{{ define "main" }}
Gardiner Car And Truck Wash offers a new state of the art Touch-Free Automatic Wash (installed 2021), 3 Self Serve Auto Bays and 1 Self Serve Industrial Truck Bay (accommodates commercial trucks, buses, campers, boats, recreational vehicles and even 18 wheelers). Self Serve Vacuums (includes a spot remover/rug cleaner and a Fragrance spray option), Car Care Product Vending Machine, Change Machine and customer complimentary towel station and air dryer that is also motorcycle friendly.
With high pressure power washing wands in each self serve bay and a powerful under carriage and rocker panel wash system in our auto bay, your car will shine like new!
All 4 of our Self Serve Bays, Touchless Automatic Bay and Vacuums offer the ability to pay via credit or debit cards and cash (bills, quarters, and $1 coins). A change machine is located at the front of building.
Owners are on site daily and can always be reached via phone for any questions or concerns.


I started taking phentermine (adipex) on 3/1/2017, weighing 208 lbs.
I'm 28 years old and 5'8.
SENT2
Since having my son 6 years ago, my weight has been up and down dramatically. When I started the medication it gave me extreme dry mouth but the doctor said that was normal. That helped me increase my water intake. I started carrying a 16 oz water bottle with me everywhere and constantly refilled it. He wants me to consume 1200-1300 calories a day. I'm not "dieting" per say but it does make me eat smaller portions. I walk my dog 2 miles every day and that's the extent of my excercising. Today is 5/6 and I'm down 18lbs. I highly recommend this pill to anyone who needs a little boost.


turbo.httputil – Utilities for the HTTP protocol¶
The httputil namespace contains the HTTPHeader class and POST data parsers, which is a integral part of the HTTPServer class.
HTTPParser class¶
Used to parse HTTP headers. Parsing is done through Ryan Dahls HTTP Parser via the FFI. It is very fast and contains various protection against attacks. The .so is compiled when Turbo is installed with make install. Note that this class has sanity checking for input parameters. If they are of wrong type or contains bad data they will raise a error.
- HTTPParser(hdr_str, hdr_t)¶
Create a new HTTPParser class instance.
hdr_t available:
- turbo.httputil.hdr_t.HTTP_RESPONSE,
- turbo.httputil.hdr_t.HTTP_REQUEST,
- turbo.httputil.hdr_t.HTTP_BOTH
Parameters: - hdr_str (String) – (optional) Raw header, including ending double CLRF, if you want the class to parse headers on construction.
- hdr_t (Number) – (optional) If hdr_str is defined this should also be defined. It is used to specify what kind of header you want to parse.
Return type: HTTPParser object
- HTTPParser:get_url()
Get URL.
Return type: String or nil
- HTTPParser:get_url_field(UF_prop)
Get specified URL segment. If segment does not exist, nil is returned. Will throw error if no URL has been parsed. UF_prop available:
- turbo.httputil.UF.SCHEMA,
- turbo.httputil.UF.HOST,
- turbo.httputil.UF.PORT,
- turbo.httputil.UF.PATH,
- turbo.httputil.UF.PATH,
- turbo.httputil.QUERY,
- turbo.httputil.UF.FRAGMENT,
- turbo.httputil.UF.USERINFO
Parameters: UF_prop (Number) – Segment to return, values defined in turbo.httputil.UF. Return type: String or nil
- HTTPParser:parse_url(url)
Parse standalone URL and populate class instance with values. HTTPParser.get_url_field must be used to read out value.
Parameters: url (String) – URL string.
- HTTPParser:get_method()
Get current URL request method.
Return type: String or nil
- HTTPParser:get_status_code()
Get the current HTTP status code.
Return type: Number or nil
- HTTPHeaders:get(key, caseinsensitive)
Get given key from header key value section.
Parameters: - key (String) – Value to get, e.g “Content-Encoding”.
- caseinsensitive (Boolean) – If true then the key will be matched without regard for case sensitivity.
Return type: The value of the key in String form, or nil if not existing. May return a table if multiple keys are set.
- HTTPParser:get_argument(name)
Get a argument from the query section of parsed URL. (e.g ?param1=myvalue) Note that this method only gets one argument. If there are multiple arguments with same name use HTTPParser.get_arguments()
Parameters: name (String) – The name of the argument. Return type: String or nil
- HTTPParser:get_arguments()
Get all URL query arguments of parsed URL. Support multiple values with same name.
Return type: Table
- HTTPParser:parse_response_header(raw_headers)
Parse HTTP response headers. Populates the class with all data in headers. Will throw error on parsing failure.
Parameters: raw_headers (String) – Raw HTTP response header in string form.
- HTTPParser:parse_request_header(raw_headers)
Parse HTTP request headers. Populates the class with all data in headers. Will throw error on parsing failure.
Parameters: raw_headers (String) – Raw HTTP request header in string form.
HTTPHeaders class¶
Used to compile HTTP headers. Note that this class has sanity checking for input parameters. If they are of wrong type or contains bad data they will raise a error.
- HTTPHeaders()¶
Create a new HTTPHeaders class instance.
Return type: HTTPHeaders object
Manipulation¶
- HTTPHeaders:set_uri(uri)
Set URI. Mostly usefull when building up request headers, NOT when parsing response headers. Parsing should be done with HTTPHeaders:parse_url.
Parameters: uri (String) – URI string to set.
- HTTPHeaders:get_uri()
Get current URI.
Return type: String or nil
- HTTPHeaders:set_method(method)
Set URL request method. E.g “POST” or “GET”.
Parameters: method (String) – Method to set.
- HTTPHeaders:get_method()
Get current URL request method.
Return type: String or nil
- HTTPHeaders:set_version(version)
Set HTTP protocol version.
Parameters: version (String) – Version string to set.
- HTTPHeaders:get_version()
Get current HTTP protocol version.
Return type: String or nil
- HTTPHeaders:set_status_code(code)
Set HTTP status code. The code is validated against all known.
Parameters: code (Number) – The code to set.
- HTTPHeaders:get_status_code()
Get the current HTTP status code.
Return type: Number or nil
- HTTPHeaders:get(key, caseinsensitive)
Get given key from header key value section.
Parameters: - key (String) – Value to get, e.g “Content-Encoding”.
- caseinsensitive (Boolean) – If true then the key will be matched without regard for case sensitivity.
Return type: The value of the key in String form, or nil if not existing. May return a table if multiple keys are set.
- HTTPHeaders:add(key, value)
Add a key with value to the headers. Supports adding multiple values to one key. E.g mutiple “Set-Cookie” header fields.
Parameters: - key (String) – Key to add to headers. Must be string or error is raised.
- value (String) – Value to associate with the key.
- HTTPHeaders:set(key, value, caseinsensitive)
Set a key with value to the headers. Overwiting existing key.
Parameters: - key (String) – The key to set.
- value (String) – Value to associate with the key.
- caseinsensitive (Boolean) – If true then the existing keys will be matched without regard for case sensitivity and overwritten.
- HTTPHeaders:remove(key, caseinsensitive)
Remove a key value combination from the headers.
Parameters: - key (String) – Key to remove.
- caseinsensitive (Boolean) – If true then the existing keys will be matched without regard for case sensitivity and overwritten.
Stringifiers¶
- HTTPHeaders:stringify_as_request()
Stringify data set in class as a HTTP request header.
Return type: String. HTTP header string excluding final delimiter.
- HTTPHeaders:stringify_as_response()
Stringify data set in class as a HTTP response header. If not “Date” field is set, it will be generated automatically.
Return type: String. HTTP header string excluding final delimiter.
- HTTPHeaders:__tostring()
Convinience method to return HTTPHeaders:stringify_as_response on string conversion.
Return type: String. HTTP header string excluding final delimiter.
Functions¶
- parse_multipart_data(data)¶
Parse multipart form data.
Parameters: data (String) – Multi-part form data in string form. Return type: Table of keys with corresponding values. Each key may hold multiple values if there were found multiple values for one key.
- parse_post_arguments(data)¶
Parse ? and & separated key value fields.
Parameters: data (String) – Form data in string form. Return type: Table of keys with corresponding values. Each key may hold multiple values if there were found multiple values for one key.


TIGERLAND A film review by Christopher Null Copyright 2000 filmcritic.com filmcritic.com
As it turns out, war can be hell even if you never leave home.
Joel Schumacher, director of some of the worst films in a generation (8MM, Batman & Robin, Batman Forever), redeems himself with his first really good flick since Falling Down in 1993. A tale of army recruits in their final days of training before heading to Vietnam in 1971, Tigerland is an original and modestly powerful anti-war film that never even goes "in country."
The film revolves around a recruit named Bozz (Colin Farrell, Croupier) who is trying everything in his power to get out before he's shipped out. He refuses to participate in basic training, talks back to his superiors, and undermines his fellow recruits' gung ho attitudes with his sly, pacifist talk. Notably, Bozz's closest friend Paxton (Matthew Davis, Urban Legends: Final Cut) is looking forward to "the experience" of serving in 'Nam, unafraid and ready for duty, and while Paxton's resolve starts to crumble, Bozz finds his inexplicably coming back around.
Eschewing the theatrics of his Batman sagas, Schumacher relies on an understated documentary style, largely using handheld cameras and seemingly improvised scenarios. To some extent, this works well, putting the viewer in the action, headed to Tigerland (the very last training stop before Vietnam) on the bus along with the platoon. But on another level, the whole film feels a little cheap, like Schumacher went into the woods behind his house with a machete and a Handicam and figured he could make a movie right there as a weekend project. As a result, the picture doesn't look or feel overwhelmingly authentic, and the connection with the viewer is broken. (In the end, it's apparent the film has been shot the way it was simply for budget considerations, which was reportedly less than $10 million.)
Farrell in particular is a standout among the virtually all-male cast, though he doesn't shine bright enough to outdo some of 2000's virtuoso performances like Tom Hanks in Cast Away. The ensemble as a whole is smashing, and the story as written by Ross Klavan and Michael McGruther is a standout among this year's lackluster scripts. Too bad the film couldn't have kept the energy level on an even keel throughout the production, but hey, wars -- and movies -- are hell.

The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


System Architect Symbol details for ".Agent and Activity"
Abandoned Activity (Class)
- Description:
"Activity" which has ended abnormally and for which no further work is intended.
Activity (Class)
- Description:
Purposeful and intentional "Event"
- Comment:
-
Previous documented definitions providing the source for the above are:
An exertion of energy initiated by an "Agent" (CBS v2) - this definition is followed by a definition
of its subtypes.
Conscious, directed and purposeful exertion of energy.
"Event" occurring through the volition of an "Agent".
- Definitions Used:
-
Quantity (Class Attribute)
activity for (Association)
- From Class:
Activity
- To Class:
"Activity State"
- From Class:
Activity
- To Class:
"Activity State"
Activity State (Class)
- Description:
"Activity" in a state which it is currently or has been previously.
- Comment:
Note that there are both subtypes (comprising all the possible states) and a "power type" of
"Activity State Type". The latter's contents are identical to the subtypes; it exists in order to
control topics such as access and permission to amend.
Activity State Change (Class)
- Description:
"Activity" changing the state of another "Activity".
Activity To Be Done (Class)
- Description:
"Activity" required to be undertaken.
- Comment:
Required activities are those which an Agent has made a specific decision to take forward.
Activity Under Consideration (Class)
- Description:
"Activity" which is considered appropriate by an "Agent".
- Comment:
Note that there is not necessarily any intention to perform the Activity at this stage - indeed a
set of conflicting Activities may all be simultaneously under consideration.
Activity/direction (Generalization Node)
Activity/State (Generalization Node)
- Base Class:
"Activity State"
- Definitions Used:
-
Activity State (Class)
Agent (Class)
- Description:
-
Role of a subject enabling it to act purposefully.
- Comment:
-
CBS V2: - A role of a "Subject" which indicates that it has power to act
This is a role which may be played by a "Subject". Sometimes, an "Agent" may be created in order to
assemble a set of responsibilities and authorities prior to a specific "Subject" being identified
and allocated to it.
For purposes of creating an "Authorising Act", an "Agent" may actually be a group of individuals -
for example when joint responsibility is being taken for some decision, as in a clinical case
conference. In such a case the details of the group are taken care of by "Subject" and "Inter
Subject Relationship".
Examples of "Agent":
Dr Smithers within NHS XYZ Trust,
Ms J.Doe in the HXT Pathology laboratory.
A better understanding of the types of "Agent" can be gained from examination of its subtypes.
Completed Activity (Class)
- Description:
"Activity" which has ended normally and for which no further work is intended.
- Comment:
-
An end state.
Note that a repetitive activity may be deemed complete even though not all its actual or potential
components have been identified.
completion timepoint (Association)
- From Class:
Timepoint
- To Class:
"State Change Activity"
- From Class:
Timepoint
- To Class:
"State Change Activity"
Decomposed Activity (Class)
- Description:
"Activity" which has been wholly or partially decomposed into other "Activities".
Instantiated Activity (Class)
- Description:
"Repetitive Activity" which has had some or all of its instances created.
Not Required Activity (Class)
- Description:
"Activity" which is no longer required.
- Comment:
Like Completed, this is an end state.
Performance Rejected Activity (Class)
- Description:
"Activity" whose performance has been curtailed prior to re-scheduling or abandoning by the same
Performer.
Performance Suspended Activity (Class)
- Description:
"Activity" which has started but whose performance has been temporarily stopped.
- Comment:
The Activity will recommence at the point at which it was suspended. It may of course immediately
then be abandoned or deemed not required.
Performer Accepted Activity (Class)
- Description:
"Activity" for which the responsibility for performance has been taken by an "Agent".
Performer Rejected Activity (Class)
- Description:
"Activity" which the identified performer does not intend to perform.
Performer Selected Activity (Class)
- Description:
"Activity" where the preferred "Agent" who will take responsibility for performance has been
identified.
- Comment:
May be requested or if the originator wants to do it.
responsible for (Association)
- From Class:
"Activity State Change"
- To Class:
"Activity State"
- From Class:
"Activity State Change"
- To Class:
"Activity State"
responsible for performance of (Association)
- From Class:
Agent
- To Class:
"State Change Activity"
- From Class:
Agent
- To Class:
"State Change Activity"
SCA/Direction (Generalization Node)
- Base Class:
"State Change Activity"
- Definitions Used:
-
State Change Activity (Class)
Scheduled Activity (Class)
- Description:
"Activity" where the "Agent" responsible for its performance considers that sufficient "Resources"
have been allocated, a start "Location" has been stipulated and a specific "Timepoint" for its start
has been set.
Started Activity (Class)
- Description:
"Activity" which has commenced.
State Change Activity (Class)
- Description:
"Activity" which changes the state of an "Object".
- Comment:
The "to" state is deemed to take effect simultaneously with the completion of the state change
activity. There will of course be occasions when the decision to make a state change is made well in
advance of this and that this decision may be communicated to interested parties.
Timepoint (Class)
- Description:
"Reference Point" being a point or period in time.


--- layout: post title: 'dirty hack: remove xing.com iframe ads with greasmonkey' date: 2008-01-08 00:09:04.000000000 +01:00 type: post published: true status: publish categories: - coding - dirtyhack - socialweb - whatever tags: [] meta: _publicize_job_id: '14401151720' original_post_id: '140' _wp_old_slug: '140' author: login: joesixpack email<EMAIL_ADDRESS>display_name: dirk lüsebrink first_name: '' last_name: '' ---
ok, after this very short twitteruption this afternoon of the premium xings i sat down tonight at home and thought, hmm? getting rid of advertising on xing.com isn't really worth a premium membership. A short look onto the pagesource with firebug revealed the pretty simple html schema.
so even me personally was able to sketch a simplistic greasemonkey script to erase ad iframes from the xing page like follows:
UPDATE: fixed the script and updated pastie link(thx henrik)
eeeeasy, download from pastie download (old) (no guarantees, you know, script might eat your backups and such)
For those who don't know, Greasemonkey is a firefox extension to add custom javascript to any website. And this means, you can do whatever you want with the content. There are greasemonkey scripts which are adding links to the amazon site linking to sites with better prices for example. not fair, but thats life. in the web20 world.
have fun
p.s.: they paypal/aws/whatever payment sponsor button to fork 1 euro from your saved premium account money i will code next week - hope to welcome you back on payday.
Technorati Tags: xing, greasemonkey, adbuster, twitter


MART
home
about us
page
shop
blog
contact us
Affordable Paris Tours
City tours / Tour tickets / Tour guides
new collection
add to cart
Blue Tshirt
$26
add to cart
Woman shirt
$31
add to cart
Yellow Tshirt
$21
add to cart
Cool Lingerie
$56


--- layout: page status: publish published: true title: Sample Page author: display_name: hisabimbola login: hisabimbola email<EMAIL_ADDRESS>url: '' author_login: hisabimbola author_email<EMAIL_ADDRESS>wordpress_id: 2 wordpress_url: http://hisabimbola.com/?page_id=2 date: '2015-08-27 04:51:18 +0100' date_gmt: '2015-08-27 04:51:18 +0100' categories: [] tags: [] comments: [] ---
This is an example page. It's different from a blog post because it will stay in one place and will show up in your site navigation (in most themes). Most people start with an About page that introduces them to potential site visitors. It might say something like this:
Hi there! I'm a bike messenger by day, aspiring actor by night, and this is my website. I live in Los Angeles, have a great dog named Jack, and I like piña coladas. (And gettin' caught in the rain.)

...or something like this:
The XYZ Doohickey Company was founded in 1971, and has been providing quality doohickeys to the public ever since. Located in Gotham City, XYZ employs over 2,000 people and does all kinds of awesome things for the Gotham community.

As a new WordPress user, you should go to your dashboard to delete this page and create new pages for your content. Have fun!


{% extends "global/Page.html" %} {% load staticfiles otree_tags %} {% block styles %} {% endblock %} {% block scripts %} {% endblock %} {% block content %}
LSM4255 GONE FISHING
Welcome, {{ player_name }}!
Congratulations! 👍 You reached level {{ game_level }}! {{ level_reward }}! 🤗
How many fish do you want to catch this year?
· Yield per person last year : {{ last_year_average_student_caught }}
· Yield per person in total : {{ total_average_student_caught }}
|
Intrinsic growth rate (r) |
Strength of density regulation (a) |
Sustainable yield (Hmax) |
Total number of fish (<><) |
|---|---|---|---|
| {{ intrinsic_growth_rate }} | {{ strength_of_density_regulation }} | {{ sustainable_yield }} | {{ num_fish_left_in_fishery }} |
Total number of fish you've caught : {{ player.participant.payoff }}
@National University of Singapore - Life Sciences


Broker?
But why?
"... we want an endpoint to produce observable side-effects equivalent to some execution in which each logical message gets processed exactly-once"
-- Tomasz Masternak
var outbox = await Load(incoming.Id);
if (outbox == null) {
var (state, outgoing) = Process(incoming);
await Save(incoming.Id, state, outgoing);
}
if (outbox.Dispatched) {
return;
}
await Dispatch(incoming.Id);
await MarkAsDispatched(incoming.Id);🔥🔥🔥
var outbox = await Load(incoming.Id);
if (outbox == null) {
var (state, outgoing) = Process(incoming);
await Save(incoming.Id, state, outgoing);
}
if (outbox.Dispatched) {
return;
}
await Dispatch(incoming.Id);
await MarkAsDispatched(incoming.Id);
if (HasDeduplicationEntry(incoming.Id)) {
return;
}
var outbox = await Load(incoming.Id);
if (outbox == null) {
var (state, outgoing) = Process(incoming);
await Save(incoming.Id, state, outgoing);
}
await Dispatch(incoming.Id);
await AddDeduplicationEntry(incoming.Id);🔥🔥🔥
await RemoveOutbox(incoming.Id);🔥🔥🔥
PUT /some-file.txt 200
GET /some-file.txt 200
#HasDeduplicationEntry
GET /dedup/ABC 404
#AddDeduplicationEntry
PUT /dedup/ABC 200
#HasDeduplicationEntry
GET /dedup/ABC 404 🤯
Amazon S3 provides read-after-write consistency for PUTS of new objects in your S3 bucket in all regions with one caveat. The caveat is that if you make a HEAD or GET request to the key name (to find if the object exists) before creating the object, Amazon S3 provides eventual consistency for read-after-write.
var payload = await GetPayload(incoming.Id);
if (payload == null) {
return;
}
var outbox = await Load(incoming.Id);
if (outbox == null) {
var (state, outgoing) = Process(incoming);
await Save(incoming.Id, state, outgoing);
}
if (!outbox.Checked) {
await CheckPayloads(outgoing);
await MarkAsChecked(incoming.Id);
}
await Dispatch(incoming.Id);
await RemovePayload(incoming.Id);🔥🔥🔥
await RemoveOutbox(incoming.Id);🔥🔥🔥
#CheckPayloads
PUT /claim-check/ABC 200
#GetPayload
GET /claim-check/ABC 200
#RemovePayload
DELETE /claim-check/ABC 200
#GetPayload
GET /claim-check/ABC 200 🤯


numberOfLines = Streams.countLines(fileName)
Function countLines(..) opens the given file, reads the complete content, closes the file and returns the number of lines. Lines are separated by LF or CR-LF.
function countLines extends Modelica.Icons.Function; input String fileName "Name of the file that shall be read" annotation( Dialog(loadSelector(filter = "Text files (*.txt)", caption = "Open text file for counting lines"))); output Integer numberOfLines "Number of lines in file"; end countLines;


all japanese food you can eat!
Japanese food is refined and elegant, its preparation and presentation honed over the centuries so that its flavours are pure and delicate. Like many of the world's highly developed cuisines, Japanese food celebrates and highlights the flavours, textures and colours of seasonal produce.


{% extends '_base.html' %} {% block title %}Jokes!{% endblock %} {% block content %}
Q: How many programmers does it take to change a light bulb?
A: none, that's a hardware problem
Q: "Whats the object-oriented way to become wealthy?"
A: Inheritance
Q: Why did the programmer quit his job?
A: Because he didn't get arrays.
Q: What did the Java code say to the C code?
A: You've got no class.
Q: Why are Assembly programmers always soaking wet?
A: They work below C-level.
Q: What do cats and programmers have in common?
A: When either one is unusually happy and excited, an appropriate question would be, "did you find a bug?"
Q: What is the most used language in programming?
A: Profanity.
Q: Why do programmers always get Christmas and Halloween mixed up?
A: Because DEC 25 = OCT 31
Q: How did the programmer die in the shower?
A: He read the shampoo bottle instructions: Lather. Rinse. Repeat.
{{ joke.joke_text }}


Careers
MEMI is always hiring! If you'd like to be considered please
download the attached file and solve our puzzle. Submit your answer further below and -
if you're correct - you'll receive a flag to include with your application to show you've
passed our recruitment challenge. Good luck!
Hiring Challenge
Download the file below. Figure out how to decode the data,
and get the program. We have replaced a few lines with <FIX ME> where you will need
to figure out the missing line and one place with <ANSWER> where you will need to
figure out the right subroutine to run. Once you have that, run the program and receive
the next clue. Once you have solve the next clue, encode the answer on a punch card and
submit it further below. Remember: the answer can only be submitted on a punch card!
Submit Answer


This FAQ covers questions about the previous version of MTProto (v.1.0) that is now deprecated.
For questions about encryption used in up-to-date Telegram clients, kindly refer to this document.
The principal differences from version 1.0 (described here and here for reference) are as follows:
The current version of MTProto uses SHA-256 in all the critical locations. MTProto 1.0 used to rely on SHA-1.
Even though it is possible for a well-funded attacker to find collisions in SHA-1, crafting a collision alone did not break the MTProto encryption scheme due to the way SHA-1 was used in the protocol. We did not use SHA-1 in any areas where collisions are important, such as digital signatures or file identification.
We used SHA as a component in the KDF and for a security check after transmission. Even if an attacker could create messages with a chosen SHA-1 (a far greater achievement than merely finding a collision), it would not give them any advantage. This is because we used the SHA-1 of the plaintext *, while MTProto passed the ciphertext encrypted with a key unknown to the attacker. In order to threaten this setup, one would need not a collision in SHA-1(ciphertext), but a collision in SHA-1(AES_Decrypt(key_unknown_to_attacker, ciphertext)).
It is important that the plaintext always contains message length, server salt, session_id and other data not known to the attacker. It is crucial that AES decryption keys depend both on msg_key, and on auth_key, known only to the parties involved in the exchange.
The current version of MTProto satisfies the criteria for IND-CCA. MTProto 1.0 used to deviate from this property without any effect on message security.
Properties like IND-CCA are convenient for theoretical definitions and scientific inquiry, but they are not directly related to the actual security of communication. There are cases when IND-CCA compliance can be critical, but in the case of MTProto (1.0) the deviation from this property was a minor issue and did not affect message security. Namely, under certain circumstances a ciphertext could be modified so that it would have been accepted and decrypted to the same plaintext as the original unmodified ciphertext. It was impossible for the attacker to tamper with or decipher the plaintext.
The gist, for non-technical readers, is this: Under certain circumstances somebody could take an encrypted message after it was sent (without knowing what was inside), change some symbols in the ciphertext (without being able to alter the actual message inside), and pass it on to you. After decryption, you would receive the same message that was sent and only you and the sender would know what was in it.
To put this case into familiar terms:
A postal worker could write 'Haha' (using invisible ink!) on the outside of a sealed package that he delivers to you. It didn't stop the package from being delivered, it doesn't allow them to change the contents of the package, and it doesn't allow them to see what was inside.
Earlier versions of Telegram used a 128-bit fingerprint to create the key visualization. It was theoretically possible to spoof it, provided a man-in-the-middle attacker was prepared to spend hundreds of billions of dollars to spoof one secret chat (even using GPUs or ASICs). It would've also taken such a secret chat an entire month to be created instead of mere seconds, which would've certainly been hard to ignore.
Currently, the fingerprint uses an additional 160 bits from the SHA-256 of the key, yielding a total of 288 fingerprint bits, which makes the already infeasible attacks completely impossible.


|
SideCar
|
Class that holds information about a particular recording. More...
#include </Users/howes/src/sidecar/GUI/Playback/RecordingInfo.h>
Signals | |
| void | statsChanged () |
Public Member Functions | |
| RecordingInfo (const QDir &recordingDir) | |
| const QString & | getRecordingDirectory () const |
| const QStringList & | getConfigurationNames () const |
| Obtain the configuration names that make up the recording. More... | |
| const QString & | getName () const |
| QString | getStartTime () const |
| const QString & | getElapsedTime () const |
| const QString & | getNotes () const |
| bool | wasRadarTransmitting () const |
| QString | getRadarFreqency () const |
| bool | wasRadarRotating () const |
| QString | getRadarRotationRate () const |
| bool | wasDRFMOn () const |
| QString | getDRFMConfig () const |
| QString | getBoolAsString (bool value) const |
| int | getDropCount () const |
| int | getDupeCount () const |
Class that holds information about a particular recording.
Each recording started by the RecordingController gets its own RecordingInfo object, which is shown in the RecordingsView table.
Definition at line 17 of file RecordingInfo.h.
|
inline |
Obtain the configuration names that make up the recording.
Definition at line 30 of file RecordingInfo.h.


WITNESS LIST State Recreational Resources Committee (Subcommittee on Game Wardens) July 18, 2002-10:00A Game Wardens On: Cook, Robert (TPWD) Johnston, Dennis (TPWD) Sinclair, David (TPWD) Stinebaugh, Jim (TPWD) Young, Larry (TPWD) Registering, but not testifying: For: Center, Sam (Texas Game Warden Association) On: Campos, Alfonso (TPWD) Kocian, Ed (TPWD) Laughlin, Forrest (TPWD) Lawrence, Roy (TPWD) Odom, Randall (TPWD) Turner, Buddy (TPWD) Wells, Royce (TPWD)


10.3. Example HTTP Connector
The Example HTTP connector has a simple goal: it reads comma-separated data over HTTP. For example, if you have a large amount of data in a CSV format, you can point the example HTTP connector at this data and write a SQL query to process it.
Code
The Example HTTP connector can be found in the presto-example-http
directory in the root of the Presto source tree.
Plugin Implementation
The plugin implementation in the Example HTTP connector looks very similar to other plugin implementations. Most of the implementation is devoted to handling optional configuration and the only function of interest is the following:
@Override
public Iterable<ConnectorFactory> getConnectorFactories()
{
return ImmutableList.of(new ExampleConnectorFactory());
}
Note that the ImmutableList
class is a utility class from Guava.
As with all connectors, this plugin overrides the getConnectorFactories()
method
and returns an ExampleConnectorFactory
.
ConnectorFactory Implementation
In Presto, the primary object that handles the connection between
Presto and a particular type of data source is the Connector
object,
which are created using ConnectorFactory
.
This implementation is available in the class ExampleConnectorFactory
.
The first thing the connector factory implementation does is specify the
name of this connector. This is the same string used to reference this
connector in Presto configuration.
@Override
public String getName()
{
return "example-http";
}
The real work in a connector factory happens in the create()
method. In the ExampleConnectorFactory
class, the create()
method
configures the connector and then asks Guice to create the object.
This is the meat of the create()
method without parameter validation
and exception handling:
// A plugin is not required to use Guice; it is just very convenient
Bootstrap app = new Bootstrap(
new JsonModule(),
new ExampleModule(catalogName));
Injector injector = app
.strictConfig()
.doNotInitializeLogging()
.setRequiredConfigurationProperties(requiredConfig)
.initialize();
return injector.getInstance(ExampleConnector.class);
Connector: ExampleConnector
This class allows Presto to obtain references to the various services provided by the connector.
Metadata: ExampleMetadata
This class is responsible for reporting table names, table metadata,
column names, column metadata and other information about the schemas
that are provided by this connector. ConnectorMetadata
is also called
by Presto to ensure that a particular connector can understand and
handle a given table name.
The ExampleMetadata
implementation delegates many of these calls to
ExampleClient
, a class that implements much of the core functionality
of the connector.
Split Manager: ExampleSplitManager
The split manager partitions the data for a table into the individual chunks that Presto will distribute to workers for processing. In the case of the Example HTTP connector, each table contains one or more URIs pointing at the actual data. One split is created per URI.
Record Set Provider: ExampleRecordSetProvider
The record set provider creates a record set which in turn creates a
record cursor that returns the actual data to Presto.
ExampleRecordCursor
reads data from a URI via HTTP. Each line
corresponds to a single row. Lines are split on comma into individual
field values which are then returned to Presto.


Development tasks that available for bounty rewards are defined as bounty
tagged GitHub Issues in the Veil GitHub repository, and are listed below along with the price in Veil that has been assigned by the project.
The participation procedure is as follows:
- Availability — Only tasks that are in the state available are available to be picked up for development. Tasks in other states have already been accepted and are being worked on.
- Application — If you intend to work on an available task, post a note on the GitHub Issue, tagging the developer @presstab, and include an initial description of your approach to addressing the task.
- Assignment — If your proposed approach is accepted, @presstab will make a note of that on the GitHub Issue, and will change the state to assigned.
- Interaction — As you work on the task, you can post questions and feedback as notes on the issue. In addition, interactive discussion with the Veil development team is available through the dedicated Veil Development Discord
- Progress — As the state of work progresses, you should tag @presstab in a note, requesting to update the state of work. The available states are: assigned, analysis, development, integration, testing and completed.
- Completion & Payment — Once a task has been successfully completed, you will be paid the bounty in Veil.
Currently Open Development Bounties:


The video shows the deputy, who the agency has not publicly identified, taking a girl into custody Thursday afternoon in the parking lot of the Summerset apartments off Oak Ridge Road in south Orange, about a block from the middle school. The girl screams as the deputy pulls her head backward.
Later in the video, which has been viewed more than 45,000 times on Facebook, the deputy brandishes his baton at a crowd that gathered. Near the end of the encounter, he yells at the crowd that they are all “stupid little children."
The Sheriff's office is, however, refusing to release the deputy's name.
Asked under what exemption to Florida’s Sunshine Law the deputy’s name was being withheld, the agency acknowledged the question but did not provide an exemption or further explanation Friday.


- onCreate(Bundle) - Method in class com.example.databasedemo.CreateAccount
-
Called when the activity is created.
- onCreate(Bundle) - Method in class com.example.databasedemo.currentRequest
-
Called when the activity is created
Displays the user's current location on the map.
- onCreate(Bundle) - Method in class com.example.databasedemo.DisplayUserInfoActivity
-
Called when activity is created
Displays user info, checks if username is the same as current user
- onCreate(Bundle) - Method in class com.example.databasedemo.DriverConfirmActivity
-
Called when activity is created
displays map and confirm button
addRequest
- onCreate(Bundle) - Method in class com.example.databasedemo.DriverEndAndPay
-
Called when activity is created
- onCreate(Bundle) - Method in class com.example.databasedemo.DriverRideInfoActivity
-
Displays ride information and allows driver accept it or cancel it
- onCreate(Bundle) - Method in class com.example.databasedemo.DriverScannerActivity
-
Called when activity is created
Displays camera view
- onCreate(Bundle) - Method in class com.example.databasedemo.EditContactInformationActivity
-
Called when activity is created
Displays current information and allows it to be edited
- onCreate(Bundle) - Method in class com.example.databasedemo.GenerateQR
-
Called when activity is created
Generates the QR code and displays it on the rider's screen
- onCreate(Bundle) - Method in class com.example.databasedemo.MainActivity
-
- onCreate(Bundle) - Method in class com.example.databasedemo.moneyScreen
-
Shows current balance and three buttons that allow user to add more money to their wallet
balance is taken from database as well as updated when user adds more
- onCreate(Bundle) - Method in class com.example.databasedemo.QRCodeGenerator
-
Deprecated.
- onCreate(Bundle) - Method in class com.example.databasedemo.RiderConfirmPickup
-
Called when activity is created
shows screen before pickup, displays pick up button which confirms pick up when pressed
- onCreate(Bundle) - Method in class com.example.databasedemo.RiderDriverInitialActivity
-
Called when activity is created
Displays intial activity for rider and driver.
- onCreate(Bundle) - Method in class com.example.databasedemo.RiderEndAndPay
-
Called when activity is created
shows rider the ride on the map and a button to indicate if ride has ended.
- onCreate(Bundle) - Method in class com.example.databasedemo.RiderNewRequestActivity
-
Called when activity is created
displays map, buttons and text fields where to enter start and end locations of ride
Checks that the locations are valid and then gives a fare estimate, with the option to add
a tip to the ride.
- onCreate(Bundle) - Method in class com.example.databasedemo.SignInActivity
-
Called when activity is created
Displays email and password text edit fields as well as two buttons
for sign in or create account
- onCreate(Bundle) - Method in class com.example.databasedemo.SimpleScannerActivity
-
Called when activity is created
sets up camera
- onMapReady(GoogleMap) - Method in class com.example.databasedemo.currentRequest
-
when map is loaded, assign it to the map attribute
- onMapReady(GoogleMap) - Method in class com.example.databasedemo.DriverConfirmActivity
-
when map is loaded, assign it to the map attribute
- onMapReady(GoogleMap) - Method in class com.example.databasedemo.DriverEndAndPay
-
when map is loaded, assign it to the map attribute
- onMapReady(GoogleMap) - Method in class com.example.databasedemo.DriverRideInfoActivity
-
when map is loaded, assign it to the map attribute
- onMapReady(GoogleMap) - Method in class com.example.databasedemo.RiderConfirmPickup
-
when map is loaded, assign it to the map attribute
- onMapReady(GoogleMap) - Method in class com.example.databasedemo.RiderDriverInitialActivity
-
when map is loaded, assign it to the map attribute
- onMapReady(GoogleMap) - Method in class com.example.databasedemo.RiderEndAndPay
-
when map is loaded, assign it to the map attribute
- onMapReady(GoogleMap) - Method in class com.example.databasedemo.RiderNewRequestActivity
-
when map is loaded, assign it to the map attribute
- onNavigationItemSelected(MenuItem) - Method in class com.example.databasedemo.currentRequest
-
Shows items in the sidebar
- onNavigationItemSelected(MenuItem) - Method in class com.example.databasedemo.RiderNewRequestActivity
-
Shows items in the sidebar
- onOptionsItemSelected(MenuItem) - Method in class com.example.databasedemo.BaseScannerActivity
-
Return home when home button is pressed
- onPause() - Method in class com.example.databasedemo.DriverScannerActivity
-
called when activity is paused
stops camera
- onPause() - Method in class com.example.databasedemo.SimpleScannerActivity
-
called when activity pauses
stops camera
- onPostExecute(String) - Method in class com.example.databasedemo.DirectionHelpers.FetchURL
-
- onPostExecute(List<List<HashMap<String, String>>>) - Method in class com.example.databasedemo.DirectionHelpers.PointsParser
-
- onRequestPermissionsResult(int, String[], int[]) - Method in class com.example.databasedemo.DriverEndAndPay
-
requests permission to use camera in order to scan code, on granted permission goes to
DriverScannerActivity
- onRequestPermissionsResult(int, String[], int[]) - Method in class com.example.databasedemo.RiderDriverInitialActivity
-
update map once permission is granted
- onResume() - Method in class com.example.databasedemo.DriverScannerActivity
-
Called when activity is resumed
sets itself as handler and starts camera
- onResume() - Method in class com.example.databasedemo.SimpleScannerActivity
-
called when activity resumes
sets itself as handler and starts camera again
- onTaskDone(Object...) - Method in interface com.example.databasedemo.DirectionHelpers.TaskLoadedCallback
-


2000
45%
2001
100%
2002
63%
2003
11%
2004
46%
2005
88%
2006
35%
2007
5%
2008
78%
2009
91%
2010
55%
2011
16%


[gecode-users] multiple non parallel search in different threads
Christian Schulte
cschulte at kth.se
Wed Nov 30 12:06:54 CET 2011
In which thread do you create the search engines? In the main thread or in
your slave threads?
It is pretty unlikely that this is buggy in Gecode as the parallel search
engines that come with Gecode do more or less what you do.
Cygwin is not a supported platform and we also have close to no experience
on FreeBSD. Use Windows, Mac, or Linux, there things should work.
BTW: There is no need to call status on a fresh clone.
Christian
--
Christian Schulte, www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of TeXitoi
Sent: Wednesday, November 30, 2011 12:00 PM
To: users at gecode.org
Subject: Re: [gecode-users] multiple non parallel search in different
threads
"Christian Schulte" <cschulte at kth.se> writes:
> Hi,
>
> You should first try to make independent clones so that you can use
> them with different threads:
>
> a) Suppose you have a space s.
> b) You compute the fixpoint by s->status(). If s->status() return
> SS_FAILED you are done.
> c) Create two clones c1 and c2 by c1 = s->clone(false) and c2 =
> s->clone(false).
I have added a method that is :
MySpace *MySpace::safeClone()
{
if (status() != SS_FAILED) {
MySpace *that = static_cast<MySpace*>(clone(false));
that->status();
return that;
} else return 0;
}
and do every clone with it.
> d) Now you can use c1 and c2 in two different threads with the normal
> DFS engines.
If I understand correctly, my code should work, but it doesn't.
I'll try on linux to see if I can reproduce it (tested on OpenBSD and
Cygwin, I do not have a big confidence on threads on these platforms).
And if I can, I'll try to write a small example showing the problem.
--
Guillaume Pinot http://www.texitoi.eu
« Il semble que la perfection soit atteinte non quand il n'y a plus rien à
ajouter, mais quand il n'y a plus rien à retrancher. »
-- Antoine de Saint-Exupéry, Terre des hommes
() ASCII ribbon campaign -- Against HTML e-mail
/\ http://www.asciiribbon.org -- Against proprietary attachments
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the users
mailing list


Please enter your Master Password.
Enter
Choose Person
New Correspondent
Click Here For New Key
Click Here To Paste One
Delete Contacts.


Use 3-Pane Window
|
Create a new cabinet. |
Use Separate Windows
|
Change the name of the selected cabinet. |
|
|
List Horizontal
|
The mail or address account pane is displayed across the entire width of the 3-pane window. |
List Vertical
|
The mail or address account pane is displayed over the entire height of the 3-pane window. |
Items Horizontal
|
The mailbox or address book pane is displayed across the entire width of the 3-pane window. |
Items Vertical
|
The mailbox or address book pane is displayed over the entire height of the 3-pane window. |
Preview Horizontal
|
The message or address/group preview pane is displayed across the entire width of the 3-pane window. |
Preview Vertical
|
The message or address/group preview pane is displayed over the entire height of the 3-pane window. |
All Horizontal
|
All panes are displayed across the entire width of the 3-pane window. |
All Vertical
|
All panes are displayed over the entire height of the 3-pane window. |


A high speed, fluid and consistent image gallery slideshow target for both desktop and mobile.
There are a lot of slideshow components available on the web, although none of them matched completely my needs and requirements; so I've decided to create one. I needed a fast slideshow that doesn't block anything else occurring in the page, that uses Immutable objects as inputs and only relies on native browser support for animations and that allows for swiping on mobile.
On top of that, I wanted a slideshow that takes its size from the parent container, so I can easily manipulate it to have a real proper slideshow for different viewports.
Features:
https://voxmachina.github.io/ng-slideshow/
npm install ng-slideshow --save
Import SlideshowModule
on your app module:
import {BrowserModule} from '@angular/platform-browser';
import {NgModule} from '@angular/core';
import {FormsModule} from '@angular/forms';
import {HttpModule} from '@angular/http';
import {AppComponent} from './app.component';
import {SlideshowModule} from 'ng-slideshow'; // IMPORT THE SLIDESHOW MODULE
@NgModule({
declarations: [
AppComponent
],
imports: [
SlideshowModule, // IMPORT THE SLIDESHOW MODULE
BrowserModule,
FormsModule,
HttpModule
],
providers: [],
bootstrap: [AppComponent]
})
export class AppModule {
}
On the component specify a list of options and a list of images to display:
import { Component } from '@angular/core';
import * as Immutable from 'immutable';
@Component({
selector: 'app-root',
templateUrl: './app.component.html',
styleUrls: ['./app.component.scss']
})
export class AppComponent {
/**
* A list of slideshow options
*
* @type {Map<string, any>}
*/
options = Immutable.Map({
showDots: true, // Shows a dot navigation component
height: 450, // The initial slideshow height
showThumbnails: true, // Optionally include thumbnails a navigation option
thumbnailWidth: 150 // Thumbnail individual width for the thumbnail navigation component
});
/**
* A list of images, title is optional, it will be displayed when it's available
*
* All images should have a url and a title parameter, if you don't
* receive the content like this from the server you can always work out something like:
*
* datasetFromServer.map((imageData) => {
* imageData.url = imageData.serverUrl;
* imageData.title = imageData.serverTitle;
* });
*
* @type {Immutable.List<any>}
*/
images = Immutable.List([
{
url: 'http://placekitten.com/800/500',
title: 'Lorem Ipsum is simply dummy text of the printing and typesetting industry. ' +
'Lorem Ipsum has been the industrs standard dummy text ever since the 1500s, when an unknown printer ' +
'took a galley of type and scrambled it to make a type specimen book.'
},
{url: 'http://placekitten.com/1200/500'},
{url: 'http://placekitten.com/800/300', title: 'cat'},
{url: 'http://placekitten.com/300/500', title: 'cat'},
{url: 'http://placekitten.com/860/500', title: 'cat'},
{url: 'http://placekitten.com/830/500', title: 'cat'},
{url: 'http://placekitten.com/660/500', title: 'cat'},
{url: 'http://placekitten.com/720/500', title: 'cat'},
{url: 'http://placekitten.com/360/300', title: 'cat'},
{url: 'http://placekitten.com/860/860', title: 'cat'},
{url: 'http://placekitten.com/800/900', title: 'cat'},
{url: 'http://placekitten.com/800/1200', title: 'cat'}
]);
}
On the template include the component:

Slideshow Demo

<ng-slideshow [options]="options" [images]="images"></ng-slideshow>

On the stylesheet you'll need to define at least the height of your container, width is optional and when not defined it will take 100% and scale accordingly:
section {
width: 900px;
height: 450px;
}
height
: The slideshow needs a defined initial height to be displayed
showThumbnails
: Either or not to display the thumbnail navigation
thumbnailWidth
: When using the thumbnail navigation, the thumbnail width must be definedshowDots
: Either or not to show the dots navigation componentFeel free to participate in the development of this project, any contribution is more than welcome.
If you take a look at the main root package file, you should see the development tasks needed to get you going.
I've also included, in the source, a demo app component, so you should be able to just run npm start
to see it live, and see a demo of the slideshow.
Run npm run tests-dev
to execute the unit tests via Karma, or npm run tests-ci
to execute the unit tests using a headless Chrome version.
MIT


RhythmCloud is a Drum Learning System. To use the system, upload a song in either midi or yaml format. When you click 'Play' on the song, the robotics will play the song. Afterwards, when you are ready to try to replicate what you heard, click 'My Turn' and it will start recording your playback.  Next you will see a button 'View Results'. Click on this and it will tell you your score, and percentage accuracy. Keep on drumming!
RhythmCloud Song Library
Upload a Song
Tempo (bpm):
Duration (seconds):
Please upload a midi (.mid) or beats (.yml) file with drum tracks inside.


threejs
- High dynamic range (RGBE) Image-based Lighting (IBL)
using run-time generated pre-filtered roughness mipmaps (PMREM)
Created by Prashant Sharma and
Ben Houston
.


A blood group checkup camp was organized by students of Aashayein group in Septemeber 2015.
An International Book Fair was organized on September 2015 where books of more than 50 publications were displayed.
Regional auditions of Mood Indigo, Asia's biggest college fest were held at JECRC in October 2015.
An interactive session with Major Gen. Dr. G. D. Bakshi was organized for students in October 2015.
An interactive session with the "Metal King of India", Mr. Anil Agarwal, Chairman, Vedanta Resources Plc was organized in November 2015.
The ideation feedback and social media contest under the Digital for Customer Engagement program of SAP, U.S. was organized exclusively for students of JECRC in November 2015.
Mr. Abhishek Bachchan and the Jaipur Pink Panthers team were in JECRC for a promotional event of ProKabaddi in February 2016.
J Techtrix, a two day exhibition of projects of 1st Year students was held at JECRC in November 2015 where more than forty projects were on display.
An interactive session for students by renowned motivational speaker Mr. Vijay Batra was organized in September 2015.
Under our Alma Connect initiative an interaction of our students with our alumni Anurag Chawla and Vaibhav Bansal, both employed at TCS was organized in August 2015.
Induction Day ceremony for the Batch 2015-19 was organised to welcome our new students in August 2015.
The talent acquisition head, North India for TCS, Mr. Narendra Chandel visited JECRC to interact with students regarding the TCS Campus Commune Program.
On the call of the Hon. Prime Minister, 1st International Yoga Day was celebrated at JECRC in June 2015.
The two day Microsoft Digital India Summit which is a training session on Microsoft Technology was organized at JECRC in May 2015.
The Infosys Campus Connect Program, an in-house summer internship imparted to our students thanks to our collaboration with Infosys was conducted in May 2015.
The TCS Campus Commune registrations that enable students to participate in the various online contests conducted by TCS were carried out at JECRC in April 2015.
The annual JECRC Foundation Blood Donation Camp was organized in October 2015 and 1751 units of blood were collected in a single day.
A musical ensemble of Kabir's Dohe was presented by Mr. Vipul Rikhi of the Kabir project at JECRC in October 2015.
A cleanliness drive was conducted by the student group SOCH of JECRC in March 2016 where Mr. Nirmal Nahata, Hon. Mayor, Jaipur Municipal Corp was the Chief Guest.
A musical performance and interactive session by Mrs & Mr. Vinay Mahajan was organized at JECRC by the student group, Paarijat in March 2016 at JECRC
A three day Entrepreneurship Awareness Camp was organized at JECRC in association with DST in March 2016. The camp witnessed a registration of 300 students and a footfall of 12 eminent speakers from the start up ecosystem of the country.
An interactive session was organized for students in March 2016 with Ms. Temsutula Imsong, known as the "Action Hero of Ganga's Ghats". She has been actively working for cleaning the ghats of Varanasi and has been recognized by PM Narendra Modi & many eminent personalities.
A special performance was organized for students in March 2016 by renowned Kathak dancers, Devendra Sharma & Abhas Sharma . These dancers have performed in front of Barack & Michelle Obama at the U.S. and also at Rashtrapati Bhawan.
Felicitation ceremony was held for the students of JECRC's live blood donation group Aashayein, who have saved more than 100 lives over the last one year by donating blood across various hospitals of the city. The Chief Guests for the ceremony Mrs. & Mr. N R Kothari.
International Women's Day was celebrated by JECRC's social service group Suhasini on 8th March. A Nukkad Natak was presented by the students on this occasion to create awareness against female feticide.
An interactive session with world's only HEXA CCIE + CCDE, Khawar Butt was organized for students in October 2015.
A workshop was conducted by EDC JECRC on Entrepreneurship Skill Development in February 2016. The expert speaker was Dr. Pankaj Bharti from Entrepreneurship Development Institute of India, Ahmedabad.
A two day workshop on "Implementation of logical operations in Software, Image Processing and GUI directly from industry experts, MATLAB, MATLAB projects & interaction with renowned Industry Experts" was held for students by IIT Mumbai and Techienest Jaipur in February 2016
CT based short term training course was organized by Mechanical Department in association with NITTTR, Chandigarh on "Sustainability Development: Challenges & Opportunities" from 12th to 16th October 2015.
Mechanical Department organized a 15 day training programme on "Automotive Design and Development" in association with Elite Techno Group from 8th to 22nd February 2016.


Before Change
if scaled:
if query_head_units is None:
query_shape = npx.shape_array(query)
scale = np.sqrt(query_shape[-1])
else:
scale = math.sqrt(query_head_units)
else:
scale = None
if layout == "NKT":
// 1. Expand the dimension of the mask:
// (B, L_query, L_mem) --> (B, 1, L_query, L_mem)
if mask is not None:
mask = np.expand_dims(mask, axis=1)
// 2. Calculate the attention weights
// Score: (B, N, L_query, C_Q) X (B, N, L_mem, C_Q) --> (B, N, L_query, L_mem)
scores = npx.batch_dot(query, key, transpose_b=True)
if edge_scores is not None:
scores = scores + edge_scores
if scaled:
scores = scores / scale
attn_weights = masked_softmax(scores, mask, dtype=dtype, axis=-1)
attn_weights = npx.dropout(attn_weights, p=dropout)
// 3. Calculate the context vector
// (B, N, L_query, L_mem) X (B, N, L_mem, C_V) --> (B, L_query, N * C_V)
if use_einsum:
context_vec = np.einsum("bnij,bnjc->binc", attn_weights, value)
else:
context_vec = npx.batch_dot(attn_weights, value).transpose((0, 2, 1, 3))
context_vec = npx.reshape(context_vec, (-2, -2, -1))
elif layout == "NTK":
// 1. Expand the dimension of the mask:
// (B, L_query, L_mem) --> (B, 1, L_query, L_mem)
if mask is not None:
mask = np.expand_dims(mask, axis=1)
// 2. Calculate the attention weights
// Score: (B, L_query, N, C_Q) X (B, L_mem, N, C_Q) --> (B, N, L_query, L_mem)
if use_einsum:
scores = np.einsum("binc,bjnc->bnij", query, key)
else:
scores = npx.batch_dot(np.swapaxes(query, 1, 2), np.swapaxes(key, 1, 2),
transpose_b=True)
if edge_scores is not None:
scores = scores + edge_scores
if scaled:
scores = scores / scale
attn_weights = masked_softmax(scores, mask, dtype=dtype)
attn_weights = npx.dropout(attn_weights, p=dropout)
// 3. Calculate the context vector
// (B, N, L_query, L_mem) X (B, L_mem, N, C_V) --> (B, L_query, N * C_V)
if use_einsum:
context_vec = np.einsum("bnij,bjnc->binc", attn_weights, value)
else:
context_vec = npx.batch_dot(attn_weights,
np.swapaxes(value, 1, 2)).transpose((0, 2, 1, 3))
context_vec = npx.reshape(context_vec, (-2, -2, -1))
elif layout == "TNK":
// 1. Expand the dimension of the mask:
// (B, L_query, L_mem) --> (B, 1, L_query, L_mem)
if mask is not None:
mask = np.expand_dims(mask, axis=1)
// 2. Calculate the attention weights
// Score: (L_query, B, N, C_Q) X (L_mem, B, N, C_Q) --> (B, N, L_query, L_mem)
// This layout structure can be implemented very efficiently because B, N are consecutive
// to each other. To have a clear picture of what"s happening, we may consider the
// (i, j)th element of the output
// out[i, j, :, :] = query[:, i, j, :] X key[:, i, j, :].T, which is just one GEMM call
// We can thus implement the whole kernel via a single call of batched GEMM with stride.
if use_einsum:
scores = np.einsum("ibnc,jbnc->bnij", query, key)
else:
scores = npx.batch_dot(query.transpose((1, 2, 0, 3)),
key.transpose((1, 2, 3, 0)))
if edge_scores is not None:
scores = scores + edge_scores
if scaled:
scores = scores / scale
attn_weights = masked_softmax(scores, mask, dtype=dtype)
attn_weights = npx.dropout(attn_weights, p=dropout)
// 3. Calculate the context vector
// (B, N, L_query, L_mem) X (L_mem, B, N, C_V) --> (L_query, B, N * C_V)
// Again, we can implement it via a single call to batched GEMM with stride.
// Shape (B, N, L_query, C_V)
if use_einsum:
context_vec = np.einsum("bnij,jbnc->ibnc", attn_weights, value)
else:
context_vec = npx.batch_dot(attn_weights,
value.transpose((1, 2, 0, 3))).transpose((2, 0, 1, 3))
context_vec = npx.reshape(context_vec, (-2, -2, -1))
else:
raise NotImplementedError("layout="{}" is not supported! "
"We only support layout = "NKT", "NTK", and "TNK"."
After Change
else:
scale = math.sqrt(query_head_units)
else:
scale = None
if layout == "NKT":
// 1. Expand the dimension of the mask:
// (B, L_query, L_mem) --> (B, 1, L_query, L_mem)
if mask is not None:
mask = np.expand_dims(mask, axis=1).astype(np.bool)
// 2. Calculate the attention weights
// Score: (B, N, L_query, C_Q) X (B, N, L_mem, C_Q) --> (B, N, L_query, L_mem)
scores = npx.batch_dot(query, key, transpose_b=True)
if edge_scores is not None:
scores = scores + edge_scores
attn_weights = masked_softmax(scores, mask, axis=-1, temperature=scale)
attn_weights = npx.dropout(attn_weights, p=dropout)
// 3. Calculate the context vector
// (B, N, L_query, L_mem) X (B, N, L_mem, C_V) --> (B, L_query, N * C_V)
if use_einsum:
context_vec = np.einsum("bnij,bnjc->binc", attn_weights, value)
else:
context_vec = npx.batch_dot(attn_weights, value).transpose((0, 2, 1, 3))
context_vec = npx.reshape(context_vec, (-2, -2, -1))
elif layout == "NTK":
// 1. Expand the dimension of the mask:
// (B, L_query, L_mem) --> (B, 1, L_query, L_mem)
if mask is not None:
mask = np.expand_dims(mask, axis=1).astype(np.bool)
// 2. Calculate the attention weights
// Score: (B, L_query, N, C_Q) X (B, L_mem, N, C_Q) --> (B, N, L_query, L_mem)
if use_einsum:
scores = np.einsum("binc,bjnc->bnij", query, key)
else:
scores = npx.batch_dot(np.swapaxes(query, 1, 2), np.swapaxes(key, 1, 2),
transpose_b=True)
if edge_scores is not None:
scores = scores + edge_scores
attn_weights = masked_softmax(scores, mask, axis=-1, temperature=scale)
attn_weights = npx.dropout(attn_weights, p=dropout)
// 3. Calculate the context vector
// (B, N, L_query, L_mem) X (B, L_mem, N, C_V) --> (B, L_query, N * C_V)
if use_einsum:
context_vec = np.einsum("bnij,bjnc->binc", attn_weights, value)
else:
context_vec = npx.batch_dot(attn_weights,
np.swapaxes(value, 1, 2)).transpose((0, 2, 1, 3))
context_vec = npx.reshape(context_vec, (-2, -2, -1))
elif layout == "TNK":
// 1. Expand the dimension of the mask:
// (B, L_query, L_mem) --> (B, 1, L_query, L_mem)
if mask is not None:
mask = np.expand_dims(mask, axis=1).astype(np.bool)
// 2. Calculate the attention weights
// Score: (L_query, B, N, C_Q) X (L_mem, B, N, C_Q) --> (B, N, L_query, L_mem)
// This layout structure can be implemented very efficiently because B, N are consecutive
// to each other. To have a clear picture of what"s happening, we may consider the
// (i, j)th element of the output
// out[i, j, :, :] = query[:, i, j, :] X key[:, i, j, :].T, which is just one GEMM call
// We can thus implement the whole kernel via a single call of batched GEMM with stride.
if use_einsum:
scores = np.einsum("ibnc,jbnc->bnij", query, key)
else:
scores = npx.batch_dot(query.transpose((1, 2, 0, 3)),
key.transpose((1, 2, 3, 0)))
if edge_scores is not None:
scores = scores + edge_scores
attn_weights = masked_softmax(scores, mask, axis=-1, temperature=scale)
attn_weights = npx.dropout(attn_weights, p=dropout)
// 3. Calculate the context vector
// (B, N, L_query, L_mem) X (L_mem, B, N, C_V) --> (L_query, B, N * C_V)
// Again, we can implement it via a single call to batched GEMM with stride.
// Shape (B, N, L_query, C_V)
if use_einsum:
context_vec = np.einsum("bnij,jbnc->ibnc", attn_weights, value)
else:
context_vec = npx.batch_dot(attn_weights,
value.transpose((1, 2, 0, 3))).transpose((2, 0, 1, 3))
context_vec = npx.reshape(context_vec, (-2, -2, -1))
else:
raise NotImplementedError("layout="{}" is not supported! "
"We only support layout = "NKT", "NTK", and "TNK"."


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|
enet
|
Functions | |
| int | enet_host_compress_with_range_coder (ENetHost *host) |
| Sets the packet compressor the host should use to the default range coder. More... | |
| ENetHost * | enet_host_create (const ENetAddress *address, size_t peerCount, size_t channelLimit, enet_uint32 incomingBandwidth, enet_uint32 outgoingBandwidth) |
| Creates a host for communicating to peers. More... | |
| void | enet_host_destroy (ENetHost *host) |
| Destroys the host and all resources associated with it. More... | |
| ENetPeer * | enet_host_connect (ENetHost *host, const ENetAddress *address, size_t channelCount, enet_uint32 data) |
| Initiates a connection to a foreign host. More... | |
| void | enet_host_broadcast (ENetHost *host, enet_uint8 channelID, ENetPacket *packet) |
| Queues a packet to be sent to all peers associated with the host. More... | |
| void | enet_host_compress (ENetHost *host, const ENetCompressor *compressor) |
| Sets the packet compressor the host should use to compress and decompress packets. More... | |
| void | enet_host_channel_limit (ENetHost *host, size_t channelLimit) |
| Limits the maximum allowed channels of future incoming connections. More... | |
| void | enet_host_bandwidth_limit (ENetHost *host, enet_uint32 incomingBandwidth, enet_uint32 outgoingBandwidth) |
| Adjusts the bandwidth limits of a host. More... | |
| void | enet_host_bandwidth_throttle (ENetHost *host) |
| void | enet_host_flush (ENetHost *host) |
| Sends any queued packets on the host specified to its designated peers. More... | |
| int | enet_host_check_events (ENetHost *host, ENetEvent *event) |
| Checks for any queued events on the host and dispatches one if available. More... | |
| int | enet_host_service (ENetHost *host, ENetEvent *event, enet_uint32 timeout) |
| Waits for events on the host specified and shuttles packets between the host and its peers. More... | |
| void enet_host_bandwidth_limit | ( | ENetHost * | host, |
| enet_uint32 | incomingBandwidth, | ||
| enet_uint32 | outgoingBandwidth | ||
| ) |
| host | host to adjust |
| incomingBandwidth | new incoming bandwidth |
| outgoingBandwidth | new outgoing bandwidth |
| void enet_host_broadcast | ( | ENetHost * | host, |
| enet_uint8 | channelID, | ||
| ENetPacket * | packet | ||
| ) |
| host | host on which to broadcast the packet |
| channelID | channel on which to broadcast |
| packet | packet to broadcast |
References enet_packet_destroy(), and enet_peer_send().
| void enet_host_channel_limit | ( | ENetHost * | host, |
| size_t | channelLimit | ||
| ) |
| host | host to limit |
| channelLimit | the maximum number of channels allowed; if 0, then this is equivalent to ENET_PROTOCOL_MAXIMUM_CHANNEL_COUNT |
| host | host to check for events |
| event | an event structure where event details will be placed if available |
| > | 0 if an event was dispatched |
| 0 | if no events are available |
| < | 0 on failure |
References ENET_EVENT_TYPE_NONE.
| void enet_host_compress | ( | ENetHost * | host, |
| const ENetCompressor * | compressor | ||
| ) |
| host | host to enable or disable compression for |
| compressor | callbacks for for the packet compressor; if NULL, then compression is disabled |
References _ENetCompressor::context.
Referenced by enet_host_compress_with_range_coder().
| host | host to enable the range coder for |
References _ENetCompressor::context, and enet_host_compress().
| ENetPeer* enet_host_connect | ( | ENetHost * | host, |
| const ENetAddress * | address, | ||
| size_t | channelCount, | ||
| enet_uint32 | data | ||
| ) |
| host | host seeking the connection |
| address | destination for the connection |
| channelCount | number of channels to allocate |
| data | user data supplied to the receiving host |
References ENET_HOST_TO_NET_16, and ENET_HOST_TO_NET_32.
| ENetHost* enet_host_create | ( | const ENetAddress * | address, |
| size_t | peerCount, | ||
| size_t | channelLimit, | ||
| enet_uint32 | incomingBandwidth, | ||
| enet_uint32 | outgoingBandwidth | ||
| ) |
| address | the address at which other peers may connect to this host. If NULL, then no peers may connect to the host. |
| peerCount | the maximum number of peers that should be allocated for the host. |
| channelLimit | the maximum number of channels allowed; if 0, then this is equivalent to ENET_PROTOCOL_MAXIMUM_CHANNEL_COUNT |
| incomingBandwidth | downstream bandwidth of the host in bytes/second; if 0, ENet will assume unlimited bandwidth. |
| outgoingBandwidth | upstream bandwidth of the host in bytes/second; if 0, ENet will assume unlimited bandwidth. |
References enet_peer_reset().
| void enet_host_destroy | ( | ENetHost * | host | ) |
| host | pointer to the host to destroy |
References enet_peer_reset().
| void enet_host_flush | ( | ENetHost * | host | ) |
| host | host to flush |
References enet_time_get().
Referenced by enet_peer_disconnect(), and enet_peer_disconnect_now().
| int enet_host_service | ( | ENetHost * | host, |
| ENetEvent * | event, | ||
| enet_uint32 | timeout | ||
| ) |
| host | host to service |
| event | an event structure where event details will be placed if one occurs if event == NULL then no events will be delivered |
| timeout | number of milliseconds that ENet should wait for events |
| > | 0 if an event occurred within the specified time limit |
| 0 | if no event occurred |
| < | 0 on failure |
References ENET_EVENT_TYPE_NONE, and enet_time_get().


rotten > Library > Biographies > Icons of Business > Rothschilds
Rothschilds
Mayer Amschel Rothschild
- Born 1743, Frankfurt am Main, to goldsmith Moses Amschel Bauer.
- Coin dealer, later diversified.
- Married GŁttel Schnapper, 29 Aug 1770.
- Died 19 Sep 1812.
Nathan Mayer Rothschild
- Born 16 Sep 1777.
- England. Naturalized 12 Jun 1804.
- 1810, Sir Francis Baring and Abraham Goldsmid die. Rothschild is the remaining major banker in England.
- In 1815, advance news from Waterloo permitted him to speculate on the London stock market, making him a sizable fortune.
- "I care not what puppet is placed upon the throne of England to rule the Empire on which the sun never sets. The man who controls Britain's money supply controls the British Empire, and I control the British money supply."
- Dies 1836.
Rothschild Diaspora
- Amschel Mayer Rothschild, 1773-1855, Frankfurt. Married Eva Hanau, 1796 (she dies 1848.) "Permit me to issue and control the money of a nation, and I care not who makes its laws."
- Salomon Mayer Rothschild, 9-Sep-1774 to 28-Jul-1855, Vienna. Married Caroline Stern, 1800 (she dies, 1854.) Bank closed by the Nazis.
- Karl Mayer Rothschild, 1788-1868, To Naples in 1821.
- James Mayer Rothschild, 1792-1868, To Paris in 1812.
French Branch
Baron Edmond James de Rothschild
- Zionist, one of the benefactors of the early state of Israel.
Baron Maurice de Rothschild
- Born 1881.
- Marries Noťmie Halphen (1888-1968) in 1909.
- Player in the U.S. stock market.
- Died 1957, Paris.
Baron Edmond de Rothschild
- Born 1926 to Baron Maurice de Rothschild.
- Grandfather is Baron Edmond James de Rothschild, noted Zionist benefactor.
- 1955, founds Compagnie Financiere, Paris.
- Richest of the living Rothschilds in the 1990's. Ranked 5th richest man in France.
- Wife Nadine in 1963.
- Son Benjamin born in 1963. He married Ariane Langner.
- Owned 3 wineries in Bordeaux.
- Died 3 Nov 1997, Emphysema, Geneva.
Baron Benjamin de Rothschild
- Born 1963.
- Estimated wealth $2.5B
- Resides in Geneva, Chateau de Pregny.
Jacob H. Schiff
- Born Frankfurt 1847.
- To US in 1865.
- Citizen 1870.
- In 1875 married into Kuhn Loeb and Co., taking it over in 1885.
- Finances purchase of Union Pacific for Edward Harriman (father of W. Averell Harriman.)
- Funds Japan in the 1905 Russo-Japanese War.
- Knew John D Rockefeller, Edward R Harriman, Andrew Carnagie.
- Died in 1920.
Warburgs
Misc
- Haym Solomon, helped finance Revolutionary War.
- Judah Benjamin (potential Rothschild connection to Benjamin Davis)
- Has worked closely with George Soros
Pornopolis |
Rotten |
Faces of Death |
Famous Nudes
|


PART 3. DUTIES AND LIABILITIES OF TRUSTEES
§560:7-301 General duties not limited. Except as specifically provided, the general duty of the trustee to administer a trust expeditiously for the benefit of the beneficiaries is not altered by this chapter. [L 1976, c 200, pt of §1]


Software Engineer
I built a Java SDK for the Wildcard Partner Program. Users of these tools can turn existing content into mobile cards for Wildcard, Twitter, Pinterest, and Facebook. It’s time for a better mobile web!
CifraChat is an open source encrypted communication channel. Each message is encrypted and decrypted client side, meaning the CifraChat server never handles an unencrypted message. Since released under the MIT license, you are encouraged to modify and run your own copy.
flyer penguin generates a print-ready flyer from a Facebook event. I built it with my friend Emily for the Spring 2014 hackNY Student Hackathon, where the project won first place. I presented it at the June 2014 New York Tech Meetup.
I teamed up with Splotch to write this EP exploring electronic and analog sounds. I designed the interactive rainbow grid website so that you can create your own audio-visual experience.
JustRead made the front page of Hacker News, and its Ubuntu server handled the traffic like a champ. Written in Go, this app takes a link to an article and returns a minimal version to read.
Bleep.js is a library with asynchronous tone generation for composing music in JavaScript. I made this as a fun weekend project and presented it at NYU DemoDays in April. Try it out!


Vanilla Js to create beautiful Lightbox without dependencies. It uses A11Y-dialog to address the Lightbox modal and accessibility.
✔ No dependencies
✔ Closing dialog on overlay click and ESC
✔ Toggling aria-*
attributes
✔ Trapping and restoring focus
✔ Build with TypeScript with typings in mind
✔ Powered by CSS animations, no need for JS animations
✔ Build with the powerful SASS so you can customize as much as you want
✔ Highly customizable (in progress)
✔ Tested with Jest (in progress)
You can use it on many environments and in many ways, but I recommend going with npm/yarn installation.
You will need to have Node.js with npm or Yarn installed on your machine.
Just type on your terminal
npm install vanillabox -S # with npm
yarn add vanillabox # with yarn
Then import the module into your main file
import VanillaBox from 'vanillabox'
const GalleryImages = document.querySelectorAll('.gallery .images')
const Lightbox = document.getElementById('lightbox-container')
const animationClass = '.is--animating'
VanillaBox({ GalleryImages, Lightbox, animationClass })
You gonna need some basic styles. If you’re using SASS we got you cover. Just import into your sass file as follow
@import '~vanillabox/src/scss/main';
Using SASS/SCSS instead of CSS has the advantage to customize some aspects of the Lightbox. Here are them:
$tmlb-block: 'lightbox'; // Name of the base selector for all classes
$tmlb-pre-animation-transform: scale(0.98); // Transformation(s) needed for .lightbox__image before in
$tmlb-animating-class: 'is--animating'; // Animating class (should match the used in the Javascript)
$tmlb-animation-name: fadeIn; // Animation name would be used once the .lightbox__image.is--animating
$tmlb-animation-duration: 500ms; // Animation duration
$tmlb-animation-timming: cubic-bezier(0.86, 0, 0.07, 1); // Animation timming-function
$tmlb-max-image-width: 960px; // max width for the .lightbox__image
$tmlb-max-image-height: 520px; // max height for the .lightbox__image
Add a good link
tag at any place in your html file pointing to our precompiled css file
<link href="./node_modules/vanillabox/dist/main.css" re="stylesheet">
I decided to be very liberal with the markup and let decide to you. Even thou, we need some special attributes in order to work properly.
[data-a11y-dialog-hide]
these attributes are used in any component you want to use to close the Lightbox (is inherited from A11YDialog)[data-action="prev"]
this attribute is placed in any component you want to use to load the previous image. If not found both next/prev actions will be ignored[data-action="next"]
this is to load the next image. If not found both next/prev actions will be ignored.lightbox__image
this class is not required (the element will be created if not found) but is good to have in order to optimize the initialization. The Lightbox image will be loaded on it, and should be an img
element as well

<button type="button" class="lightbox__close" data-a11y-dialog-hide aria-label="Cerrar lightbox">
✖
</button>

<button class="lightbox-controls__prev" data-action="prev" aria-label="Imagen Anterior">
⬅
</button>
<button class="lightbox-controls__next" data-action="next" aria-label="Imagen Siguiente">
➡
</button>

We use SemVer for versioning. For the versions available, see the tags on this repository.
Each release is done with the help of StandardVersion
See a full list of changes on our Changelog file
This project is licensed under the MIT License - see the LICENSE file for details
Generated using TypeDoc


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
A French classic for a special occasion, or simply a way to enjoy juicy steak and chips with a rich French sauce.
To make the béarnaise sauce, place the vinegar, white wine, peppercorns and shallot into a small saucepan and bring to the boil.
Simmer until the liquid has reduced by half.
Remove the peppercorns then pour into a medium bowl.
Add the egg yolks and whisk well, then add the lemon juice.
Place over a pan of simmering water and whisk together until thickened and light in colour.
Gradually add in the melted butter, whisking constantly.
Season with salt and black pepper and add the chopped tarragon leaves.

Season the chateaubriand with salt and freshly ground black pepper.
Heat a large ovenproof frying pan until hot, add the oil and half the butter then add the beef and seal on each side until browned, adding the rest of the butter as you go, basting the beef with it.
Transfer to the oven and roast for 15-20 minutes, (depending how you like your beef).
Remove from the oven, turn over and allow to rest for at least 15 minutes.
Meanwhile, place the cherry tomatoes onto a roasting tray and place in the oven for 8-10 minutes until just bursting.
Heat a deep fat fryer to 160C/320F. (CAUTION: Hot oil can be dangerous. Do not leave unattended.)
Carefully place the potato batons into the fat fryer in batches and fry for 3-4 minutes, or until tender but not coloured.
Remove the fries then increase the heat on the fat fryer to 190C/375F and return the fries to the fryer and cook for 2-3 minutes until golden-brown and crisp.
Remove with a slotted spoon and drain onto kitchen paper then season with salt and a little black pepper.
To serve, carve the rested beef into thick slices and place onto the serving plate. Pile the fries and tomatoes alongside then finish with a dollop of béarnaise and handful of watercress.


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Endless Plains [am70], plain, in Imperia, peasants: 126
Last updated Turn #118
Endless Plains [am70], plain, in Imperia, peasants: 126
------------------------------------------------------------------------
14: Sir Uther [s3o], Imperial Empire, baron, with ten soldiers, 50 lt.
14: xbowmen, eight hvy. wagons, 11 riding horses, 50 oxen, arrived from
14: the west, accompanied by:
14: Sir Andrew [v9a], Imperial Empire, with seven soldiers, 41 pikemen,
14: four hvy. wagons, ten nazgul
15: Sir Uther [s3o], Imperial Empire, baron, with ten soldiers, 50 lt.
15: xbowmen, eight hvy. wagons, 11 riding horses, 50 oxen, went east,
15: accompanied by:
15: Sir Andrew [v9a], Imperial Empire, with seven soldiers, 41 pikemen,
15: four hvy. wagons, ten nazgul
16: Michael Michaels [m6h], refugee, with one peasant, arrived from the
16: south.
20: Michael Michaels [m6h], refugee, with one peasant, went north.
30: It has stopped raining.
30: The population grows by one peasant.
Routes leaving Endless Plains:
North, plain, to Endless Plains [al70], 7 days
Garrison [gb0x], garrison, Imperial Empire, with seven peasants,
three skirmishers
East, plain, to Endless Plains [am71], 7 days
South, mountain, to Imperial Mountains [an70], 10 days
West, plain, to Endless Plains [am69], 7 days
Garrison [dm3p], garrison, Imperial Empire, with six peasants
Inner locations:
An Orc Stronghold [k86], orc-stronghold, defense 25, owner:
Stack of orcs [eh9u], orcs, number: 255
Seen here:
Stack of nazgul [cy7w], nazgul, number: 4


|
MOTS Finder
Find non-star-shaped MOTSs
|
Abstract basis class for pseudospectral bases. More...
Public Member Functions | |
| def | __init__ (self, domain, num) |
| def | init (self, use_mp=False) |
| This should be called during the solving process to prepare the internal state. More... | |
| def | transform (self, x, back=False) |
| Transform a point between the physical and native/internal domain. More... | |
| def | pts (self) |
| All collocation points on the physical domain. More... | |
| def | pts_internal (self) |
| All collocation points on the internal domain. More... | |
| def | num (self) |
| Number of basis functions after which to truncate the expansion. More... | |
| def | domain (self) |
| Physical domain of the basis. More... | |
| def | internal_domain (self) |
| Return the internal domain of the basis set. More... | |
| def | solution_function (self, sol_coeffs) |
| Construct the solution function from a given set of coefficients. More... | |
| def | evaluate_all_at (self, x, n=0) |
| Evaluate n'th derivative of all basis functions at x. More... | |
| def | get_closest_collocation_point (self, point) |
| Return the collocation point closest to the given point. More... | |
| def | zero_op (self, as_numpy, real=True) |
| Return a zero matrix with dimensions compatible with current resolution. More... | |
| def | sample_operator_func (self, func) |
| Sample the given function at all collocation points. More... | |
| def | sample_operator_funcs (self, funcs) |
| Sample the list of functions at all collocation points. More... | |
| def | construct_operator_matrix (self, op, as_numpy=False) |
| Compute the operator matrix for the given differential operator. More... | |
| def | deriv_mat (self, n) |
Return derivative matrix of derivative order n . More... | |
Public Attributes | |
| ctx | |
The context (mp or fp ) to use for computations. More... | |
Private Member Functions | |
| def | _collocation_points (self) |
| Compute the collocation points on the internal (native) domain. | |
| def | _compute_deriv_mat (self, n) |
| Compute the n'th derivative of all basis functions at all collocation points. More... | |
| def | _is_op_real (self, op) |
| def | _compute_deriv_mat_row (self, n, row_idx) |
| Return just one row of the derivative matrix of a certain order. More... | |
Private Attributes | |
| _domain | |
| Physical domain of the problem. More... | |
| _num | |
| Number of basis functions to include (i.e. resolution). More... | |
| _use_mp | |
| Whether to compute everything using mpmath. More... | |
| _pts | |
| The collocation points mapped to the physical domain. More... | |
| _pts_internal | |
| The collocation points in the basis' native domain. More... | |
| _deriv_mats | |
| Cached derivative matrices. More... | |
| _scl | |
| Scaling to apply due to derivatives being taken in the native domain instead of the physical one. More... | |
Abstract basis class for pseudospectral bases.
Sub classes should implement the following methods:
|
private |
Compute the n'th derivative of all basis functions at all collocation points.
Rows of the matrix should correspond to different collocation points and columns to the different basis functions.
|
private |
Return just one row of the derivative matrix of a certain order.
Should be overridden by child classes if they can optimize it.
| def construct_operator_matrix | ( | self, | |
| op, | |||
as_numpy = False |
|||
| ) |
Compute the operator matrix for the given differential operator.
This matrix, L
, is defined as the matrix that results from applying the differential operator of the given problem to the matrix M
consisting of the basis functions evaluated at the collocation points, i.e.
where is the j'th basis function and the i'th collocation point.
The differential operator is given by a list of coefficient functions op
, where the elements correspond to the different values of n
used for calling deriv_mat().
For example (for a 1D basis):
Alternatively, op
may be a callable. In this case, it will be called with the full list of collocation points to evaluate the operator at. It should return an array/list of operator components (as above), each with as many elements as the given points list has.
| op | Operator coefficient functions or a callable to compute them all at once or a list of lists already containing the evaluated operator. |
| as_numpy | Whether to construct a NumPy operator matrix (if True ) or an mpmath matrix (default), the latter being much slower and requiring much memory. |
| def deriv_mat | ( | self, | |
| n | |||
| ) |
Return derivative matrix of derivative order n
.
| def domain | ( | self | ) |
Physical domain of the basis.
This is the domain on which to solve the problem.
| def evaluate_all_at | ( | self, | |
| x, | |||
n = 0 |
|||
| ) |
Evaluate n'th derivative of all basis functions at x.
The result is a list of N values.
| x | Point at which to evaluate all basis function. |
| n | Derivative order of the basis functions to use. |
| def get_closest_collocation_point | ( | self, | |
| point | |||
| ) |
Return the collocation point closest to the given point.
The index of this point and the point itself is returned. The point
should be given in the internal domain-space of this basis.
| def init | ( | self, | |
use_mp = False |
|||
| ) |
This should be called during the solving process to prepare the internal state.
The main purpose of splitting initialization from class construction is that during construction (which is done by the user of the NDSolver
and not controlled by the NDSolver
itself), we might not have the desired state of the mpmath arbitrary precision library context. Once the solver is entered, we know the desired dps
(decimal places) and that is when all the computation should take place.
| def internal_domain | ( | self | ) |
Return the internal domain of the basis set.
| def num | ( | self | ) |
Number of basis functions after which to truncate the expansion.
This is the same number as the number of collocation points and basis functions. It should NOT be confused with the formula symbol N
, which is highly dependent on convention and often is chosen to be num-1
, i.e. indices often run over 0, ..., N
.
| def pts | ( | self | ) |
All collocation points on the physical domain.
| def pts_internal | ( | self | ) |
All collocation points on the internal domain.
The internal domain is dependent on the basis used. For example, a Chebyshev polynomial basis is defined on the domain [-1, 1]
, while a Fourier basis is defined on [0, 2pi]
.
| def sample_operator_func | ( | self, | |
| func | |||
| ) |
Sample the given function at all collocation points.
The collocation points will be those in the physical domain.
| def sample_operator_funcs | ( | self, | |
| funcs | |||
| ) |
Sample the list of functions at all collocation points.
The collocation points will be those in the physical domain.
| def solution_function | ( | self, | |
| sol_coeffs | |||
| ) |
Construct the solution function from a given set of coefficients.
| def transform | ( | self, | |
| x, | |||
back = False |
|||
| ) |
Transform a point between the physical and native/internal domain.
| back | Whether to transform back from the physical to the native domain. Default is False , i.e. we transform from the native internal domain to the physical domain. |
| def zero_op | ( | self, | |
| as_numpy, | |||
real = True |
|||
| ) |
Return a zero matrix with dimensions compatible with current resolution.
It will either be a numpy or mpmath matrix, depending on as_numpy
.
|
private |
Cached derivative matrices.
|
private |
Physical domain of the problem.
|
private |
Number of basis functions to include (i.e. resolution).
|
private |
The collocation points mapped to the physical domain.
|
private |
The collocation points in the basis' native domain.
|
private |
Scaling to apply due to derivatives being taken in the native domain instead of the physical one.
|
private |
Whether to compute everything using mpmath.
| ctx |
The context (mp
or fp
) to use for computations.


{% extends 'layout.html' %} {% block pageTitle %} Example - passing data from page to page {% endblock %} {% block content %}
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| coders |
Daniel Bär Johannes Hoffart |
| big it up for |
Jan-André Huber Stephan Seufert |
| app icon | rimshotdesign.com |
| other icons | iconaholic.com |
| code we are using |
NDResourceFork and NDAlias
thanks to Nathan Day
|
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NSFileManager Extensions and FVColorMenuView
thanks to Adam Maxwell
|
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Sparkle.framework
thanks to Andy Matuschak
|
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UKPrefsPanel, UKKQueue and UKCrashReporter
thanks to M. Uli Kusterer
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OpenMeta
thanks to Ironic Software
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LibComponentLogging
thanks to http://0xc0.de/
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CTGradient
thanks to Chad Weider
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STPriviledgedTask
thanks to Sveinbjorn Thordarson
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| disclaimer | |
|
Copyright (c) 2006-2012 nudge:nudge (Johannes Hoffart & Daniel Bär). All rights reserved. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. |


Before Change
filepath = self._get_checksums_filepath()
with tf.io.gfile.GFile(filepath, "rb") as f:
for line in f.readlines():
urls.append(line.split()[0].decode("utf-8"))
self.assertEqual(set(self.URLS), set(urls))
After Change
def _test_checksums(self):
urls = []
filepath = os.path.join(download.checksums._CHECKSUM_DIRS[0], self.builder.name + ".txt")
if not tf.io.gfile.exists(filepath):
raise AssertionError("The urls checksums file does not exist")
with tf.io.gfile.GFile(filepath, "r") as f:
for line in f.readlines():


--- ---
Well, this is rather complex. I start with the basics (don't know if you already know). I use UPPER letters for vectors and lower letters for numbers. Well, and sorry that I repeat some things, I wrote the text and realized I forgot something you have to know for a later step, so I went back and added it, I didn't write this text line by line.
A plane is defined by (X - P) * N = 0
where P is a
vector to any point in your plane and N is the normal vector of
your plane. Sometimes another definition is used, which is easier to gain if
you have the corners of a polygon: X = P + a * A + b * B
(a, b are any real numbers). If you know 3 points
X1, X2, X3 of the plane (3 corners of the
polygon), you can get A and B by
A = X2 - X1
(subtract each component of the vector from the same
component of the other vector) and B = X3 - X1
(and you can use
P = X1
).
Unfortunately this definition is not good to calculate distances, so you have
to get N out of A and B. A * N
must be 0
and B * N
must be 0
(which
means a1 * n1 + a2 * n2 + a3 * n3 = 0
and
b1 * n1 + b2 * n2 + b3 * n3 = 0
). Sorry I cannot remember how to
do this, but you have 2 equations with three unknown variables, so you can
choose one of them as you want (just be careful with 0
and not
0
), the only difference is that the resulting N
differs in its length.
A line is defined by X = P + v * V
where P is any one
point of your line and V is the line's direction (like A
and B of the plane). Again if you know two points X1 and
X2 of your line you get V by V = X2 - X1
(and you can use P = X1
).
The length of a vector V = (v1, v2, v3)
is
length = sqrt(sqr(v1) + sqr(v2) + sqr(v3))
(just 3-dimensional
Pythagoras).
You add two vectors A = (a1, a2, a3)
and
B = (b1, b2, b3)
like that:
A + B = (a1 + b1, a2 + b2, a3 + b3)
(which is a vector again).
You multiply two vectors A = (a1, a2, a3)
and
B = (b1, b2, b3)
like that:
A * B = (a1 * b1 + a2 *b2 + a3 * b3)
(which is a number).
Use following formula to get the distance between any one point X
and a plane: dist = 1 / n * (X - P) * N
where X is a
vector to the point you want to examine and n is the length of
N (you don't need 1/n
if N has already
length of 1
). If X is (x1, x2, x3)
this is
dist = 1 / n * ((x1 - p1) * n1 + (x2 - p2) * n2 + (x3 - p3) * n3)
n = sqrt(sqr(n1) + sqr(n2) + sqr(n3))
Now the distance between two polygons isn't that simple, because there are many different cases (and a polygon is more than just a simple plane, even if it's size is smaller).
What you also need is to calculate the distance between two lines. At first you need a plane, that is parallel to both lines and includes one of the lines:
P(plane) = P(line1)
A(plane) = V(line1)
B(plane) = V(line2)
where A and B are two vectors in the plane
(N * A = 0 and N * B = 0)
, V is a vector in your line
(for polygons, you can take V = X2 - X1
where X2 and
X1 are two corners). Now calculate the distance between this plane
and any one point of line2 using the formula above (any point
because ALL points have the same distance to a plane that's parallel to the
line - nice trick, isn't it?
The last thing we need is not only the minimum distance between two lines, but the points of the lines, that have minimum distance. You can do this (for the point of line1 M1 with minimum distance to line2) by calculating a plane again with
P(secondplane) = P(line2)
<-- the plane we calculated above
A(secondplane) = V(line2)
B(secondplane) = N(plane)
The second plane includes line2 and the point of line1 with the
minimum distance to line2. To get this point of minimum distance,
set P(line1) + v * V(line1) = P(secondplane) + a * A(secondplane) + b * B(secondplane)
.
The bad news: To get M2, you have to repeat this for
line2. Another way would be to take the distance between the lines
(I call it d) and do following:
M2 = M1 + d * 1 / n * N(plane)
(or
M2 = M1 - d * 1 / n * N(plane)
, depends on the direction of
N). The distance between two points X1 and X2
equals the length of the vector X2 - X1
.
Okay, these were the basics. Now the different cases, you have to cope with:
1) The planes of both polygons are parallel
(N1 = x * N2)
:
Transform both polygons the following way: X' = X - P
for each
corner of the polygon (where P is any point in your plane). The new
polygons should now be in the same plane. Test whether both polygons overlap
(is not as simple as it sounds, to be honest I don't know how to do that).
1a) They overlap:
The minimum distance is the distance of the two planes (take any one point of one plane and use the formula above to get the distance to the other plane).
1b) They do not overlap:
Use 2) to calculate the minimum distance.
2) The planes are not parallel (or case 1b):
Calculate the minimum distance of one line of one polygon and one line of the other polygon. Calculate the points of minimum distance from the lines. The edges of the polygons do not have infinite length (the lines do have), so check whether the points of minimum distance are within the polygons (I'd better say: within the edges of the poygons).
2a) Both points are within the polygons:
Store the minimum distance from the lines.
2b) One point or both points are not within the polygon:
Take the corner(s) of the polygon(s) within the line(s) you checked next to the point(s) of minimum distance. Calculate the distance between these points and store it. Now repeat this for each pair of lines (if you have 2 triangles you get 9 combinations (3 times 3). When you are ready compare all the minimum distances and take the smallest one.
Okay, this is quite much to do (realtime? difficult. perhaps if you don't have
many polygons) and there are several problems (a vector
(x1, x2, x3)
and a vector (x1, x2, 0)
may have to be
treated different, for example when you try to get N out of
A and B). If you really need the minimum distance, try
it, but perhaps you find an easier way, that is not that exact (take the
distance between the center of each polygon would be least exact, but very
much easier).
I want to add, that I don't know of other solutions, perhaps there are better ones, and that I don't know if everything I told you is right, I haven't tested it, everything is just theoretically.


[gecode-users] Constraint graph available?
Grégoire Dooms
dooms at info.ucl.ac.be
Thu May 11 20:15:18 CEST 2006
Martin Mann wrote:
>
> I would like to use the structure of the constraint graph in my search
> strategy.
> The constraint graph will be binary and the whole CSP will be
> formulated with binary constraints.
This is something we (at UCLouvain) are investigating as an extention to
CP(Graph).
I am afraid this is not going to be available before a couple of months.
>
> Is it possible to get a list of all NOT entailed constraints of a
> Gecode::Space? Or an other way to access this data without managing
> and updating an additional contraint graph in the space via adjacency
> list etc?
There is no such method. The graph is there hidden in variable
implementations and propagators but it would require some non trivial
work to give it an API.
> In addition I would like to know if it's possible to insert a
> contraint X and hinder X to propagate. The propagation should be done
> by constraint Y and X only used to test if X is entailed or not. For
> example:
> 3 vars A,B,C
> 1 distinct (ABC) with ICL_DOM for full propagation
> 2 neq constraints (AB) (BC)
>
> (AB) and (BC) are included in (ABC), so they dont have to propagate.
> i want to use (AB) and (BC) to test if this variables are not equal or
> not.
You could use reified disequality constraints:
Gecode::rel (Space *home, IntVar x0, IntRelType r, IntVar x1, BoolVar
b, IntConLevel icl=ICL_DEF)
The Boolean variable b becomes 1 as soon as the constraint x0 r x1 is
entailed (use r=IRT_NQ for disequality).
My 2 cents,
--
Grégoire
More information about the gecode-users
mailing list


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