIO.cpp. References LatticeSemi_PCIe::Device::read32(). |
|
|
Read the 8bit value produced by the DIP switch positions. A 1 = switch in up position, 0=down bit d0=Sw1:4, bit d7=Sw2:1
Definition at line 116 of file GPIO.cpp. References LatticeSemi_PCIe::Device::read8(). |
|
|
Read the 32bit Demo IP ID register.
Definition at line 80 of file GPIO.cpp. References ID_REG, and LatticeSemi_PCIe::Device::read32(). |
|
|
Read the 32bit value in the scratch pad register.
Definition at line 102 of file GPIO.cpp. References LatticeSemi_PCIe::Device::read32(). |
|
|
Test the LED segments by first lighting each segment, then turning them off. The display the characters "LATTICE*" in order ending with '*'. If PCIeAPI runtime=verbose then print the actions to stdout. Definition at line 176 of file GPIO.cpp. References setLED16Display(). |
|
|
Start or stop the 32 bit down counter in the GPIO IP module. The counter starts counting down from the value set by setCounterReload().
Definition at line 158 of file GPIO.cpp. References LatticeSemi_PCIe::Device::write8(). |
|
|
Write the 32bit Counter Reload value. This is the value that gets loaded into the down-counter when it reaches 0.
Definition at line 144 of file GPIO.cpp. References LatticeSemi_PCIe::Device::write32(). |
|
|
Display an ASCII character on the display. The proper segments are lit to display the ASCII character.
Definition at line 280 of file GPIO.cpp. References LatticeSemi_PCIe::Device::write16(). |
|
|
Light a single LED segment. The LED segment specified by num is either turned on or off. The other LEDs are not effected.
Definition at line 260 of file GPIO.cpp. References LatticeSemi_PCIe::Device::read16(), and LatticeSemi_PCIe::Device::write16(). |
|
|
Light the segments of the 16 segment display. Each bit in val controls an LED segment. A 1 turns is on.  Layout on the board: bit d15 = segU, d0=segA (see board wiring diagram)
Definition at line 247 of file GPIO.cpp. References LatticeSemi_PCIe::Device::write16(). Referenced by LED16DisplayTest(). |
|
|
Write a 32bit value to the scratch pad register.
Definition at line 91 of file GPIO.cpp. References LatticeSemi_PCIe::Device::write32(). |


{% extends "get_together/base.html" %} {% load static %} {% block content %}
Select which of your organizations you would like to invite this team to.


Members of the Ethereum R&D team and the Zcash Company are collaborating on a research project addressing the combination of programmability and privacy in blockchains.
There has been a lot of interest lately in the technology behind zk-SNARKs, and people are increasingly trying to demystify something that many have come to call “moon math” due to its perceived sheer indecipherable complexity.
One of the key cryptographic primitives behind various constructions, including deterministic threshold signatures, zk-SNARKs and other simpler forms of zero-knowledge proofs is the elliptic curve pairing.
This is the third part of a series of articles explaining how the technology behind zk-SNARKs works; the previous articles on quadratic arithmetic programs and elliptic curve pairings are required reading, and this article will assume knowledge of both concepts.
Although the ideas behind the current Ethereum protocol have largely been stable for two years, Ethereum did not emerge all at once, in its current conception and fully formed.
The first portion of the post provides the motivation, if you just want the nitty gritty, skip ahead to “Ownership of names”.


| Test1 - Button click delegate. Look on console for output |
| Test2 - Mouse over event This is text that you can mouse over! Feel free to mouse over it! |
| test 3 - re-root delegate |
|
Parent div
Child div - Mouse over me By mousing over the child, the mouse over on the parent shold fire |
|
Test queue cleanup actions. Should print cleanup to console when you press
the button.
|


The Internet is a global network of billions of computers and other electronic devices. With the Internet, it's possible to access almost any information, communicate with anyone else in the world, and do much more. You can do all of this by connecting a computer to the Internet, which is also called going online. When someone says a computer is online, it's just another way of saying it's connected to the Internet.
For a user to access the internet on any type of computer machine, they must open a browser. After opening a browser they must enter a URL. This url has a domain name then a .com or .org ending. The domain name at the end gets hosted on a DNS server and all the rest is called Webhosting/This will redirect them to their chosen webpage through the world wide web. The world wide web is the WWW before most adresses. You dont see this on your URL bar nowdays but that in the background the WWW is used every day frequently. The WWW is the system that transfers you to the website you want to go to. The World Wide Web is accesable by everyone. The internet is a public/private service. It is like a regular person trying to access the Military database. He cant. Only the military computer services can.
It's important to realize that the Internet is a global network of physical cables, which can include copper telephone wires, TV cables, and fiber optic cables. Even wireless connections like Wi-Fi and 3G/4G rely on these physical cables to access the Internet. The most advanced cable that we have currently is the Fibre. Fibre works on light passing through a glass tube... If you want to know more, click the Wires, Cables and Wifi above.
When you visit a website, your computer sends a request over these wires to a server. A server is where websites are stored, and it works a lot like your computer's hard drive. Once the request arrives, the server retrieves the website and sends the correct data back to your computer. What's amazing is that this all happens in just a few seconds! This is an amazing thing for us humans to achieve... If you would like to know more, click the Packets, Routers and Reliability above.


[1]
the fire pit and had the porches were there.
[2]
despite the fact that we’ve stayed here more coffee.


Welcome to the blog of Harry Barng
I figured you'd be understanding on this... I included an RSS feed but it doesn't work on GitHub because the github is served from an HTTPS while the RSS is served on an HTTP. I've attached photos, it all works locally, but not on GitHub (again due to the HTTP/HTTPS issue). Thanks for being understanding!
This is an object of the index.html page
Welcome to the Informatics major! I've had a great experience thus far with the progream and want to enlighten you on things to look for and to be aware of! One of the biggest things people confuse is that Informatics is actually better than CS! The thing about CS is that...
Let me tell you- this wasn't an easy decision. Coming to UW was probably the hardest thing in the world for me, for a few reasons. AND ESPECIALLY FOR FITTING IN! Let me tell you why...
Just me, myself and I, exploring the universe of uknownment. I have a heart of love and a interest in all things tech. And I want to share my world with you.
UW Informatics Builder Harry Barng Harry DIY Barng Network Family Fake News Info 101 Opportunity Bob Boiko XP


| Tag Summary |
| requestEncoding |
Sets the request character encoding
|
| setLocale |
Stores the given locale in the locale configuration variable
|
| timeZone |
Specifies the time zone for any time formatting or parsing actions
nested in its body
|
| setTimeZone |
Stores the given time zone in the time zone configuration variable
|
| bundle |
Loads a resource bundle to be used by its tag body
|
| setBundle |
Loads a resource bundle and stores it in the named scoped variable or
the bundle configuration variable
|
| message |
Maps key to localized message and performs parametric replacement
|
| param |
Supplies an argument for parametric replacement to a containing
<message> tag
|
| formatNumber |
Formats a numeric value as a number, currency, or percentage
|
| parseNumber |
Parses the string representation of a number, currency, or percentage
|
| formatDate |
Formats a date and/or time using the supplied styles and pattern
|
| parseDate |
Parses the string representation of a date and/or time
|


You will notice performance difference mostly in chrome since the way it implements prerendering is more efficient than firefox prefetching,
firefox seems to prefetch html and not sources like media files so this is not an ideal example...
hover to see the prefetched image |
hover to see the non-prefetched the image


--- layout: project categories: projects client: HoMedics client_url: http://homedics.com/ client_color: video_title: "Me Time" video_id: 486086116 video_thumb: homedics-metime.png featured: false ---
Director — Cole Mueller
Producer — Vitascope Arts
Editor — Cole Mueller
VFX — Richard Cabrera


 The main event of the card features a featherweight matchup between Zabit Magomedsharipov and Calvin Kattar. Magomedsharipov has been on fire since he joined the UFC in 2017. Currently the No. 5 ranked fighter in the official UFC 145-pound rankings, Magomedsharipov is 5-0 with the UFC with three post-fight bonus awards and three stoppages. His most recent win was a March unanimous decision victory over Jeremy Stephens. Kattar, who is the No. 11 ranked featherweight, is 4-1 in the UFC with one “Fight of the Night” bonus-winning victory. Kattar, who has three knockout wins with the promotion, is coming off a June knockout victory over former 145-pound title challenger Ricardo Lamas. In the co-main event, No. 7 ranked heavyweight Alexander Volkov faces Greg Hardy. Hardy stepped in as a late replacement for Junior dos Santos.
Before the six-fight main card, which streams on ESPN+, the UFC presents seven preliminary card bouts.
Early in the prelim card, Jessica-Rose Clark returns to action for the first time since she dropped a decision to Jessica Eye in June 2018. Clark underwent foot surgery after that loss. She faces Pannie Kianzad in Moscow. Kianzad is coming off a unanimous decision setback to Julia Avila in July. These two met in 2015 on an Invicta FC card. Kianzad won that matchup by unanimous decision.
Rustam Khabilov is also on the prelims. He faces Sergey Khandozhko in a welterweight scrap. Khabilov only fought once in 2017 and 2018. He brought a six-fight winning streak into his most recent fight, but that streak ended when he dropped a decision to Carlos Diego Ferreira. Khandozhko made his UFC debut in June. He defeated Rostem Akman by decision in that outing.
A light heavyweight bout between Magomed Ankalaev and Dalcha Lungiambula sits at the top of the prelim card. Ankalaev is 2-1 in the UFC, while Lungiambula is 1-0 with the promotion.
HOW TO WATCH OR STREAM UFC FIGHT NIGHT 163
UFC Fight Night 163 takes place Saturday at CSKA Arena in Moscow. The prelims begin at 11 a.m. ET on ESPN+, the main card follows on ESPN+ at 2:00 p.m. ET.
UFC Fight Night 163 Main Card (2:00 p.m. ET, ESPN+)
Zabit Magomedsharipov vs. Calvin Kattar
Alexander Volkov vs. Greg Hardy
Zelim Imadaev vs. Danny Roberts
Khadis Ibragimov vs. Ed Herman
Ramazan Emeev vs. Anthony Rocco Martin
Shamil Gamzatov vs. Klidson Abreu
Preliminary Card (11 a.m. ET. ESPN+)
Magomed Ankalaev vs. Dalcha Lungiambula
Rustam Khabilov vs. Sergey Khandozhko
Roman Kopylov vs. Karl Roberson
Abubakar Nurmagomedov vs. David Zawada
Alexander Yakovlev vs. Roosevelt Roberts
Pannie Kianzad vs. Jessica-Rose Clark
Grigorii Popov vs. Davey Grant
More From UFC Fight Night 163:


SeeVita helps scholars publish websites
that show and tell with visual biographies, multimedia CVs, and interactive blogging
SeeVita encourages users to directly embed and scholarly papers, talks, posters, and more
clean design and modern features prioritize readability and usefulness
open-source templates allow scholars to help modify and share, evolving this scholarly community
autoupdate your CV
publish a biography
compose complete personal website
author dynamic blogs with simulations


3 NYU Child Language Lab
We are interested in better understanding how young children solve the complex language learning problems they are faced with, specifically for abstract words or constructions that cannot be taught or pointed to (e.g., how do you show a child the meaning of must or think?). To do so, we combine expertise in linguistics, cognitive science and developmental psychology to help us understand just how children accomplish these learning feats. We run experiments and do corpus work. [CUT] By learning more about children’s abstract language development, this research contributes directly to our knowledge about human linguistic and cognitive development, and indirectly to the improvement of early language assessment and intervention.


DeCE has a limited capability for producing group-average reaction cross sections. However, since DeCE is not a nuclear data processing code, it should be understood that these functions are for data comparison or something similar purpose only. The accuracy of reconstructed cross sections from resonance parameters is not guaranteed.
pointwise
This command converts the resonance parameters into pointwise cross sections, so that the cross sections are given in the entire energy range. The conversion is performed for the total (MT=1), elastic (2), capture (102), and fission (18), as well as proton (103 / 600) and alpha-particle (107 / 800) if they are given.
The original subsections, MF3, MT1, 2, 18, 102, 103, and 107 will
be replaced by the reconstructed cross sections, and the high energy
parts follow. The cross section data can be printed by the
usual table
and extract
commands.
pointwise table 3 1
# [ 4025 : 3 : 1 ] 40 - 90 # Cross section # QM 0.0000000e+00 mass difference Q-value # QI 0.0000000e+00 reaction Q-value # NR 1 number of interpolation range # NP 11690 lin-lin interpolation # Energy CrossSection 1.000000e-05 5.786715e+00 1.100000e-05 5.761912e+00 1.200000e-05 5.740279e+00 ... ... 1.939880e+07 3.364730e+00 1.950000e+07 3.358770e+00 2.000000e+07 3.329310e+00
group [Ng [Nw]] group -1 Nw "file_name"
Ng is an index of the group structure, and Nw defines the weighting function. Currently five group structures and two weighting functions are implemented.
Ng = 0: SAND-IIa 640 energy group structure Ng = 1: LANL 70 energy group structure Ng = 2: VITAMINE-J 175 energy group structure Ng = 3: SAND-IIa 725 energy group structure (up to 60 MeV) Ng = 4: LANL 618 energy group structure
Nw = 0: constant Nw = 1: 1/E weighting
When the group structure and weighting function are not provided, SAND-IIa with the constant weight is used.
pointwise group 1 1
# Emin Emax 1 2 4 16 ... 1.067700e+01 6.144210e+01 5.250782e+00 5.250474e+00 0.000000e+00 0.000000e+00 6.144210e+01 1.013010e+02 5.246507e+00 5.246314e+00 0.000000e+00 0.000000e+00 1.013010e+02 1.300730e+02 5.243267e+00 5.243105e+00 0.000000e+00 0.000000e+00 ... ... 1.000000e+07 1.284030e+07 4.071515e+00 2.377243e+00 1.623207e+00 9.748975e-02 1.284030e+07 1.648720e+07 3.777010e+00 2.100591e+00 8.127038e-01 7.275485e-01 1.648720e+07 2.000000e+07 3.449234e+00 1.714869e+00 3.657938e-01 1.171327e+00 ...
pointwise
will be performed before group
even if this
command is not given. The printed MT numbers are
automatically determined by the given MT subsections.
As a special case, a negative Ng value allows users to input arbitrary
group structure from an external file. The data file file_name
includes
the group-energy boundaries, like
1.0000e-05 2.9694e-03 1.0364e-02 ... 1.5e+07 1.7e+07 2.0e+07
where the energy unit is eV. This can be changed by ReadXdataConversion
.
When user's energy grid is given in MeV,
set ReadXdataConversion 1e+6


How to use?
ES6
For ES6, you can import a single method like this
import { randomPastelColor } from 'common-utils-pkg';
Or you may choose to import multiple methods like so
import { randomPastelColor, stringToArray } from 'common-utils-pkg';
Or you can also import all and store them to a variable
import * as UTILS from 'common-utils-pkg';
Browser
You can also use this package directly in your browser by importing the script from UNPKG
<script src="https://unpkg.com/common-utils-pkg"></script>
This adds the package to the window object. You can access the common-utils-pkg variable by
window['common-utils-pkg]
And it would be easier to assign the methods to a variable like
<script>
const randomPastelColor = window['common-utils-pkg'].randomPastelColor;
</script>
Or you can export the whole package into a variable.
<script>
const UTILS = window['common-utils-pkg'];
</script>
Usage
randomPastelColor();
/-- OR --/
UTILS.randomPastelColor();
Read more about the available methods here


Asamah:
I am Asamah, son of Mushika, chief of the Elroki tribe. These are our lands. In them lies perhaps our last hope to return to our ancient ancestral home. But these days are evil, and our hope is waning before this threat.
Our strength has run out like water from a broken pot, and although my ancestors would be shamed to ask foraid, I believe only an outsider like yourself can save us now.
Quest
Find out how to use the capture skill.
Buy


AN ANALYSTS OF THE DISTRESSED SCHOOL DISTRICT-
COMMONWEALTH OF PENNSYLVANIA
by John J. Cairns B.S., California State College of California, 1933
M.Ed., University of Pittsburgh, 1948
Submitted to the Graduate Faculty in the School of Education in partial fulfillment of Requirements for the degree of
Doctor of Education
University of Pittsburgh
1970
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission.


Choose a Username with password credential. The username is the workspace ID and the password is the workspace key.
You can use the Azure CLI to retrieve the ID and key.
Replace the $resourceGroup
and $workspaceName
placeholders with the required values.
ID: az monitor log-analytics workspace show -g $resourceGroup --workspace-name $workspaceName --query customerId -o tsv
Key: az monitor log-analytics workspace get-shared-keys -g $resourceGroup --workspace-name $workspaceName --query primarySharedKey -o tsv


PyNode allows you to create, animate and display graphs with a simple Python interface, all
within your browser.
Try the examples below, or write your own!
Import Github Gist (info and help) :
Note: You can now use AlgorithmX to create even better network visualizations!
graph.add_node(node)
- Adds a node to the graph.
graph.add_node(id=None, value=id)
- Creates a Node(id,
value)
and adds it to the graph.
graph.remove_node(node)
- Removes a node from the graph.
graph.node(id)
- Returns a node in the graph by its id
.
graph.nodes()
- Returns a list of all nodes in the graph.
graph.add_edge(edge)
- Adds an edge to the graph.
graph.add_edge(source, target, weight=None, directed=False)
- Creates an Edge(source, target, weight, directed)
and adds it to the
graph.
graph.remove_edge(edge)
- Removes an edge from the graph.
graph.remove_edge(node1, node2, directed=False)
- Removes edge(s) between node1
and node2
. If directed
is set, only edges beginning at node1
will be removed.
graph.has_node(node)
- Checks whether a node has been added to the graph.
graph.has_edge(edge)
- Checks whether an edge has been added to the graph.
graph.adjacent(node1, node2, directed=False)
- Checks whether an edge exists
between node1
and node2
. If
directed
is set, the edge must begin at node1
.
graph.edges_between(node1, node2, directed=False)
- Returns a list of all edges
between node1
and node2
. If
directed
is set, only edges beginning at node1
will be included.
graph.set_directed(directed=True)
- Sets whether all edges in the graph are
directed.
graph.adjacency_matrix()
- Creates and returns an adjacency matrix
(2-dimensional dictionary, using node id
values as keys) for
the graph.
graph.add_all(elements)
- Adds a list of Node
and/or Edge
elements to the graph.
graph.remove_all(elements)
- Removes a list of Node
and/or Edge
elements from
the graph.
graph.random(order, size, connected=True, multigraph=False, initial_id=0)
-
Returns a list of randomly connected nodes and edges, with order
specifying the amount of nodes and size
specifying the amount of edges. If connected
is set, a path will exist between any pair of
nodes (unless the amount of edges makes this impossible). If multigraph
is set, a pair of nodes may be connected by multiple edges. Nodes are assigned incremental
id
values starting at initial_id
.
graph.order()
, graph.size()
- Returns the number of nodes/edges in
the graph.
graph.clear()
- Deletes all nodes and edges from the graph.
Note: All functions containing node parameters accept either a Node
instance or node id
value.
Node(id=None, value=id)
- Creates a node with the specified id
and value
. Assigns a unique
id
integer if the specified id
is None
.
node.id()
- Returns the id
of the node.
node.set_value()
, node.value()
- Sets/gets the value
of the node.
node.incident_edges()
, node.incoming_edges()
, node.outgoing_edges()
- Returns a list of the node's incident/incoming/outgoing edges.
node.adjacent_nodes()
, node.predecessor_nodes()
, node.successor_nodes()
- Returns a list of the node's adjacent/predecessor/successor nodes.
node.degree()
, node.indegree()
, node.outdegree()
-
Returns the node's degree/indegree/ outdegree.
node.set_attribute(name, value)
, node.attribute(name)
- Sets/gets
custom attributes for the node.
node.set_priority(value)
, node.priority(name)
- Sets/gets a
priority value used for comparison.
node.set_position(x, y, relative=False)
- Sets the static position of the node.
x
and y
are pixel
coordinates, with (0, 0) being
the top-left corner of the output window (the standard size of the window is 500x400). If
relative
is
set, x
and y
should instead
be values between 0.0 and 1.0, specifying the node's position as a percentage of the
window size.
node.position()
- Returns a tuple with the (x, y) coordinates of the node.
Should be used in asynchronous function calls.
node.set_label(value, label_id=0)
, node.label(label_id)
- Sets/gets
the value of additional labels for the node (Use label_id=0
for the top-right label and label_id=1
for the top
left-label).
node.set_size(size=12)
, node.size()
- Sets/gets the radius of the
node.
node.set_color(color=Color.DARK_GREY)
, node.color()
- Sets/gets the
color of the node.
node.set_value_style(size=13, color=Color.WHITE, outline=None)
- Sets the
appearance of the node's value text (if no outline
is
specified,
the node's background color will be used for the outline).
node.set_label_style(size=10, color=Color.GREY, outline=None, lable_id=None)
-
Sets the appearance of the node's label text (if no lable_id
is specified, both labels will be affected).
node.highlight(color=node.color(), size=node.size()*1.5)
- Performs a highlight
animation by temporarily changing the size and color of the node.
Edge(source, target, weight=None, directed=False)
- Creates an edge between the
specified source
and target
nodes, with optional weight
and directed
properties.
edge.source()
, edge.target()
- Returns the edge's source/target
nodes.
edge.set_weight(weight=None)
, edge.weight()
- Sets/gets the weight
of the edge.
edge.set_directed(directed=True)
, edge.directed()
- Sets/gets
whether the edge is directed.
edge.other_node(node)
- Returns a node connected by the edge, other than the
node specified.
edge.set_attribute(name, value)
, edge.attribute(name)
- Sets/gets
custom attributes for the edge.
edge.set_priority(value)
, edge.priority(name)
- Sets/gets a
priority value used for comparison.
edge.set_width(width=2)
, edge.width()
- Sets/gets the width of the
edge.
edge.set_color(color=Color.LIGHT_GREY)
, edge.color()
- Sets/gets
the color of the edge.
edge.set_weight_style(size=10, color=Color.GREY, outline=None)
- Sets the
appearance of the edge's weight text.
edge.highlight(color=edge.color(), width=edge.width()*2)
- Performs a highlight
animation by temporarily changing the width and color of the edge.
edge.traverse(initial_node=edge.source(), color=Color.RED, keep_path=True)
-
Performs a traversal animation on the edge, beginning at initial_node
and using the specified color
. If keep_path
is set, the edge will remain colored.
Color(red, green, blue)
- Custom color for use in node and edge animations,
using 0-255 values for each component.
Color.RED
, Color.GREEN
, Color.BLUE
,
Color.YELLOW
, Color.WHITE
, Color.LIGHT_GREY
, Color.GREY
,
Color.DARK_GREY
, Color.BLACK
, Color.TRANSPARENT
-
Predefined colors for use in node and edge animations.
pause(time)
- Delays the next visual event for the specified number of
milliseconds (note that this does not pause code execution).
delay(func, time, args=[], repeat=False)
- Executes a function after the
specified number of milliseconds, with the optional args
list of parameters. If repeat
is set, the function will
execute
continuously until the delay is cancelled. Returns a delay_id
integer referencing the delay.
cancel_delay(delay_id)
- Cancels a scheduled delay event.
register_click_listener(func)
- Registers a function which will be called
whenever a node is clicked. The function must include a node
parameter (e.g. def on_click(node)
), which will receive the
instance of the clicked node.
You can load a PyNode script from Github's gists service. Gists are snippets of text or files that are public and stored on Github. They are useful for sharing small files with people.
Below are instructions for uploading your PyNode script to Github and then using it.
Note: This is not a two-way sync. If you edit the script in PyNode, the Gist will not be updated. You will need to update it within Github. Gists are more for publishing your script over saving it.
Download the offline version of PyNode below.
Once downloaded, unzip the archive and run demo.py.


{% block h1 %}We are experiencing technical problems{% endblock %}
Something has gone wrong with this service. It wasn't your fault.
Please try again in a few moments.
Something has gone wrong with this service. It wasn't your fault.
Please try again in a few moments.


WITNESS LIST State Cultural and Recreational Resources Committee April 27, 2004-12:00A Interim Charges On: Beeman, Cynthia (Texas Historical Commission) Bruseth, Jim (Texas Historical Commission) Cook, Robert (Texas Parks and Wildlife Department) Fleming, Sharon (Texas Historical Commission) Hernandez, Ricardo (Texas Commission on the Arts) McBride, Heather (Texas Historical Commission) Mosley, Kay Harvey (Texas Historical Commission) Oaks, Larry (Texas Historical Commission) Registering, but not testifying: On: Black, Penny (Texas Historical Commission)


Terms of Service
Use of this service is governed by the following terms and conditions. Please read these terms and conditions carefully, as by using this website you will be deemed to have agreed to them. If you do not agree with these terms and conditions, do not use this service. TrustBloc Flow provides user with a way to obtaining their digital ID as a Verifiable Credential. The personal information you provide (Name, Email, Date of Birth and Address etc) will be used for the purpose of issuing the Verified Person credential under the authority of section 33(a) of the Freedom of Information and Protection of Privacy Act. You will be able to receive your "Open" Verified Person credential on online user wallet. TrustBloc’s collection of your personal information is under the authority of section 26(c) of the Freedom of Information and Protection of Privacy Act. If you have any questions about our collection or use of personal information, please direct your inquiries to the TrustBloc Dev team on github.
Limitation of Liabilities
Under no circumstances will the TrustBloc Application be liable to any person or business entity for any direct, indirect, special, incidental, consequential, or other damages based on any use of this website or any other website to which this site is linked, including, without limitation, any lost profits, business interruption, or loss of programs or information, even if the Government has been specifically advised of the possibility of such damages.


KpDbImport <IP_ADDRESS> (December 26, 2018) - Initial development of the driver
KpModbus <IP_ADDRESS> (December 26, 2018) - Refactoring to simplify development of derived drivers KpModbus <IP_ADDRESS> (July 30, 2018) - Absolute template path support KpModbus <IP_ADDRESS> (March 16, 2018) - Localization of the file filters is fixed
KpOpc <IP_ADDRESS> (March 16, 2018) - Date and time tags are supported - The array checkbox is made inactive for clarity


Job Description
As a Quality assurance enginner, you will work cross functionality with your team to release new versions of our product on a weekly release cycle. This is an exciting oppurtunity to be an advocate for our users.
Additionally you will be a critical factor in the development and success of the engineering department test automation and continous integration efforts.
Responsibilities
- Create test case and concurrently test multiple features
- Collaborate and communicate with engineering and product teams both in Ukraine and United States
- Develop, maintain and automate regression test cases for various test features
- Identify, analyze, and document problems with program functionality and/or content
- Review software documentation to ensure technical accuracy


--- layout: post status: publish published: true title: Direct Bound ports in BizTalk author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 985 wordpress_url: http://winterdom.com/2006/08/directboundportsinbiztalk date: '2006-08-07 11:09:01 +0000' date_gmt: '2006-08-07 11:09:01 +0000' categories: - BizTalk tags: [] comments: [] ---
Haven't seen much mention of this elsewhere. Kevin Lam has been posting a really good, 5 part series of articles on using Direct Binding with BizTalk. Highly recommended!


d3 is a little painful to setup, mostlyl because v4 and v3 have different APIs.
This page makes sure the d3 piece is working as expected.


NOTE: Please read the "Working with themes" tutorial for how to preview and install a theme.
NOTE: Use shift, alt or ctrl to select range. (Useful for those that don't support dragging)
Copyright© 2003-2007 Idemfactor Solutions,
Inc. All rights reserved.


Shropshire medical practice to close for fortnight for expansion
by Sue AustinA medical centre near Oswestry is to be closed for two weeks for the expansion of facilities.
Work is well under way on a major redevelopment at Four Crosses Medical Centre in Powys.
Powys Teaching Board said the scheme will extend and improve services for local patients and provide a modern environment for service delivery.
It includes an extension to the Medical Centre to increase the current facilities to three GP consulting rooms, create a phlebotomy and treatment room, and expand the waiting area.
The work includes putting a new roof on the premises which will mean the branch surgery temporarily closing from November 25 to December 6, with full services continuing at the practice’s other premises in Llanfyllin and Llanrhaeadr.
Dr Sarah Breese, GP partner with Llanfyllin Group Practice and lead GP for the project said: “We are making great progress towards the completion this exciting development by spring 2020.
"We do apologise that during the building schedule there will be some temporary changes to our services to ensure that essential work can take place as quickly and safely as possible.
Delighted
"This includes the temporary closure of Four Cross Medical Centre for two weeks from November 25, 2019, whilst roof construction takes place.
"We are delighted to be able to offer alternative appointments during this time from our surgeries in Llanfyllin and Llanrhaedr.
“Repeat prescriptions will be dispensed at Llanfyllin and can be collected each day from Llanfyllin between 9am and 2pm or from Llandrinio Filling Station between 2.30pm and 5.30pm.
"Please contact the practice team to arrange the supply of pre-ordered medication at your chosen location.”
In order to complete this work quickly and safely, there will also be a further period of closure from January 2020. Further details will be confirmed in December.
Llanfyllin Group Practice provides primary care medical services for over 10,000 people in north Powys and north west Shropshire.
Their services include Four Crosses Medical Centre, Llanrhaeadr Medical Centre and Llanfyllin Medical Centre.
More information about the practice and redevelopment is available from their website at www.llanfyllin-gp.co.uk


Kamael Female Judicator
Level:
Health (max 1)
Wisdom (max 1)
Battle Force (max 1)
Skill Mastery (max 1)
Spell Force (max 1)
Final Form (max 1)


{% extends "registration/base.html" %} {% load static %} {% block title %}Logged out{% endblock %} {% block content %}
You have been successfully logged out.


Cloud Library¶
Overview¶
The Sylabs Cloud Library is the place to push your containers to the cloud so other users can pull, verify, and use them.
The Sylabs Cloud also provides a Remote Builder, allowing you to build containers on a secure remote service. This is convenient so that you can build containers on systems where you do not have root privileges.
Make an Account¶
Making an account is easy, and straightforward:
Go to: https://cloud.sylabs.io/library.
Click “Sign in to Sylabs” (top right corner).
Select your method to sign in, with Google, GitHub, GitLab, or Microsoft.
Type your passwords, and that’s it!
Creating a Access token¶
Access tokens for pushing a container, and remote builder.
To generate a access token, do the following steps:
Go to: https://cloud.sylabs.io/
Click “Sign In” and follow the sign in steps.
Click on your login id (same and updated button as the Sign in one).
Select “Access Tokens” from the drop down menu.
Enter a name for your new access token, such as “test token”
Click the “Create a New Access Token” button.
Click “Copy token to Clipboard” from the “New API Token” page.
Run
singularity remote login
and paste the access token at the prompt.

Pushing a Container¶
The singularity push
command will push a container to the
container library with the given URL. Here’s an example of a typical
push command:
$ singularity push my-container.sif library://your-name/project-dir/my-container:latest
The :latest
is the container tag. Tags are used to have different
version of the same container.
Note
When pushing your container, theres no need to add a .sif
(Singularity Image Format) to the end of the container name, (like
on your local machine), because all containers on the library are SIF containers.
Let’s assume you have your container (v1.0.1), and you want to push
that container without deleting your :latest
container, then you
can add a version tag to that container, like so:
$ singularity push my-container.sif library://your-name/project-dir/my-container:1.0.1
You can download the container with that tag by replacing the
:latest
, with the tagged container you want to download.
To set a description against the container image as you push it, use the -D flag introduced in Singularity 3.7. This provides an alternative to setting the description via the web interface:
$ singularity push -D "My alpine 3.11 container" alpine_3.11.sif library://myuser/examples/alpine:3.11
2.7MiB / 2.7MiB [=========================================================================] 100 % 1.1 MiB/s 0s
Library storage: using 13.24 MiB out of 11.00 GiB quota (0.1% used)
Container URL: https://cloud.sylabs.io/library/myuser/examples/alpine
Note that when you push to a library that supports it, Singularity 3.7 and above will report your quota usage and the direct URL to view the container in your web browser.
Pulling a container¶
The singularity pull
command will download a container from the Library
(library://
), Docker Hub (docker://
), and also
Shub (shub://
).
Note
When pulling from Docker, the container will automatically be converted to a SIF (Singularity Image Format) container.
Here’s a typical pull command:
$ singularity pull file-out.sif library://alpine:latest
# or pull from docker:
$ singularity pull file-out.sif docker://alpine:latest
Note
If there’s no tag after the container name, Singularity automatically will pull the container with the :latest
tag.
To pull a container with a specific tag, just add the tag to the library URL:
$ singularity pull file-out.sif library://alpine:3.8
Of course, you can pull your own containers. Here’s what that will look like:
Pulling your own container¶
Pulling your own container is just like pulling from Github, Docker, etc…
$ singularity pull out-file.sif library://your-name/project-dir/my-container:latest
# or use a different tag:
$ singularity pull out-file.sif library://your-name/project-dir/my-container:1.0.1
Note
You don’t have to specify a output file, one will be created automatically, but it’s good practice to always specify your output file.
Verify/Sign your Container¶
Verify containers that you pull from the library, ensuring they are bit-for-bit reproductions of the original image.
Check out this page on how to: verify a container, making PGP key, and sign your own containers.
Searching the Library for Containers¶
To find interesting or useful containers in the library, you can open https://cloud.sylabs.io/library in your browser and search from there through the web GUI.
Alternatively, from the CLI you can use singularity search
<query>
. This will search the library for container images matching
<query>
.
Using the CLI Search¶
Here is an example of searching the library for centos
:
singularity search centos
Found 72 container images for amd64 matching "centos":
library://dcsouthwick/iotools/centos7:latest
library://dcsouthwick/iotools/centos7:sha256.48e81523aaad3d74e7af8b154ac5e75f2726cc6cab37f718237d8f89d905ff89
Minimal centos7 image from yum bootstrap
library://dtrudg/linux/centos:7,centos7,latest
library://dtrudg/linux/centos:centos6,6
library://emmeff/centos/centos:8
library://essen1999/default/centos-tree:latest
library://gallig/default/centos_benchmark-signed:7.7.1908
Signed by: 6B44B0BC9CD273CC6A71DA8CED6FA43EF8771A02
library://gmk/default/centos7-devel:latest
Signed by: 7853F08767A4596B3C1AD95E48E1080AB16ED1BC
Containers can have multiple tags, and these are shown separated by
commas after the :
in the
URL. E.g. library://dtrudg/linux/centos:7,centos7,latest
is a
single container image with 3 tags, 7
, centos7
, and
latest
. You can singularity pull
the container image using any
one of these tags.
Note that the results show amd64
containers only. By default
search
returns only containers with an architecture matching your
current system. To e.g. search for arm64
containers from an
amd64
machine you can use the --arch
flag:
singularity search --arch arm64 alpine
Found 5 container images for arm64 matching "alpine":
library://dtrudg-sylabs-2/multiarch/alpine:latest
library://geoffroy.vallee/alpine/alpine:latest
Signed by: 9D56FA7CAFB4A37729751B8A21749D0D6447B268
library://library/default/alpine:3.11.5,latest,3,3.11
library://library/default/alpine:3.9,3.9.2
library://sylabs/tests/passphrase_encrypted_alpine:3.11.5
You can also limit results to only signed containers with the
--signed
flag:
singularity search --signed alpine
Found 45 container images for amd64 matching "alpine":
library://deep/default/alpine:latest,1.0.1
Signed by: 8883491F4268F173C6E5DC49EDECE4F3F38D871E
library://godloved/secure/alpine:20200514.0.0
Signed base image built directly from mirrors suitable for secure building. Make sure to check that the fingerprint is B7761495F83E6BF7686CA5F0C1A7D02200787921
Signed by: B7761495F83E6BF7686CA5F0C1A7D02200787921
library://godlovedc/blah/alpine:sha256.63259fd0a2acb88bb652702c08c1460b071df51149ff85dc88db5034532a14a0
Signed by: 8883491F4268F173C6E5DC49EDECE4F3F38D871E
library://heffaywrit/base/alpine:latest
Signed by: D4038BDDE21017435DFE5ADA9F2D10A25D64C1EF
library://hellseva/class/alpine:latest
Signed by: 6D60F95E86A593603897164F8E09E44D12A7111C
library://hpc110/default/alpine-miniconda:cupy
Signed by: 9FF48D6202271D3C842C53BD0D237BE8BB5B5C76
...
Remote Builder¶
The remote builder service can build your container in the cloud removing the requirement for root access.
Here’s a typical remote build command:
$ singularity build --remote file-out.sif docker://ubuntu:18.04
Building from a definition file:¶
This is our definition file. Let’s call it ubuntu.def
:
bootstrap: library
from: ubuntu:18.04
%runscript
echo "hello world from ubuntu container!"
Now, to build the container, use the --remote
flag, and without sudo
:
$ singularity build --remote ubuntu.sif ubuntu.def
Note
Make sure you have a access token, otherwise the build will fail.
After building, you can test your container like so:
$ ./ubuntu.sif
hello world from ubuntu container!
You can also use the web GUI to build containers remotely. First, go to https://cloud.sylabs.io/builder (make sure you are signed in). Then you can copy and paste, upload, or type your definition file. When you are finished, click build. Then you can download the container with the URL.


Please fill in your phone number.
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10th digit


Kiali is a management console for Istio-based service mesh. It provides dashboards, observability and lets you to operate your mesh with robust configuration and validation capabilities. It shows the structure of your service mesh by inferring traffic topology and displays the health of your mesh. Kiali provides detailed metrics, powerful validation, Grafana access, and strong integration for distributed tracing with Jaeger.


--- layout: page weight: 95 title: SMTP Ports seo: title: SMTP Ports - User Guide description: "You may connect with SendGrid over a variety of SMTP ports: unencrypted or with TLS on ports 25, 2525, and 587 and via SSL on port 465." navigation: show: true ---
Many hosting providers and ISPs block port 25 as a default practice. When trying to connect to smtp.sendgrid.net remember that ports 25, 2525, 587, and 465 are all available for use.
You can connect via unencrypted or TLS on ports 25, 2525, and 587. You can connect via SSL on port 465.


After 2 seconds the same loop will start. When you tab away from the browser (make game not visible), both tracks should mute themselves. Check console output for confirmation.


[% page.title = "Perl 5.24.1 Release Announcement" %]
We are relieved to announce version 24.1, the first maintenance release of version 24 of Perl 5.
You will soon be able to download Perl 5.24.1 from your favourite CPAN mirror or find it at:
https://metacpan.org/release/SHAY/perl-5.24.1/
SHA1 digests for this release are:
19b218bbc3a63a8408ed56b93928fd9a4c1b5c83 perl-5.24.1.tar.gz d43ac3d39686462f86eed35b3c298ace74f1ffa0 perl-5.24.1.tar.bz2 5bec25d8821b81a5939ee220997f4c8ab1c13e31 perl-5.24.1.tar.xz
You can find a full list of changes in the file "perldelta.pod" located in the "pod" directory inside the release and on the web.
Perl 5.24.1 represents approximately 8 months of development since Perl 5.24.0 and contains approximately 8,100 lines of changes across 240 files from 18 authors.
Excluding auto-generated files, documentation and release tools, there were approximately 2,200 lines of changes to 170 .pm, .t, .c and .h files.
Perl continues to flourish into its third decade thanks to a vibrant community of users and developers. The following people are known to have contributed the improvements that became Perl 5.24.1:
Aaron Crane, Alex Vandiver, Aristotle Pagaltzis, Chad Granum, Chris 'BinGOs' Williams, Craig A. Berry, Father Chrysostomos, James E Keenan, Jarkko Hietaniemi, Karen Etheridge, Leon Timmermans, Matthew Horsfall, Ricardo Signes, Sawyer X, Sébastien Aperghis-Tramoni, Stevan Little, Steve Hay, Tony Cook.
The list above is almost certainly incomplete as it is automatically generated from version control history. In particular, it does not include the names of the (very much appreciated) contributors who reported issues to the Perl bug tracker.
Many of the changes included in this version originated in the CPAN modules included in Perl's core. We're grateful to the entire CPAN community for helping Perl to flourish.
For a more complete list of all of Perl's historical contributors, please
see the F
The next major stable release of Perl 5, version 26.0, should appear in May 2017, with version 27.0 released around the same time.


Party!
You have arrived at your friend Bernard's house for a party. You say hello to all of your friends and after mingling for a while you find out that a savage from a reservation in New Mexico is present. After about twenty minutes or so you decide to:
-go home: you have no interest in the savage and would rather enjoy a nice 18 hour soma trip-
-stay at the party: you're curious about the savage and want to meet him-


Hither and not unsummoned have I come;
For a new rumour, borne by stranger men
Arriving hither, hath attained mine ears.
Of hap unwished-for, even Orestes’ death.
This were new sorrow, a blood-bolter’s load
Laid on the house that doth already bow
Beneath a former wound that festers deep.
Dare I opine these words have truth and life?

Canst thou tell aught, and prove it to my soul?
What we have heard, we heard; go thou within
Thyself to ask the strangers of their tale.
Strengthless are tidings, thro’ another heard;
Question is his to whom the tale is brought.
I too will meet and test the messenger,
Whether himself stood witness of the death
Or tells it merely from dim rumour learnt:
None shall cheat me, whose soul hath watchful eyes. [Exit.]
Zeus, Zeus! what word to me is given?
What cry or prayer, invoking heaven,
Shall first by me be uttered?
What speech of craft—nor all revealing,
Nor all too warily concealing—
Ending my speech, shall aid the deed?
For lo! in readiness is laid
The dark emprise, the rending blade;
Blood-dropping daggers shall achieve
The dateless doom of Atreus’ name,
Or—kindling torch and joyful flame
In sign of new-won liberty—
Once more Orestes shall retrieve
His father’s wealth, and throned on high,
Shall hold the city’s fealty.
So mighty is the grasp whereby,
Heaven-holpen, he shall trip and throw
Unseconded, a double foe.
Ho for the victory! [A loud cry within.]
Help, help, alas!
Ho there, ho! how is’t within?
Is’t done? is’t over? Stand we here aloof
While it is wrought, that guiltless we may seem
Of this dark deed; with death is strife fulfilled. [Enter a slave.]

Woe, woe, and again, Ægisthus gone!
Hasten, fling wide the doors, unloose the bolts
Of the queen’s chamber. O for some young strength
To match the need! but aid availeth nought
To him laid low for ever. Help, help, help!
Sure to deaf ears I shout, and call in vain
To slumber ineffectual. What ho!
The queen! how fareth Clytemnestra’s self?
Her neck too, hers, is close upon the steel,
And soon shall sink, hewn thro’ as justice wills. [Enter Clytemnestra.]
What ails thee, raising this ado for us?
I say the dead are come to slay the living.
Alack, I read thy riddles all to clear—
We slew by craft and by like craft shall die.
Swift, bring the axe that slew my lord of old;
I’ll know anon or death or victory—
So stands the curse, so I confront it here. [Enter Orestes, his sword dropping with blood.]
Thee too I seek: for him what’s done will serve.
Woe, woe! Ægisthus, spouse and champion, slain!
What, lov’st the man? then in his grave lie down,
Be his in death, desert him nevermore!

Can I my mother spare? speak, Pylades.
Where then would fall the hest Apollo gave
At Delphi, where the solemn compact sworn?
Choose thou the hate of all men, not of gods.
Thou dost prevail; I hold thy counsel good. [To Clytemnestra.]
Follow; I will to slay thee at his side.
With him whom in his life thou lovedst more
Than Agamemnon, sleep in death, the meed
For hate where love, and love where hate was due!
I nursed thee young; must I forego mine eld?
Thou slew’st my father; shalt thou dwell with me?
Fate bore a share in these things, O my child!
Fate also doth provide this doom for thee.
Beware, O child, a parent’s dying curse.
A parent who did cast me out to ill!
Not cast thee out, but to a friendly home.
Born free, I was by twofold bargain sold.
Where then the price that I received for thee?
The price of shame; I taunt thee not more plainly.
Nay, but recount thy father’s lewdness too.
keeping, chide not him who toils without.
’Tis hard for wives to live as widows, child.
The absent husband toils for them at home.
Thou growest fain to slay thy mother, child.

How shall I ’scape my father’s, sparing thee?
Living, I cry as to a tomb, unheard.
My father’s fate ordains this doom for thee.
Ah, me! this snake it was I bore and nursed.
Ay, right prophetic was thy visioned fear.
Shameful thy deed was—die the death of shame! [Exit, driving Clytemnestra before him.]
Lo, even for these I mourn, a double death:
Yet since Orestes, driven on by doom,
Thus crowns the height of murders manifold,
I say, ’tis well that not in night and death
Should sink the eye and light of this our home.
There came on Priam’s race and name
A vengeance; though it tarried long,
With heavy doom it came.
Came, too, on Agamemnon’s hall
A lion-pair, twin swordsmen strong.
And last, the heritage doth fall
To him to whom from Pythian cave
The god his deepest counsel gave.

And hand in hand with him doth go,
Eager for fight,
The child of Zeus, whom men below
Call Justice, naming her aright.
And on her foes her breath
Is as the blast of death;
For her the god who dwells in deep recess
Beneath Parnassus’ brow,
Summons with loud acclaim
To rise, though late and lame,
And come with craft that worketh righteousness.
For even o’er powers divine this law is strong—
Thou shalt not serve the wrong.
To that which ruleth heaven beseems it that we bow.
Lo, freedom’s light hath come!
Lo, now is rent away
The grim and curbing bit that held us dumb.
Up to the light, ye halls! this many a day
Too low on earth ye lay.
And Time, the great Accomplisher,
Shall cross the threshold, whensoe’er
He choose with purging hand to cleanse
The palace, driving all pollution thence.
And fair the cast of Fortune’s die
Before our state’s new lords shall lie,
Not as of old, but bringing fairer doom.
Lo, freedom’s light hath come! [The scene opens, disclosing Orestes standing over the corpses of Ægisthus and Clytemnestra; in one hand he holds his sword, in the other the robe in which Agamemnon was entangled and slain.]

Erst were they royal, sitting on the throne,
And loving are they yet,—their common fate
Tells the tale truly, shows their trothplight firm.
They swore to work mine ill—starred father’s death,
They swore to die together; ’tis fulfilled.
O ye who stand, this great doom’s witnesses,
Behold this too, the dark device which bound
My sire unhappy to his death,—behold
The mesh which trapped his hands, enwound his feet!
Stand round, unfold it—’tis the trammel—net
That wrapped a chieftain; hold it that he see,
The father—not my sire, but he whose eye
Is judge of all things, the all—seeing Sun!
Let him behold my mother’s damnèd deed,
Then let him stand, when need shall be to me,
Witness that justly I have sought and slain
My mother; blameless was Ægisthus’ doom—
He died the death law bids adulterers die.
But she who plotted this accursed thing
To slay her lord, by whom she bare beneath
Her girdle once the burden of her babes,
Beloved erewhile, now turned to hateful foes—
What deem ye of her? or what venomed thing,
Sea-snake or adder, had more power than she
To poison with a touch the flesh unscarred?
So great her daring, such her impious will.
How name her, if I may not speak a curse?

Such were the weapon of some strangling thief,
The terror of the road, a cut-purse hound—
With such device full many might he kill,
Full oft exult in heat of villainy.
Ne’er have my house so cursed an indweller—
Heaven send me, rather, childless to be slain!
Woe for each desperate deed!
Woe for the queen, with shame of life bereft!

Did she the deed or not? this robe gives proof,
Imbrued with blood that bathed Ægisthus’ sword:
Look, how the spurted stain combines with time
To blur the many dyes that once adorned
Its pattern manifold! I now stand here,
Made glad, made sad with blood, exulting, wailing—
Hear, O thou woven web that slew my sire!
I grieve for deed and death and all my home—
Victor, pollution’s damnèd stain for prize.
Alas, that none of mortal men
Can pass his life untouched by pain!
Behold, one woe is here—
Another loometh near.
Hark ye and learn—for what the end shall be
For me I know not: breaking from the curb,
My spirit whirls me off, a conquered prey,
Borne as a charioteer by steeds distraught
Far from the course, and madness in my breast
Burneth to chant its song, and leap, and rave—
Hark ye and learn, friends, ere my reason goes!
I say that rightfully I slew my mother,
A thing God-scorned, that foully slew my sire.
And chiefest wizard of the spell that bound me
Unto this deed I name the Pythian seer
Apollo, who foretold that if I slew,
The guilt of murder done should pass from me;
But if I spared, the fate that should be mine
I dare not blazon forth—the bow of speech
Can reach not to the mark, that doom to tell.
And now behold me, how with branch and crown
I pass, a suppliant made meet to go
Unto Earth’s midmost shrine, the holy ground
Of Loxias, and that renowned light
Of ever-burning fire, to ’scape the doom
Of kindred murder: to no other shrine
(So Loxias bade) may I for refuge turn.
Bear witness, Argives, in the aftertime,
How came on me this dread fatality.
Living, I pass a banished wanderer hence,
To leave in death the memory of this cry.
Nay, but the deed is well; link not thy lips
To speech ill-starred, nor vent ill-boding words—
Who hast to Argos her full freedom given,
Lopping two serpents’ heads with timely blow.
Look, look, alas!
Handmaidens, see—what Gorgon shapes throng up,
Dusky their robes and all their hair enwound—
Snakes coiled with snakes—off, off, I must away!
Most loyal of all sons unto thy sire,
What visions thus distract thee? Hold, abide;
Great was thy victory, and shalt thou fear?
These are no dreams, void shapes of haunting ill,
But clear to sight my mother’s hell-hounds come!
Nay, the fresh bloodshed still imbrues thine hands,
And thence distraction sinks into thy soul.

One remedy thou hast; go, touch the shrine
Of Loxias, and rid thee of these woes.
Ye can behold them not, but I behold them.
Up and away! I dare abide no more. [Exit.]
Farewell than as thou mayst,—the god thy friend
Guard thee and aid with chances favouring.
Behold, the storm of woe divine
That raves and beats on Atreus’ line
Its great third blast hath blown.
First was Thyestes’ loathly woe—
The rueful feast of long ago,
On children’s flesh, unknown.
And next the kingly chief’s despite,
When he who led the Greeks to fight
Was in the bath hewn down.
And now the offspring of the race
Stands in the third, the saviour’s place,
To save—or to consume?
O whither, ere it be fulfilled,
Ere its fierce blast be hushed and stilled,
Shall blow the wind of doom? [Exeunt.]


Why join a Global City Team?
The Challenge is an opportunity for forward-looking communities to partner with public and private organizations to accelerate the deployment of IoT technologies designed to address some of the most pressing challenges facing cities. The Global City Teams Challenge also benefits innovative companies and non-profits by giving them a chance to implement and/or assess their solutions in valuable municipal testbeds, and provides them with exposure to scores of potential new customers. To see a list of current Action Clusters, please click here.
The Global City Teams Challenge includes:
- Match making between innovators and communities
- Networking opportunities
- Collaboration designed to foster interconnected IoT technologies with greater impact
- Access to testbeds
- Opportunities to showcase leadership in the development and implementation of IoT
How will the Global City Teams Challenge Work?
NIST and US Ignite will help organize "action clusters," composed of representatives of innovative local governments, non-profits and private companies. These teams volunteer to work collaboratively to build, deploy or test transformative IoT applications. The Global City Teams Challenge builds upon the success of NIST’s 2013-2014 SmartAmerica initiative in which more than 100 organizations participated forming 24 teams.
The Global City Teams Challenge kick-off event on September 29-30, 2014, at NIST was a great success with more than 350 on-site and remote attendees. The agenda, presentations and materials produced at the event can be found here.
Still have questions? Please visit our FAQ page to learn more.
If you are ready to submit a one-page summary of your contributions to a potential global city teams project, please visit our submission page.
If you would like to learn more about one of the Action Clusters listed below or if you are interested in becoming associated with one of the projects, please email<EMAIL_ADDRESS>and<EMAIL_ADDRESS>Learn more about US Ignite and NIST.
| ProjectID | Project Title | Team Reporter | Descriptions | Organizations Involved |
|---|---|---|---|---|
| 1 | Modular Micro Grid Model (NY) | William Hadala | Create energy supply and demand model for a storm-resilient microgrid in NY testbed, an physically construct the microgrid | IWire365 |
| 2 | Next Generation of Emergency Medical Services in San Francisco | William Hadala | We aim to increase emergency response times by mobilizing community medical resources by integrating CAD, AVL and dispatch systems | IWire365 |
| 3 | Columbus, OH: Rickenbacker Awesome Project (RAP) | Paul Carlson | Use citizen participation to help track multimodal transportation patterns in the Rickenbacker area to help design new green alternatives. | Columbus, OH |
| 4 | Human Population Mapping for Enhanced Community Resilience (Annapolis Team) | Michael Dunaway | To improve disaster preparedness, develop a process to map layers of social, governmental, and private sector resources with physical infra. | The Aethena Group |
| 5 | Project X: GigaBit SMART City Project | William Hadala | Tie electric, water & gas smart meters systems into local existing fiber networks to enable automated services and management dashboards. | IWire365 |
| 6 | Remotely Caring for Our Most Vulnerable Citizens In-Place During A Pandemic | Julian Goldman | Automate detection, triage, and treatment of severe contagious disease outbreaks with a focus on enabling remote support of local treatment. | Mass General |
| 7 | Study of Impact of Data in Smart Cities on the Social Contract | Kari Keefe | Explore user preferences in data design and sharing architecture for public and third party entities with regards to privacy concerns.. | Mozilla Foundation |
| 8 | Energy Optimization Through Demand Reduction | Michael Pickett | Bring together utilities, municipalities and other stakeholders to develop an action plan to invest in distributive energy resources. | Lucid Desgn Group |
| 9 | SmartCities Utility Infrastructure | Ed Davalos, Mike Alexander | Use wireless network and sensory inputs to create a mgt dashboard to address water sustainability and protect the water system from threats | AT&T, IBM |
| 10 | Chattanooga GASP: Geolocated Allergen Sensing Platform | Nate Hill | Deploy a sensor network on building and residences that monitors allergens with data streaming live to a central public repository for devs | Chattanooga Library |
| 11 | PA 2040 (DC) | John Baekelmans | Integrate Smart Street infrastructure on Pennsylvania Avenue, DC, including lights, CCTV, Parking, Signage, Env. Sensing and more. | |
| 12 | Connected, Intelligent Transit (Portland) | Skip Newberry | Reduce congestion through a multi-modal transporation initiative leveraging sensors in a dense urban neighborhood with fiber connectivity | |
| 13 | ARIBO: Applied Robotics for Installations and Base Operations | Corey Clothier | Autonomous vehicle taxi deployments in enclosed environments like army bases, campuses, or dedicated roadways. | Comet Consulting |
| 14 | SCALE: Safe Community Alert Network | Dan Hoffman | Remote monitoring through sensors/cameras and automated emergency alert system. | Montgomery Country, MD |
| 15 | Smart Emergency Response System (SERS Team) | Justyna Zander, Pieter Mosterman | Mission center that optimizes and deploys available first-responder resources, such as rescue dogs, robots, drones, and autonomous vehicles. | |
| 16 | Kumbh Mela: Solving the Problems of Millions | Ramesh Rasker | Enhancing the experience of the 30 million person Hindu Kumbh Melah pilgrimage using proximity sensors for crowd management and more. | MIT Media Lab |
| 17 | Transactive Energy Management of Distributed Energy Resources | Ron Ambrosio | With a network of energy-producing residences, combine signaling methods with weather data to decide when to reduce central power supply. | IBM, Smart Energy Research |
| 18 | Cyber Attack-Defense Exercise for System Planners and First Responders (Iowa) | Manimaran Govindarasu, Doug Jacobson | Cyber security planning and training for connected infrastructure systems like power grid, Internet, water distribution and transportation. | |
| 19 | Greenville A-Taxi Shuttle Project | Fred Payne | Multi-modal transportation project demonstrating business case for a Personal Rapid Transit option through Autonomous Vehicle Taxi in 5-mi corridor from downtown Greenville to suburb. " | |
| 20 | Traffic Incident Management Solution (AGT and Cisco) | Cisco, AGT | Traffic monitoring and incident detection and management using integration of internet-connected street sensors and video analytics. | |
| 21 | Bus Tracking & Intelligent Transportation | Sharon Johnson | Improve public transport ops using connected GPS sensors and traffic mgt software to correct for unexpected events and scheduling issues. | |
| 22 | Intelligent Connectivity & Water Resource Management | Steve Crout | Systematically evaluate the risk to its water quality from source to tap. | |
| 23 | Project Healthy Smart City | Ellena Schubert | Create a holistic view of urban health to enable an integrated view of requirements and provides a scalable framework to evaluate solutions. | |
| 24 | Nudging Behavior with Smart Data | John Kim | Creating better user interfaces to educate and engage with the quantified city. | |
| 25 | Real-Time Geospatial Collaboration Platform for First Responders | Mahesh Punyamurthula | Combine real-time geospatial collaboration with mobile touch devices to improve situational awareness of first responders in an emergency. | |
| 26 | Technology Enabling Human Networks in Emergency Response | Pieter Mosterman | Smart emergency response preparedness due to enhanced situation awareness in extreme disaster scenario. | |
| 27 | 5D Smart Physical Infrastructure | Michael Jansen | A live, actionable virtual model of underground Chicago, including water pipes, gas lines, power systems, subway structures and cabling. | |
| 28 | Lower Manhattan’s Smart Neighborhood Pilot | Sander Dolder, NYCEDC | Deploy a sensor network that enables real-time analysis of how Downtown Manhattan, and its population, is changing over time. | NYCEDC, Alliance for Downtown New York |
| 29 | Bringing Internet of Things Know-How to High School Students | Greg Toth, Internet of Things Dev Labs | Jump-starting high school students' knowledge about the Internet of Things in a globally connected world. | Arlington County, Virginia Tech - National Capital Region, Internet of Things DC, IoT Dev Labs |
Tell others about the Global City Teams Challenge! Share this page:
#globalcityteams


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Welcome to our website!
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Justice Minister 'categorically dissociates' himself from Verona Murphy's comments
by Stephen McNeiceThe Justice Minister has moved to 'categorically dissociate' himself from the comments made by Verona Murphy about asylum seekers.
The Fine Gael by-election candidate for Wexford previously said some asylum seekers would need to be "de-programmed" before coming to Ireland.
She has since issued two apologies over the remarks.
Following an initial apology on Sunday night, Fine Gael said Ms Murphy also visited a centre in Waterford to "gain a better understanding of asylum and refugee issues".
The Immigrant Council of Ireland yesterday claimed the "apology and the whole situation is very, very outrageous".
Taoiseach Leo Varadkar yesterday condemned Ms Murphy's comments, but stood by his party's candidate and said he will "certainly be campaigning with her before polling day".
Minister Charlie Flanagan today said Ms Murphy's comments were unacceptable and moved to distance himself from them.
He told the Dáil: "I want to categorically dissociate myself from comments made by Ms Verona Murphy, our own party candidate in Wexford.
"I believe it's incumbent on all of us to ensure that unacceptable commentary is treated as such."
Minister Flanagan was responding to questions from Fianna Fáil's justice spokesperson Jim O'Callaghan.
Deputy O'Callaghan suggested some people in the political domain need to be reminded that it is a criminal offence to make comments which are likely to stir up hatred against certain groups.
He added: "I think, minister, that should be brought to the attention of certain figures in your own party because of their utterances in recent time."


Reader for Arc/Info Triangulated Region Mesh
Parameters
Name Type Description UI Control filename string Name of TIN file to read. File Dialog ZScale float Elevation scaling applied to mesh. Dial ZeroElevations boolean Sets minimum elevation to zero. Toggle Output Ports
Name Type Description out_mesh Triangle Mesh Geometry data read from file. out_obj DataObject Directly Renderable Output Object.
The read_tin user macro reads Arc/Info TIN files. The TIN file format is an ASCII format thats stores a triangulated irregular network (TIN) structure generated by Arc/Info. More information on Arc/Info can be found on the ESRI web-site. This format is generally used for a surface representation derived from irregularly spaced sample points and breakline features. The TIN data set includes topological relationships between points and their proximal triangles. Each sample point has an x,y coordinate and a surface, or z-value. These points are connected by edges to form a set of nonoverlapping triangles used to represent the surface. The read_tin macro reads this data and outputs it as an unstructured mesh with a triangle cell-set. The macro uses the edge data to convert the edge-specified triangle data into node-specified triangle data. The edge data is not currently output as a separate cell-set.
TIN files are also called "irregular triangular mesh" or "irregular triangular surface model" in some contexts. "TIN" is the name of the ESRI Arc/Info application module that models, creates, displays, and exports TIN files. Within the TIN application the UNGENERATETIN command with the NET option should generate files compatible with this reader module.
filename
String parameter that contains the name of the TIN file that should be read. The filename can either by relative or absolute and it can contain AVS/Express environment variables (i.e. $XP_ROOT, $XP_PATH<1>).
ZScale
Floating point parameter that specifies by now much the elevation(Z) data should be scaled by. This parameter can be modified by the use of the 'Elevation Scale' dial.
ZeroElevations
Boolean parameter which specifies whether the geometry should be transformed in the z-axis so that the minimum elevation is zero. This can allow the TIN geometry to be more easily combined with other objects. This parameter is controlled by the use of the 'Zero Elevations' toggle.
out_mesh
Mesh data output that contains the geometry data read from the TIN file. The output consists of the nodal coordinates and a single triangle cell-set that describes the connectivity of the data. No node data or cell data is output.
out_obj
The directly renderable output of the read_tin macro. This output contains the geometry data read from the TIN file in a form that can be rendered by the standard data viewers.
The ReadTinFunc functional macro uses the ReadTinCore low-level module. The read_tin user macro uses this functional macro and the ReadTinUI user interface macro. All of these macros use the ReadTinParams parameter block to communicate parameters between themselves.
One example application is provided with the ReadTin project. The ReadTinEg example application reads a TIN file and displays the read geometry to the user.
xp_comm_proj/rd_tin/tinmods.v contains the V definitions of the ReadTinCore module and the ReadTinParams parameter block.
xp_comm_proj/rd_tin/tinmacs.v contains the V definitions of the ReadTinUI UI macro, the ReadTinFunc functional macro and the read_tin user macro.
xp_comm_proj/rd_tin/tinapps.v contains the V definitions of the ReadTinEg example application.
Scott Goodyear
Mary McDerby, Manchester Visualization Centre Anja Bindrich, Manchester Visualization Centre Paul Lever, International AVS Centre Andrew Dodd, International AVS Centre


Photo breakdown of Myles Garrett using helmet as a weapon
by The Associated PressMyles Garrett used an opponent’s helmet as a weapon to hit Pittsburgh quarterback Mason Rudolph in the head, an attack played over and over on TV and social media. He was swiftly suspended by the NFL.
The violence unfolded with shocking clarity with seconds remaining in Cleveland’s 21-7 win over the Steelers on Thursday night.
After Garrett wrapped up Rudolph and took him down with a late, hard tackle, the players tussled on the ground, with Rudolph tugging at Garrett’s helmet.

Rudolph angrily tried to go after Garrett but he was blocked by teammates David DeCastro and Matt Feiler, who tried to separate the players. Instead, Garrett, using his right hand, swung the helmet and landed a blow to the top of Rudolph’s head.
DeCastro then wrestled Garrett to the ground as Steelers center Maurkice Pouncey came flying in from the players’ right, throwing punches at Garrett. When Garrett landed in the orange and brown-striped end zone, Pouncey kicked Garrett in the head and continued punching him as he fell on top of a pile of players.
In the end, Garrett was suspended for at least the rest of the season and playoffs for conduct that seems certain to taint his Pro Bowl career. He must meet with the commissioner before he is considered for reinstatement.
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Next: How to read the method descriptions, Previous: Naming conventions, Up: Introduction to the method descriptions [Contents][Index]
Some general conventions for return values are worth mentioning:
NULL
usually indicates method failure.
Any other result usually indicates method success.
The words “success” and “failure” are heavily overloaded in these documents. But in contexts where our meaning is clear we will usually abbreviate “method success” and “method failure” to “success” and “failure”, respectively.
While these general conventions are a memory aid, there are exceptions, and the programmer must look at the return value summary in the description of every method they use.
As one example of an exception,
for certain methods,
a return value of -2 is ambiguous:
-2 can be both a valid return value
for method success, and a potential indication of hard method failure.
An example of a method where -2 is ambiguous is
marpa_g_rule_rank_set()
.
See marpa_g_rule_rank_set.
In cases like marpa_g_rule_rank_set()
,
the programmer must distinguish the two return statuses
based on the error code.
Whenever a method departs from the general return value conventions, the departure will be detailed in the description of that method. Any departure by a method from the general return value conventions will always be indicated in the return value summary for that method.
Next: How to read the method descriptions, Previous: Naming conventions, Up: Introduction to the method descriptions [Contents][Index]


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complex.lua
All functions in here expect either a 2D Nx2 Complex tensor
[src]
signal.complex.poly(x)
Polynomial with specified roots
Function is super unoptimized
Undocumented methods
signal.complex.angle(h)
signal.complex.exp(h)
signal.complex.abs(h)
signal.complex.real(h)
signal.complex.imag(h)
signal.complex.conj(h)
signal.complex.prod(h)
signal.complex.cmul(a1,b1, noargcheck)
signal.complex.dot(a,b)
signal.complex.mm(a,b)
signal.complex.diag(x)