SPICE WORLD
A Film Review by James Berardinelli
RATING: ** OUT OF ****
United Kingdom, 1997 U.S. Release Date: 1/23/98 (wide) Running Length: 1:33 MPAA Classification: PG (Mild profanity, sexual innuendo) Theatrical Aspect Ratio: 1.85:1
Cast: Melanie Brown, Emma Bunton, Melanie Chisholm, Geri Halliwell, Victoria Adams, Richard E. Grant, Alan Cumming, George Wendt, Claire Rushbrook, Naoko Mori, Mark McKinney, Richard O'Brien, Steven O'Donnell, Roger Moore Director: Bob Spiers Producers: Uri Fruchtmann and Barnaby Thomspon Screenplay: Kim Fuller based on an idea by The Spice Girls and Kim Fuller Cinematography: Clive Tickner Music: Paul Hardcastle, The Spice Girls U.S. Distributor: Columbia Pictures
Arguably, the Spice Girls are to the 1990s what ABBA was to the 1970s. Despite their radically different compositions, both groups have a lot in common. Just like ABBA twenty years ago, the Spice Girls are pop wonders who manage to rise consistently to the top of the music charts despite the essential vapidity of their hits. And, although they get very little respect from "serious" music lovers, they continue to sell albums at an alarming rate. Now, for better or worse, the Spice Girls have done something that ABBA never did: starred in a movie.
It's worth noting at the outset that I am definitely not a member of the target audience for this movie. I'm not a screaming pre-teen girl or a hormone-crazed 12-year old boy. I'm also not a Spice Girls fan. Actually, going into the film, I was rather neutral towards them. As SPICE WORLD's running length dragged on, however, and I was subjected to one repetitive song after another, I began to develop an active dislike for the singing group. They may be pleasant to look at, but their irritating antics as presented here are enough to put someone off of them permanently. Suffice it to say that I won't be buying the soundtrack.
The movie's premise is as flimsy as can be, but it least it doesn't require a whole lot of acting from the main quintet of Baby Spice (Emma Bunton), Ginger Spice (Geri Halliwell), Scary Spice (Melanie Brown), Sporty Spice (Melanie Chisholm), and Posh Spice (Victoria Adams). SPICE WORLD follows the group as they travel around London getting ready for a big concert at the Albert Hall. Along the way, they endure photo shoots, constant attention from the paparazzi, pressure from their neurotic manager (Richard E. Grant), interference from a documentary film maker (Alan Cumming), and the attempts of a tabloid owner (Barry Humphries) and his chief photographer (Richard O'Brien) to split them up. In the end, however, they triumph over all adversity and wow their fans.
The press package for SPICE WORLD makes the jaw-dropping statement that the film is "a '90s version of A HARD DAY'S NIGHT with a pinch of THIS IS SPINAL TAP and a dash of SPEED". Time for a reality check. Any similarities between SPICE WORLD and those three films are entirely superficial. The SPEED citation points to a brief parody of a high- speed bus chase, and nothing more. No aspect of SPICE WORLD's occasional pseudo-documentary approach comes close to the acid edge achieved by SPINAL TAP. And, although the film is clearly trying to follow in the footsteps of the Beatles' classic, it's several long strides behind, lacking the same sense of originality, spontaneity, high energy, and joi de vie. Not to mention the differences in music quality. A HARD DAY'S NIGHT was a breath of fresh air; SPICE WORLD is recycled.
The film is littered with unexpected cameos (Stephen Fry, Bob Hoskins, Elton John, Hugh Laurie, Meat Loaf, Jennifer Saunders, Richard Briers, Elvis Costello). Some can surely be attributed to the involvement of film maker Bob Spiers, who is a directing icon for the British sit-com industry. During his long career, he has helmed episodes of "Fawlty Towers," "Are You Being Served," "Alexi Sayle," "A Bit of Fry and Laurie," and "Absolutely Fabulous." Sadly, however, Spiers doesn't generate enough laughter here, and even the "name the next familiar face" game can't save the film.
 Richard E. Grant leads the pack as an intentionally over-the-top neurotic who quickly got on my nerves. Alan Cumming, Barry Humphries, George Wendt (as an American movie producer), Richard O'Brien (best known as Riff Raff from THE ROCKY HORROR PICTURE SHOW), and Claire Rushbrook (as the Girls' assistant) all have more than a few seconds of screen time. Then there's Roger Moore, who, as "The Chief," finds himself satirizing his part as James Bond (although some would argue that his tenure in that role ended in self-parody). While sipping shaken (not stirred) vodka martinis, stroking a cat, and living a life of luxury, he utters such nonsensical profundities as "A headless chicken can only know where he has been. He cannot see where he is going."
SPICE WORLD is a vanity project -- an ego trip designed to show the five girls in the best possible light and give them a chance to perform about 14 numbers on-screen. As a comedy, it's weak, because most of the jokes are obvious and not especially funny. As a satire, it's weaker, because the screenplay never takes any chances and all of the mini parodies are safe, silly, and creatively lifeless. The film isn't even a particularly good musical, because the songs are so inane. The only people who are likely to be able to sit through SPICE WORLD without casting numerous yearning glances at the exit are those who number themselves among the group's legion of die-hard fans. Ultimately, this film has too much Spice and not enough flavoring.
Copyright 1998 James Berardinelli
- James Berardinelli e-mail<EMAIL_ADDRESS>Now with more than 1300 reviews... The ReelViews web site: http://movie-reviews.colossus.net/
"No art passes our conscience in the way film does, and goes directly to our feelings, deep down into the dark rooms of our souls"
- Ingmar Bergman
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| DOSE: |
600 mg |
oral |
DXM |
(liquid) |
A few nights ago, I had an absolutely insane experience with a bottle of Robotussin DX.
This was my first dose of DXM, and after reading up o it, I was dying to give it a try.
As my DXM was kicking in, I was chatting to a friend on the net, and as I came up to the second plateau, I killed the computer and lay on my bed listening to GOA Head (GOA and PSY Trance CDs).
As per expected I appreciated the music a bit more, but nothing really special as I was lying on my bed still in a stationary environment with a steady stream of sound.
Then, out of nowhere I got up to go to the toilet (down the hall), I looked to my right as I got up to look in my mirror and saw my own reflection - a dead body.  I saw a lifeless human shaped piece of meat, my mind removed all previous assosiation from the object, and I just saw a lifeless zombie before me. - A Zombie that really needed to pee! So I began the journey down the hall to the toilet...
Space, size, objects, and depth meant bugger all to me at this time. I get the feeling I was going hard into my third plateau as I was robowalking down the hallway towards the toilet door.
I was alone walking through my darkened house at 3am with a storm outside - this was one of the most intense drug experience I have ever had.
When I got to the door, I opened it slightly and turned the toilet light on and looked at the door and handle. My GOD it seemed the door was huuuge, like the door was a massive cliff face and I was hovering hundreds of metres above the ground, my god that toilet door was whacky.
the trip back down the hall was very strange in that the hallway seemed to be sloping uphill. This was not correct.
The second I got back to my bedroom, I got back in bed peered over the edge of my matteress to see a massive drop off the side of a cliff to see my socks far below!
I vaguely remember laughing at myself for being so mashed and still being sane enough to listen to my favorite CDs. That night was so much fun.
The other thing I love about DXM is the fact that the comedown (if timed right) can be slept off and the amazing feeling I get when I wake up after a good hard DXM trip, how changed I felt.
DXM - Wicked stuff
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


--- layout: page title: About header-img: "img/about-bg.png" ---
I am a student at FlatIron, and this is my blog telling the story of my progress of becoming a Full Stack Web Developer.


Mae Fah Luang University
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|
Herbrand Equivalence
LLVM implementation of Herbrand Equivalence algorithm mentioned at https://arxiv.org/abs/1708.04976
|
#include <cassert>
#include <fstream>
#include <iostream>
#include <set>
#include <sstream>
#include <string>
#include <queue>
#include "MapVector.h"
Go to the source code of this file.
Data Structures | |
| struct | CustomOStream |
The << operator is overloaded for this structure, which then uses its data field program , to provide std::cout like functionalities for Program class. More... | |
| class | Program |
| Defines structures and methods to capture a program, and operate with it. More... | |
| struct | Program::ValueTy |
| Used to capture variables and constants used in the program. More... | |
| struct | Program::ExpressionTy |
| Captures expressions. More... | |
| struct | Program::InstructionTy |
| Captures instructions in the program. More... | |
| struct | Program::CfgNodeTy |
| Represents a node in the control flow graph of the program. More... | |
Macros | |
| #define | PROGRAM_H |
| #define | PRINT_HEADER(str) |
Functions | |
| CustomOStream & | operator<< (CustomOStream &os, char ch) |
| CustomOStream & | operator<< (CustomOStream &os, int i) |
| CustomOStream & | operator<< (CustomOStream &os, std::string s) |
| CustomOStream & | operator<< (CustomOStream &os, Program::ValueTy const &v) |
| CustomOStream & | operator<< (CustomOStream &os, Program::ExpressionTy const &e) |
| CustomOStream & | operator<< (CustomOStream &os, Program::InstructionTy const &i) |
| #define PRINT_HEADER | ( | str | ) |
Definition at line 21 of file Program_0419_1720.cpp.
| #define PROGRAM_H |
Definition at line 8 of file Program_0419_1720.cpp.
| CustomOStream& operator<< | ( | CustomOStream & | os, |
| char | ch | ||
| ) |
Definition at line 303 of file Program_0419_1720.cpp.
| CustomOStream& operator<< | ( | CustomOStream & | os, |
| int | i | ||
| ) |
Definition at line 308 of file Program_0419_1720.cpp.
| CustomOStream& operator<< | ( | CustomOStream & | os, |
| std::string | s | ||
| ) |
Definition at line 313 of file Program_0419_1720.cpp.
| CustomOStream& operator<< | ( | CustomOStream & | os, |
| Program::ValueTy const & | v | ||
| ) |
Definition at line 318 of file Program_0419_1720.cpp.
| CustomOStream& operator<< | ( | CustomOStream & | os, |
| Program::ExpressionTy const & | e | ||
| ) |
Definition at line 324 of file Program_0419_1720.cpp.
| CustomOStream& operator<< | ( | CustomOStream & | os, |
| Program::InstructionTy const & | i | ||
| ) |
Definition at line 330 of file Program_0419_1720.cpp.


Darkon Documentation¶
About Darkon¶
Darkon: Toolkit to Hack Your Deep Learning Models
Darkon is an open source toolkit to understand deep learning models better. Deep learning is often referred as a black-box that is difficult to understand.
But, accountability and controllability could be critical to commercialize deep learning models. People often think that high accuracy on prepared dataset
is enough to use the model for commercial products. However, well-performing models on prepared dataset often fail in real world usages and cause corner cases
to be fixed. Moreover, it is necessary to explain the result to trust the system in some applications such as medical diagnosis, financial decisions, etc. We hope
Darkon can help you to understand the trained models, which could be used to debug failures, interpret decisions, and so on.
Here, we provide functions to analyze deep learning model decisions easily applicable to any Tensorflow models (other models to be supported later). Influence score can be useful to understand the model through training samples. The score can be used for filtering bad training samples that affects test performance negatively. It is useful to prioritize potential mislabeled examples to be fixed, and debug distribution mismatch between train and test samples. In this version, we have added Grad-CAM and Guided Grad-CAM, which are useful to understand decisions of CNN models.
We will gradually enable technologies to analyze deep learning models easily applicable to your existing projects. More features will be released soon. Feedback and feature request are always welcome, which help us to manage priorities. Please keep your eyes on Darkon.
Dependencies¶
- Tensorflow>=1.3.0
Installation¶
Install Darkon alone
pip install darkon
Install with TensorFlow CPU
pip install darkon[tensorflow]
Install with TensorFlow GPU
pip install darkon[tensorflow-gpu]
Communication¶
- Issues: report issues, bugs, and request new features
- Pull request
- Discuss: Gitter
- Email<EMAIL_ADDRESS>Authors¶
License¶
Apache License 2.0
References¶
[1] Cook, R. D. and Weisberg, S. “Residuals and influence in regression”, New York: Chapman and Hall, 1982
[2] Koh, P. W. and Liang, P. “Understanding Black-box Predictions via Influence Functions” ICML2017
[3] Pearlmutter, B. A. “Fast exact multiplication by the hessian” Neural Computation, 1994
[4] Agarwal, N., Bullins, B., and Hazan, E. “Second order stochastic optimization in linear time” arXiv preprint arXiv:1602.03943
[5] Ramprasaath R. Selvaraju, Michael Cogswell, Abhishek Das, Ramakrishna Vedantam, Devi Parikh, Dhruv Batra “Grad-CAM: Visual Explanations from Deep Networks via Gradient-based Localization” ICCV2017


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import models.page.TestResultsPage @import models.page.PsiTestPage @import config.TrackingConsentConfig @(page: TestResultsPage)(implicit request: Request[_], flash: Flash, user: Option[CachedData], feedbackUrl: String, trackingConsentConfig: TrackingConsentConfig, messages: Messages) @generatePsiTestId(psiTestPage: PsiTestPage) = {@Messages(psiTestPage.testNameKey).replace(" ", "").concat("LinkResultsReport")} @displayTestPageLink(testPage: PsiTestPage, testName: String) = { @testPage.testReportUrl.map { reportUrl => Feedback report for @testName (opens pdf document in a new window) } } @displayPhase1TestResultLinks = { @page.phase1DataOpt.map { phase1Tests =>
No data found
} else {@displayPhase1TestResultLinks
@displayPhase2TestResultLinks
@displayPhase3TestResultLink
} } @main_template(title = "Online test feedback | Apply for the Civil Service Fast Stream") {


Nodesh is an npm
package aimed at providing shell-like operations/simplicity within the node ecosystem. The goal is to make working with files/folders, http requests, and transformations, as easy as possible. The library is built upon the async generation constructs within ecmascript as well as stream constructs within the node ecosystem. This means the performance is iterative and real-time, the same way piping works in a Unix shell.
(remote-tokens.js) Example of processing URLs from the input stream
#!/usr/bin/env -S npx @arcsine/nodesh
$stdin // Automatically pipe from stdin
.$tokens($pattern.URL) // Retain only URL patterns and emit as single values
.$http() // Request each url that comes through
.$tokens() // Break down returned webpage into tokens
.$filter(x =>
x.length >= 6 && // Retain words that are 6 chars or more
x.charAt(0) === x.charAt(0).toUpperCase() // And that start with an uppercase letter
)
.$stdout; // Pipe the token stream to stdout
NOTE: The shebang defined here is using env
's -S
flag which will allow for the passing of multiple arguments in the shebang.
As you can see above, the library's aim is to mimic the pattern of command piping, as well as integrate with stdin/stdout seamlessly. With the shebang applied appropriately, this script can be used just like any other cli command.
Example of integrating node scripts within the shell
$ find . -name '*.ts' |\
cat |\
./remote-tokens.js |\
sort -u
Table of Contents
Goals
This tools is aimed at simple workflows that normally live within the domain of bash scripts. It is meant to be an alternative of staying in bash or jumping over to another language like python. It's aimed at being able to leverage node libraries and utilities while providing a solid set of foundational elements.
The goal of this tool is not to be:
- a comprehensive streaming framework
- a reactive framework (e.g. rxjs)
- a build system alternative.
This tool has aspects of all of the above, but it's primary design goal is to focus on providing simplicity in shell-like interaction. To that end, design decisions were made towards simplicity over performance, and towards common patterns versus being completely configurable.
Motivation
When solving simple problems involving file systems, file contents, and even http requests, the Unix command line is a great place to operate. The command line is a powerful tool with all of the built in functionality, and the simplicity of the Unix philosophy. As bash scripts grow in complexity, maintenance and understanding tend to drop off quickly. When piping a file through 5-10+ commands, following the logic can be challenging.
Usually at this point, is when I would switch over to something like Python given it's "batteries included" mentality, as it's a perfectly fine language in it's own right. That being said, I find it more and more desirable to be able to leverage common tools/libraries from the node ecosystem in these tasks.
Architecture
The tool revolves around the use of async
generators, as denoted by async function *
. This allows for the iterative operation, as well as support for asynchronous operations. This means everything within the framework is non-blocking. This also means the primary way of using the framework is by accessing your data as an async generator. The library has built in support for converting basic data types into async generators, as well as built-in support for common patterns.
Example of simple async generator
async function * asyncWorker() {
while (true) {
const result = await longOp();
yield result;
}
}
Sources
Out of the box, the following types support the async iterator symbol (AsyncIterable
):
Iterables
- Generator - This will return the generator, but as an async generator
Set
- This will return an async generator over the set contentsMap
- This will return an async generator over the map's entries [key, value]Array
- This will return an async generator over the array contentsURLSearchParams
- This will generate over the key/value pairsNodeJS:ReadStream
- This will return a line-oriented async generator over the read streamstream.Readable
http.IncomingMessage
fs.ReadStream
Example of read stream
const lineGenerator = $of(fs.createReadStream('data.txt'));
... or ...
const lineGenerator = fs.createReadStream('data.txt').$map(x => ...);
Primitives
The following primitives are also supported, but will return a generator that only has a single value, that of the primitive
String
Number
RegExp
Boolean
Buffer
In addition to the built-in functionality, a global function $of
is declared that will allow any value passed in to be converted to an async iterable. If the item is iterable or is a stream, it will return the iteration as a generator, otherwise return the value as a single-valued generator.
Example of simple value
const bigIntGen = $of(10000n);
Promises
In general, all sequences can be converted to promises by using .$value
to return the first element or by .$values
to return the entire sequence as an array. In addition, in node
versions 11
and higher, the sequence can be await
ed directly and will produce the entire sequence as an array.
Example of awaiting the sequence as a promise
const lines = await `<cook-book-file>`
.$read()
.$match('potato')
GlobalHelpers
Within the framework there are some common enough patterns that exposing them globally proves useful.
$of
Will turn any value into a sequence. If the input value is of type:
Iterable
- Returns sequence of elementsAsyncIterable
- Returns sequence of elementsReadable
/ReadStream
- Returns a sequence of lines read from stream- Everything else - Returns a sequence of a single element
static $of(el: Readable): AsyncGenerator<string>;
static $of(el: string): AsyncGenerator<string>;
static $of<T>(el: AsyncIterable<T>): AsyncGenerator<T>;
static $of<T>(el: Iterable<T>): AsyncGenerator<T>;
static $of<T>(el: AsyncIterable<T>): AsyncGenerator<T>;
static $of<T>(el: T[]): AsyncGenerator<T>;
Example
$of([1,2,3])
.$map(x => x ** 2)
// Should be identical
[1,2,3]
.$map(x => x ** 2)
$exec
Top level access to execute a program
static get $exec(): string['$exec'];
Example
$exec('ls', ['-lsa'])
.$columns(['blockSize', 'perms', 'size', 'group', 'owner', 'month', 'day', 'time', 'path'])
.$console
$registerOperator
In the process of using the tool, there may be a need for encapsulating common
operations. By default, $wrap
provides an easy path for re-using functionality,
but it lacks the clarity of intent enjoyed by the built in operators.
static get $registerOperator(): (op: Function) => void;
Example
/** @template T */
class AsyncIterable {
/** @returns {AsyncIterable<T>} */
$reverse() {
return this
.$collect() // Gather the entire sequence as an array
.$flatMap(x => x.reverse()); // Reverse it and flatten
}
}
$registerOperator(AsyncIterable);
$stdin
.$reverse()
.$stdout;
$argv
The cleaned argv parameters for the running script. Starting at index 0,
is the first meaning parameter for the script. This differs from process.argv
by excluding the executable and script name. This is useful as the script may
be invoked in many different ways and the desire is to limit the amount of
guessing needed to handle inputs appropriately.
NOTE: If you are going to use a command line parsing tool, then you would continue to
use process.argv
as normal.
static get $argv(): string[];
Example
($argv[0] ?? 'Enter a file name:'.$prompt())
// Pull in name from argv[0] or prompt if missing
.$read() // Read file
$stdin
Provides direct access to stdin as sequence of lines
static get $stdin(): AsyncIterable<string>;
Example
$stdin // Stream stdin, one line at a time
.$map(line => line.split('').reverse().join('')) // Reverse each line
.$stdout // Pipe to stdout
$env
A case insensitive map for accessing environment variables. Like process.env
, but
doesn't require knowledge of the case. Useful for simplifying script interactions.
static get $env(): Record<string, string>;
Example
($env.user_name ?? ask('Enter a user name')) // Prompt user name if there
.$map(userName => ... )
$pattern
Common patterns that can be used where regular expressions are supported
static get $pattern(): Record<'URL' | 'EMAIL' | 'PROPER_NAME', RegExp>;
Example
<file>
.$read() // Read a file
.$tokens($pattern.URL) // Extract URLs
.$filter(url => url.endsWith('.com'))
$range
Produces a numeric range, between start (1 by default) and stop (inclusive). A step parameter can be defined to specify the distance between iterated numbers.
static $range(stop: number, start?: number, step?: number): AsyncIterable<number>;
Example
$range(1, 3)
.$map(x => x**2)
// sequence of 1, 4, 9
$range(10, 1, 2)
// sequence of 1, 3, 5, 7, 9
Operators
The entirety of this project centers on the set of available operators. These operators can be broken into the following groups
Core
The core functionality provides some very basic support for sequences
$forEach
This operator is a terminal action that receives each element of the sequence in sequence, but returns no value. This function produces a promise that should be waited on to ensure the sequence is exhausted.
$forEach<T>(this: AsyncIterable<T>, fn: PromFunc<T, any>): Promise<void>;
Example
fs.createReadStream('<file>') // Now a line-oriented sequence
.$forEach(console.log) // Will output each line
$map
Converts the sequence of data into another, by applying an operation on each element.
$map<T, U>(this: AsyncIterable<T>, fn: PromFunc<T, U>): $AsyncIterable<U>;
Example
fs.createReadStream('<file>') // Now a line-oriented sequence
.$map(line => line.toUpperCase())
// is now a sequence of all uppercase lines
$filter
Determines if items in the sequence are valid or not. Invalid items are discarded, while valid items are retained.
$filter<T>(this: AsyncIterable<T>, pred: PromFunc<T, boolean>): $AsyncIterable<T>;
Example
fs.createReadStream('<file>') // Now a line-oriented sequence
.$filter(x => x.length > 10)
// Will retain all lines that are more than 10 characters
$flatten
Flattens a sequence of arrays, or a sequence of sequences. This allows for operators that return arrays/sequences, to be able to be represented as a single sequence.
$flatten<T, U>(this: AsyncIterable<AsyncIterable<U> | Iterable<U>>): $AsyncIterable<U>;
Example
fs.createReadStream('<file>') // Now a line-oriented sequence
.$map(line => line.split(/\s+/g)) // Now a string[] sequence
.$flatten() // Now a string sequence for each word in the file
$flatMap
This is a combination of $map
and $flatten
as they are common enough in usage to warrant a
combined operator. This will map the the contents of the sequence (which produces an array
or sequence), and producing a flattened output.
$flatMap<T, U>(this: AsyncIterable<T>, fn: PromFunc<T, AsyncIterable<U> | Iterable<U>>): $AsyncIterable<U>;
Example
fs.createReadStream('<file>') // Now a line-oriented sequence
.$flatMap(line => line.split(/\s+/g)) // Now a word sequence for the file
$reduce
This is the standard reduce operator and behaves similarly as Array.prototype.reduce
. This operator
takes in an accumulation function, which allows for computing a single value based on visiting each element
in the sequence. Given that reduce is a comprehensive and produces a singular value, this operation cannot
stream and will block until the stream is exhausted. Normally it is common to understand $map
and $filter
as
being implemented by $reduce
, but in this situation they behave differently.
$reduce<T, U>(this: AsyncIterable<T>, fn: PromFunc2<U, T, U> & {init?: () => U;}, acc?: U): $AsyncIterable<U>;
Example
fs.createReadStream('<file>') // Now a line-oriented sequence
.$flatMap(line => line.split(/\s+/g)) // Now a string sequence for each word in the file
.$reduce((acc, token) => {
acc[token] = (acc[token] ?? 0) + 1;
return acc;
}, {}); // Produces a map of words and their respective frequencies within the document
$collect
Gathers the entire sequence output as a single array. This is useful if you need the entire stream to perform an action.
$collect<T>(this: AsyncIterable<T>): $AsyncIterable<T[]>;
Example
fs.createReadStream('<file>') // Now a line-oriented sequence
.$collect() // Now a sequence with a single array (of all the lines)
.$map(lines => lines.join('\n'))
// Produces a single string of the whole file
$wrap
This is the simplest mechanism for extending the framework as the operator takes in a function that operates on the sequence of data as a whole. It will consume the sequence and produce an entirely new sequence.
$wrap<T, U>(this: AsyncIterable<T>, fn: (input: AsyncIterable<T>) => (AsyncIterable<U> | Iterable<U>)): $AsyncIterable<U>;
Example
async function translate*(lang, gen) {
for await (const line of gen) {
for (const word of line.split(/\s+/g)) {
const translated = await doTranslate(lang, word);
yield translated;
}
}
}
fs.createReadStream('<file>') // Now a line-oriented sequence
.$wrap(translate.bind(null, 'fr')); // Produces a sequence of french-translated word
$onError
If an error occurs, use the provided sequence instead
$onError<T>(this: AsyncIterable<T>, alt: OrCallable<AsyncIterable<T> | Iterable<T>>): $AsyncIterable<T>;
Example
'<file>'.
.$read()
.$onError(() => `Sample Text`)
File
Some of the most common shell operations are iterating through files,
and operating upon those files. To support this, the framework supports
producing files as a sequence of file objects or filenames, given a file
extension or a regex pattern. With String
s and RegExp
s supporting the
Symbol.asyncIterator
property, these are the most common way of finding files.
$readLines
This operator will read a text file as a series of Line
objects, which include the file name,
line number, and associated text.
When mode
is text
or undefined, the result will be a series of string in the format {{file}}:{{number}} {{text}}
When mode
is 'object', the result will be the raw Line
objects
When in text
mode, the line number, and file name can be toggled off as needed by passing in additional config.
$readLines(this: AsyncIterable<string>, config: ReadTextLineConfig<'text'>): $AsyncIterable<string>;
$readLines(this: AsyncIterable<string>, config: {mode: 'object';}): $AsyncIterable<Line>;
$readLines(this: AsyncIterable<string>): $AsyncIterable<string>;
Example
'<file>'
.$readLines({ number:false }) // Read as a series of lines, without numbering
'<file>'
.$readLines({ mode:'object' }) // Read as a series of line objects
.$filter(line => line.number === 5) // Read only 5th line
'.js'
.$dir()
.$readLines() // Read as a series of lines, with filename, line number prepended
$read
This operator will treat the inbound string sequence as file names, and will convert the filename (based on IOType)
text
(default) - The sequence will produce as series of lines of textbinary
- The sequence will produce a series ofBuffer
objects
If singleValue is set to true, this produce a single value for the whole stream instead of chunk by chunk. This mode can be easier to work with for certain operations, but is much more memory intensive.
$read(this: AsyncIterable<string>, config?: Omit<ReadStreamConfig, 'mode'>): $AsyncIterable<string>;
$read(this: AsyncIterable<string>, config: ReadStreamConfig<'text'>): $AsyncIterable<string>;
$read(this: AsyncIterable<string>, config: ReadStreamConfig<'binary'>): $AsyncIterable<Buffer>;
$read(this: AsyncIterable<string>, config: ReadStreamConfig<'raw'>): $AsyncIterable<fs.ReadStream>;
Example
'<file>'
.$read({ mode: 'binary' }) // Read as a series of buffers
.$reduce((acc, buffer) => {
return acc + buffer.length;
}, 0); // Count number of bytes in file
'<file>'
.$read({ mode:'binary', singleValue: true }) // Read as a single buffer
.$map(buffer => buffer.length) // Count number of bytes in file
$dir
dir
provides the ability to recursively search for files within a file system. It expects as the
input sequence type:
- A
string
which represents a a file extension (e.g..csv
). Will match all files recursively. - A
string
which represents a glob pattern search on file names (e.g.**\/*.csv
). - A
RegExp
which represents a file pattern to search on (e.g./path\/sub\/.*[.]js/
)
In addition to the input sequence type, there is an optional config to affect the output.
By default the output of this sequence will be a series of file names, relative to the process.cwd()
that will be eligible for reading or any other file operation.
$dir(this: AsyncIterable<string | RegExp>, config: ReadDirConfig & {full: true;}): $AsyncIterable<ScanEntry>;
$dir(this: AsyncIterable<string | RegExp>, config?: Omit<ReadDirConfig, 'full'>): $AsyncIterable<string>;
Example
'.csv'
.$dir({ full: true }) // List all '.csv' files, recursively
.$forEach(f => {
// Display the filename, and it's modification time
console.log(f.file, f.stats.mtime);
});
Transform
Standard operators regarding common patterns for transformations
$notEmpty
This is a special type of filter that excludes null
, undefined
and ''
.
Useful for removing empty values.
$notEmpty<T>(this: AsyncIterable<T>): $AsyncIterable<T>;
Example
'<file>'
.$read()
.$notEmpty() // Return all non-empty lines of the file
$tap
$tap
provides the ability to inspect the sequence without affecting it's production. The function passed in
can produce a promise that will be waited on, if needed.
$tap<T>(this: AsyncIterable<T>, visit?: PromFunc<T, any>): $AsyncIterable<T>;
Example
'.csv'
.$dir()
.$tap(({stats}) => collectMetrics(stats))
// Stream unchanged, but was able to track file stat information
$unique
$unique
will ensure the output sequence does not have any consecutive duplicates, similar to the unix uniq
command.
The uniqueness is only guaranteed linearly, to allow for streaming. Otherwise this would need to wait
for all data before proceeding. You can also specify a custom equality function as needed.
$unique<T>(this: AsyncIterable<T>): $AsyncIterable<T>;
Example
[1, 2, 2, 3, 4, 5, 5, 1, 7]
.$unique() // Will produce [1, 2, 3, 4, 5, 1, 7]
// The final 1 repeats as it's not duplicated in sequence
$unique
$unique
also supports configuration for custom comparators, as well as the ability to count the values as they come through.
$unique<T>(this: AsyncIterable<T>, config: {compare?: AsyncCompare<T>;count: true;}): $AsyncIterable<[T, number]>;
$unique<T>(this: AsyncIterable<T>, config: {compare?: AsyncCompare<T>;count?: false;}): $AsyncIterable<T>;
Example
[1, 2, 2, 2, 3, 4, 5, 5]
.$unique({ count: true }) // Will produce [[1, 1], [2, 3], [3, 1], [4, 1], [5, 2]]
[0, 2, 2, 2, 4, 1, 3, 2]
.$unique({ count: true, compare: (x,y) => x%2 === y%2 })
// Will produce [0, 1, 3, 2] as it captures the first even or odd of a run
$sort
$sort
is a blocking operation as it requires all the data to be able to sort properly. This means it will wait
on the entire sequence before producing new data. The function operates identically to how Array.prototype.sort
behaves.
$sort<T>(this: AsyncIterable<T>, compare?: (a: T, b: T) => number): $AsyncIterable<T>;
Example
'<file>'
.$read() // Now a sequence of lines
.$sort() // Sort lines alphabetically
// Now a sequence of sorted lines
$batch
Allows for iterative grouping of streamed data, and produces a sequence of arrays. Each array will be $batch
sized,
except for the final array which will be at most batch
size.
$batch<T>(this: AsyncIterable<T>, size: number): $AsyncIterable<T[]>;
Example
'<file>'
.$read() // Generator of file lines
.$batch(20) // Generator of array of lines, at most 20 items in length
.$map(lines => lines.sort()) // Sort each batch
// Generator of sorted list strings
$pair
$pair
allows for combining two sets of data into a single sequence of pairs.
The second value can either be a single value, which will be added to every item,
or it could be an iterable element that will match with each item as possible. If the second
iterator runs out, the remaining values can be affected by the mode parameter:
'empty'
- Fill in withundefined
once the second iterator is exhausted. This is default for iterable values.'repeat'
- Loop iteration on the secondary iterator. This is default for string values.'exact'
- Stop the emitting values once the secondary iterator is exhausted.
$pair<T, U>(this: AsyncIterable<T>, value: OrCallable<U | Iterable<U> | AsyncIterable<U>>, mode?: PairMode): $AsyncIterable<[T, U]>;
Example
'.ts'
.$dir() // List all '.ts' files
.$flatMap(file => file
.$read() // Read each file as a sequence of lines
.$pair(file) // Combine each line with the file name
.$map(([a,b]) => [b, a]) // Reverse the order of the columns
)
// Generator of file lines with, file name attached
$join
This operator allows for combining a sequence of elements with a join element
$join<T>(this: AsyncIterable<T>, joiner: T | $AsyncIterable<T>): $AsyncIterable<T>;
Example
'<file>'
.$read() // Read as a series of lines
.$join('\n')
// Produces a sequence of lines inter-spliced with new lines
$concat
Combine multiple streams, linearly
$concat<T>(this: AsyncIterable<T>, other: AsyncIterable<T>, ...rest: AsyncIterable<T>[]): AsyncGenerator<T, void, unknown>;
Example
$range(1, 10)
.$concat($range(11, 20), $range(21, 30))
.$collect()
.$map(all => all.length)
.$stdout; // Displays 30
Text
Support for common textual operations.
As text operators, these only apply to sequences that produce string values.
$columns
$columns
is similar to the unix awk
in that it allows for production of
columns from a single line of text. This is useful for dealing with column
oriented output. The separator defaults to all whitespace but can tailored
as needed by regex or string.
$columns(this: AsyncIterable<string>, sep?: string | RegExp): $AsyncIterable<string[]>;
Example
'<file>.tsv' // Tab-separated file
.$read() // Read as lines
.$columns('\t') // Separate on tabs
// Now an array of tuples (as defined by tabs in the tsv)
$columns
Supports passing in column names to produce objects instead of tuples. These values will be matched with the columns produced by the separator. Any row that is shorter than the names array will have undefined for the associated keys.
$columns<V extends readonly string[]>(this: AsyncIterable<string>, config: V | ColumnsConfig<V>): $AsyncIterable<Record<V[number], string>>;
Example
'<file>.tsv' // Tab-separated file
.$read() // Read as lines
.$columns({names: ['Name', 'Age', 'Major'], sep: '\t'}) // Separate on tabs
// Now an array of objects { Name: string, Age: string, Major: string } (as defined by tabs in the tsv)
$tokens
This operator allows for producing a single sequence of tokens out of lines of text. The default token is all sequences of non-whitespace.
$tokens(this: AsyncIterable<string>, token?: Pattern): $AsyncIterable<string>;
Example
'<file>'
.$read() // Read file as lines
.$tokens(/\b[A-Za-z]{6,100}\b/i) // Extract 6+ letter words
'<file>'
.$read() // Read file as lines
.$tokens($pattern.URL) // Extract all URLs
$match
$match
provides the ability to easily retain or exclude lines.
Additionally, the config provides standard functionality, commensurate with grep:
negate
- Return only lines that do not matchbefore
- The number of lines to return before a matchafter
- The number of lines to return after a match
$match(this: AsyncIterable<string>, pattern: Pattern, config?: MatchConfig): $AsyncIterable<string>;
Example
'<file>'
.$read()
.$match('TODO')
// All lines with TODO in them
'<file>'
.$read()
.$match(/(FIXME|TODO)/, { negate:true })
// Exclude all lines that include FIXME or TODO
'<file>'
.$read()
.$match(/\d{3}(-)?\d{3}(-)?\d{4}/, { after:1, before:1 })
// Match all lines with phone numbers
$replace
$replace
behaves identically to String.prototype.replace
, but will only operate
on a single sequence value at a time.
$replace(this: AsyncIterable<string>, pattern: Pattern, sub: string | Replacer): $AsyncIterable<string>;
Example
'<file>'
.$read()
.$replace(/TODO/, 'FIXME')
// All occurrences replaced
$replace
$replace
also supports a mode where you can pass in a series of tokens, and replacements, and will apply all
consistently. The largest token will win if there is any overlap.
$replace(this: AsyncIterable<string>, pattern: Record<string, string>): $AsyncIterable<string>;
Example
'<file>.html'
.$read()
.$replace({
'<': '<',
'>': '>',
'"': '"'
})
// Html special chars escaped
$trim
$trim
behaves identically to String.prototype.trim
, but will only operate on a single sequence value at a time
$trim(this: AsyncIterable<string>): $AsyncIterable<string>;
Example
'<file>'
.$read()
.$trim()
// Cleans leading/trailing whitespace per line
$toString
$toString
is a convenience method for converting an entire block of
text into a single string. This is useful when looking for patterns that
may span multiple lines.
$toString(this: AsyncIterable<string>): $AsyncIterable<string>;
Example
'<file>.html'
.$read()
.$toString() // Convert to a single string
.$replace(/<[^>]+?>/) // Remove all HTML tags
Limit
Support for limiting sequence values based on ordering
$first
This will return the first n
elements with a default of a single element.
$first<T>(this: AsyncIterable<T>, n?: number): $AsyncIterable<T>;
Example
'<file>'
.$read()
.$first(10) // Read first 10 lines
'<file>'
.$read()
.$first() // Read first line
$skip
This will return all but the first n
elements.
$skip<T>(this: AsyncIterable<T>, n: number): $AsyncIterable<T>;
Example
'<file>.csv'
.$read()
.$skip(1) // Skip header
$last
This will return the last n
elements with a default of a single element.
Since this method requires knowledge of the length of the sequence to
work properly, this now becomes a blocking operator.
$last<T>(this: AsyncIterable<T>, n?: number): $AsyncIterable<T>;
Example
'<file>'
.$read()
.$last(7) // Read last 7 lines of file
'<file>'
.$read()
.$last() // Read last line of file
$repeat
This will repeat the first n
elements with a default of all elements.
$repeat<T>(this: AsyncIterable<T>, n?: number): $AsyncIterable<T>;
Example
'<file>'
.$read()
.$first(10) // Read first 10 lines
Exec
Support for dealing with execution of external programs
$exec
Pipe the entire sequence as input into the command to be executed. Allow for args and flags to be
appended to the command as needed. If the output is specified as 'binary', the generator
will return a sequence of Buffer
s, otherwise will return string
s
$exec<T>(this: AsyncIterable<T> | void, cmd: string, config?: string[] | Omit<ExecConfig, 'mode'>): $AsyncIterable<string>;
$exec<T>(this: AsyncIterable<T> | void, cmd: string, config: ExecConfig<'text'>): $AsyncIterable<string>;
$exec<T>(this: AsyncIterable<T> | void, cmd: string, config: ExecConfig<'binary'>): $AsyncIterable<Buffer>;
$exec<T>(this: AsyncIterable<T> | void, cmd: string, config: ExecConfig<'raw'>): $AsyncIterable<CompletableStream>;
Example
'.ts'
.$dir() // Get all files
.$read() // Read all files
.$exec('wc', ['-l']) // Execute word count for all files
// Run in a single operation
'.ts'
.$dir() // Get all files
.$read() // Read all files
.$exec('npx', {
args: ['tslint'],
spawn : {
env : { NO_COLOR: '1' }
}
}) // Tslint every file
// Run in a single operation
Export
Support for exporting data from a sequence. For all methods that convert the data to a stream (e.g. $write, $writeFinal, $stdout)
Buffer
data implies raw binary data and will be outputted without being processed.
Otherwise treat data as line oriented output and will have newlines appended to each sequence element..
$stream
Converts a sequence into a node stream. This readable stream should be
considered standard, and usable in any place a stream is expected.
If the mode is specified, it determines if the stream is string or Buffer
oriented.
If the mode is not specified, then Buffer
data implies raw binary data with no processing.
Otherwise treat data as line oriented output (with newlines appended).
$stream<T>(this: AsyncIterable<T>, mode?: IOType): Readable;
Example
const stream = '<file>.png'
.$read('binary') // Read file as binary
.$exec('convert', ['-size=100x20']) // Pipe to convert function
.$stream('binary') // Read converted output into NodeJS stream
stream.pipe(fs.createWriteStream('out.png')); // Write out
$write
Emits the sequence contents to a write stream. If the write stream is a string, it is considered to be a file name. Buffer contents are written as is. String contents are written as lines.
$write<T extends string | Buffer | any>(this: AsyncIterable<T>, writable: Writable | string): Promise<void>;
Example
'<file>.png'
.$read('binary') // Read file as binary
.$exec('convert', ['-size=100x20']) // Pipe to convert function
.$write('out.png') // Write file out
$writeFinal
Writes the entire stream to a file, as a final step. The write stream will not be created until all the values have been emitted. This is useful for reading and writing the same file.
$writeFinal(this: AsyncIterable<Buffer | string>, file: string): Promise<void>;
export declare class ExportPropOperators<T> {
Example
'<file>'
.$read()
.$replace(/TEMP/, 'final')
.$writeFinal('<file>');
$values
Extract all sequence contents into a single array and return as a promise
get $values(this: AsyncIterable<T>): Promise<T[]>;
Example
const values = await '<file>.csv'
.$read()
.$csv('Width', 'Depth', 'Height'])// Convert to objects
.$map(({Width, Height, Depth}) =>
int(Width) * int(Height) * int(Depth) // Compute volume
)
.$values // Get all values;
$value
Extract first sequence element and return as a promise
get $value(this: AsyncIterable<T>): Promise<T>;
Example
const name = await 'What is your name?'
.$prompt() // Prompt for name
.$value // Get single value
$stdout
Simple method that allows any sequence to be automatically written to stdout.
Buffer
data will be written as is, and all other data will be treated as line-oriented output
with newlines appended.
get $stdout(this: AsyncIterable<T>): Promise<void>;
Example
'<file>'
.$read() // Read file
.$map(line => line.length) // Convert each line to it's length
.$stdout // Pipe to stdout
$console
Simple property that allows any sequence to be automatically called with console.log
.
Useful for retaining the structure/formatting (e.g. arrays, objects) of data being processed in the stream.
get $console(this: AsyncIterable<T>): Promise<void>;
Example
'<file>'
.$read() // Read file
.$json()
.$console // Log out objects
Advanced
Advanced operators represent more complex use cases.
$parallel
Run iterator in parallel, returning values in order of first completion. If the passed in function produces an async generator, only the first value will be used. This is because the method needs an array of promises and an AsyncIterable cannot produce an array of promises as it's length is unknown until all promises are resolved.
The default concurrency limit is number of processors minus one. This means the operator will process the sequence in order
until there are concurrent
pending tasks, and will only fetch the next item once there is capacity.
$parallel<T, U = T>(this: AsyncIterable<T>, op: (item: T) => AsyncIterable<U> | Promise<U>, config?: number | {concurrent?: number;}): $AsyncIterable<U>;
Example
[10, 9, 8, 7, 6, 5, 4, 2, 1]
.$parallel(x => (x).$wait(x * 1000))
.$console
$range(1000)
.$parallel(x => doWork(x), 100) // 100 concurrent workers
.$console


|
Hammerhead code
Documentation of the the source code of an AUV of Team Tiburon, NIT Rourkela
|
#include "WProgram.h"
Go to the source code of this file.
Classes | |
| struct | sensors_vec_t |
| struct | sensors_color_t |
| struct | sensors_event_t |
| struct | sensor_t |
| class | Adafruit_Sensor |
Macros | |
| #define | SENSORS_GRAVITY_EARTH (9.80665F) |
| #define | SENSORS_GRAVITY_MOON (1.6F) |
| #define | SENSORS_GRAVITY_SUN (275.0F) |
| #define | SENSORS_GRAVITY_STANDARD (SENSORS_GRAVITY_EARTH) |
| #define | SENSORS_MAGFIELD_EARTH_MAX (60.0F) |
| #define | SENSORS_MAGFIELD_EARTH_MIN (30.0F) |
| #define | SENSORS_PRESSURE_SEALEVELHPA (1013.25F) |
| #define | SENSORS_DPS_TO_RADS (0.017453293F) |
| #define | SENSORS_GAUSS_TO_MICROTESLA (100) |
Enumerations | |
| enum | sensors_type_t { SENSOR_TYPE_ACCELEROMETER = (1), SENSOR_TYPE_MAGNETIC_FIELD = (2), SENSOR_TYPE_ORIENTATION = (3), SENSOR_TYPE_GYROSCOPE = (4), SENSOR_TYPE_LIGHT = (5), SENSOR_TYPE_PRESSURE = (6), SENSOR_TYPE_PROXIMITY = (8), SENSOR_TYPE_GRAVITY = (9), SENSOR_TYPE_LINEAR_ACCELERATION = (10), SENSOR_TYPE_ROTATION_VECTOR = (11), SENSOR_TYPE_RELATIVE_HUMIDITY = (12), SENSOR_TYPE_AMBIENT_TEMPERATURE = (13), SENSOR_TYPE_VOLTAGE = (15), SENSOR_TYPE_CURRENT = (16), SENSOR_TYPE_COLOR = (17) } |
| #define SENSORS_DPS_TO_RADS (0.017453293F) |
Degrees/s to rad/s multiplier
| #define SENSORS_GAUSS_TO_MICROTESLA (100) |
Gauss to micro-Tesla multiplier
| #define SENSORS_GRAVITY_EARTH (9.80665F) |
Earth's gravity in m/s^2
| #define SENSORS_GRAVITY_MOON (1.6F) |
The moon's gravity in m/s^2
| #define SENSORS_GRAVITY_STANDARD (SENSORS_GRAVITY_EARTH) |
| #define SENSORS_GRAVITY_SUN (275.0F) |
The sun's gravity in m/s^2
| #define SENSORS_MAGFIELD_EARTH_MAX (60.0F) |
Maximum magnetic field on Earth's surface
| #define SENSORS_MAGFIELD_EARTH_MIN (30.0F) |
Minimum magnetic field on Earth's surface
| #define SENSORS_PRESSURE_SEALEVELHPA (1013.25F) |
Average sea level pressure is 1013.25 hPa
| enum sensors_type_t |
Sensor types


Since there is next to no information on this site about this substance ive decided to submit a report as i have been prescribed Buprenorphine as a substitue for illicit narcotics.
BASICS:
Buprenorphine is a partial opiate-agonist, this is different to full opiate agonists (heroin, morphine, methadone etc) in that it also has some of the properties of opiate antagonists such as naltrexone (a substance that stops opiates binding to the receptors in your brain, used in overdoes etc).
For this reason, is is prescribed to addicts as a substitue to heroin. The theory being, that it gives an addict a high that satisfies them but also stops any street narcotics that they may take from working.
Before treatment commences, it is recommended that the patient already be withdrawing. The main reason for this is due to the fact that buprenorphine has such a high affinity for the opiate receptors. If a patient has another opiate in their system and then has a dose of buprenorphine, it competes for the receptors, and as it has a higher affinity than heroin it will win and it rapidly displace the heroin, precipitating acute withdrawals (very unpleasant).
Buprenorphine IS still addictive (after about 10 - 14 days daily use). Although the withdrawrals are much more mild. Some people use buprenorphine in the short term to break their heroin addiction. This is done as follows
1) patient waits till early withdrawals
2) patient takes buprenorphine for 10 days
3) patient tapers off the buprenorphine, with little or no withdrawrals. Thus the bup has prevented heroin withdrawrals, but the patient stops taking the bup before they are addicted to it. thus, withrwarals are avoided and they can then get support (counceling etc) to stay off without having to worry about withdrawals.
however, most seem to use is as a long term substitute.
DOSE:
The dose given in the erowid notes puts 600µg as being equivalent to 10mg of morphine. My dose is 16mg (sublingual), which isn't a particulaly large dose. I started on 4mg which was increased to 16mg over several days. Some people at the clinic i attend take 22mg, i dont know how high it goes, that's just the highest I've heard.
The Buprenorphine I take comes in 2mg tablets which are crushed by the clinic and the powder is taken sublingually (dissloved under the tongue). The effects of increased doses plauteau quite quickly, so taking more after a certain amount won't give a greater level of intoxication, it will just prolong the effects.
EFFECTS:
The effects are pretty much the same as heroin and other opiates, but not as intense. Buprenorphine also has some effects that are different from heroin. Many patients (including me) report that it makes them a bit speedy or buzzy... chatty and full of energy. Some peope find it hard to sleep while taking it. I had difficulty the first couple of nights but have no problems now.
Buprenorphine is extreemly long lasting, some patients can comfortably dose only every 3 days (as opposed to heroin which lasts 4 - 8 hours). For me the full effects last about 10 hours, but i am comfortable for 24 hours (after this i do not know, ive never skipped a dose)
Effects can be felt after about 20 mins, and peak at about 4 - 6 hours.
SIDE EFFECTS:
As with all substances, there are side effects. The first day of treatment I was nauseus, but as with all opiate nausea, this is relieved by lying down. I threw up a few times when I had to get up for whatever reason. I also had a headache for a few days.
Constipation is another side effect that is common to all opiates for some people.
BUPRENORPHINE AND OTHER DRUGS:
There are several drugs that should NEVER be taken with buprenorphine, i was warned very strongly about a few in particular.
-Benzodiazapines or Barbituates should NOT be taken when taking
buprenorphine. Apparently this can lead to death (porbably as they are both depressants.)
-Lage amounts of alcohol apparently can also cause very serious problems. From what I understood it is only excessive amounts. So yes, drinking till you pass out could well be the end of you. Just take it easy on the piss while on bup.
*note* This is not a complete list, just the ones I know. please do your research and be careful.
it seems to be okay to smoke marijuana while taking bup (the doc said so ;)
OVERDOSE:
Overdose on buprenorphine alone is uncommon, however it is possible to overdose on another opiate if the buprenorphine is wearing off. I'll try and explain why, Buprenorphine has a high affinity for opiate receptors, and also blocks the action of other opiates. If one was to take heroin whilst on bup, they would not feel much at all as the heroin is prevented from binding to opioid receptors, and perhaps one would use more and more. As the bup wears off it's affinity for opioid receptors drops. As soon as its 'binding power' drops below that of heroin, all the heroin will instantaneously displace the buprenorphine and bind to the receptors. As there is an abnormaly large amount in the system, the patient will overdose.
Buprenorphine seems to be a much better option than methadone, and I've little doubt that before long methadone will be much less common. This substance has given great results for people trying to control their addictions (including me) i enjoy the high and it lasts and lasts. thumbs up.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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Jaya Krishna Mandivarapu
GSU Computer Science Department
| Project Name |
Link |
Description |
| Assignment 1 |
Ass 1
|
Profile Page |
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Hobbies/ Interests
EDUCATION
- Schools I Have Gone To
- Georgia State University
- JNUTU Kakinada
JOB HISTORY
- What I Have Done
- Intern for Cox Automotive
- Intern for American Family Insurance
“Do not let circumstances control you. You change your circumstances.” – Jackie Chan
More Links


I am 14 years old. I use pot everyweek-end, and have tried most other drugs. I have heard about catnip being used as a mild intoxicant. I couldn't find much else about it, such as experience reports, so I decided to find out for myself. I went to the petstore and asked where the catnip was. The lady showed me and I selected a 1/2 ounce bag of Four Paws Super Catnip Leaves and Blossoms. It looked surprisingly similar to shake weed. It was green and had an exotic cigarette smell. I was very intrigued.
Anyway, the price was amazingly low. $2.44 for this 1/2 ounce bag. It was a great deal. I purchased it and showed it to my friends. They were intrigued also but declined to try it. So I planned to try it the next morning by myself. I plucked out a few grams and placed it on a piece of paper. I then broke up and poured out the contents of a Marlboro Light cigarrette on the same piece of paper. It was 2 parts catnip to 1 part tobacco. (Twice as much catnip) I rolled 3 fairly large joints and proceeded to smoke. I smoked 2 of the joints, and then I had to stop as my throat was getting irritated. The smoke however was aromatic and pleasant tasting. It tasted like a Camel Jade. I put the last joint back in the bag.
I felt mildly intoxicated, with some zoning out and a little strange walking. There wasn't any euphoria that I could tell. The feeling lasted about an hour and was strange but not at all overwhelming. the rest of the day I was tired. It wasn't unpleasant however, and I plan to do it again later with some marijuana. I suspect it will enhance the pot high somehwhat. Well anyway I have tons left over. I think I shall give some to my cat. :) It's supposed to make my cat happy and playful. That's what the box it came in says.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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You really didn't strike me as a terrorist, but I guess it's always the quiet GENDERREFs you need to watch out for.
You did a great job making me think you were a loyal employee, though. I must confess that I didn't see this coming. It just goes to show that you can't prevent a train from occasionally blowing up spectacularly.
Speaking of trains, I leave you with this. May its beauty bring you comfort wherever you're going.
Sandra Silvern
Managing Consultant / Haka Manager


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Call me Quinn! Like Dr. Quinn the Medicine Women, or Quinn from Glee, or Barney's ex-stripper gf, Quinn from How I Met Your Mother. haha!
(You can email me below regarding which reference you know... disclaimer: Your response may lead me to come to a conclusion about you & and your age... ^_^ )
I was born and raised in Oakland, CA. (Bred with a backbone of steel.) From 2006 to 2010, I went on a crazy 4-year trip. Epic stories galore... why... I remember that time when they bound my legs and threw me overboard into the middle of the Sulu Sea. Oh the stories...
But this website is not about my past per se. It's really about the future me: The Teched-Out Me. On this webpage, you will be able to follow my progress as I navigate the world of:
From here, you can read my blogs and eventually a showcase of my projects (link up top!). At the bottom of every page, you can click on my social media links to contact me or just check out what I've been up to. =D
My blogs are split into two categories: On the left side panel, you have my cultural blogs. On the right side panel, my techie blogs.  But if you want to get to know Quynh! read the cultural blogs!
DEV BOOTCAMP Timeline
Start date: 11/17/14.
(Winter break: 12/22-1/5)
End date: 2/6/15!


Copyright © 2007 Mochi Media, Inc.
Authors: Bob Ippolito (bob@mochimedia.com).
| cmd/1 | os:cmd(cmd_string(Argv)). |
| cmd_port/2 | open_port({spawn, mochiweb_util:cmd_string(Argv)}, Options). |
| cmd_string/1 | Create a shell quoted command string from a list of arguments. |
| guess_mime/1 | Guess the mime type of a file by the extension of its filename. |
| join/2 | Join a list of strings together with the given separator string or char. |
| parse_header/1 | Parse a Content-Type like header, return the main Content-Type and a property list of options. |
| parse_qs/1 | Parse a query string or application/x-www-form-urlencoded. |
| partition/2 | Inspired by Python 2.5's str.partition: partition("foo/bar", "/") = {"foo", "/", "bar"}, partition("foo", "/") = {"foo", "", ""}. |
| path_split/1 | Split a path starting from the left, as in URL traversal. |
| quote_plus/1 | URL safe encoding of the given term. |
| record_to_proplist/2 | calls record_to_proplist/3 with a default TypeKey of '__record'. |
| record_to_proplist/3 | Return a proplist of the given Record with each field in the Fields list set as a key with the corresponding value in the Record. |
| safe_relative_path/1 | Return the reduced version of a relative path or undefined if it is not safe. |
| shell_quote/1 | Quote a string according to UNIX shell quoting rules, returns a string surrounded by double quotes. |
| test/0 | |
| unquote/1 | Unquote a URL encoded string. |
| urlencode/1 | URL encode the property list. |
| urlsplit/1 | Return a 5-tuple, does not expand % escapes. |
| urlsplit_path/1 | Return a 3-tuple, does not expand % escapes. |
| urlunsplit/1 | Assemble a URL from the 5-tuple. |
| urlunsplit_path/1 | Assemble a URL path from the 3-tuple. |
cmd(Argv::[string()]) -> string()
os:cmd(cmd_string(Argv)).
cmd_port(Argv::[string()], Options) -> port()
open_port({spawn, mochiweb_util:cmd_string(Argv)}, Options).
cmd_string(Argv::[string()]) -> string()
Create a shell quoted command string from a list of arguments.
guess_mime(File::string()) -> string()
Guess the mime type of a file by the extension of its filename.
join(Strings::[string()], Separator) -> string()
Join a list of strings together with the given separator string or char.
parse_header(String::string()) -> {Type, [{K, V}]}
Parse a Content-Type like header, return the main Content-Type and a property list of options.
parse_qs(Binary::string() | binary()) -> [{Key, Value}]
Parse a query string or application/x-www-form-urlencoded.
partition(String, Sep) -> {String, [], []} | {Prefix, Sep, Postfix}
Inspired by Python 2.5's str.partition: partition("foo/bar", "/") = {"foo", "/", "bar"}, partition("foo", "/") = {"foo", "", ""}.
path_split(S::string()) -> {Part, Rest}
Split a path starting from the left, as in URL traversal. path_split("foo/bar") = {"foo", "bar"}, path_split("/foo/bar") = {"", "foo/bar"}.
quote_plus(Atom::atom() | integer() | string()) -> string()
URL safe encoding of the given term.
record_to_proplist(Record, Fields) -> proplist()
calls record_to_proplist/3 with a default TypeKey of '__record'
record_to_proplist(Record, Fields, TypeKey) -> proplist()
Return a proplist of the given Record with each field in the Fields list set as a key with the corresponding value in the Record. TypeKey is the key that is used to store the record type Fields should be obtained by calling record_info(fields, record_type) where record_type is the record type of Record
safe_relative_path(P::string()) -> string() | undefined
Return the reduced version of a relative path or undefined if it is not safe. safe relative paths can be joined with an absolute path and will result in a subdirectory of the absolute path.
shell_quote(L::string()) -> string()
Quote a string according to UNIX shell quoting rules, returns a string surrounded by double quotes.
test() -> any()
unquote(Binary::string() | binary()) -> string()
Unquote a URL encoded string.
urlencode(Props::[{Key, Value}]) -> string()
URL encode the property list.
urlsplit(Url) -> {Scheme, Netloc, Path, Query, Fragment}
Return a 5-tuple, does not expand % escapes. Only supports HTTP style URLs.
urlsplit_path(Path::Url) -> {Path, Query, Fragment}
Return a 3-tuple, does not expand % escapes. Only supports HTTP style paths.
urlunsplit(X1::{Scheme, Netloc, Path, Query, Fragment}) -> string()
Assemble a URL from the 5-tuple. Path must be absolute.
urlunsplit_path(X1::{Path, Query, Fragment}) -> string()
Assemble a URL path from the 3-tuple.
Generated by EDoc, Sep 8 2009, 13:22:42.


Introduction of the Blog
Hello, I’m Ting-Ting, an engineering student and I currently live in the United States. I open this Wander Wondering blog to share with you some things I enjoyed, like my trips, my paintings, my cat Hikikomori and other fun things I have done or I planned to do. You will have fun reading my posts! Last but not the least, since I have studied optical physics for over 10 years, I would like to share with you some interesting facts about optical physics! e.g. rainbows, lasers, why the sky is blue and why the sunset is red?
Post 1 : Hikikomori
Hikikomori arrived at home on Dec 1st, 2016. Daddy and mommy named her Hikikomori because we watched a documentary on YouTube about the Hikikomori phenomenon in Japan two days before we picked her up from humane society. The definition of Hikikomori in Wiki is this: The Japanese Ministry of Health, Labour, and Welfare defines hikikomori as people who refuse to leave their house and thus isolate themselves from society in their homes for a period exceeding six months. In our case, we know that house cats are supposed to stay inside to decrease the possibility of getting lost, hitting by cars, chasing by dogs, or attacking by bugs, which means that house cats are supposed to be Hikikomori. So, we named her Hikikomori.
Hikikomori has been with us for a month, and for most of the time, she is a super well-behaved girl. She actually likes staying inside maybe due to the influence of her name. We have taken her out twice with a leash and the trips went well unexpectedly. Hikikomori likes sleeping, making gu gu sound instead of meow meow, jumping and playing with fake birds and mices.  She may consider being a morning alarm to be her job. HAHA. You will find the posts about Hikikomori interesting and amusing if you are a cat lover or animal lover!


Implementation of robust sparse PCA using the ROSPCA algorithm of Hubert et al. (2016) <doi:10.1080/00401706.2015.1093962>.
| Version: | 1.0.4 |
| Depends: | R (≥ 2.14.0) |
| Imports: | stats, graphics, parallel, mrfDepth (≥ 1.0.5), robustbase (≥ 0.92-6), pcaPP, rrcov, rrcovHD (≥ 0.2-3), elasticnet, mvtnorm, pracma |
| Published: | 2018-02-26 |
| Author: | Tom Reynkens [aut, cre], Valentin Todorov [ctb] (Original R code for PcaHubert and diagnostic plot in rrcov package), Mia Hubert [ctb], Eric Schmitt [ctb], Tim Verdonck [ctb] |
| Maintainer: | Tom Reynkens <tomreynkens at hotmail.com> |
| BugReports: | https://github.com/TReynkens/rospca/issues |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | https://github.com/TReynkens/rospca |
| NeedsCompilation: | no |
| Materials: | NEWS |
| In views: | Robust |
| CRAN checks: | rospca results |
| Reference manual: | rospca.pdf |
| Package source: | rospca_1.0.4.tar.gz |
| Windows binaries: | r-devel: rospca_1.0.4.zip, r-release: rospca_1.0.4.zip, r-oldrel: rospca_1.0.4.zip |
| OS X binaries: | r-release: rospca_1.0.4.tgz, r-oldrel: rospca_1.0.4.tgz |
| Old sources: | rospca archive |
Please use the canonical form https://CRAN.R-project.org/package=rospca to link to this page.


Panicked Jennifer Aniston swears on This Morning after Alison Hammond's surprise
The Friends actress and Reese Witherspoon were stunned while watching classic clips of This Morning. And Phillip Schofield and Holly Willoughby make a cameo in their new series.
by Kyle O'Sullivan, https://www.mirror.co.uk/authors/kyle-osullivan/Jennifer Aniston swore on today's This Morning after watching Alison Hammond's surprise clips.
The much-loved presenter caught up with the Friends star and Reese Witherspoon to discuss their new series - The Morning Show.
Alison, who knows a lot about daytime TV, gave the Hollywood actresses some pointers and asked whether they had done any research into her role.
Jennifer said: "You especially. This is how good I am. You didn’t notice the following I did of you. That's how much of a shadow I am."
The actresses then watched some classic This Morning clips and had to decide whether they were fake or not, which led to Jen's shock outburst.
They refused to believe that This Morning would air a knife thrower's assistant being hit in the head during a stunt.
So the pair were horrified when they saw the shocking clip - with Jennifer turning the air blue.
Alison explained: "That actually happened. She was OK. Nobody was hurt."
Jennifer and Reese were then left open-mouthed when they saw footage of Gino D'Acampo cooking naked in the studio.
Reese, who asked what angle Alison watched it from, confessed: "I’m starting to think this is the craziest show in the world."
This Morning actually features in the background of the actresses' new Apple+ series - The Morning Show.
This Morning viewers pointed out that presenters Phillip Schofield and Holly Willoughby were on the TV in a scene.
Dr Chris Steele is also seen in the clip when Jennifer's character goes on a rant in the newsroom, but Jennifer's head blocks a bit of the screen.
As they watched the moment, Phillip said: "Thee you do. Duck, Jen. Duck, woman."
*This Morning airs weekdays on ITV at 10.30am


Stronger together
We appreciate long-term relationships. We are not afraid of commitment and our relationships are going strong, lasting 10+ years.


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2020 Toyota Camry AWD And 2021 Avalon AWD Debut With RAV4 Tech
Winter is coming.
by Adrian PadeanuDespite more and more people flocking to crossovers and SUVs, Toyota is well aware there are still many people out there who would prefer to buy the once traditional sedan. Yes, year to date sales of the Camry are down by 1.6% to 285,058 while those of the Avalon have dropped by 16% to 24,208, but despite the decrease, Toyota still has a solid customer base for these two sedans.

Some of these people likely want the extra grip provided by an all-wheel-drive system without having to buy an SUV such as the RAV4 or the Highlander. For these people, two of the company’s sedans are getting an all-paw system, although sadly it won’t be called All-Trac as it was the case with the all-wheel-drive Camry sold from 1988 until 1991.
Gallery: 2020 Toyota Camry and 2021 Avalon with all-wheel drive
Available for the 2020MY Camry and 2021MY Avalon, the Dynamic Torque Control AWD system developed in-house is derived from the RAV4 and is available exclusively on the U.S.-spec cars. Depending on situation, the hardware will be able to send up to 50% of the engine’s torque to the rear axle, and when AWD is not needed, the electromagnetic controlled coupling disengages the propeller shaft from the differential to cut fuel consumption.
AWD can be had only with the 2.5-liter four-cylinder gasoline engine hooked up to an eight-speed automatic transmission. The engine is rated at 202 horsepower for the Camry LE, XLE, and SE, while the Camry XSE and Avalon XLE and Limited versions get 205 hp and a pair of exhaust tips.
Sedans Are Still Relevant:
Toyota says the AWD system has been engineered to re-engage instantly whenever it’s necessary and won’t make the sedans less practical than their FWD counterparts as trunk room and passenger space is the same. Of course, the extra hardware has had an impact on weight as an all-wheel-drive Camry is 165 pounds (75 kilograms) heavier than its front-wheel-drive sibling, while the Avalon weighs just about as much as the V6-powered model.
You’ll be able to get the Camry AWD from early spring 2020 and the Avalon from next fall.


{% if payment_type == "PURCHASE" %}
You are about to purchase: {{ transaction_id_times }} x {{ transaction_id }}
Send {{ amount }} {{ ticker }} at {{ address }}
This address is valid until {{ payout_time }}
{% else %}
Donate any amount of money at {{ address }}
{% endif %}


{% extends "webca/web/base.html" %} {% block content %}
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Drips will be sent as notifications if the app is not opened after the set amount of days.
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This module allows you to configure the WU-FTPd FTP server installed on your
system. Users with accounts on your system can login to the FTP server and
access their files using client programs such as Netscape, ncftp,
the KDE file browser or one of the many Windows FTP clients. You can also
setup a public FTP server to which anonymous users are allowed read-only or
read-write access to a limited subset of files on your system.
The main page of this module shows a table of icons, one for each category
of configurable options. If your FTP server is running as a standalone
process, a button will be displayed at the bottom of the page for you to
restart the FTP server and apply the current settings. However, if your
system runs FTPd from inetd as most do, any changes you make will
take effect immediately for new FTP sessions.


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Jing-Fan Hu, Ting-Zhu Huang*, Liang-Jian Deng*, Tai-Xiang Jiang, Gemine Vivone, Jocelyn Chanussot
Hyperspectral images are of crucial importance in order to better understand features of different materials. To reach this goal,they leverage on a high number of spectral bands. However, this interesting characteristic is often paid by a reduced spatial resolution compared with traditional multispectral image systems. In order to alleviate this issue, in this work, we propose a simple and efﬁcient architecture for deep convolutional neural networks to fuse a low-resolution hyperspectral image (LR-HSI) and a high-resolution multispectral image (HR-MSI), yielding a high-resolution hyperspectral image (HR-HSI). The network is designed to preserve both spatial and spectral information thanks to an architecture from two folds: one is to utilize the HR-HSI at a different scale to get an output with a satisﬁed spectral preservation; another one is to apply concepts of multiresolution analysis to extract high-frequency information, aiming to output high quality spatial details. Finally, a plain mean squared error loss function is used to measure the performance during the training. Extensive experiments demonstrate that the proposed network architecture achieves best performance (both qualitatively and quantitatively) compared with recent state-of-the-art hyperspectral image super-resolution approaches. Moreover, other signiﬁcant advantages can be pointed out by the use of the proposed approach, such as, a better network generalization ability, a limited computational burden, and a robustness with respect to the number of training samples.
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