William F. Walker
<EMAIL_ADDRESS>I was born in Champaign, Illinois, where I earned a B. S., M. S., and Ph. D. from the University of Illinois, in Computer Science. I am a long time member of the University of Illinois' CERL Sound Group. I worked for three years at Apple's Advanced Technology Group, and for two years at Xerox Palo Alto Research Center. I am currently working at Reactivity, Inc., makers of the Reactivity XML Firewall.
I am actually a jazz pianist in disguise, and a card-carrying member of Nossa Bossa, the International Computer Music Association and the now defunct Race Street Jazz Conspiracy and Penguin Jazz Quartet, I am married to Mary Wisnewski, Information Architect for Nortel Networks and knitter extraordinaire. I am living with two cats, Izzy Gillespie Wisnewski-Walker and Arlie Parker Walker-Wisnewski.
I've been working on a mySQL and PHP-based system for turning my bird-watching field notes
into web pages. I call it <birdWalker>
. Please take a
look.
My co-worker Dan and I have instituted a weekly Photography Challenge.
Comments to<EMAIL_ADDRESS>Last updated 12/13/2001 by WFW


Man dies in Tweed truck crash after suffering suspected medical episode
by Shanee DobesonA MAN has died following a truck crash that shut down the Tugun Tunnel on Thursday.
The accident happened southbound on the Pacific Motorway at Tweed Heads, approaching the Tugun Tunnel, around 10.30am.
It’s understood a 47-year-old man was driving a heavy vehicle, when he suffered a suspected medical episode behind the wheel.
Police say the vehicle veered to the left and hit a guard rail for a distance of about 100m before coming to a stop.
Emergency crews rushed to the scene, and the man was taken to Tweed Heads Hospital, however sadly was pronounced deceased.
Officers from Tweed/Byron Police District will prepare a report for the Coroner.


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Sainsbury's and Aldi have recalled these two food items over undeclared ingredients
Shoppers are being urged to return the products for a full refund
by Alexander BrockAldi and Sainsbury's have recalled two food items due to "health risk" fears over undeclared ingredients.
Shoppers are being urged to return the products in question to the store it was bought from and ask for a full refund.
The first product is British Breaded Chicken Steaks, which have been recalled by Aldi because milk has not been listed as an ingredient on the label.
This is because the product has been incorrectly packaged with Breaded Chicken Kievs which do contain milk.
A spokesperson for the The Food Standards Agency said: "Aldi is recalling Ashfield Farm British Breaded Chicken Steaks because they contain milk which is not mentioned on the label.
"This means the product is a possible health risk for anyone with an allergy or intolerance to milk or milk constituents
"If you have bought the above product and have an allergy or intolerance to milk or milk constituents, do not eat it. Instead, return it to the store from where it was bought for a full refund."
Product details
- Pack size: 505g
- Batch code: November 29
- Use by: November 29, 2019
- Allergens: Milk
The second product is Sainsbury’s Tomato & Basil Soup, which is being recalled because some products may contain wheat (gluten) which is not mentioned on the label.
The supermarket has warned customers not to eat the product and return it to the store for a full refend.
A spokesperson for the Food Standards Agency said: "Sainsbury’s is recalling by Sainsbury’s Tomato & Basil Soup because some products may contain wheat (gluten) which is not mentioned on the label.
"This means the product is a possible health risk for anyone with an allergy or intolerance to wheat or gluten."
Product details
- Pack size: 600g
- Use by: December 8, 2019
- Allergens: Gluten (wheat)
View the latest product recalls from November here.
For the latest news in and around Bristol, visit and bookmark Bristol Live's homepage .


Megalodon
Playful UX, web
The game Megalodon (later called Strike Fortress) is a fast paced, 3D-immersive, Player vs Player, combat action game for the browser & mobile platform. The whole game is built using Javascript and WebGL, and UI part is implemented using compressed CSS. It’s the game that enables the player to jump right into the game, without the hassle of installing, setting up plug-ins, etc. It’s supported by EA and has been presented at Google IO Conference.
What I learned from this project is how to create a great user experience in game. By understanding the difference between game design and UX design and their similarities in game industry, I learned how to deliver the holistic gaming experience.
Our team is very diverse, consisting of designers, artists, and engineers, to build the most exciting immersive interactive experience online.
TBrainstorming , Concept Design, Wireframes, UI, Texture, Prototyping, Playtesting
Game design
Megalodon (Strike Fortress) showcased on Google IO 12
Megalodon 2-minutes Game Play video:
As a team we spent a lot of time working on the ideas on the game play, brainstorming, prototyping, communicating with stakeholders and potential users. The goal is to create a great game experience by making it challenging, explorable, and crazy juicy.
Combating relationship between AI Units
Megalodon initial Map Layout
The game we made is a tower offense game, based on original EA IP. The game features fast paced multiplayer battles, different character classes with distinct weapons and abilities that can be upgraded, and a customizable battle kit of units that the player can summon to help them win the day.
UX & UI design
The other big part of creating this great experience is UX & UI design. I learned that a successful game has certain common traits - a simple, elegant and functional interface and a UX design that focuses on getting the player completely immersed into the gameplay. UX seems to be viewed as the means to the ultimate end of creating a satisfying and pleasurable experience.
Therefore in this project, as a UX & UI designer, I put lots of effort in how to balance the usability and functionality with visual appeals.
Initial UI Design of AI Units by CSS (above first). The relationship between AI Units is presented out through UI.
The final UI Design of AI Units (above second). I used different motion graphic design to distinguish statuses of AI Units spawning and holding.
It shows changes from AI Unit spawning to AI Unit holding status.
Texture of Repulser - Tank.
Mobile App screen. Other than two players from web browser side combating with each other, another play is able to jump into the game from MOBILE side to “affect” game by dropping a mine to the one you dislike or giving a Crate to the one you want to help.
User Testing
Unlike computer programs and apps, a video game that is not usable is quickly rejected by gamers. For Meglogon, our team did a great number of play testings, within the whole team nearly daily, with OCCO people on Game Tournament Day, with kids on EA for Bring Your Child to Work Day, and with anyone who pass by EA lobby on our game Soft Opening Day.
Our team did a number of play testings, within the inner team daily, with OCCO people on Game Tournament Day, with kids on EA for Bring Your Child to Work Day, and with anyone who pass by EA lobby on our game Soft Opening Day.
More >>


--- layout: syllabus title: Philosophy of Information and Media ---
Foundations of Philosophy
PL339 Fall, 2020
MW 3:00pm-4:15pm
Room: Zoom
Dr. Jeffrey C. Witt | jcwitt [at] loyola [dot] edu | ext. 2947
Philosophy Department 050M
Office Hours: By Appointment Tuesday and Thursday 1-4pm
Today we are living through one of human history's great media shifts, on par with the invention of the written language and the printing press. A shift of this magnitude invites philosophical reflection: both historical and phenomenological reflections on the nature of information and a general examination of the way media affects consciousness. In this course, we will consider the history of media shifts and their impact by looking at thinkers as diverse as Plato and Marshall McLuhan, Immanuel Kant and Ted Nelson. After first tracing the history of the "informational turn", we will then look at the impact of media shifts on the way we think about texts, and the nature of reading and writing. Finally we will look at the social implications of these shifts, considering especially the values of a deliberative democracy and how digital media positively or negatively affect our pursuit of those values.
Gleick, James. The Information: A History, a Theory, a Flood. London: Fourth estate, 2011.
Lessig, Lawrence. Code. New York: Basic Books, 2008.
Sunstein, Cass R. #Republic. Princeton University Press, 2017.
Moodle Readings: All other readings will be made available as Pdfs through Moodle
Annotation Participation (20%): Involvement in the class discussion will be one of the most essential activities of this course. Our small seminar format offers us the chance to do more than simply passively consume what others have written. We have the opportunity to be active participants in this discussion. The opportunity to participate in this discussion will begin asynchronously as we prepare and respond to the readings for each class period. We will be using an "annotation tool" called "hypothes.is" to facilitate this discussion. Please the annotation discussion handout for a description of participation expectations and grading rubric. Our "synchronous" discussion will build off of this discussion and largely revolve around the questions and ideas that have emerged during our asynchronous discussion.
Journal Reflections (5%): Because this is a class about our encounters with information through diverse media forms, and this is something we do everyday, we need to be reflecting critically on our own experience. To help with this reflection, I ask that you keep a small journal (via moodle) where you document the kinds of information you encounter over the semester (in this class and others), the media through which you encountered it, and the various kinds of effects that resulted. While I'm not looking for a specific word count per journal entry, I'm looking for something that is "substantive, interesting, and relevant". I would like to see at least 10 entries spread across at least 10 weeks. But feel free to write as often as you would like.
Class Presentation (2.5%) and Written Review (7.5%): Working in groups I will ask you to take responsibility for a few different chapters in our course sequence. I'll ask your group to make a presentation of your findings, and then submit a written report.
Class Presentation (2.5%) and Written Review (12.5%): Working in pairs, I will ask you select an online digital edition and evaluate its use of the digital medium. I will ask you to give a small in class presentation and submit a written review.
As a final paper, I will ask you to absorb our readings about "Deliberative Democracy", and the effect new and old communications media have on the possibility of "Deliberative Democracy". Then in light of our considerations of various types of social regulation, I will ask you to offer some policy proposals for how to best shape the internet in a way that would further the life and health of a deliberative democracy.
Unit 1 Exam (15%): We will have an exam after our first unit focused around our reading from Gleick
Final Exam (20%): We will have a cumulative final exam covering the material discussed throughout the course of the semester.
93% A, 90% A-, 88% B+, 83% B, 80 B-, 78% C+, 73% C, 70% C-, 68% D+, 60% D
Students are expected to follow the university's honor code:
"The Honor Code states that all students of the Loyola Community have been equally entrusted by their peers to conduct themselves honestly on all academic assignments. The Students of this University understand that having collective and individual responsibility for the ethical welfare of their peers exemplifies a commitment to the community. Students who submit materials that are the products of their own minds demonstrate respect for themselves and the community in which they study. All outside resources or information should be clearly acknowledged. If there is any doubt or question regarding the use and documentation of outside sources for academic assignments, your instructor should be consulted. Any violations of the Honor Code will be handled by the Honor Council."
See the honor code for further information. https://www.loyola.edu/academics/honor-code.
Remember that while you have five teachers, I have more than 70 students. Thus, while I'm eager to connect with you, I can do this best by enforcing a few procedure.
For questions about the course, both content and procedure questions, please use our moodle help discussion board. Using this system will help ensure that I see and respond to your email. It will additionally ensure that others who have similar questions can also receive an answer. So, if you send me a direct email about course content and procedure, I will politely ask you to ask it via our moodle "help" discussion board and I will be eager and glad to respond.
For other issues, I will be glad to discuss these with you. But I would ask that you try to use our booking service and reserve a time slot to discuss it with me. We can generally always communicate better when we speak in person and this is an opportunity for me to get to know you better. This also helps me manage my time and provide you with the best response I can. So again, if you send me a direct email, I'll will be glad to discuss it with you, but I will often direct you to the booking system so that we can schedule a chance to talk about the issue.
During our live Zoom sessions, the expectation is that your video is on, unless there is a reason for it not to be on, such as poor internet connectivity or student concerns about privacy in a shared living or work environment. If there are valid reasons why someone may not be able to participate via video and sound during our Zoom discussion period, please schedule any appointment with me to discuss alternative ways of ensuring attendance and participation.
Class sessions conducted via Zoom may be visually and audio-recorded for later reference by students and approved faculty and staff associated with the class (e.g., Messina instructors and administrator). Students who participate with their video-feeds activated or use a personal image on their Zoom profile acknowledge and agree that their videos and/or profile images will be recorded. If you do not wish to have your video and/or profile image recorded, ensure that your camera is turned off and do not use a personal image on your Zoom profile. Likewise, any students who un-mute their audio during class and participate orally in class agree to have their voices recorded. If you do not wish to have your voice recorded in a class recording, ensure that you have muted your Zoom audio prior to the beginning of class.
**This is a tentative schedule, subject to revision depending on our progress and extenuating circumstances**
Mon Aug 31 - Introduction.
Wed Sep 02 - McLuhan, The Medium is the Message, Chapter 1, pp. 7-21
Mon Sep 07 - No Class - Labor Day
Wed Sep 09 - Plato, Phaedrus, focus, pp. 12-18 (speech in praise of the lover), pp. 28-30 (criteria of true rhetoric), pp. 32-36 (in defense of speech over the written word); Ong, The Orality of Language, chapter 1, pp. 5-15, focus: p. 78-96, 101-103; Ong, Writing Restructures Consciousness, chapter 4, pp. 77-113; Gleick, The information: a history, a theory, a flood, cc. 1-3, pp. 13-77
Mon Sept 14 - Gleick, The information: a history, a theory, a flood, cc. 4-5
Wed Sept 16 - Gleick, The information: a history, a theory, a flood, cc. 6-7
Mon Sept 21 - Gleick, The information: a history, a theory, a flood, cc. 8-10; Class Presentations
Wed Sept 23 - Gleick, The information: a history, a theory, a flood, cc. 8-10; Class Presentations
Mon Sept 28 - Ilari, What is the Philosophy of Information Today, chapter 2, pp. 28-42, recommended; Ilari, Naturalized Information, chapter 3, pp. 43-53, focus: pp. 1-8
Wed Sept 30 - Exam
Mon Oct 05 - Bush, As We May Think; Nelson, Hyperworld, chapter 0; Nelson, Hypertext, chapter 1; Nelson, Proposal for a universal electronic publishing system and archive, chapter 2; Zundert, Barely Beyond the Book, pp. 83-106
Wed Oct 07 - Landow, Reconfiguring the Text, chapter 3, pp. 70-124, focus: pp. 70-85; Landow, Reconfiguring the Author, chapter 4, pp. 125-143; Barthes, The Death of the Author, pp. 142-148; Foucault, “What is an Author?”, pp. 141-160
Mon Oct 12 - Activity: Hypertext and Digital Editions
Wed Oct 14 - Moretti, The slaughterhouse of literature, pp. 207–227; Ascari, The Dangers of Distant Reading: Reassessing Moretti's Approach to Literary Genres, pp. 1-19; Marche, Literature Is not Data: Against Digital Humanities; Weinberg, Philosophers On GPT-3 (updated with replies by GPT-3); GPT-3, Response to Philosophers 1; GPT-3, Response to Philosophers 2;
Mon Oct 19 - Carr, The Very Image of a Book, Chapter 6, pp. 99-114; Carr, The Juggler's Brain, Chapter 7, pp. 115-143; Birkerts, Hypertext: Of Mouse and Man, chapter 11, pp. 151-164
Wed Oct 21 - Class Presentations
Mon Oct 26 - Class Presentations
Wed Oct 28 - Lessig, Code, cc. 1-2
Mon Nov 02 - Lessig, Code, cc. 3-5
Wed Nov 04 - Lessig, Code, cc. 6-8
Mon Nov 9 - Lessig, Code, cc. 9-10
Wed Nov 11 - Rousseau, The Social Contract, Book 1, c. 6, The social compact; Kant, An Answer to the Question: What is Enlightenment?; Sunstein, The Daily Me - Chapter 1, pp. 1-30; Sunstein, An Analogy and an Ideal - Chapter 2, pp. 31-58; US Supreme Court, Whitney v. California (1927)
Mon Nov 16 - Mill, On Liberty, c. 2; Habermas, Popular Sovereignty as Procedure, pp. 35-65
Wed Nov 18 - Habermas, The Public Sphere: An Encyclopedia Article (1964), pp. 49; Louw, Sites for Making Meaning III: Commercialization and the 'Death of the Public Sphere', chapter 4, pp. 91-103
Mon Nov 23 - Barlow, A Declaration of the Independence of Cyberspace; Shapiro, We have Revolution Now, chapter 1, pp. 3-12; Shapiro, Gaining Control, chapter 3, pp. 25-33; Shapiro, Liebling's Revenge - The Power of Interactivity, chapter 4, pp. 34-43; Shapiro, Masters of our own domains - Personalization of Experience, chapter 5, pp. 44-52;
Wed Nov 27 - [Thanksgiving Break]
Mon Nov 30 - Sunstein, Polarization - Chapter 3, pp. 59-97; Sunstein, Cybercascades - Chapter 4, pp. 98-136
Wed Dec 02 - Roose, Start Here; Roose, One: Wonderland; Roose, Two: Looking Down; Roose, Three: Mirror Image; Roose, Four: Headquarters
Mon Dec 07 - Sunstein, What's Regulation? A Plea - Chapter 7, pp. 176-190; Sunstein, Freedom of Speech - Chapter 8, pp. 191-212; Lessig, Code, c. 12
Wed Dec 09 - Sunstein, Proposals - Chapter 9, pp. 192-213
Friday, December 11th, 1pm - Final Exam


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See:
Description
| Interface Summary | |
|---|---|
| IterativeContext | An interface for algorithms that proceed iteratively. |
| SettableTransformer<I,O> | An interface for classes that can set the value to be returned (from transform() )
when invoked on a given input. |
| Class Summary | |
|---|---|
| BasicMapEntry<K,V> | An simple minimal implementation of Map.Entry . |
| ConstantMap<K,V> | An implementation of Map that returns the constructor-supplied
value for any input. |
| DiscreteDistribution | A utility class for calculating properties of discrete distributions. |
| Indexer | A class providing static methods useful for improving the performance of graph algorithms. |
| IterativeProcess | Provides basic infrastructure for iterative algorithms. |
| KMeansClusterer<T> | Groups items into a specified number of clusters, based on their proximity in d-dimensional space, using the k-means algorithm. |
| MapBinaryHeap<T> | An array-based binary heap implementation of a priority queue,
which also provides
efficient update() and contains operations. |
| MapSettableTransformer<I,O> | A SettableTransformer that operates on an underlying Map instance. |
| SelfLoopEdgePredicate<V,E> | A Predicate that returns true if the input edge's
endpoints in the input graph are identical. |
| WeightedChoice<T> | Selects items according to their probability in an arbitrary probability distribution. |
| Exception Summary | |
|---|---|
| KMeansClusterer.NotEnoughClustersException | An exception that indicates that the specified data points cannot be clustered into the number of clusters requested by the user. |
Provides general algorithmic utilities. These include:
DiscreteDistribution
: calculates statistical measures on
discrete probability distributions represented as double
arrays
KMeansClusterer
: uses the k-means algorithm to cluster
points in d-dimensional space into k clusters
MapBinaryHeap
: a binary heap implementation that permits
efficient element access and update operations
RandomLocationTransformer
: a class that randomly assigns
2D coordinates to items (default initializer for iterative Layouts)
SettableTransformer
: an extension of Transformer
that allows mutation of the transformation
|
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An Akka extension for creating an Akka HTTP-based endpoint for serving
Kamon metrics to Prometheus.
An Akka extension for creating an Akka HTTP-based endpoint for serving
Kamon metrics to Prometheus. It supports both the text and protocol buffer
formats and optional gzip encoding. All content negotiation is handled
through Akka HTTP.
Usage
As an Akka extension, you will need to instantiate the extension using
an actor system. Once you have an a reference to the extension, you
can simply call route to get a Spray route
that will handle requests from Prometheus.
import akka.actor.ActorSystem
import akka.http.scaladsl.Http
import akka.http.scaladsl.server.Directives._
import akka.stream.ActorMaterializer
import com.monsanto.arch.kamon.prometheus.akka_http.AkkaHttpEndpoint
object Main extendsApp {
implicitval system = ActorSystem()
implicitval materializer = ActorMaterializer()
val route = {
path("metrics") {
AkkaHttpEndpoint(system).route
}
}
val bindingFuture = Http().bindAndHandle(route, "localhost", 8888)
}
NOTE: When you instantiate the extension, it will asynchronously
register itself with the Kamon Prometheus extension and start receiving
snapshots. However, if Kamon fails to instantiate the Prometheus
extension, the Spray endpoint will never serve any data. Errors will
be logged.
An Akka extension for creating an Akka HTTP-based endpoint for serving Kamon metrics to Prometheus. It supports both the text and protocol buffer formats and optional gzip encoding. All content negotiation is handled through Akka HTTP.
Usage
As an Akka extension, you will need to instantiate the extension using an actor system. Once you have an a reference to the extension, you can simply call route to get a Spray route that will handle requests from Prometheus.
NOTE: When you instantiate the extension, it will asynchronously register itself with the Kamon Prometheus extension and start receiving snapshots. However, if Kamon fails to instantiate the Prometheus extension, the Spray endpoint will never serve any data. Errors will be logged.


The mythology of King Arthur and his Knights of the Round table encompasses many stories. Below is a summary of one of the more famous tales, in which the magical scabbard of his sword is stolen.
The story begins with Arthur and his companions, the king Urien and the knight Accolon, on a hunt. As they head deeper into the woods, the three discover a ship floating on a body of water and decide to explore it. Inside, they are welcomed by a group of maidens who ask them to stay the night. Arthur and his companions are treated to a feast and shown to luxuriously furnished cabins. But in the morning, the three find themselves separated. Urien wakes up in a bedroom at Camelot. Arthur, however, finds himself imprisoned with several other knights.
The other captives explain that they have been captured by the evil Sir Damas, who plans to keep them locked up until one of them fights as his champion. Damas has taken over the castle and lands of his brother, Sir Outlake, and challenged him to a contest. Each of them will appoint a knight to fight in their place, and the noble represented by the winner will be declared rightful owner of the disputed territory. Arthur agrees to be Damas' champion, if the other knights will be released. Accolon finds himself in a similar situation.
He wakes up in a courtyard, and is met by a messenger sent by Morgan Le Fay. The messenger tells the knight that Morgan begs him to fight a mysterious knight for her sake, and that of Sir Outlake.Accolon agrees, as he is in love with the queen. The messenger offers him Excalibur and its magical scabbard, which will protect him from injury. In the meantime, Arthur has received an identical message. However, his sword and scabbard are fake. Morgan's plan is to have Accolon kill Arthur with the genuine weapon, and seize power for herself.
Accolon and Arthur meet in battle, neither aware of who he is actually fighting. Both of them are wearing armor with closed visors and no markings to signify their allegiance. At first, Accolon has the advantage. Wielding the true Excalibur, he cuts through Arthur's armor with ease. In contrast, the king can barely injure his opponent because of the scabbard's protection. However, help was at hand for Arthur. Nimue, one of his allies, is watching the duel, and she uses her magic to disarm Accolon. Arthur grabs Excalibur and uses it to defeat his rival. After he unmasks Sir Accolon, the two realize Morgan's plot.
 Arthur resolves to deal with his treacherous sister after his injuries have healed. Accolon, however, dies of his injuries. Worse still, Morgan is one step ahead of him. While he is sleeping and recovering, Morgan sneaks to his bedside and steals the magical scabbard. Arthur and Outlake chase her, but by the time they have caught up, she has thrown the scabbard into a lake. Moreover, the two are unable to find Morgan, who has used magic to conceal herself.
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Item. Not only is the amount of radiation emitted dependent only on temperature but also, for a fixed temperature, blackbodies emit at the maximal energy level. More specifics of this radiation are described below.


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These reports were beginning to surface when Congress was having
hearings
about the pain-killer, Vioxx. A Food and Drug Administration staff
member
$100/day
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| Entry Time: 6am - 8pm | ||
| Body Massage | ||
| Personal Trainer | ||
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$800/Monthly
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GALAXY QUEST
STARRING: Tim Allen, Sigourney Weaver, Alan Rickman, Tony Shalhoub, Sam Rockwell, Enrico Colantoni, Daryl Mitchell DIRECTOR: Dean Parisot WRITTEN BY: David Howard, Robert Gordon
Ever wonder if extraterrestrial beings are listening in on all the radio and TV signals that have been beamed into the heavens since 1895 or so? The idea has been touched on in films like Joe Dante's Explorers (in which aliens learn English from watching old reruns of The Honeymooners) and Robert Zemeckis' Contact (with its astonishing opening shot wherein the broadcasts get older as the camera zooms out into deep space.) In the unexpectedly good Galaxy Quest, a group of ingenuous aliens look to a bunch of actors from a canceled sci-fi series as saviors of their race after watching the "historical documents" they've intercepted. It's a great premise, ripe with possibility, and director Parisot delivers with a highly entertaining film that pokes gentle fun at Star Trek and the obsessive fans who keep it alive at conventions and on the Internet.
The film begins at one of these conventions, portrayed with dead-on accuracy in its characterization of various fan types, from the hardcore know-it-alls to the snide tourists. We're also introduced to the actors as they bicker backstage. Gwen DeMarco (Weaver, displaying an eyebrow-raising buxom blondeness), whose character did little on the show but look good and repeat the computer's phrases, is resigned to her fate but appreciative of the fans' loyalty. Tommy Webber ('Chill' Mitchell, who also appeared in Parisot's 1998 Home Fries) is the grown-up version of the show's boy genius pilot; Fred Kwan (TV actor Shalhoub, in a hilarious low key) was the show's Tech Sergeant. The two most famous and popular actors are Alexander Dane (Rickman, in a very Trek-like fin-headed prosthesis), a frustrated Brit who constantly bemoans his missed career as a serious actor, and Jason Nesmith (Allen), who played Commander Peter Quincy Taggart and still enjoys the little slice of adulation he receives.
After overhearing some scathingly hurtful truth about himself at the convention, Nesmith blows off some diehard fans, walks out on the autograph session, and goes on a solitary bender at home. He is awakened by an odd group of strangely dressed people knocking on his balcony door. Assuming they are fans who want to hire him for a personal appearance, he goes with them in a limo but falls asleep during the ride. When he comes to, he finds out that the 'fans' are in fact aliens who have recruited him, their greatest hero, to negotiate with a tyrannical enemy who has all but eradicated their people. Convincing the other actors to join him, he takes command of a faithful, functional replica of the show's starship (based, of course, on the aliens' careful observance of the show's episodes) and, with the help of several of the guileless aliens, the crew tries to vanquish the bad guys.
There are a great many opportunities for humor here, and Parisot takes full advantage, yet never condescends to Trekkies. In fact, the movie is at times a celebration of the strange symbiosis between the beloved series and its dedicated admirers. The scenes that directly parody Star Trek conventions are often laugh-out-loud funny, and footage of the old Galaxy Quest show, complete with foam rubber rocks and badly choreographed fisticuffs, is nothing short of inspired.  Recently popular actor Sam Rockwell (The Green Mile, A Midsummer Night's Dream) is also amusing as a bit player in the series who weasels his way into the adventure but is sure he's going to die because "that's how it always goes." The best casting job, however, is undoubtedly Tim Allen, who turns his trademark oblivious swagger into the perfect Shatner impression. Even the obligatory special effects are welcome, adding a real excitement to the space battle scenes.
Were it not such a critical cliché, I might be tempted to describe Galaxy Quest as "fun for the whole family." Judging from the delighted giggles and shrieks of the tykes at the screening I attended, that description would certainly fit (although there are some sequences that might scare the younger ones a bit.) In any case, it is a fun movie, and even if you've never been to a Star Trek convention, you'll be pleasantly surprised.
GRADE: ***
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Routing Enumeration
Participate as a neighbor (may be required to bypass MD5 authentication)
Create neighbor relationship to Designated Router and Backup DR
Complete all steps with peer (ExStart, Exchange, Loading, Full)
Automated attack with Loki, see Tools > Networking > Multi > Loki OSPF


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Delhi: AQI likely to be in 'very poor' zone today, may deteriorate further
Apart from Delhi, Noida, Gurgaon, Faridabad, and Ghaziabad too are going to be impacted by the worsening air quality.
by ANINew Delhi: The air quality is likely to be in 'poor' to a 'very poor' category on Wednesday and is likely to worsen even further in the next two days in the Delhi and NCR region, according to Skymet Weather.
According to weather experts from Skymet, the reason behind this is a western disturbance on the western side of Himalayas which is going to impact the flow of air in Delhi-NCR regions.
The reduced flow of air is likely to lead to an increase in the accumulation of pollutants in the region and on November 21 and 22 when the situation could worsen even further.
Apart from Delhi, Noida, Gurgaon, Faridabad, and Ghaziabad too are going to be impacted by the worsening air quality.
The Air Quality Index (AQI) in Delhi had improved since Saturday when it was marked at 357.
Catch the latest news, live coverage and in-depth analyses from India and World. Follow us on Facebook and Twitter.


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static int
CommandBuildTrans(
ClientData clientData,
Tcl_Interp * interp,
int argc,
char ** argv
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
static int
CommandComputeInitSet(
ClientData clientData,
Tcl_Interp * interp,
int argc,
char ** argv
)
- Compute the mdd representing initial states of a module
- Side Effects The initial region computed is added to the rtm region
manager's region table
- See Also
CommandComputeReachedSet
- Defined in
rtm.c
static int
CommandComputeReachSet(
ClientData clientData,
Tcl_Interp * interp,
int argc,
char ** argv
)
- Compute reached set for a timed module using MDDs as
the representation. The transition relation must be built
using the command "rtm_trans" before this function is
called
- Side Effects The MDD representing the set of reached states is added
to the rtmRegionTable associated with the module
- Defined in
rtm.c
static int
CommandReadOrder(
ClientData clientData,
Tcl_Interp * interp,
int argc,
char ** argv
)
- Read an ordering of MDD variables from a file, and order
the MDD variables of a module accordingly
- Side Effects none
- See Also
CommandWriteOrder
- Defined in
rtm.c
static int
CommandRtmDynamicVarOrdering(
ClientData clientData,
Tcl_Interp * interp,
int argc,
char ** argv
)
- Implements the rtm_dynamic_var_ordering command for the rtm
package .
- Defined in
rtm.c
static void
ModuleAssignMddIdsToVariables(
Mdl_Module_t * module,
Sym_Info_t * symInfo,
array_t * totalVarArray
)
- Create MDD variables according to the specified total ordering
- Side Effects MDD variables are created for each of the module variables,
as specified by the total ordering
SeeAlso [
- Defined in
rtm.c
static array_t *
ModuleTotalOrderVariables(
Mdl_Module_t * module,
array_t * varOrderArray
)
- Given a module and an array of variables (the order in which the
variables are present in the array), pad remaining variables to the
end of the array
- Side Effects Remaining variables are added to the end of the array
- See Also
RtmReadOrder
- Defined in
rtm.c
void
RtmCreateTimeIncVar(
Rtm_Info_t * rtmInfo,
Mdl_Module_t * module
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
static char *
RtmDynOrderTypeConvertToString(
bdd_reorder_type_t method
)
- Converts a dynamic ordering method type to a string. This
string must NOT be freed by the caller.
- Defined in
rtm.c
mdd_t *
RtmGetMddLiteral(
mdd_manager * manager,
int id,
int value
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtmUtil.c
int
RtmGetNvals(
Rtm_Info_t * rtmInfo,
int id
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
int
RtmGetTopMddId(
mdd_t * m,
Rtm_Info_t * rtmInfo
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
boolean
RtmMddInTrueSupport(
mdd_t * m,
int id,
Rtm_Info_t * rtmInfo
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtmUtil.c
mdd_t *
RtmModuleSearch(
Mdl_Module_t * module,
Rtm_Info_t * rtmInfo,
boolean verbose,
boolean checkInvariants,
array_t * invNameArray,
array_t * typedExprArray,
Tcl_Interp * interp
)
- reachability + optionally invariant checking on timed modules
- Side Effects state of invariants may be changed
- See Also
Rtm_ModuleBuildTransitionRelation
- Defined in
rtm.c
array_t *
RtmReadOrder(
FILE * fp,
Mdl_Module_t * module
)
- Write variable order for module from a file
- Side Effects none
- See Also
SymWriteOrder
- Defined in
rtm.c
static bdd_reorder_type_t
RtmStringConvertToDynOrderType(
char * string
)
- Converts a string to a dynamic ordering method type. If string
is not "sift" or "window", then returns BDD_REORDER_NONE.
- Defined in
rtm.c
Rtm_Region_t *
Rtm_AllocateRegionStruct(
Mdl_Module_t * module,
mdd_t * regionSet
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
mdd_t *
Rtm_AssignmentsBuildMdd(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo,
Atm_Cmd_t * cmd
)
- builds the mdd for the assignments of a command
- Side Effects none
- See Also
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
void
Rtm_AtomBuildInitCmdListMdds(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo,
mdd_t ** atomMddPtr,
mdd_t ** guardOrMddPtr
)
- updates mdds by processing the init commands of the atom
guardOrMdd and atomMdd are affected.
- Side Effects guardOrMdd and atomMdd are changed
- See Also
Rtm_AtomBuildInitialRegion
- Defined in
rtm.c
mdd_t *
Rtm_AtomBuildInitialRegion(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo
)
- build initial region for an atom in a timed module
- Side Effects none
- See Also
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
mdd_t *
Rtm_AtomBuildTransitionRelation(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo
)
- build transition relation for an atom
One timed and one untimed conjunct is created for each atom
The timed conjunct for the atom represents the transitions
where one time unit elapses (all timers incremented by 1)
The untimed conjunct for the atom represents control transitions
where no time elapses.
The first entry in the array returned is the timed conjunct,
the second one is the untimed one.
- Side Effects none
- See Also
Rtm_ModuleBuildTransitionRelation
- Defined in
rtm.c
void
Rtm_AtomBuildUpdateCmdListMdds(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo,
mdd_t ** atomMddPtr,
mdd_t ** guardOrMddPtr
)
- updates mdds by processing the update commands of the atom
guardOrMdd and atomMdd are affected.
- Side Effects guardOrMdd and atomMdd are changed
- See Also
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
void
Rtm_AtomBuildWaitCmdListMdds(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo,
mdd_t ** atomMddPtr,
mdd_t ** timedGuardOrMddPtr
)
- updates mdds by processing the wait(delay) commands of the atom
guardOrMdd and atomMdd are affected.
- Side Effects guardOrMdd and atomMdd are changed
- See Also
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
void
Rtm_AtomProcessDefaultInitCommand(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo,
mdd_t ** atomMddPtr,
mdd_t ** guardOrMddPtr
)
- updates mdds by processing the default init command of the atom
guardOrMdd and atomMdd are affected.
- Side Effects guardOrMdd and atomMdd are changed
- See Also
Rtm_AtomBuildUpdateCmdListMdds
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
void
Rtm_AtomProcessDefaultUpdateCommand(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo,
mdd_t ** atomMddPtr,
mdd_t ** guardOrMddPtr
)
- updates mdds by processing the default update command of the atom
guardOrMdd and atomMdd are affected.
- Side Effects guardOrMdd and atomMdd are changed
- See Also
Rtm_AtomBuildUpdateCmdListMdds
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
void
Rtm_AtomProcessImplicitUpdateCommand(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo,
mdd_t ** atomMddPtr,
mdd_t ** guardOrMddPtr
)
- Process the implicit command for the update command list of an atom
- Side Effects none
- See Also
Sym_AtomBuildTransitionRelation
- Defined in
rtm.c
mdd_t *
Rtm_BuildOneWaitAssignmentMdd(
Atm_Expr_t * expr,
Rtm_Info_t * rtmInfo,
int pid,
int uid
)
- builds the mdd for a single assignment of a wait command
- Side Effects none
- See Also
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
mdd_t *
Rtm_BuildUnconstrainedTimerIncMdd(
int pid,
int uid,
Var_Variable_t * var,
Rtm_Info_t * rtmInfo
)
- Timers not constrained by a wait command all increase by
the amount "inc" as represented by the rtmInfo->timeIncId
variable
- Side Effects required
- See Also
optional
- Defined in
rtm.c
void
Rtm_DebugTracePrint(
Rtm_Info_t * rtmInfo,
array_t * savedOnions,
int step,
mdd_t * notInv,
array_t * eventIdArray,
array_t * histDependIdArray,
char * invName,
char * moduleName,
Tcl_Interp * interp
)
- Given an array of MDDs (representing the onion ring),
the step at which the error occured,
the negation of the invariant that got violated,
arrays of event and history free ids of the module,
name of the invariant and module, this function
prints the debug trace.
It starts with the onion ring at the specified step and
intersects it with the negation of the invariant. Then
it successivey does pre-image computations and finds
a path to an initial state. Then it reverses the path and
and prints an error trace.
- Side Effects none
- See Also
RtmModuleSearch
- Defined in
rtm.c
int
Rtm_End(
Tcl_Interp * interp,
Main_Manager_t * manager
)
- Currently this function does nothing. During a subsequent
cleanup this should be made to free all memory allocated
by the Rtm package.
- Side Effects None
- Defined in
rtm.c
mdd_t *
Rtm_GuardBuildMdd(
Rtm_Info_t * rtmInfo,
Atm_Expr_t * guard
)
- builds the mdd for the guard of a command
- Side Effects none
- See Also
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
mdd_t *
Rtm_InitAssignmentsBuildMdd(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo,
Atm_Cmd_t * cmd
)
- builds the mdd for the assignments of an init command
- Side Effects none
- See Also
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
int
Rtm_Init(
Tcl_Interp * interp,
Main_Manager_t * manager
)
- Registers the rtm package commands with tcl
Allocates memory for RtmRegionManager and deposit it in
the main manager.
- Side Effects None
- See Also
Rtm_End
Rtm_Reinit
- Defined in
rtm.c
mdd_t *
Rtm_MddPickMinterm(
mdd_t * mdd,
Rtm_Info_t * rtmInfo
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
void
Rtm_MddPrintCubes(
mdd_t * mdd,
Rtm_Info_t * rtmInfo,
int level
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
mdd_t *
Rtm_ModuleBuildInitialRegion(
Rtm_Info_t * rtmInfo,
Mdl_Module_t * module
)
- build mdd for initial region of module
- Side Effects none
- See Also
Rtm_ModuleBuildTransitionRelation
- Defined in
rtm.c
void
Rtm_ModuleBuildTransitionRelation(
Rtm_Info_t * rtmInfo,
Mdl_Module_t * module
)
- build symbolic transition relation for a module.
One timed and one untimed conjunct is created for each atom
and timed and untimed conjuncts are stored in separate arrays
The timed conjunct for the atom represents the transitions
where one time unit elapses (all timers incremented by 1)
The untimed conjunct for the atom represents control transitions
where no time elapses.
- Side Effects transition relation is built and stored in rtmInfo
- See Also
RtmModuleSearch
- Defined in
rtm.c
void
Rtm_ModulePerformBFS(
Tcl_Interp * interp,
Main_Manager_t * mainManager,
Mdl_Module_t * module,
array_t * invNameArray,
array_t * typedExprArray
)
- Do invariant checking. This is the entry point
for the rtm invariant engine to be called from
the inv package
- Side Effects none
- See Also
Rtm_ModuleBuildTransitionRelation
- Defined in
rtm.c
void
Rtm_RegionManagerAddModuleToRtmInfo(
Rtm_RegionManager_t * rtmRegionManager,
Mdl_Module_t * module,
Rtm_Info_t * rtmInfo
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
Rtm_RegionManager_t *
Rtm_RegionManagerAlloc(
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
Rtm_Info_t *
Rtm_RegionManagerObtainRtmInfoFromModule(
Rtm_RegionManager_t * rtmRegionManager,
Mdl_Module_t * module
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
Tcl_HashTable *
Rtm_RegionManagerReadRegionTable(
Rtm_RegionManager_t * rtmRegionManager
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
int
Rtm_Reinit(
Tcl_Interp * interp,
Main_Manager_t * manager
)
- This function is called when the user types a re-init command.
Re-initialization is not yet supported by Rtm.
Currently, this function does nothing
- Side Effects None
- See Also
Rtm_Init
Rtm_End
- Defined in
rtm.c
unsigned long
Rtm_RtmRegionManagerIncrementCounter(
Rtm_RegionManager_t * rtmRegionManager
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
unsigned long
Rtm_RtmRegionManagerReadCounter(
Rtm_RegionManager_t * rtmRegionManager
)
- optional
- Side Effects required
- See Also
optional
- Defined in
rtm.c
mdd_t *
Rtm_WaitAssignmentsBuildMdd(
Atm_Atom_t * atom,
Rtm_Info_t * rtmInfo,
Atm_Cmd_t * cmd
)
- builds the mdd for all of the assignments of a wait command
- Side Effects none
- See Also
Rtm_AtomBuildTransitionRelation
- Defined in
rtm.c
static int
VarOrderIsInArray(
array_t * varOrderArray,
VarOrder_t * varOrder
)
- check if a variable is in a varOrderArray
- Side Effects none
- Defined in
rtm.c


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Tutorials¶
* Run the program with main.py¶
For the first example we will showcase how you can use the full features of the package with main.py. Simply executing the main.py by giving the name of .csv file that contains the positional data of the satellite, as an argument in the function process(data_file):
def process(data_file, error_apriori):
'''
Given a .csv data file in the format of (time, x, y, z) applies both filters, generates a filtered.csv data
file, prints out the final keplerian elements computed from both Lamberts and Interpolation and finally plots
the initial, filtered data set and the final orbit.
Args:
data_file (string): The name of the .csv file containing the positional data
error_apriori (float): apriori estimation of the measurements error in km
Returns:
Runs the whole process of the program
'''
Simply input the name of the .csv file in the format of (time, x, y, z) and tab delimiter like the orbit.csv that is located in the src folder and the process will run. You also need to input a apriori estimation of the measurements errors, which in the example case is 20km per point (points every 1 second). In the case you are using your own positional data set you need to estimate this value and input it because it is critical for the filtering process:
run = process("orbit.csv")
Warning
If the format of you data is (time, azimuth, elevation, distance) you can use the input_transf function first and be sure that the delimiter for the data file is tab delimiter since this is the one read_data supports.
The process that will run with the use of the process function is, first the program reads your data from the .csv file then, applies both filters (Triple moving average and Savintzky - Golay), generates a .csv file called filtered, that included the filtered data set, computes the keplerian elements of the orbit with both methods (Lamberts - Kalman and Spline Interpolation) and finally prints and plots some results. More specifically, the results printed by this process will be first the sum and mean value of the residuals (difference between filtered and initial data), the computed keplerian elements in format of (a - semi major axis, e - eccentricity, i - inclination, ω - argument of perigee, Ω - right ascension of the ascending node, v - true anomaly) and a 3d matplotlib graph that plots the initial, filtered data set and the final computed orbit described by the keplerian elements (via the interpolation method).
Process¶
- Reads the data
- Uses both filters on them (Triple moving average and Savintzky - Golay )
- Generates a .csv file called filtered that includes the filtered data set
- Computes keplerian elements with both methods (Lamberts - Kalman and Spline Interpolation)
- Prints results and plot a 3d matplotlib graph
Results¶
- Sum and mean of the residuals (differences between filtered and initial data set)
- Final keplerian elements from both methods (first column : Lamberts - Kalman, second column : Spline Interpolation)
- 3d matplotlib graph with the initial, filtered data set and the final orbit described by the keplerian elements from Spline Interpolation
Warning
Measurement unit for distance is kilometer and for angle degrees
The output should look like the following image.
* Run the program with automated.py¶
automated.py is another flavour of main.py that is supposed to run on a server. It keeps listening for new files in a particular directory and processes them when they arrive.
Note
All the processing invloved in this module is identical to that of main.py.
For testing purpose some files have already put in a folder named src. These are raw unprocessed files. There is another folder named dst which contains processed files along with a graph saved in the form of svg.
To execute this script, change the directory to the script’s directory:
cd orbitdeterminator/
and run the code using python3:
python3 automated.py
and thats it. This will keep listening for new files and process them as they arrive.
Process¶
- Initialize an empty git repository in src folder
- Read the untracked files of that folder and put them in a list
- Process the files in this list and save the results(processed data and graph) to dst folder
- Stage the processed file in the src folder in order to avoid processing the same files multiple times.
- Check for any untracked files in src and apply steps 2-4 again.
* Using certain modules¶
In this example we are not going to use the main.py, but some of the main modules provided. First of all lets clear the path we are going to follow which is fairly straightforward. Note that we are going to use the same orbit.csv that is located inside the src folder and has tab delimeter (read_data.py reads with this delimiter).
Process¶
- Read the data
- Filter the data
- Compute keplerian elements for the final orbit
So first we read the data using the util/read_data.load_data function. Just input the .csv file name into the function and it will create a numpy array with the positional data ready to be processed:
data = read_data.load_data("orbit.csv")
Warning
If the format of you data is (time, azimuth, elevation, distance) you can use the util/input_transf.spher_to_cart function first. And it is critical for the x, y, z to be in kilometers.
We continue by applying the Triple moving average filter:
data_after_filter = triple_moving_average.generate_filtered_data(data, 3)
We suggest using 3 as the window size of the filter. Came to this conclusion after a lot of testing. Next we apply the second filter to the data set which will be of a larger window size so that we can smooth the data set in a larger scale. The optimal window size for the Savintzky - Golay filter is being computed by the function golay_window.c(error_apriori) in which we only have to input the apriori error estimation for the initial data set (or the measurements error):
error_apriori = 20.0
c = golay_window.c(error_apriori)
window = len(data) / c
window = int(window)
The other 2 lines after the use of the golay_window.c(error_apriori) are needed to compute the window size for the Savintzky - Golay filter and again for the polynomial parameter of the filter we suggest using 3:
data_after_filter = sav_golay.golay(data_after_filter, window, 3)
At this point we have the filtered positional data set ready to be inputed into the Lamberts - Kalman and Spline interpolation algorithms so that the final keplerian elements can be computed:
kep_lamb = lamberts_kalman.create_kep(data_after_filter)
kep_final_lamb = lamberts_kalman.kalman(kep_lamb, 0.01 ** 2)
kep_inter = interpolation.main(data_after_filter)
kep_final_inter = lamberts_kalman.kalman(kep_inter, 0.01 ** 2)
With the above 4 lines of code the final set of 6 keplerian elements is computed by the two methods. The output format is (semi major axis (a), eccentricity (e), inclination (i), argument of perigee (ω), right ascension of the ascending node (Ω), true anomaly (v)). So finally, in the variables kep_final_lamb and kep_final_inter a numpy array 1x6 has the final computed keplerian elements.
Warning
If the orbit you want to compute is polar (i = 90) then we suggest you to use only the interpolation method.


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| typedef struct ad_conn_s | ad_conn_t |
| typedef int(* | ad_callback )(short event, ad_conn_t *conn, void *userdata) |
| User callback(hook) prototype. More... | |
| typedef void(* | ad_userdata_free_cb )(ad_conn_t *conn, void *userdata) |
Enumerations | |
| enum | ad_log_e { AD_LOG_DISABLE = 0, AD_LOG_ERROR, AD_LOG_WARN, AD_LOG_INFO, AD_LOG_DEBUG, AD_LOG_DEBUG2 } |
Functions | |
| enum ad_log_e | ad_log_level (enum ad_log_e log_level) |
| Set debug output level. More... | |
| ad_server_t * | ad_server_new (void) |
| Create a server object. More... | |
| int | ad_server_start (ad_server_t *server) |
| Start server. More... | |
| void | ad_server_stop (ad_server_t *server) |
| Stop server. More... | |
| void | ad_server_free (ad_server_t *server) |
| Release server object and all the resources. More... | |
| void | ad_server_global_free (void) |
| Clean up all the global objects. More... | |
| void | ad_server_set_option (ad_server_t *server, const char *key, const char *value) |
| Set server option. More... | |
| char * | ad_server_get_option (ad_server_t *server, const char *key) |
| Retrieve server option. More... | |
| int | ad_server_get_option_int (ad_server_t *server, const char *key) |
| Retrieve server option in integer format. More... | |
| SSL_CTX * | ad_server_ssl_ctx_create_simple (const char *cert_path, const char *pkey_path) |
| Helper method for creating minimal OpenSSL SSL_CTX object. More... | |
| void | ad_server_set_ssl_ctx (ad_server_t *server, SSL_CTX *sslctx) |
| Attach OpenSSL SSL_CTX to the server. More... | |
| SSL_CTX * | ad_server_get_ssl_ctx (ad_server_t *server) |
| Get OpenSSL SSL_CTX object. More... | |
| qhashtbl_t * | ad_server_get_stats (ad_server_t *server, const char *key) |
| Return internal statistic counter map. More... | |
| void | ad_server_register_hook (ad_server_t *server, ad_callback cb, void *userdata) |
| Register user hook. More... | |
| void | ad_server_register_hook_on_method (ad_server_t *server, const char *method, ad_callback cb, void *userdata) |
| Register user hook on method name. More... | |
| void * | ad_conn_set_userdata (ad_conn_t *conn, const void *userdata, ad_userdata_free_cb free_cb) |
| Attach userdata into the connection. More... | |
| void * | ad_conn_get_userdata (ad_conn_t *conn) |
| Get userdata attached in the connection. More... | |
| void * | ad_conn_set_extra (ad_conn_t *conn, const void *extra, ad_userdata_free_cb free_cb) |
| Set extra userdata into the connection. More... | |
| void * | ad_conn_get_extra (ad_conn_t *conn) |
| Get extra userdata attached in this connection. More... | |
| void | ad_conn_set_method (ad_conn_t *conn, char *method) |
| Set method name on this connection. More... | |
| int | ad_conn_get_socket (ad_conn_t *conn) |
| Return socket file descriptor associated with a connection. More... | |
ad_server header file
Definition in file ad_server.h.
| #define AD_OK (0) |
I'm done with this request. Escalate to other hooks.
Definition at line 57 of file ad_server.h.
| #define AD_TAKEOVER (1) |
I'll handle the buffer directly this time, skip next hook
Definition at line 58 of file ad_server.h.
| #define AD_DONE (2) |
We're done with this request but keep the connection open.
Definition at line 59 of file ad_server.h.
| #define AD_CLOSE (3) |
We're done with this request. Close as soon as we sent all data out.
Definition at line 60 of file ad_server.h.
| #define AD_SERVER_OPTIONS |
Server option names and default values.
Definition at line 81 of file ad_server.h.
| #define AD_EVENT_INIT (1) |
| #define AD_EVENT_READ (1 << 1) |
Call on read
Definition at line 124 of file ad_server.h.
| #define AD_EVENT_WRITE (1 << 2) |
Call on write.
Definition at line 125 of file ad_server.h.
| #define AD_EVENT_CLOSE (1 << 3) |
Call before closing.
Definition at line 126 of file ad_server.h.
| #define AD_EVENT_TIMEOUT (1 << 4) |
Timeout indicator, this flag will be set with AD_EVENT_CLOSE.
Definition at line 127 of file ad_server.h.
| #define AD_EVENT_SHUTDOWN (1 << 5) |
Shutdown indicator, this flag will be set with AD_EVENT_CLOSE.
Definition at line 128 of file ad_server.h.
| #define AD_NUM_USERDATA (2) |
Defaults.
Number of userdata. Currently 0 is for userdata, 1 is for extra.
Definition at line 133 of file ad_server.h.
| typedef struct ad_server_s ad_server_t |
Definition at line 51 of file ad_server.h.
Definition at line 52 of file ad_server.h.
| typedef int(* ad_callback)(short event, ad_conn_t *conn, void *userdata) |
User callback(hook) prototype.
Definition at line 117 of file ad_server.h.
| typedef void(* ad_userdata_free_cb)(ad_conn_t *conn, void *userdata) |
Definition at line 118 of file ad_server.h.
| enum ad_log_e |
| Enumerator | |
|---|---|
| AD_LOG_DISABLE | |
| AD_LOG_ERROR | |
| AD_LOG_WARN | |
| AD_LOG_INFO | |
| AD_LOG_DEBUG | |
| AD_LOG_DEBUG2 |
Definition at line 65 of file ad_server.h.
Set debug output level.
| debug_level | debug output level. 0 to disable. |
Definition at line 126 of file ad_server.c.
| ad_server_t* ad_server_new | ( | void | ) |
Create a server object.
Definition at line 135 of file ad_server.c.
| int ad_server_start | ( | ad_server_t * | server | ) |
| void ad_server_stop | ( | ad_server_t * | server | ) |
Stop server.
This call is be used to stop a server from different thread.
Definition at line 287 of file ad_server.c.
| void ad_server_free | ( | ad_server_t * | server | ) |
Release server object and all the resources.
Definition at line 303 of file ad_server.c.
| void ad_server_global_free | ( | void | ) |
Clean up all the global objects.
This will make memory-leak checkers happy. There are globally shared resources in libevent and openssl and it's usually not a problem since they don't grow but having these can confuse some debugging tools into thinking as memory leak. If you need to make sure that libasyncd has released all internal library-global data structures, call this.
Definition at line 352 of file ad_server.c.
| void ad_server_set_option | ( | ad_server_t * | server, |
| const char * | key, | ||
| const char * | value | ||
| ) |
| char* ad_server_get_option | ( | ad_server_t * | server, |
| const char * | key | ||
| ) |
Retrieve server option.
Definition at line 377 of file ad_server.c.
| int ad_server_get_option_int | ( | ad_server_t * | server, |
| const char * | key | ||
| ) |
Retrieve server option in integer format.
Definition at line 384 of file ad_server.c.
| SSL_CTX* ad_server_ssl_ctx_create_simple | ( | const char * | cert_path, |
| const char * | pkey_path | ||
| ) |
Helper method for creating minimal OpenSSL SSL_CTX object.
| cert_path | path to a PEM encoded certificate file |
| pkey_path | path to a PEM encoded private key file |
Definition at line 404 of file ad_server.c.
| void ad_server_set_ssl_ctx | ( | ad_server_t * | server, |
| SSL_CTX * | sslctx | ||
| ) |
Attach OpenSSL SSL_CTX to the server.
| server | a valid server instance |
| sslctx | allocated and configured SSL_CTX object |
Definition at line 434 of file ad_server.c.
| SSL_CTX* ad_server_get_ssl_ctx | ( | ad_server_t * | server | ) |
Get OpenSSL SSL_CTX object.
| server | a valid server instance |
Definition at line 454 of file ad_server.c.
| qhashtbl_t* ad_server_get_stats | ( | ad_server_t * | server, |
| const char * | key | ||
| ) |
Return internal statistic counter map.
Definition at line 461 of file ad_server.c.
| void ad_server_register_hook | ( | ad_server_t * | server, |
| ad_callback | cb, | ||
| void * | userdata | ||
| ) |
Register user hook.
Definition at line 468 of file ad_server.c.
| void ad_server_register_hook_on_method | ( | ad_server_t * | server, |
| const char * | method, | ||
| ad_callback | cb, | ||
| void * | userdata | ||
| ) |
Register user hook on method name.
Definition at line 475 of file ad_server.c.
| void* ad_conn_set_userdata | ( | ad_conn_t * | conn, |
| const void * | userdata, | ||
| ad_userdata_free_cb | free_cb | ||
| ) |
Attach userdata into the connection.
Definition at line 490 of file ad_server.c.
| void* ad_conn_get_userdata | ( | ad_conn_t * | conn | ) |
Get userdata attached in the connection.
Definition at line 499 of file ad_server.c.
| void* ad_conn_set_extra | ( | ad_conn_t * | conn, |
| const void * | extra, | ||
| ad_userdata_free_cb | free_cb | ||
| ) |
Set extra userdata into the connection.
Definition at line 513 of file ad_server.c.
| void* ad_conn_get_extra | ( | ad_conn_t * | conn | ) |
Get extra userdata attached in this connection.
Definition at line 520 of file ad_server.c.
| void ad_conn_set_method | ( | ad_conn_t * | conn, |
| char * | method | ||
| ) |
Set method name on this connection.
Once the method name is set, hooks registered by ad_server_register_hook_on_method() will be called if method name matches with the registered name.
Definition at line 532 of file ad_server.c.
| int ad_conn_get_socket | ( | ad_conn_t * | conn | ) |
Return socket file descriptor associated with a connection.
Definition at line 543 of file ad_server.c.


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Healthy and Loved
A case study about the Chinese health care startup that revolutionized the health care industry
Company
Vision
Healthy and Loved is a social enterprise with a non-profit charity component. We believe neighbors can help neighbors, we want to empower people so that they can be part of the solution and change the world, one person at a time.
What pain/problem do we solve? Big picture/macro level - less stress and worry in your life. Your health and the health of your Loved Ones is a big deal. If you have problems in this area believe me it comes with stress and worry. Your job is to deal with it. Thus our tag line – Making life easier for you.
Visit our website
Growth
| Data | 2017 | 2018 | 2019 |
|---|---|---|---|
| Job postings per month | 200 | 500 | 1000 |
| Caregiver sign-ups per month | 15 | 45 | 80 |
Impact
Healthcare is a highly demanding industry in China. Ever since we started providing our services to people in need of care and people who can provide the care, we have been struggling to keep up with the amount of requests and resumes we have been receiving. In the beginning of 2018 we reached out to Davian Studios to assist our growing business. The application they built really helped us automate a lot of the management and communication between our customers. A lot of the times people will create a job posting, hire a caregiver, receive their service and complete the payment procedure without any kind of manual involvement on our side, and we love that. The fact that we have limited hands and time should not affect the quality of the service we provide and the people it reaches.
The explosion in the growth of our customers (as seen in the table above) would not have been possible without a digital system like this application.
Documentary Video
Contact Us
Davian Studios
Magic Street, Cincinnati, OH - 45569
<EMAIL_ADDRESS>+1-513-999-9999


On the official website, https://getbootstrap.com/, Bootstrap is defined as a front-end component library, an open source toolkit for developing with HTML, CSS, and JS to build responsive and mobile-first projects.


--- layout: post title: "March 28, 2019 Meeting" subtitle: "Time in no longer on our side" date: 2019-03-28 23:45:13 -0400 background: '/img/posts/03.jpg' categories: Meeting Logs ---
Attendees: JoCee, Zane, and Donovan, Mohit
Everyon reported on their section of the project. Progress is great! Full project implmentation should be in the next 2 weeks. Initial presentations are in 3 weeks, and final presentaitons are in 4 weeks.


Schtromm.github.io
Cadillac Deville Lockout Manual - briannelson.co. Download and Read Cadillac Deville Lockout Manual Cadillac Deville Lockout Manual In undergoing this life, many people always try to do and get the best. New knowledge, experience, lesson, and everything that can improve the life will be done. However, many people sometimes feel confused to get those. Safety Warnings and Symbols You will ﬁnd a number of safety cautions in this book. We use a box and the word CAUTION to tell you about things that could hurt you if you were to ignore. 2004 Cadillac DeVille Owner Manual M - Dealer eProcess.
View and Download Cadillac 2000 DeVille owner s manual online. 2000 DeVille Automobile pdf manual download. Also for: Deville. CADILLAC 2000 DEVILLE OWNER S MANUAL Pdf Download. 2002 Cadillac DeVille Owner s Manual - Vaden.
1999 Cadillac Deville - Just Give Me The Damn Manual. Quality used auto parts instantly This Service uses Car-Part Interchange By clicking on "SEARCH" you agree to Terms. Yellowblue i The 1999 Cadillac DeVille Owner’s Manual 1-1 Seats and Restraint Systems This section tells you how to use your seats and safety belts properly. It also explains the “SIR” system. Used Auto Parts Market - Glisson Auto Parts 2001 Cadillac Deville Owners Manual PDF - Car Repair Manuals.
CADILLAC 2004 DEVILLE OWNER S MANUAL Pdf Download. Cadillac deville lockout manual. Iii How to Use this Manual Many people read their owner’s manual from beginning to end when they first receive their new vehicle. If you do this, it will help you learn about the features. 2001 Cadillac DeVille Owner s Manual i. ii Table of Contents Windows Keys and Door Locks Remote Keyless Entry System Trunk Release Automatic Transaxle Parking Brake DOOR LOCK UNLOCK FASTEN SEAT BELTS POWER WINDOW AIR BAG These symbols have to do with your lamps: MASTER LIGHTING SWITCH TURN SIGNALS PARKING LAMPS HAZARD WARNING FLASHER. View and Download Cadillac 2004 DeVille owner s manual online. 2004 DeVille Automobile pdf manual download. 2001 Cadillac Deville - General Motors Protection.


LDM RPM Installation
Introduction
First, let me acknowledge that I am not an RPM expert. Consequently, if you
have a suggestion on how to improve the RPM installation process, then please
send it to<EMAIL_ADDRESS>Installing from an RPM is, necessarily, less flexible than installing from
source. In particular, the following constraints apply:
- Not all platforms are supported. Supported ones are encoded within
the name of the RPM file.
- If the LDM user doesn't exist, then
they will be created with the name "ldm", with default user and group
ID-s, and with the value of rpm(1)'s prefix option as
their home-directory.
- All utilities will be dynamically linked and only the sharable LDM
library will be installed.
- The top-level LDM server,
ldmd, will listen on port 388.
- The "local0" logging facility will be
used.
Installations Steps
- Become the superuser (i.e., "root").
- Download the appropriate RPM from
ftp://ftp.unidata.ucar.edu/pub/ldm/.
- Install the package with the command
rpm --install [--prefix=ldmhome] rpm-file
where rpm-file is the RPM file that you just downloded.
The square brackets denote an optional argument in which ldmhome is the
home-directory of the LDM user. The default
home-directory is /opt/ldm.
This option must be used if
- An LDM user account exists on the platform with a home-directory that
differs from the default; or
- An LDM user account doesn't exist on the platform and you want the
LDM user to have a home-directory that differs from the default.


pyglet decouples the keys that the user presses from the Unicode text that is input. There are several benefits to this:
The actual source of input (i.e., which keys were pressed, or what input method was used) should be considered outside of the scope of the application -- the operating system provides the necessary services.
When text is entered into a window, the on_text event is fired:
def on_text(text): pass
The only parameter provided is a Unicode string. For keyboard input this will usually be one character long, however more complex input methods such as an input palette may provide an entire word or phrase at once.
You should always use the on_text event when you need to determine a string from a sequence of keystrokes. Conversely, you never use on_text when you require keys to be pressed (for example, to control the movement of the player in a game).
In addition to entering text, users press keys on the keyboard to navigate around text widgets according to well-ingrained conventions. For example, pressing the left arrow key moves the cursor one character to the left.
While you might be tempted to use the on_key_press event to capture these events, there are a couple of problems:
pyglet windows provide the on_text_motion event, which takes care of these problems by abstracting away the key presses and providing your application only with the intended cursor motion:
def on_text_motion(motion): pass
motion is an integer which is a constant defined in pyglet.window.key. The following table shows the defined text motions and their keyboard mapping on each operating system.
Constant Behaviour Windows/Linux Mac OS X MOTION_UP Move the cursor up Up Up MOTION_DOWN Move the cursor down Down Down MOTION_LEFT Move the cursor left Left Left MOTION_RIGHT Move the cursor right Right Right MOTION_PREVIOUS_WORD Move the cursor to the previuos word Ctrl + Left Option + Left MOTION_NEXT_WORD Move the cursor to the next word Ctrl + Right Option + Right MOTION_BEGINNING_OF_LINE Move the cursor to the beginning of the current line Home Command + Left MOTION_END_OF_LINE Move the cursor to the end of the current line End Command + Right MOTION_PREVIOUS_PAGE Move to the previous page Page Up Page Up MOTION_NEXT_PAGE Move to the next page Page Down Page Down MOTION_BEGINNING_OF_FILE Move to the beginning of the document Ctrl + Home Home MOTION_END_OF_FILE Move to the end of the document Ctrl + End End MOTION_BACKSPACE Delete the previous character Backspace Backspace MOTION_DELETE Delete the next character, or the current character Delete Delete


And find the perfect partner to fullfill it
Meet a partner for your best holiday
Based in Chicago. I love playing tennis and loud music.
I get my inspiration from nature and objects around me. I have a passion to colours, typography and skateboards.
I'm a happy person that loves cats and climbing on mountains.


The beauty of the Zachman Framework4 is that it visualizes the entire enterprise at one glance, just the way the periodic table of elements visualizes all 118 known chemical elements by selected properties of their atomic structure. By providing a classification schema, the Zachman Framework attempts to bring order to the complex world of business and IT, as the periodic table does for chemistry and chemical reactions.
Zachman is a framework of elements—a total set of descriptive representations to fully describe a complex object (the enterprise). It has 6 6 (some say 6 5) cells, as depicted in Figure 4-1 (Zachman, 2008). The columns are called Abstractions. They answer key questions about the enterprise: What (data), How (function), Where (network), Who (people), When (time), and Why (motivation). The rows are called Perspectives. Each row represents a viewpoint of a single group of stakeholders.
Zachman has a somewhat conservative view of enterprise architecture. Each cell in the Zachman grid defines primitive element and contains an elementary architectural model. Each cell must represent one and only one aspect of an enterprise. The architecture is “pure” only if you are able to extract different architectural aspects, as per the Zachman classification schema, and represent each of those aspects with a stand-alone model.
In that case, a cell contains a single-variable primitive model—only one architectural aspect, just like a basic chemical element in the periodic table. For instance, Cell [3,1] (System Model (Logical) – Data) must contain only the Logical Data Model and nothing else. It will not provide any information about ownership, usage, or location of the data that is being described. If you add that, then you are not doing architecture, you are doing the implementation—so says Zachman.
Accordingly, EA has to obey certain ground rules imposed by the Zachman Grid:
If a model covers more than one cell from the Zachman Grid, it becomes a composite model, just like a chemical compound. A composite model is very useful for the purpose of implementation. According to Zachman, composite models are only meant for the ease of implementation, not as part of the architecture. It is up to the architect to define the composite models by combining several primitive models. The composite models form architectural work products, which can then be taken to facilitate the implementation.
Again, referring to the periodic table analogy, a composite model is just like a chemical compound that can be produced by a chemical reaction between two or more elements. A Logical Data Model, when combined with a People Model, describes ownership and usage of entities. In the same way, data models that also include the physical location of data entities become composite models.
Zachman’s classification schema for architecture models does make sense, at least theoretically. However, it does not really provide any insight into the dependencies and relationships among the primitive architectural models. The practical viability of building the primitive and composite models is pretty much left to the enterprise architect to explore and determine.
In essence, the Zachman Framework is simply a framework of EA elements. It does not stand for itself but can be used (as a whole or in parts) as a complement to other major EA frameworks, such as TOGAF and FEA, or even in any custom frameworks or approaches that you may have in your enterprise.


This is the first nursery batch in our school with fifteen students together with Founder/ CEO, Principal and the teachers. The first Concert of the school was held on 13th December 2019 with those fifteen kids to show their individual and group talents and performances in an highly skill- full way for the best satisfaction of their parents.
The children’s concert was held on 13th December 2019 in the afternoon session to present individual and group talents of each and every student in a very interesting manner. All the parents and students presented and parents were very happy after seen their children’s performances. Some distinguished guests were there in the gathering.
Children’s fair was held and parents brought food items and sold to the people who come to buy from the children’s fair. That was also another successful event of the children and their parents.
All the children observed sil on the day scheduled before Poson Poya day with their parents and teachers. All of them left from school to the temple closed by to observe sil during the morning session. All the children were taught about the customs of how to observe sil in the correct manner.
The New Year Celebrations were held on 7th April 2019 for our school children and they actively participated in many traditional New Year celebrations while enjoying with their peers and teachers. Some of the new activities were taught by the school teachers to the little children to enhance their moral and enjoyment during the new year day celebrations. All the children enjoyed together with their parents and guest.
Our school was inaugurally opened on 13th March 2019 with the participation of honorary guests and a few parents together with their children expected to be enrolled to the school. That was one of the remarkable and memorable events which gives the landmark for the excellent quality education in Avissawella.


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It has been over 2 months since I embarked on my perilous journey to learn Linux. Many things have changed, mostly my approach to technology. I feel that through my numerous struggles I have learned a great deal and gained a completely new perspective. Now, everything seems so organized and comprehensive. To me a cell phone is no longer just a cell phone. It is an assembly of various pieces of hardware with an operating system orchestrating everything. It has a clear purpose, too – communication. This new awareness made me realize that all of this is thanks to Linux!
Currently, I feel that Linux is less of a Unix-like operating system and more of a philosophy. In addition, the philosophy of each distribution and its guiding principles are slightly different. Initially, I struggled as everything was new and foreign to me. Then, I began to understand and learn. I went through countless Linux distributions, reading about useful programming languages, kernel architecture, drivers, modules, etc. All of that not only enriched my day-to-day experience as a user, helping me troubleshoot basic problems, but also helped me understand Windows itself better. As an operating system, Linux requires one to embrace the inner curiosity of Homo sapiens. Naturally, Ubuntu, Fedora and the like are generally considered user-friendly, but still require a certain degree of computer savvy. The Internet and the command-line are your friends. There is no reason to be afraid of them. Quite the contrary, both are very powerful alies. Sometimes I find myself looking for the terminal on my Windows computer at work, because it is that much more convenient!
Now that I have gained sufficient proficiency in using Linux, I will delve further into its architecture and try to understand the kernel better. For a curious mind sky is the limit!


| Company Name | Number of Shares | Contribution breakdown | |
|---|---|---|---|
| {{stock.name}} |
{{stock.shares}}
|
Total donations: ${{stock.total}} Republican donations: ${{stock.republicans}} Democrat donations: ${{stock.democrats}} |


Things you might be forgetting when traveling!
- Toothbrush/toothpaste
- Cell phone charger (and USB cable for tethering?)
- External cell phone battery pack
- Laptop charger/laptop
- House keys
- Camera/charger
- Earplugs/little eye covering thing
- Swimsuit
- Real suit
- Appropriate shoes
- Tie
- A book for the plane (but I always overestimate how much I will actually read)
- European power plugs (if necessary)
- Business cards
- Razor/shaving supplies
- Power outlet splitter
- Pen and paper
- Sunglasses, regular glasses, contacts
*
Some other things that you might forget
- Passport/ID
- Unlocked cell phone if traveling internationally
- Sunscreen
- Tweezers
- Towel
- Pajamas
- Emergency medication
- CharlieCard/public transit token
- Cash
- Belt
- Weather-appropriate clothing (jacket?)
- Travel journal
- Dictionary
- Name tag
- Retainer
- Printed tickets
- Printouts of local info (e.g. map, late night food options, etc.)
- Clothespins to hold hotel curtains together
- Headphones
- Deodorant
- Brush/hair ties/bobby pins
- Feminine products
- Umbrella
- Car charger & cellphone suction-cup mount (if a long car trip)
- Empty water bottle for plane
- USB stick
- Food to eat while traveling
Things you might forget to do before traveling
- Check the weather forecast
- Turn off your alarm clock
- Lock your doors
- Make sure your stove/oven is off
- Close garage door
- Turn thermostat up/down/off
- Suspend mail delivery/arrange for someone to bring it in
- Arrange to have sidewalk shoveled
- Turn off (or on) automatic cat feeder
- Email forwarding/autoresponders
- Telephone forwarding/voicemail
- Scour perishables from refrigerator
- Notify bank of international travel
- Close windows (in case it rains)
Want something added to this list? Questions, comments, concerns? whatamiforgetting@mit.edu


--- layout: post title: The problem with meritocracy date: 2014-02-20 15:20:55.000000000 +01:00 type: post parent_id: '0' published: true password: '' status: publish categories: - General tags: [] meta: _edit_last: '3997956' publicize_linkedin_url: http://www.linkedin.com/updates?discuss=&scope=14335834&stype=M&topic=5842271441348751360&type=U&a=4mr6 _wpas_done_77741: '1' _publicize_done_external: a:1:{s:8:"linkedin";a:1:{s:10:"SRxrIwgSA1";b:1;}} reddit: a:2:{s:5:"count";i:0;s:4:"time";i:1510999935;} geo_public: '0' _wpas_skip_77741: '1' author: login: geaaal email<EMAIL_ADDRESS>display_name: Géal first_name: '' last_name: '' ---
Everytime people discuss the hacker community and its diversity, I see someone waving the "meritocracy" argument. "It is not our fault those minorities are not well represented, if they knew more stuff or did more stuff, they would have a better status".
It is easy to see how that argument would be flawed, as meritocracy is a power structure, and whenever a power structure is created, after some time it tends to reinforce its own community. But that is not my point right now.
I realized that the idea of meritocracy is so deeply ingrained in the hacker mindset that we lost sight of what was important. I can see how that idea is appealing.  Except it is not. The meritocracy is just another way to exclude people. Once you consider someone's status by how much you perceive they know, things go downhill.
Some are good at faking knowledge. Some know their craft, but do not talk that well. Some are not experts, but have good ideas. Some would like to learn without being judged.
Somewhere along the way, people got too hung up on meritocracy, and forgot that you hack for knowledge and for fun, not for status. It is all about testing stuff, learning, sharing what you learned, discussing ideas and helping others do the same, whatever their skills or their experience. Status and power structures should have nothing to do with that.
Guess what? I pointed out that bad behaviour, but I am guilty of it too. I have to constantly keep myself in check, to avoid judging people instead of judging ideas. That's alright. Doing the right thing always requires some effort.


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---
layout: post
title: Chi Loan
date: '2013-07-01T17:17:00+02:00'
categories:
- Sketches
picture_url: https://film-Storyboards.tumblr.com/post/54376370448/my-former-neighbour-chi-loan-coffee-specialist
---
My former neighbour, chi Loan, Cà phê sữa đá expert, sketched for a Saatchi & Saatchi (Quảng cáo) Vietnam creative board.


Donald Trump, Jon Voight fly to Dover for ceremony honoring fallen sol
by Dave BoyerPresident Trump made an unannounced trip Thursday evening to Dover Air Force Base to attend a “dignified transfer ceremony” for fallen military service members.
Mr. Trump boarded Marine One at the White House, accompanied by first lady Melania Trump, Chairman of the Joint Chiefs Gen. Mark Milley, and actor Jon Voight, who had received the Medal of Arts from the president earlier in the day.
They were joined on Air Force One by acting White House chief of staff Mick Mulvaney and press secretary Stephanie Grisham.
SEE ALSO: Trump awards arts medal to actor Jon Voight, musician Alison Krauss
Mr. Trump’s last visit to Dover was in January, when he attended a transfer ceremony for four Americans killed in a bombing in Syria.
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Copyright © 2019 The Washington Times, LLC. Click here for reprint permission.
Please read our comment policy before commenting.


espnet.transform package¶
espnet.transform.spec_augment¶
Spec Augment module for preprocessing i.e., data augmentation
-
class
espnet.transform.spec_augment.
FreqMask
(**kwargs)[source]¶ Bases:
espnet.transform.functional.FuncTrans
freq mask for spec agument
- Parameters
x (numpy.ndarray) – (time, freq)
n_mask (int) – the number of masks
inplace (bool) – overwrite
replace_with_zero (bool) – pad zero on mask if true else use mean
-
class
espnet.transform.spec_augment.
SpecAugment
(**kwargs)[source]¶ Bases:
espnet.transform.functional.FuncTrans
spec agument
apply random time warping and time/freq masking default setting is based on LD (Librispeech double) in Table 2 https://arxiv.org/pdf/1904.08779.pdf
- Parameters
x (numpy.ndarray) – (time, freq)
resize_mode (str) – “PIL” (fast, nondifferentiable) or “sparse_image_warp” (slow, differentiable)
max_time_warp (int) – maximum frames to warp the center frame in spectrogram (W)
freq_mask_width (int) – maximum width of the random freq mask (F)
n_freq_mask (int) – the number of the random freq mask (m_F)
time_mask_width (int) – maximum width of the random time mask (T)
n_time_mask (int) – the number of the random time mask (m_T)
inplace (bool) – overwrite intermediate array
replace_with_zero (bool) – pad zero on mask if true else use mean
-
class
espnet.transform.spec_augment.
TimeMask
(**kwargs)[source]¶ Bases:
espnet.transform.functional.FuncTrans
freq mask for spec agument
- Parameters
spec (numpy.ndarray) – (time, freq)
n_mask (int) – the number of masks
inplace (bool) – overwrite
replace_with_zero (bool) – pad zero on mask if true else use mean
-
class
espnet.transform.spec_augment.
TimeWarp
(**kwargs)[source]¶ Bases:
espnet.transform.functional.FuncTrans
time warp for spec augment
move random center frame by the random width ~ uniform(-window, window) :param numpy.ndarray x: spectrogram (time, freq) :param int max_time_warp: maximum time frames to warp :param bool inplace: overwrite x with the result :param str mode: “PIL” (default, fast, not differentiable) or “sparse_image_warp” (slow, differentiable) :returns numpy.ndarray: time warped spectrogram (time, freq)
-
espnet.transform.spec_augment.
freq_mask
(x, F=30, n_mask=2, replace_with_zero=True, inplace=False)[source]¶ freq mask for spec agument
- Parameters
x (numpy.ndarray) – (time, freq)
n_mask (int) – the number of masks
inplace (bool) – overwrite
replace_with_zero (bool) – pad zero on mask if true else use mean
-
espnet.transform.spec_augment.
spec_augment
(x, resize_mode='PIL', max_time_warp=80, max_freq_width=27, n_freq_mask=2, max_time_width=100, n_time_mask=2, inplace=True, replace_with_zero=True)[source]¶ spec agument
apply random time warping and time/freq masking default setting is based on LD (Librispeech double) in Table 2 https://arxiv.org/pdf/1904.08779.pdf
- Parameters
x (numpy.ndarray) – (time, freq)
resize_mode (str) – “PIL” (fast, nondifferentiable) or “sparse_image_warp” (slow, differentiable)
max_time_warp (int) – maximum frames to warp the center frame in spectrogram (W)
freq_mask_width (int) – maximum width of the random freq mask (F)
n_freq_mask (int) – the number of the random freq mask (m_F)
time_mask_width (int) – maximum width of the random time mask (T)
n_time_mask (int) – the number of the random time mask (m_T)
inplace (bool) – overwrite intermediate array
replace_with_zero (bool) – pad zero on mask if true else use mean
-
espnet.transform.spec_augment.
time_mask
(spec, T=40, n_mask=2, replace_with_zero=True, inplace=False)[source]¶ freq mask for spec agument
- Parameters
spec (numpy.ndarray) – (time, freq)
n_mask (int) – the number of masks
inplace (bool) – overwrite
replace_with_zero (bool) – pad zero on mask if true else use mean
-
espnet.transform.spec_augment.
time_warp
(x, max_time_warp=80, inplace=False, mode='PIL')[source]¶ time warp for spec augment
move random center frame by the random width ~ uniform(-window, window) :param numpy.ndarray x: spectrogram (time, freq) :param int max_time_warp: maximum time frames to warp :param bool inplace: overwrite x with the result :param str mode: “PIL” (default, fast, not differentiable) or “sparse_image_warp” (slow, differentiable) :returns numpy.ndarray: time warped spectrogram (time, freq)
espnet.transform.perturb¶
-
class
espnet.transform.perturb.
BandpassPerturbation
(lower=0.0, upper=0.75, seed=None, axes=(-1, ))[source]¶ Bases:
object
Randomly dropout along the frequency axis.
- The original idea comes from the following:
- “randomly-selected frequency band was cut off under the constraint of
leaving at least 1,000 Hz band within the range of less than 4,000Hz.”
- (The Hitachi/JHU CHiME-5 system: Advances in speech recognition for
everyday home environments using multiple microphone arrays; http://spandh.dcs.shef.ac.uk/chime_workshop/papers/CHiME_2018_paper_kanda.pdf)
-
class
espnet.transform.perturb.
NoiseInjection
(utt2noise=None, lower=-20, upper=-5, utt2ratio=None, filetype='list', dbunit=True, seed=None)[source]¶ Bases:
object
Add isotropic noise
-
class
espnet.transform.perturb.
SpeedPerturbation
(lower=0.9, upper=1.1, utt2ratio=None, keep_length=True, res_type='kaiser_best', seed=None)[source]¶ Bases:
object
The speed perturbation in kaldi uses sox-speed instead of sox-tempo, and sox-speed just to resample the input, i.e pitch and tempo are changed both.
“Why use speed option instead of tempo -s in SoX for speed perturbation” https://groups.google.com/forum/#!topic/kaldi-help/8OOG7eE4sZ8
Warning
This function is very slow because of resampling. I recommmend to apply speed-perturb outside the training using sox.
espnet.transform.cmvn¶
espnet.transform.transform_interface¶
-
class
espnet.transform.transform_interface.
Identity
[source]¶ Bases:
espnet.transform.transform_interface.TransformInterface
Identity Function
espnet.transform.add_deltas¶
espnet.transform.functional¶
-
class
espnet.transform.functional.
FuncTrans
(**kwargs)[source]¶ Bases:
espnet.transform.transform_interface.TransformInterface
Functional Transformation
Warning
Builtin or C/C++ functions may not work properly because this class heavily depends on the inspect module.
Usage:
>>> def foo_bar(x, a=1, b=2): ... '''Foo bar ... :param x: input ... :param int a: default 1 ... :param int b: default 2 ... ''' ... return x + a - b
>>> class FooBar(FuncTrans): ... _func = foo_bar ... __doc__ = foo_bar.__doc__
-
property
func
¶
-
property
espnet.transform.wpe¶
espnet.transform.channel_selector¶
espnet.transform.spectrogram¶
-
class
espnet.transform.spectrogram.
IStft
(n_shift, win_length=None, window='hann', center=True)[source]¶ Bases:
object
-
class
espnet.transform.spectrogram.
LogMelSpectrogram
(fs, n_mels, n_fft, n_shift, win_length=None, window='hann', fmin=None, fmax=None, eps=1e-10)[source]¶ Bases:
object
-
class
espnet.transform.spectrogram.
Spectrogram
(n_fft, n_shift, win_length=None, window='hann')[source]¶ Bases:
object
-
class
espnet.transform.spectrogram.
Stft
(n_fft, n_shift, win_length=None, window='hann', center=True, pad_mode='reflect')[source]¶ Bases:
object
-
class
espnet.transform.spectrogram.
Stft2LogMelSpectrogram
(fs, n_mels, n_fft, fmin=None, fmax=None, eps=1e-10)[source]¶ Bases:
object
-
espnet.transform.spectrogram.
istft
(x, n_shift, win_length=None, window='hann', center=True)[source]¶
-
espnet.transform.spectrogram.
logmelspectrogram
(x, fs, n_mels, n_fft, n_shift, win_length=None, window='hann', fmin=None, fmax=None, eps=1e-10, pad_mode='reflect')[source]¶
-
espnet.transform.spectrogram.
spectrogram
(x, n_fft, n_shift, win_length=None, window='hann')[source]¶
espnet.transform.transformation¶
-
class
espnet.transform.transformation.
Transformation
(conffile=None)[source]¶ Bases:
object
Apply some functions to the mini-batch
Examples
>>> kwargs = {"process": [{"type": "fbank", ... "n_mels": 80, ... "fs": 16000}, ... {"type": "cmvn", ... "stats": "data/train/cmvn.ark", ... "norm_vars": True}, ... {"type": "delta", "window": 2, "order": 2}]} >>> transform = Transformation(kwargs) >>> bs = 10 >>> xs = [np.random.randn(100, 80).astype(np.float32) ... for _ in range(bs)] >>> xs = transform(xs)


My name is Toni, I was born in Greece the year 1981. I live in Spain since 2005 and I work as software engineer in Madrid. Technology and games is my passion and this is the reason to chose my profession. I am a Full Stack developer focused on Java, Python, PHP, SQL, NoSQL, and JavaScript, with deep expertise of working with CSS3, HTML5 and some CMS. I work with cloud services AWS, Docker and Kubernetes technologies. Initiative and commitment. I am fan of Linux operating system and Arduino projects.
Master JavaEE
GIT programming
Master en programacion
Master en diseño e programacion