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<EMAIL_ADDRESS>You’ve read Jina 101 and got an overview of all the Jina components. Let’s take a look at how they work together in a simple Jina workflow to search text. Actually, let’s go one better, and throw in some Star Wars. Because if there’s ever been a year where as need a New Hope it’s 2020…
Bear in mind there are lots of ways to wire up a Jina workflow; we’re just looking at a relatively simple use case for now, and an oversimplification at that. In future posts we’ll look at searching different forms of media, see how we can scale up speed and reliability, run Jina remotely, etc.
Some useful reading before you begin:
In this post we’re doing what Terry Pratchett calls “lies to children”, meaning we’re skipping a lot of implementation details and simplifying things to make it easier to get a high-level overview without getting bogged down in messy details. We’ll dig into some of these details as we go along, but if you yearn to learn about Jina’s daemon or other low-level things, you should probably check our docs.
We won’t include commands to run the Flows because this is just an over-simplified explanation. The fictional example here lacks a few bits and bobs needed to run in the real world, and aims only to give you an idea of how things are hooked together.
Let’s start by looking at a simple “black box” overview of a search. It has several top-level “components”:
| Component | Star Wars example |
|---|---|
| Data you want to search | All the text of the Star Wars movie scripts |
| Search query | A single line like Give me a hand Mr Space Wizard |
| Jina core | The magical box that finds the closest match to your query in all the data |
| Ranked results | A list of closest matches (for example, Help me Obi Wan-Kenobi ) |
In this example we’re using CSV files (all the Star Wars scripts) as our dataset, but if we wanted we could also use Jina to search through the movies themselves for soundbites or scenes, based on audio, video, and subtitle data.
First up we’ll focus on indexing, so don’t worry about the querying bit for now. After all you have to process the plans for the Death Star before you can search out it’s vulnerability, right?
The first step is to build a Flow and feed in our CSV files. As you’ve read from Jina 101, the Flow is the high-level abstraction Jina uses for any search. Data is fed in, processed, and results spat out the other end. These Flows act as pipelines for indexing and querying:
Note: Since we’re only interested in indexing for now, we’ve left out the results. They’ll come when querying.
You can build a Flow in Python, YAML, or Jina Dashboard. In our case we’ll use an elegant weapon for a more civilized age YAML to create an empty Flow:
!Flow
# We'll fill this in soon, don't worry!
Let’s save that as flows/index.yml
. Don’t worry if it looks as useful as Jar Jar Binks. We’ll flesh it out in the next section.
While we’re at it, let’s add our (currently useless) Flow to app.py
and set it to index:
from jina.flow import Flow
def input_fn():
# see above
f = Flow().load_config("flows/index.yml")
with f:
f.index(filepath="scripts/*") # Note this isn't the exact method you'd use. It's a bit simplified
Each task in the Flow is performed by a different Pod which can be written in YAML or Python. Our Star Wars example indexing Flow looks like:
Earlier we created a Flow using flows/index.yml
. Let’s expand that file with a list of Pods:
!Flow
version: '1'
pods:
- name: crafter:
uses: pods/craft.yml
- name: encoder:
uses: pods/encode.yml
- name: chunk_indexer:
uses: pods/chunk_index.yml
- name: doc_indexer:
uses: pods/doc_index.yml
Pods are configured in their own YAML files (like pods/chunk_idx.yml
) and may behave differently depending on which Flow they’re in:
| Pod | Indexing Flow | Querying Flow |
|---|---|---|
crafter |
Break dataset into sub-documents | N/A (user query is already same format as output i.e a sentence) |
encoder |
Encode sub-documents into vectors | Encode user query into vectors |
chunk_indexer |
Create vector and sub-document indexes | Search vector and sub-document indexes for matches |
doc_indexer |
Create index of Documents and sub-documents | Search Doc indexes for matching sub-documents |
ranker |
N/A | Rank results by relevance |
We’ll dig more into Pod YAML files in the Executor section below.
Crafter
A Crafter takes our CSV file as input and breaks it down into sub-documents:
To keep things simple, in our example the Crafter is just splitting each line from the input CSVs into individual sentences. But if we wanted to do a more advanced text search, we could split the document (script) into any level of granularity (like line, sentence, word, etc, a.k.a sub-documents). Each sub-document comes with its own metadata (like doc_id
, parent_id
, granularity
, etc).
Encoder
An encoder takes a sub-document and converts it to a vector embedding:
Closely related sub-documents have similar embeddings, for example jedi
and space_wizard
would have similar embeddings, while death_star
and princess
would be very different from each other.
Chunk Indexer
The Chunk indexer takes all of the sub-documents and their embeddings as input and creates two indexes as output:
doc_id
and vector embedding of each sub-documentdoc_id
, parent_id
and any metadata associated with each sub-documentDocument Indexer
Creates an index of Documents and their associated doc_id
s for each level of granularity specified:
And that’s the last step of the Flow for indexing! But wait, there’s more to learn before we jump into querying!
Now we’ve processed all that data - but we haven’t even dived into the deep learning behind Jina.
That’s where our Executors come in. Like droids, some of them are “smart” (i.e. like an executor in the encoder
Pod which uses artificial intelligence), while some are just more-or-less mindless automatons (like the indexers). Either way, they’re the ones who do all the real work. Everything else is just higher-level wrappers to make them easier to work with.
We’ll use the analogy of Luke flying his X-wing to blow up the Death Star:
| X-wing | Pod (the container and “interface” that lets R2 fly) |
| R2D2 | Executor (the one who actually does all the work) |
| Luke | Useless bag of flesh who doesn’t do much except “trust the force”, pull the trigger and get the glory |
Since each Pod has a different task, each Pod uses a different executor.  Let’s look at our encoder.yml
Pod as an example:
!TransformerTorchEncoder
with:
pooling_strategy: auto
pretrained_model_name_or_path: distilbert-base-cased
max_length: 96
# More stuff here
We can see that it uses TransformerTorchEncoder
to encode our sub-documents into vector embeddings using the distilbert-base-cased
language model. For example:
| Input | Output Vector |
|---|---|
Help me Obi Wan-Kenobi |
{1.2, 0.6, -3.1, ...} |
You're my only hope |
{-0.3, 1.5, 0.7, ...} |
In this way, TransformerTorchEncoder
is like C3PO. It knows how to translate things to other things, like text to vector embeddings (admittedly, not over 6 million forms of translation, but we only have 3PO’s word for that). However, it is probably equally useless at getting out of a desert.
Phew, that’s a lot of data! But where is it all stored? Jina uses a working directory, usually workspace
to store all of the indexes created by the Pods above.
Note that many of the Pods write nothing to storage. They merely pass their output to the next Pod in the Flow. It’s only when data needs to be available between Flows that data needs to be written to storage (in our case, the indexes created by chunk_indexer
and doc_indexer
).
In the introduction we mentioned this was just meant as an overview and not a “real” Flow (though it could be built into a working example). In short, it won’t run as is. However, if you did want to run it, it’s as simple as:
python app.py index
At this point the index Flow is out of the picture, so we can safely ignore both the Flow and the original input documents:
The query Flow is very similar to the indexing Flow. It:
Give me a hand Mr Space Wizard
)Help me Obi-Wan Kenobi
) and gets the doc_id
sA human readable version of this ranked list might look like:
| Rank | Line | Document ID | Parent Doc | Metadata |
|---|---|---|---|---|
| 1 | Help me Obi-Wan Kenobi | 4501 | 04 | speaker: LEIA |
| 2 | Yes, I was once a Jedi Knight the same as your father | 4702 | 04 | speaker: OBIWAN |
| 3 | I’m looking for a Jedi Master | 5304 | 05 | speaker: LUKE |
And so on…
Like indexing, you’d run the Flow with:
python app.py query
In this post we’ve covered most of the components from Jina 101, what they do, and how they’re hooked together in the context of a simple text-based search.
Hopefully by now you should understand:
app.py
crafter
Pod, and the indexing Flow lacks ranker
)As we mentioned at the start, the above is over-simplified and certainly not exhaustive. There’s always more to learn and deeper components to dive into.
Of course, there’s always more to learn, just as there’s always yet another Death Star to take down. In future posts we’ll cover running Pods and Flows remotely, speeding up performance, improving reliability, searching different kinds of things, and lots more. Let us know which you’d like to learn about via Twitter or our Slack community!
Until then, may the Force be with you…


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"NOPH "the Hebrew name of an Egyptian city (Isaiah 19:13; Jeremiah 2:16; 44:1; 46:14, 19; Ezekiel 30:13, 16). In Hos. 9:6 the Hebrew name is Moph, and is translated “Memphis,” which is its Greek and Latin form. It was one of the most ancient and important cities of Egypt, and stood a little to the south of the modern Cairo, on the western bank of the Nile. It was the capital of Lower Egypt. Among the ruins found at this place is a colossal statue of Rameses the Great. (See MEMPHIS.)
"NOPH "the Hebrew name of an Egyptian city (Isaiah 19:13; Jeremiah 2:16; 44:1; 46:14, 19; Ezekiel 30:13, 16). In Hos. 9:6 the Hebrew name is Moph, and is translated “Memphis,” which is its Greek and Latin form. It was one of the most ancient and important cities of Egypt, and stood a little to the south of the modern Cairo, on the western bank of the Nile. It was the capital of Lower Egypt. Among the ruins found at this place is a colossal statue of Rameses the Great. (See MEMPHIS.)


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|
libcoap
4.3.0
|
API functions for Async "separate" messages. More...
Functions | |
| int | coap_async_is_supported (void) |
Returns 1 if libcoap was built with separate messages enabled, 0 otherwise. More... | |
| coap_async_t * | coap_register_async (coap_session_t *session, const coap_pdu_t *request, coap_tick_t delay) |
Allocates a new coap_async_t object and fills its fields according to the given request . More... | |
| void | coap_async_set_delay (coap_async_t *async, coap_tick_t delay) |
Update the delay timeout, so changing when the registered async triggers. More... | |
| void | coap_free_async (coap_session_t *session, coap_async_t *async) |
Releases the memory that was allocated by coap_register_async() for the object async . More... | |
| coap_async_t * | coap_find_async (coap_session_t *session, coap_bin_const_t token) |
Retrieves the object identified by token from the list of asynchronous transactions that are registered with context . More... | |
| void | coap_async_set_app_data (coap_async_t *async, void *app_data) |
Set the application data pointer held in async . More... | |
| void * | coap_async_get_app_data (const coap_async_t *async) |
Gets the application data pointer held in async . More... | |
API functions for Async "separate" messages.
A coap_context_t object holds a list of coap_async_t objects that can be used to generate a separate response in the case a result of a request cannot be delivered immediately.
| void* coap_async_get_app_data | ( | const coap_async_t * | async | ) |
| int coap_async_is_supported | ( | void | ) |
| void coap_async_set_app_data | ( | coap_async_t * | async, |
| void * | app_data | ||
| ) |
| void coap_async_set_delay | ( | coap_async_t * | async, |
| coap_tick_t | delay | ||
| ) |
Update the delay timeout, so changing when the registered async
triggers.
When the new delay expires, a copy of the original request will get sent to the appropriate request handler.
| async | The object to update. |
| delay | The amount of time to delay before sending response, 0 means wait forever. |
Definition at line 91 of file async.c.
| coap_async_t* coap_find_async | ( | coap_session_t * | session, |
| coap_bin_const_t | token | ||
| ) |
Retrieves the object identified by token
from the list of asynchronous transactions that are registered with context
.
This function returns a pointer to that object or NULL
if not found.
| session | The session that is used for asynchronous transmissions. |
| token | The PDU's token of the object to retrieve. |
token
or NULL
if not found. Definition at line 109 of file async.c.
| void coap_free_async | ( | coap_session_t * | session, |
| coap_async_t * | async | ||
| ) |
Releases the memory that was allocated by coap_register_async() for the object async
.
| session | The session to use. |
| async | The object to delete. |
Definition at line 134 of file async.c.
| coap_async_t* coap_register_async | ( | coap_session_t * | session, |
| const coap_pdu_t * | request, | ||
| coap_tick_t | delay | ||
| ) |
Allocates a new coap_async_t object and fills its fields according to the given request
.
This function returns a pointer to the registered coap_async_t object or NULL
on error. Note that this function will return NULL
in case that an object with the same identifier is already registered.
When the delay expires, a copy of the request
will get sent to the appropriate request handler.
| session | The session that is used for asynchronous transmissions. |
| request | The request that is handled asynchronously. |
| delay | The amount of time to delay before sending response, 0 means wait forever. |
NULL
in case of an error. Definition at line 38 of file async.c.


Barbara Middleton Nice! Like · Reply · 3 hrs Sean Brown That's awesome. Like · Reply · 2 hrs Kayli Eunice Beautiful! Like · Reply · 2 hrs


{% extends 'layout.html' %} {% block title %}| delete - {{project.title }}{% endblock %} {% block content %}
Are you sure you want to delete the project "{{ project.title }}" ?


Dangerzone
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{% load markdown_tags %} {% load pagination_tags %} {% load rpg_tags %} {% can_manage user.member rpg as manager %}
{% for tag in rpg.tags.all %}{{ tag }}{% endfor %}
{{ rpg.system }}You have signed up to this event but aren't signed up to a child event. Please select one from the list below to be considered signed up.
{% endif %}Players: {{ rpg.members.count }}/{{ rpg.players_wanted }}
{% if not embed %} {% if rpg.discord %}This event requires your account to have a Discord username.
{% endif %} {% if rpg.member_only %}This event is only open to current members.
{% endif %} {% if rpg.parent %}This event requires you to sign up to the parent event, {{ rpg.parent.title }}.
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{% endif %} {% endif %} {% if not embed %} {% if rpg.members.all %}Not Signed up to child event
{% endif %}


Research: Fabricating Interactions
As a Human-Computer Interaction (HCI) lab in the area of manufacturing and design, we develop novel fabrication techniques that combine innovations in hardware, materials, and computational algorithms to create interactions with objects that have not been possible before. Every day we interact with hundreds of objects. What our objects can be used for and how we use them, has a large impact on how we live our everyday lives. Many of the properties of our objects and thus the resulting interactions we have with them are determined by the materials they are made of and the manufacturing techniques used to make them. Our work develops novel fabrication techniques that leverage innovations in hardware, materials, and computational algorithms to give objects capabilities that go beyond the type of interactions that exist today.
Recently Accepted Papers
Faraz Faruqi, Ahmed Katary, Tarik Hasic, Amira Abdel-Rahman, Nayeemur Rahman, Leandra Tejedor, Mackenzie Leake, Megan Hofmann, Stefanie Mueller.
Functionality-Aware Segmentation for Fabricating Personalized 3D Models.
In Proceedings of UIST 2023. (to appear)
Mustafa Doga Dogan, Raul Garcia-Martin, Patrick William Haertel, Jamison John O'Keefe, Ahmad Taka, Akarsh Aurora, Raul Sanchez-Reillo, Stefanie Mueller.
BrightMarker: 3D Printed Fluorescent Markers for Integrated Tracking of Moving Color Objects.
In Proceedings of UIST 2023. (to appear)
PDF
Yiyue Luo, Junyi Zhu, Kui Wu, Cedric Honnet, Stefanie Mueller, Wojciech Matusik.
MagKnitic: Machine-knitted Passive and Interactive Haptics Textiles with Integrated Binary Sensing.
In Proceedings of UIST 2023. (to appear)
Research Projects
Objects with Interactive Appearances
We investigate what interactions become possible when physical objects are able to change their appearance. We develop computational fabrication techniques that create appearance-changing objects using photochromic dyes that can create multi-color textures that are reprogrammable on-demand; high-resolution multi-color 3D printing to fabricate lenticular lenses across an object’s surface to enable viewpoint-based appearance changes; birefringent materials that creates rotation-based appearance changes via polarized light mosaics; and optical illusions to create animated physical photographs.
Tracking Interactions via Markers
To keep objects passive while still being able to track interactions with them, we explore fabrication techniques that create invisible markers from infrared-translucent filament that can be tracked with IR cameras, create identifiable surface features based on artifacts of slicing and 3D printing that can be tracked with regular cameras, leverage existing surface features of materials via speckle imaging with a lens-less image sensor, or use magnetic pixels that can be read using hall effect sensors and viewed under magnetic viewing film.
Embedding Sensing into Objects
Capturing interactions where they occur on an object can be challenging for curved, deformable, and moving object geometries. We develop fabrication techniques that integrate sensing with moving parts such as mechanisms where sensors and wires can interfere with the object function, deformable objects where sensors are difficult to adhere, and large-scale objects where current sensors are not able to capture the interaction wholistically.
Prototyping on Curved Surfaces
Prototyping physical user interface is an essential process for product designers to explore new user interface designs. Rapid prototyping of which electronic components to use and where to place them, however, is challenging on curved object geometries. To address this issue, we developed novel types of breadboards that are flexible and curved, new electronic design tools for reforming existing sensor modules, and visualization tools to preview sensor coverage before physically building the prototype.
Design Practice
There is a rapidly growing group of people learning fabrication and crafting skills. Without tools that support them, these learners are often left to discover the challenges and pitfalls through trial and error. To facilitate learning new skills, we developed computational design software that extracts the most difficult steps in a design and generates additional practice steps and also previews the amount of material that a design will take.
Prototyping Health Sensing Devices
Designing health sensing devices that are customized to each user, both in their shape to fit the user’s body and in their health sensing functions, is a challenging problem. We developed a prototyping environment to design customized wearable devices that can monitor which muscles a user is engaging and how much they are tensed, which is required for applications, such as monitoring patient’s exercises in at-home physical rehabilitation and monitoring athletes to prevent overstraining their muscles.
Publications
We publish our research at the premier venues for Human Computer Interaction ACM CHI and ACM UIST.
Full Publication List
UROP/MEng
We have advised more than 200 undergraduate research projects and 25 master thesis in the last years. 12 students received MIT EECS Best Undergraduate Researcher and Best Master Thesis Awards.
How to Work with Us
Teaching
To get prepared for research in our lab, consider taking our AUS class '6.810 Engineering Interactive Technologies', which teaches computational fabrication skills, electronics, and design.
Class Overview
FabPub
Our lab maintains a directory of related work in computational fabrication, which can be helpful when starting in our research field.
FabPub Website


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{% extends "admin/hapifis_admin_base.html" %} {% load i18n admin_static %} {% block hapifis_content %}
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# IndeterminateBar App
Set the duration and press start to activate the progress bar.
Progress Bar Example
File Download
Start
Stop
seconds
Set the duration and press start to activate the progress bar.


TinyWebEx Logger
Console logging module that makes logging easier and adjustable.
Features
- continue using
console.log
or others, but prettify and enhance log messages - prepends messages with an indentifier for your add-on, so you know which of your (installed) add-ons is emitting the message in the debugger
- allows users to enable/disable debug logging
Setup
This module does require two files in the data
dir, located in the parent directory of this module, i.e. this is the files tree that is required:
.
├── Logger
│ ├── Logger.js
│ ├── CONTRIBUTORS
│ ├── LICENSE.md
│ ├── README.md
│ └── ...
├── data
│ ├── MessageLevel.js
│ ├── GlobalConsts.js
│ └── ...
...
The file GlobalConsts.js
needs to export the constant ADDON_NAME_SHORT
, which specifies the addon name to prepend log messages with. You can find an example file in examples/GlobalConsts.js
.
Using with console.log
If you want the Logger module to overwrite the usual console.log
, console.error
etc. functions, you can include the OverwriteConsoleLog
module. The advantage of this is, that other modules do not have to depend on this one then, but can just call console
functions correctly and fall back to "normal" browser console logging.
It is recommend to load this script asynchronously (via the async keyword) and directly in the head as your first script, so the new logging mechanism is used right from the beginning.
<head>
<!-- […] -->
<script type="module" src="./Logger/OverwriteConsoleLog.js" async></script>
</head>
Manually calling Logger
Alternatively, you can call the Logger manually via the Logger.js
module. You have similar quick methods as you know from the console
API, like logInfo
, logWarning
, etc.
Additionally, you could use the log
function and pass a MESSAGE_LEVEL
as the first parameter.
Addon settings
The addon tries to load a setting called debugMode
via the TinyWebEx AddonSettings module. This is a boolean setting you can expose on the options page to let the user adjust the setting.
If it returns true
, it enables "debug logging", i.e. the "info level" logging (i.e. logInfo
, respectively console.log
and console.debug
) are ignored and not logged.
Only if set to false
it ignores these log messages and does not log it. This is useful in production/if you do not want to log too many detailed messages.
Note: If the value is not specified (i.e. not loaded yet from the add-on settings, or manually set to null
or undefined
), the debug logging will be enabled! This prevents the loss of debug logging messages in case loading the add-on options via AddonSettings
(and the internal storage APIs) takes longer than the first call to a debug/info log.
API note
Everything in the internal
dir is considered to be an internal module/file and thus not be considered to be an API under semantic versioning. That means the API there can change at any time, do not import anything from there!


LEAVING LAS VEGAS A Dreary Honeymoon in Vegas A film review by Chuck Stevens Copyright 1995 Chuck Stevens
This being 1995, misery and self-destruction are hardly unexplored topics in the cinematic world; admittedly, the advent of what has come to be considered Generation X cinema has lent angst a distinctly shallow feel, but there is still room for legitimate exploration of the themes it implies. But it is not often that the despair depicted on screen is quite as palpable, or as strangely compelling, as in Mike Figgis' LEAVING LAS VEGAS, currently on limited release in theaters, starring Nicolas Cage and Elisabeth Shue. It isn't that the events portrayed are particularly novel movie fare, or even that the characters are especially real: it's that the dreariness, for this is a profoundly dreary movie, comes within the context of more dreariness, surrounded by, well, you get the idea. That the events and characters, by turns tragic and pathetic, seem absolutely normal and unremarkable, lends LEAVING LAS VEGAS, as a cinematic and cultural statement, considerable power.
The plot tells only half the story. Cage (perfectly cast, extraordinally comvincing) depicts Ben, an alcoholic Hollywood screenwriter who, upon being fired, heads to Las Vegas to drink himself to death; on his first night there, he picks up a prostitute named Sera (Shue, also entirely believable) who finds him interesting and eventually convinces him to move in with her. Figgis (who also wrote the screenplay) is not particularly interested in a redemptive-love-story theme, though: Ben's self-destruction goes on unabated and largely unremarked upon, and the relationship at the center of the film is among its victims. We see extensive segments from a perspective that mirrors his: disjointed, marked by flashbacks, blackouts, delusions, and a heightening sense of diminishing control. Sera, for her part, struggles with an abusive pimp and more abusive customers, and steadily wearies of saving Ben from himself; they eventually separate, accelerating his breakdown, and their reconciliation comes too late to rescue him.
But LEAVING LAS VEGAS is not a love story, in any real sense, nor is it about alcoholism. The sex scenes--of which there is no short supply--are largely mechanical, joyless, whether they involve Ben and Sera or Sera and one (or more) of her clients. Sex, here, is simply sex for its own sake; emotional attachment is not a related concept. The alcohol abuse is ongoing and marks every scene, including those where Ben is seemingly stable and self-aware: while the viewer recognizes alcohol's effects, there are no scenes of relative happiness or coherence due to Ben's putting down the bottle for a bit, as might be expected if the aim were solely to dramatize alcoholism. Drinking simply exists--again, for its own sake. The mood of the soundtrack alternates between bluesy and peculiarly jaunty, making it hard to take the story entirely as tragedy; finding pathos in self-destruction is hard when the story is set to bouncy, even raucous, music. The opening shot shows Ben walking down a grocery aisle tossing bourbon and whiskey into a shopping cart--but the hard-edged jazz beat behind the scene undercuts any sense of that sequence as ominous or disturbing. He lives to drink, and he drinks to die: sadness at the concept comes only from a removed perspective.
The failure of the relationship of the two characters further undermines any sense of a renewing force, a redeeming feature. When Ben moves in, Sera buys him gifts, prominent among them, astoundingly, a gold hip flask. The camera lingers on the object for a while, as if to say, yes, she really did it: clearly, this is not a scenario where love struggles against the effects of drink. Rather, love (or whatever approximates it) serves to aid and abet the process of disintegration. No sense of future intrudes on their life--and the grimness is reinforced by a lighting scheme where shadows are heavy, pervasive. Discussions of their relationship are invariably tied to sex: should they have it, what does it mean, etc., and it is over sex--his bringing home a prostitute, in a scene redolent with irony--that they go their separate ways. In all the time he lives with her, she makes no apparent effort to halt his slide: she sympathizes, when drinking leads to uncontrollable rage or shaking helplessness, but she does nothing. To extrapolate this attitude into a larger cultural statement about life choices, and our willingness to see and condemn self-destructive behavior, may seem like something of a stretch, but the tone of this film supports that notion.
Essentially, the movie concerns itself with certain actions, actions that come to mark and define two lives: sex and alcohol abuse. We are immersed in--no, barraged by images of these behaviors, to the point where they seem distinctly unremarkable: by the end of the movie, the viewer is hard-pressed to be shocked by the meaninglessness of the sex scenes or the deliberateness of the alcoholic self-immolation, because, well, the viewer has already seen two hours of similar fare. So, it seems, goes life in this particular culture (Las Vegas, high and low society): nothing is wrong, as such, since everything has been and will continue to be done. The one truly vivid scene in the movie comes, fittingly, outside the city: Ben and Sera have gone to a motel for a few days, and after they make a scene (in a weird fusion of drinking and sex) and manage to break a glass table, the hotel manager, a steel-eyed woman in her 50's, advises Sera to leave and not to "cut her little hands" on the glass, and tells them, in a tone balancing irritation and contempt, to clear out in the morning. That hotel manager's line, "We get a lot of screw-ups here," gives the viewer a sense--a fleeting sense--of external standards, of real people without sympathy or understanding for what Las Vegas represents. That moment of perspective is brief, naturally: we promptly return to the city and all it represents. But that one moment--when the music stops and sunlight replaces neon, faces are out of shadow--made me think that Figgis has something to say with this movie, something not strictly related either to sex or to alcohol.
To make a movie about pain and anguish, a movie with essentially two characters, grim without turning it into tragedy or camp is not easy, and Figgis does well to avoid that end. But it also says something about his perspective that the love relationship seems so shallow: her final tearful protestation that she "loved him" seems meaningless, artificial, given what has come before. The effectiveness of the message underscores the strength of the performances by both Cage and Shue; each depiction is intensely persuasive. (Cage's best moments are in extremis: this is real drunkenness, alternating between the obnoxious and the self-pitying. And Shue's weary resignation as she goes about her work gives us a sort of pained understanding of what she goes through.) The brilliance of the acting saves the movie, which might easily have become unwatchable (as it is, you may often need to look away); while I cannot recommend LEAVING LAS VEGAS to anyone looking to enjoy an evening, it is, in its own way, compelling.
-- Chuck Stevens<EMAIL_ADDRESS><EMAIL_ADDRESS>610-690-3824
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Minimal "3D" Rendering Demo, Version 3.0
Select model:
Draw Iteration(ms):
Draw faces/edges:
Edge color:
Fov/Aspect:
Camera pos:
Rotation:
Obj Center:
Background:
Light direction:
Light color:
Model color:
Code
Cube
Male
Skull
Suzanne
Teapot
VW Beetle


Maintained online marketing activies by managing inventory of thousands of items on eBay. Also provided tech support for an e-commerce website.
Webmaster, Earring King Jewelry (Manhattan, NY) June 2012 - PresentResponsible for design and maintenance of a company website at ekjewelry.com employing a Django backend.
Tutor/Chaperone, Pell Street Mentorship (Manhattan, NY)June - August 2011Planned and executed Math and English lessons for children ages 8 through 10 for a Summer Program.
A Single Page Web Application built to learn AngularJS with a Django-backed RESTful API.
Employs Python's Natural Language Processing Toolkit in order to allow for a natural version control system for pieces of English writing. Users also have the ability comment on individual sentences.


All Classes
Packages
com.jwetherell.augmented_reality
com.jwetherell.augmented_reality.activity
com.jwetherell.augmented_reality.camera
com.jwetherell.augmented_reality.common
com.jwetherell.augmented_reality.data
com.jwetherell.augmented_reality.ui
com.jwetherell.augmented_reality.ui.objects
com.jwetherell.augmented_reality.widget


{% include header_and_nav.html %} Hi! I'm Lauryn Brown! Recent Carnegie Mellon Graduate honing her craft at the Recurse Center in New York! Current Projects {% for project in page.projects %} {{ project.title}} {{ project.description }} {% endfor %} {% include footer_and_js.html %}
Recent Carnegie Mellon Graduate honing her craft at the Recurse Center in New York!
{{ project.description }}


# Transparent Proxying
When a transparent proxy is used, traffic is redirected into a proxy at the network layer, without any client configuration being required. This makes transparent proxying ideal for those situations where you can’t change client behaviour - proxy-oblivious mobile applications being a common example.
To set up transparent proxying, we need two new components. The first is a redirection mechanism that transparently reroutes a TCP connection destined for a server on the Internet to a listening proxy server. This usually takes the form of a firewall on the same host as the proxy server - iptables on Linux or pf on OSX. When the proxy receives a redirected connection, it sees a vanilla HTTP request, without a host specification. This is where the second new component comes in - a host module that allows us to query the redirector for the original destination of the TCP connection.
At the moment, mitmproxy supports transparent proxying on OSX Lion and above, and all current flavors of Linux.
# Linux
On Linux, mitmproxy integrates with the iptables redirection mechanism to achieve transparent mode.
# 1. Enable IP forwarding.
sysctl -w net.ipv4.ip_forward=1
sysctl -w net.ipv6.conf.all.forwarding=1
This makes sure that your machine forwards packets instead of rejecting them.
If you want to persist this across reboots, you need to adjust your /etc/sysctl.conf
or
a newly created /etc/sysctl.d/mitmproxy.conf
(see here).
# 2. Disable ICMP redirects.
sysctl -w net.ipv4.conf.all.send_redirects=0
If your test device is on the same physical network, your machine shouldn’t inform the device that there’s a shorter route available by skipping the proxy.
If you want to persist this across reboots, see above.
# 3. Create an iptables ruleset that redirects the desired traffic to mitmproxy.
Details will differ according to your setup, but the ruleset should look something like this:
iptables -t nat -A PREROUTING -i eth0 -p tcp --dport 80 -j REDIRECT --to-port 8080
iptables -t nat -A PREROUTING -i eth0 -p tcp --dport 443 -j REDIRECT --to-port 8080
ip6tables -t nat -A PREROUTING -i eth0 -p tcp --dport 80 -j REDIRECT --to-port 8080
ip6tables -t nat -A PREROUTING -i eth0 -p tcp --dport 443 -j REDIRECT --to-port 8080
If you want to persist this across reboots, you can use the iptables-persistent
package (see
here).
# 4. Fire up mitmproxy.
You probably want a command like this:
mitmproxy --mode transparent --showhost
The --mode transparent
option turns on transparent mode, and the --showhost
argument tells
mitmproxy to use the value of the Host header for URL display.
# 5. Finally, configure your test device.
Set the test device up to use the host on which mitmproxy is running as the default gateway and install the mitmproxy certificate authority on the test device.
# OpenBSD
# 1. Enable IP forwarding.
sudo sysctl -w net.inet.ip.forwarding=1
# 2. Place the following two lines in /etc/pf.conf.
mitm_if = "re2"
pass in quick proto tcp from $mitm_if to port { 80, 443 } divert-to <IP_ADDRESS> port 8080
These rules tell pf to divert all traffic from $mitm_if
destined for port 80
or 443 to the local mitmproxy instance running on port 8080. You should replace
$mitm_if
value with the interface on which your test device will appear.
# 3. Configure pf with the rules.
doas pfctl -f /etc/pf.conf
# 4. And now enable it.
doas pfctl -e
# 5. Fire up mitmproxy.
You probably want a command like this:
mitmproxy --mode transparent --showhost
The --mode transparent
option turns on transparent mode, and the --showhost
argument tells
mitmproxy to use the value of the Host header for URL display.
# 6. Finally, configure your test device.
Set the test device up to use the host on which mitmproxy is running as the default gateway and install the mitmproxy certificate authority on the test device.
Note that the divert-to rules in the pf.conf given above only apply to inbound traffic. This means that they will NOT redirect traffic coming from the box running pf itself. We can’t distinguish between an outbound connection from a non-mitmproxy app, and an outbound connection from mitmproxy itself - if you want to intercept your traffic, you should use an external host to run mitmproxy. Nonetheless, pf is flexible to cater for a range of creative possibilities, like intercepting traffic emanating from VMs. See the pf.conf man page for more.
# macOS
OSX Lion integrated the pf packet filter from the OpenBSD project, which mitmproxy uses to implement transparent mode on OSX. Note that this means we don’t support transparent mode for earlier versions of OSX.
# 1. Enable IP forwarding.
sudo sysctl -w net.inet.ip.forwarding=1
# 2. Place the following two lines in a file called, say, pf.conf.
rdr on en0 inet proto tcp to any port {80, 443} -> <IP_ADDRESS> port 8080
These rules tell pf to redirect all traffic destined for port 80 or 443
to the local mitmproxy instance running on port 8080. You should replace
en0
with the interface on which your test device will appear.
# 3. Configure pf with the rules.
sudo pfctl -f pf.conf
# 4. And now enable it.
sudo pfctl -e
# 5. Configure sudoers to allow mitmproxy to access pfctl.
Edit the file /etc/sudoers on your system as root. Add the following line to the end of the file:
ALL ALL=NOPASSWD: /sbin/pfctl -s state
Note that this allows any user on the system to run the command /sbin/pfctl -s
state
as root without a password. This only allows inspection of the state
table, so should not be an undue security risk. If you’re special feel free to
tighten the restriction up to the user running mitmproxy.
# 6. Fire up mitmproxy.
You probably want a command like this:
mitmproxy --mode transparent --showhost
The --mode transparent
flag turns on transparent mode, and the --showhost
argument tells
mitmproxy to use the value of the Host header for URL display.
# 7. Finally, configure your test device.
Set the test device up to use the host on which mitmproxy is running as the default gateway and install the mitmproxy certificate authority on the test device.
Note that the rdr rules in the pf.conf given above only apply to inbound traffic. This means that they will NOT redirect traffic coming from the box running pf itself. We can’t distinguish between an outbound connection from a non-mitmproxy app, and an outbound connection from mitmproxy itself. If you want to intercept your own macOS traffic, see the work-around below or use an external host to run mitmproxy. In fact, PF is flexible to cater for a range of creative possibilities, like intercepting traffic emanating from VMs. See the pf.conf man page for more.
# Work-around to redirect traffic originating from the machine itself
Follow the steps 1, 2 as above. In step 3 change the contents of the file pf.conf to
#The ports to redirect to proxy
redir_ports = "{http, https}"
#The address the transparent proxy is listening on
tproxy = "<IP_ADDRESS> port 8080"
#The user the transparent proxy is running as
tproxy_user = "nobody"
#The users whose connection must be redirected.
#
#This cannot involve the user which runs the
#transparent proxy as that would cause an infinite loop.
#
#Here we redirect for all users which don't run transparent proxy.
redir_users = "{ !=" $tproxy_user "}"
#If you only wish to redirect traffic for particular users
#you may also do:
#redir_users = "{= john, = jane}"
rdr pass proto tcp from any to any port $redir_ports -> $tproxy
pass out route-to (lo0 <IP_ADDRESS>) proto tcp from any to any port $redir_ports user $redir_users
Follow steps 4-6 above. This will redirect the packets from all users other than nobody
on the machine to mitmproxy. To avoid circularity, run mitmproxy as the user nobody
. Hence step 7 should look like:
sudo -u nobody mitmproxy --mode transparent --showhost
# “Full” transparent mode on Linux
By default mitmproxy will use its own local IP address for its server-side connections. In case this isn’t desired, the –spoof-source-address argument can be used to use the client’s IP address for server-side connections. The following config is required for this mode to work:
CLIENT_NET=<IP_ADDRESS>/24
TABLE_ID=100
MARK=1
echo "$TABLE_ID mitmproxy" >> /etc/iproute2/rt_tables
iptables -t mangle -A PREROUTING -d $CLIENT_NET -j MARK --set-mark $MARK
iptables -t nat \
-A PREROUTING -p tcp -s $CLIENT_NET \
--match multiport --dports 80,443 -j \
REDIRECT --to-port 8080
ip rule add fwmark $MARK lookup $TABLE_ID
ip route add local $CLIENT_NET dev lo table $TABLE_ID
This mode does require root privileges though. There’s a wrapper in the examples directory called ‘mitmproxy_shim.c’, which will enable you to use this mode with dropped privileges. It can be used as follows:
gcc examples/complex/full_transparency_shim.c -o mitmproxy_shim -lcap
sudo chown root:root mitmproxy_shim
sudo chmod u+s mitmproxy_shim
./mitmproxy_shim $(which mitmproxy) --mode transparent --set spoof-source-address


Scan Policy Manager dialog
This allows you to manage the scan policies that define the rules that are run when
performing an active scan.
You can have as many scan policies as you like, and choose which one of them is run when you perform an active scan.
Προσθήκη
The Add button launches the Scan Policy dialog with all of the settings defaulted.
Modify
The Modify button launches the Scan Policy dialog with all of the selected scan policy.
Διαγραφή
The Remove button deletes the selected scan policy if you confirm the warning dialog.
Εισαγωγή
The Import button allows you to import a scan policy created by another instance of ZAP.
Export
The Export button allows you to export a scan policy so that you can import it into another instance of ZAP,
which can be on another machine.
Accessed via
See also
| |
UI Overview | for an overview of the user interface |
| |
Dialogs | for details of the dialogs or popups |


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Password must not be longer than 15 characters!
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Age must be greater than 18!


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Matthew: +61 417 148 730
Vijay: +61 478 542 884
<EMAIL_ADDRESS>In the meantime, you can check out our top projects
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This app shows the motion of a classical single degree of freedom system, consisting out of a discrete mass, a spring, and a damper element due to an impulse of duration of (0,$t_0$). This inpulse can be selected from the dropdown list consisting of rectangular, triangular or sinusoidal forces. The maximum value of shock force is always choosen to be 1 Newton. By starting the oscillation, the system oscillates around the static equilibrium position at $u = 0$. The displacement plot is normalized with the spring stiffness. No gravity is acting on the system. Two interactions are provided, damping constant can be varied from 0 to 1 and impulse duration to natural period from 1 to 3.
The interactivity parameters are


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Installation¶
At this moment only Linux platform is supported.(tested on KUbuntu 16.04).
Linux¶
In this page it is explained how to compile and install from source in a Linux Platform
Requirments¶
Following packages shall be preinstalled before proceeding the installation of PyCLP
Download¶
Download source files from PyCLP sources
Compilation & Installation¶
Setup Enviromental variables for ECLiPSe:
ECLIPSEDIR enviromental variable shall be set to the folder where is located ECLiPSe system. This is required for compiling and using PyCLP.
LD_LIBRARY_PATH enviromental variable shall contains the path of folder that contains the ECLiPSe sharable library. E.g. <eclipsedir>/lib/<platform>.
Install using usual method
sudo python setup.py install
Regression test
python test.py
Tested enviroment¶
The present version of pyclp is tested on
- KUbuntu 13.04 (64bit) , Python 2.7 and 3.5
However it is expected working on other platform that fullfill the requirements.
Windows¶
Binary installation¶
Requirments¶
Following packages shall be preinstalled before proceeding the installation of PyCLP python3 setup.py register
Enviroment variables¶
Setup Enviromental variables for ECLiPSe:
ECLIPSEDIR enviromental variable shall be set to the folder where is located ECLiPSe system. This is required for compiling and using PyCLP.
PATH add in the path the folder where is stored the eclipse.dll file
Download & Install¶
Download msi installer from PyCLP sources
Installation from sources¶
Requirments¶
Following packages shall be preinstalled before proceeding the installation of PyCLP
- Python 2.x 3.x
- Cython
- ECLiPSe Constraint Programming System 6.1
- Some compiler used to compile Python interpreter. (Note: Different version of python requires different microsoft compilers)
Download¶
Download source files from PyCLP sources
Compilation & Installation¶
Setup Enviromental variables for ECLiPSe:
ECLIPSEDIR enviromental variable shall be set to the folder where is located ECLiPSe system. This is required for compiling and using PyCLP.
PATH add in the path the folder where is stored the eclipse.dll file
Install using usual method
python setup.py install
Regression test
python test.py
Tested enviroment¶
The present version of pyclp is tested on
- Windows 10 (64bit), Python 2.7, 3.3
However it is expected working on other platform that fullfill the requirements.


SensESP
2.7.0
Universal Signal K sensor toolkit ESP32
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transforms Directory Reference
Directory dependency graph for transforms:
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Range Description
90-100
70-90
60-70
50-60
36-50
0-35
Student-Info
Name: Aaa Bbbb Ccc
Physics: 50
Chemistry: 70
Maths: 90
Total (Out of 300):
Name: Aaa Bbbb Ccc
Physics: 60
Chemistry: 75
Maths: 35
Total (Out of 300):
Name: Aaa Bbbb Ccc
Physics: 43
Chemistry: 75
Maths: 45
Total (Out of 300):
Name: Aaa Bbbb Ccc
Physics: 90
Chemistry: 95
Maths: 95
Total (Out of 300):
Name: Aaa Bbbb Ccc
Physics: 36
Chemistry: 36
Maths: 36
Total (Out of 300):
Name: Aaa Bbbb Ccc
Physics: 60
Chemistry: 25
Maths: 35
Total (Out of 300):


SleepTra
ker
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At SleepTracker we are very interested in hearing from our customers. In particular, we want to know how we can improve your user experience, therefore helping us make SleepTracker the best sleep tracking application available.
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{% extends 'pychart/base.html' %} {% load staticfiles %} {% block title %}PyChart home{% endblock title %} {% block content %}
We love helping you make beautiful charts from complicated data.
With PyChart, it's simple to create poignant charts that tell a great story.


About the Short Term View
|
The short term view displays blood pressure readings from the most recent three encounters where blood pressure was recorded. For this summary view, only the last measurement is plotted for any given day. Each measurement is represented by a pair of circles: systolic (above) and diastolic (below). A circle's vertical position corresponds to the blood pressure value in mmHg. For pediatric patients, a calculated blood pressure percentile value is displayed inside each circle. Since percentiles are based on a patient's height as well as blood pressure, a hyphen is displayed (-) in the absence of height data. For adults, since diagnoses are not based on percentiles, a symbol indicates whether each reading was normal (OK), prehypertensive (^) or hypertensive (/\). Tip: hover over a reading with the mouse for additional details. |
The BPC application will use adult JNC7 guidelines for blood pressure data after age 19 for this patient.
The BPC application was launched outside a SMART container and will run in DEMO mode.
| Systolic | Diastolic | |
|---|---|---|
| % | / | % |
| Thresholds |
|---|
-
The Seventh Report of the Joint National Committee on Prevention, Detection, Evaluation, and Treatment of High Blood Pressure, NIH obtained 8 March 2012 (http://www.nhlbi.nih.gov/guidelines/hypertension/jnc7full.htm)
-
The Fourth Report on the Diagnosis, Evaluation, and Treatment of High Blood Pressure in Children and Adolescents National Heart, Lung, and Blood Institute, NIH obtained 6 April 2011 (http://www.nhlbi.nih.gov/health/prof/heart/hbp/hbp_ped.pdf)
-
CDC Clinical Growth Charts obtained 6 April 2011 ( Charts, Data, Length, Stature )


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A Triangle Every Day
varun vachhar
@winkerVSbecks
github
The Triangles
It's Alive
13 Oct 2014
A Triangle in Love
12 Oct 2014
Sleepy Elk Triangle
11 Oct 2014
A Triangle Lost in Space
10 Oct 2014
Triangle in the Rain
9 Oct 2014
Reuleaux Triangle
8 Oct 2014
Types of Triangle
7 Oct 2014
Hypno Triangle
6 Oct 2014
Noisy Triangle
5 Oct 2014
Triangle Ninja
4 Oct 2014
Checkwave Triangle
3 Oct 2014
The Glossy Triangle
2 Oct 2014
3D Triangle
1 Oct 2014
Blending Trails
30 Sep 2014
Triangle With an SVG Pattern
29 Sep 2014
Editable Triangle
28 Sep 2014
Graph Triangle
27 Sep 2014
Triangle With a 3 Sided Gradient
26 Sep 2014
This Triangle Has a Shadow
25 Sep 2014
The Circumcenter
24 Sep 2014
The Centroid
23 Sep 2014
What Is a Triangle?
22 Sep 2014
Triangle Which Is Really a Pyramid
21 Sep 2014
SVG Triangle Pulse Lazer
20 Sep 2014
SVG Triangle Pulse
19 Sep 2014
SVG Triangle
18 Sep 2014
Triangle in a Gradient Field
17 Sep 2014
Lerping Triangle
16 Sep 2014
Splat Triangle
15 Sep 2014
Ta-Da Triangle
14 Sep 2014


Freecell Solver is an open source library and some command line applications, for automatically solving several variants of card Solitaire / Patience games, including Freecell.
There is a new release of the solver (version 5.16.0) with more details available in NEWS file. Among the highlights are the unbundling of the rinutils library, generating .msi installers using WiX, and some refactoring and optimisation.
Share and enjoy!


--- title: "2016: Year in Books | Goodreads" author: Janani Ravi date: '2017-01-01' slug: goodreads-2016 categories: - Books-Blogs tags: - books # - review summary: "My Year in Books: 2016!" ---
Find my latest reads & recommendations on Goodreads!


Work Day Scheduler
A simple calendar app for scheduling your work day
Clear All Events
9 AM
10 AM
11 AM
12 AM
1 PM
2 PM
3 PM
4 PM
5 PM


Indiana University
This is where I became a scientist, and where I first learned my love for data and creating knowledge.
I'm a scientist, and real-life is my laboratory. It's so great to meet you, I hope you'll stay to hear my story.
Humans first, data second.
Insights aligned with the business strategy.
Continuous change and improvement.
This is where I became a scientist, and where I first learned my love for data and creating knowledge.
I developed a fascination with the future of work and the role we as workers play in it. This launched me 180 into the world of business.
The future of work brings many digital tools that help leaders develop higher performing teams. As a user experience architect, I work to develop the most valuable insights behind advanced HR tech with Cally.
Digital tools aren't enough, how do we digitally transform a whole organization? This is where I created models to derive insights about the role of HR and people processes in supporting digital transformations.
To bridge the gap between science and practice, we need the structures in place that support answering meaningful questions and creating knowledge that is applicable.
With the opportunity to put everything I've learned in practice, I am joining the HRLDP program at Amazon Web Services to get the breadth and depth of experiences to become the best HR leader that I can.


Cumulative total clients
A 'Client' is a copy of the Pocket Smartpanel running in
a particular browser on a particular mobile or desktop device.
A single person may use more than one client.
{% extends "smartpanel/base.html" %} {% load static %} {% block page_title %}Pocket SmartPanel{% endblock %} {% block mobile_title %}Pocket SmartPanel{% endblock %} {% block head %} {% endblock %} {% block content %}


Asides
This presentation illustrates asides. It has two main slides, with two
asides in between:
asides
Use PageDown/PageUp or the arrow keys to move between slides.
Last slide
The last slide has a navigation link back to the first slide, bypassing the
asides.


ngx-extended-pdf-viewer allows you to define your own custom toolbar, menu, and it even allows you to create
your own sidebar and your own thumbnails.
standard layout
custom findbar (large input field in a dedicated line)
radiobutton zoom
custom color and additional button ("open PDF in new tab")
floating zoombar
show it! (uncheck to hide)


This parameter allows the resolution of maven artifact versions by contacting the repository and reading the maven-metadata.xml.
If you named your parameter "MY_JAR" and have configured all values correctly. Then the following parameters will be set for the build step:
- MY_JAR_VERSION - the version you selected in the dropdown or that was selected as part of an automated build
- MY_JAR_ARTIFACT_URL - the full URL to the actual artifact selected. You can use something like "wget" to download that artifact and do something with it.


Class used by XHR wrappers to publish their state to IframeIo
or other components that need to know if any XmlHttpRequests are active.
IframeIo needs to know if any XmlHttpRequests have been initiated from the
result of an incremental data response, so that it can delay the destruction
of the iframe. Otherwise firefox will error since the source context no
longer exists.
This class means that IframeIo does not have an explicit dependency on
XhrIo.
See https://bugzilla.mozilla.org/show_bug.cgi?id=369939 for a description of
the problem and a minimal test case.
This class's methods are no-ops for non-Gecko browsers.
Class used for singleton goog.net.xhrMonitor which can be used for monitoring
whether there any XmlHttpRequests have been opened in a given execution
context, and allowing query of when they are closed.


WHAT WE DO
We serve institutional investors around the world, including retirement systems that represent tens of millions of teachers, firefighters and other pensioners. Our investments are designed to preserve and grow our clients’ capital across market cycles.
We invest on a global basis across a wide range of asset classes including private equity, real estate, public debt and equity, growth equity, opportunistic, non-investment grade credit, real assets and secondary funds.
We seek to drive economic growth and make a positive impact. We do this by using extraordinary people and flexible capital to help companies solve problems, and to engage with our local communities.
“Blackstone has always been managed with a perspective of achieving successful growth over the long term… Our management has consistently sought to focus on the best outcomes for our business and investments over a period of years rather than on the short-term impact.”
STEPHEN A. SCHWARZMAN CHAIRMAN, CEO & CO-FOUNDER
We focus on attracting exceptionally talented people and rewarding initiative, independent thinking and integrity. Our team’s breadth of skills and deep expertise are a critical source of intellectual capital.
Investing across regions, industries and asset classes gives us the knowledge, resources and critical mass to take advantage of opportunities on a global scale.
Our performance is characterized by superior risk-adjusted returns across a broad and expanding range of asset classes and through all types of economic conditions.


| OLD line(s): 155
| NEW line(s): 156,158
<!-- Choice between: Foreign Address or US Address --> <xsd:choice minOccurs="0"> |
| OLD line(s): 165
| NEW line(s): 169,180
<!-- US Address of foreign disregarded entity --> <xsd:element name="ForeignDisrgrdEntityUSAddress" type="USAddressType" minOccurs="0"> <xsd:annotation> <xsd:documentation> <Description>US address of foreign disregarded entity</Description> <LineNumber>Line 1a</LineNumber> </xsd:documentation> </xsd:annotation> </xsd:element> </xsd:choice> |


[ Molecular-biologic aspects of interaction between nervous and immune systems] The problem of the neuro-immuno interactions on the level of the protein trans-factors, stimulating interleukin-2 (IL-2) gene expression was discussed.
Abstract
The physico-chemical and functional parameters of the low molecular nuclear proteins (SP and BP- 14, 18, 19 kDs) isolated from splenic and brain cells of immunized rats were studied. The binding of these proteins to the regulatory region of IL-2 gene in vitro and stimulation of the IL-2mRNA synthesis in splenic T-lymphocytes culture in normal conditions were shown. The protective effect of SP and BP on the IL-2mRNA synthesis in stressful conditions and by the T-cells treatment with the CsA was demonstrated.


My m8 on my server has this build which is pali20 monk10 rogue10 which is quite a owning build but he evil and wont share the build :/ lol Does anyone have any idea what kind of lvl up it would have for a good pvp server??
Ideas on a postcard to....................
Rofl
Thank you for reading this
Pete _________________ You never know maybe one day i might be nice and kill you!


1 write to _jobs
System.Management.Automation (1)
engine\remoting\commands\ReceiveJob.cs (1)
91
_jobs
= value;
5 references to _jobs
System.Management.Automation (5)
engine\remoting\commands\ReceiveJob.cs (5)
86
return
_jobs
;
357
foreach (Job job in
_jobs
)
389
foreach (Job job in
_jobs
)
428
jobsToWrite.AddRange(
_jobs
);
433
foreach (Job job in
_jobs
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IIDB Prototypes
The following is a directory of Industrial Injuries Disablement Benefit digital service Prototypes list by 'phase' and 'iteration'.
{% for stage in proto.stages %}{{ stage | upper }}
{% if proto.versions %}-
{% for version in proto.versions %}
{% if version.url | contains(stage) %}
- {{ version.title }} {% endif %} {% endfor %}
There are no iterations for this stage yet
{% endif %} {% endfor %}


Because engineered organisms cannot be brought to the competition and our yeast are still in development, we are working on a demonstration of our closed-loop system using colored pH indicators as a proxy for the violacein system.
We have ran some preliminary tests to make sure that our color sensor is working. Using different concentrations of colored dyes in solution, we have shown that the color sensor is working as expected with the software we have written.
We are currently working on:
We hope to post on our Facebook page once we get our system running. Also, please visit our exhibit space at the Jamboree to see it in action!


GIS Analyst with a passion for mapping, urban geography and transportation. Detailed experience with the Esri suite of products, open-source mapping platforms, spatial analysis, Python, and cartography.
Recent coding bootcamp graduate in web development with a desire to learn and foster current knowledge. Web development experience includes JavaScript (React.js/Node.js), jQuery, MySQL, MongoDB, and HTML/CSS.
Outside of geography and web development, a few of my interests include running, sports (especially soccer and hockey), coffee, beer and camping.


St Mary's Kilburn Church of England Primary School Camden, NW6 4PG
NFF funding 2020 to 2021
| Amount | ||
|---|---|---|
| Number of pupils (based on 2019 to 2020 pupil count) |
196 | |
| Funding per pupil (based on funding for pupils and the school) |
£5,843 | |
| Change in funding per pupil (based on funding for pupils only) |
1.84% |
|
| Total funding | £1,145,160 | |
| Change in total funding | 2.33% |
The school's actual funding may be different. This is because funds are allocated to the local authority first. The local authority then decides how much funding this school gets.
NFF funding 2019 to 2020
| Amount | ||
|---|---|---|
| Number of pupils (based on 2018 to 2019 pupil count) | 205 | |
| Total funding | £1,172,444 |


---
layout: page
title: News
subtitle: Check out our latest work, notable events, and ongoing studies!
description: Check out the latest work, notable events, and ongoing studies from the Data Interaction Group.
---
{% for post in site.posts %}
{% include post-preview.html post=post %}
{% endfor %}


Extensional constraints
[Using finite domain integers]
Detailed Description
Extensional constraints support different ways of how the extensionally defined relation between the variables is defined. Examples include specification by a DFA or a table.A DFA can be defined by a regular expression, for regular expressions see the module MiniModel.
Classes | |
| class | Gecode::DFA |
| Deterministic finite automaton (DFA). More... | |
| class | Gecode::TupleSet |
| Data stored for a Table. More... | |
Functions | |
| void | Gecode::extensional (Space *home, const IntVarArgs &x, DFA d, IntConLevel icl=ICL_DEF, PropKind pk=PK_DEF) |
| Post propagator for extensional constraint described by a DFA. | |
| void | Gecode::extensional (Space *home, const IntVarArgs &x, const TupleSet &t, IntConLevel icl=ICL_DEF, PropKind pk=PK_DEF) |
| Post propagator for . |
Function Documentation
| void Gecode::extensional | ( | Space * | home, | |
| const IntVarArgs & | x, | |||
| DFA | d, | |||
| IntConLevel | icl = ICL_DEF , |
|||
| PropKind | pk = PK_DEF | |||
| ) |
Post propagator for extensional constraint described by a DFA.
The elements of x must be a word of the language described by the DFA d.
Throws an exception of type Int::ArgumentSame, if x contains the same unassigned variable multiply. If shared occurences of variables are required, unshare should be used.
Definition at line 45 of file extensional.cc.
| void Gecode::extensional | ( | Space * | home, | |
| const IntVarArgs & | x, | |||
| const TupleSet & | t, | |||
| IntConLevel | icl = ICL_DEF , |
|||
| PropKind | pk = PK_DEF | |||
| ) |
Post propagator for .
- Supports implementations optimized for memory (pk = PK_MEMORY, default) and speed (pk = PK_SPEED).
- Supports domain consistency (icl = ICL_DOM, default) only.
- Throws an exception of type Int::ArgumentSizeMismatch, if x and t are of different size.
- Warning:
- If the domains for the are not dense and have similar bounds, lots of memory will be wasted (memory consumption is in for the basic algorithm (pk = PK_MEMORY) and additionally for the incremental algorithm (pk = PK_SPEED).
- Supports implementations optimized for memory (pk = PK_MEMORY, default) and speed (pk = PK_SPEED).
- Supports domain consistency (icl = ICL_DOM, default) only.
- Throws an exception of type Int::ArgumentSizeMismatch, if x and t are of different size.
Definition at line 69 of file extensional.cc.


--- layout: post title: Guy comes out as gay to Facebook web developer friends; funny ensues.
Guy comes out of closet on Facebook to friends who are entirely too geeky to care.
Welcome to the after-school special of the digital age. A young man comes out to his friends, hopeful that they'll be accepting and supportive, and they are! Except when it comes to the design of his ...


Facebook, Google Deemed a ‘Threat to Human Rights’ in New Report
Amnesty International urges governments to act against Big Tech
by Deutsche WelleAmnesty International said in a report that Facebook and Google’s “surveillance-based business model” is inherently incompatible with the right to privacy.
The NGO urged governments to take action.
Amnesty International in a report has said tech giants Facebook and Google should be forced to abandon what it calls a “surveillance-based business model” that is ”predicated on human rights abuse.”
“Despite the real value of the services they provide, Google and Facebook’s platforms come at a systemic cost,” the human rights group said in its 60-page report published on Thursday.
Amnesty said that by gathering up personal data to feed advertising businesses, the two firms carry out an unprecedented assault on privacy rights.
David Knight joins The Alex Jones Show to break down the federal ruling that upheld the illegal sale of fetal tissue.
‘Faustian bargain’
Amnesty said the companies force people to make a ”Faustian bargain,” where they share their data and private information in exchange for access to Google and Facebook services.
The NGO said this was problematic because both firms have established “near-total dominance over the primary channels through which people connect and engage with the online world,” giving them unprecedented power over people’s lives.
“Their insidious control of our digital lives undermines the very essence of privacy and is one of the defining human rights challenges of our era,” said Kumi Naidoo, Amnesty International’s secretary general.
Google and Facebook also present a threat to other human rights, including freedom of expression and the right to equality and non-discrimination, Amnesty said.
The report has called for governments to implement policies that allow people’s privacy to be protected, while ensuring access to online services.
“Governments have an obligation to protect people from human rights abuses by corporations,” the group said.
“But for the past two decades, technology companies have been largely left to self-regulate.” Xinhua/Liu Jie via Getty Images
Facebook pushes back
Facebook disagreed with the report’s conclusions. Steve Satterfield, the company’s public policy director, rejected the notion that the business model was “surveillance-based” and noted that users sign up voluntarily for the service.
“A person’s choice to use Facebook’s services, and the way we collect, receive or use data, all clearly disclosed and acknowledged by users, cannot meaningfully be likened to the involuntary (and often unlawful) government surveillance” described in international human rights law, Facebook said in a 5-page response letter to Amnesty International.
Google also disputed Amnesty’s findings but did not provide an on-the-record response to the report. The company provided input and publicly available documents, Amnesty added.
Trump Protesters Can’t Explain Why They Don’t Like The President
Angry Trump protesters took to the streets to call for his impeachment and show their frustrations.
By the way, overhaul your body’s cellular engine with our fan-favorite DNA Force Plus!


| Characteristic | N = 624,425 |
|---|---|
| ageband | |
| under 18 | 2,058 (0.3%) |
| 18-30 | 133,579 (21%) |
| 30s | 154,105 (25%) |
| 40s | 142,453 (23%) |
| 50s | 138,525 (22%) |
| 60-64 | 38,392 (6.1%) |
| 65+ | 15,313 (2.5%) |
| sex | |
| Female | 479,036 (77%) |
| Male | 145,381 (23%) |
| Other | 8 (<0.1%) |
| imd_Q5 | |
| 1 most deprived | 92,282 (15%) |
| 2 | 115,468 (19%) |
| 3 | 132,547 (22%) |
| 4 | 133,747 (22%) |
| 5 least deprived | 127,386 (21%) |
| Unknown | 22,995 |
| ethnicity_combined | |
| White | 469,666 (81%) |
| Black | 26,382 (4.5%) |
| South Asian | 60,736 (10%) |
| Mixed | 10,795 (1.9%) |
| Other | 15,830 (2.7%) |
| Unknown | 41,016 |
| region | |
| Yorkshire and The Humber | 75,761 (15%) |
| East | 113,792 (22%) |
| East Midlands | 95,925 (18%) |
| South West | 72,181 (14%) |
| West Midlands | 20,249 (3.9%) |
| North East | 31,466 (6.0%) |
| South East | 35,160 (6.7%) |
| North West | 54,121 (10%) |
| London | 23,708 (4.5%) |
| Unknown | 102,062 |
| vax_doses | |
| 0 | 0 (0%) |
| 1 | 31,425 (6.0%) |
| 2 | 493,076 (94%) |
| 3+ | 1,231 (0.2%) |
| Unknown | 98,693 |
| vax1_type | |
| az | 118,007 (22%) |
| pfizer | 405,173 (77%) |
| moderna | 2,283 (0.4%) |
| unclear | 269 (<0.1%) |
| Unknown | 98,693 |
| vax_any_record | 525,734 (84%) |
| vax_disease_record | 525,768 (84%) |
| vax_date1_mismatch | 41 (<0.1%) |


Technical Guide
Overview
This document provides a technical overview of the Qt Virtual Keyboard plugin.
Basic Concepts
The Qt Virtual Keyboard project is a Qt 5 input context plugin which implements QPlatformInputContextPlugin and QPlatformInputContext interfaces. These interfaces allow the plugin to be used as a platform input context plugin in Qt 5 applications.
The plugin itself provides an input framework supporting multiple input methods as well as a QML UI for the virtual keyboard.
The input framework provides the following main interfaces:
- InputContext: provides contextual information for the virtual keyboard and other input components.
- InputEngine: exposes an API to integrate user input events (key presses, etc.) and acts as a host for input methods.
- InputMethod: a base type for QML based input methods.
The Input Context
The input context is used by the keyboard as well as concrete input methods.
Contextual Information
The input context provides access to contextual information that originates from the application. This information includes, but is not limited to:
- InputContext::cursorPosition
- InputContext::cursorRectangle
- InputContext::inputMethodHints
- InputContext::preeditText
- InputContext::selectedText
- InputContext::surroundingText
Locale
The list of supported locales is specified by the existence of a locale specific layout directory in "layouts/*". Each layout directory may contain one or more layouts, for example fi_FI/main.qml or symbols.qml.
The application can specify the initial layout by changing the default locale. However, this needs to be done before the application is initialized and the input method plugin is loaded. If no changes are made to the default locale, the current system locale is used.
The keyboard locale matching is performed in the following sequence:
- layouts/language_country
- layouts/language_*
- layouts/en_GB
The locale is first matched against the full locale name. If a full match is not found, then only the locale language is matched. If a partial match is not found, then the "en_GB" locale is used as a fallback.
After the locale selection is done, the keyboard updates the input locale and input direction to match the current layout. The application can receive this information through the QInputMethod interface.
Internally, the current input locale is also updated to the InputEngine and the current InputMethod instances.
UI Animations
The keyboard should notify the input context about UI transitions and animations. The InputContext::animating property sets the animating property of the input context.
The Input Engine
The input engine object is owned by InputContext. The input engine contains API functions which the keyboard can use to map user interactions such as key press and key release events.
The input events are mapped through the following methods:
The above-mentioned methods are intended for the integration of the virtual keyboard, hence the word "virtual" in the methods' names. This also means that the methods are not suitable for mapping the physical keystrokes. This is a consequence of the fact that the actual action is performed only when the key is released.
If the user releases the key without having to perform the actual action, the key can be interrupted by using the InputEngine::virtualKeyCancel method.
Activating an Input Method
Activating an input method is straightforward. The required steps are:
- Instantiate a concrete implementation of InputMethod
- Assign the instance to InputEngine::inputMethod
- Set the proper input mode with InputEngine::inputMode
When the input method is active, it receives key events from the input engine and can produce text.
Implementing a Custom Input Method
The implementation of input methods starts by deciding which interface is used; QML or C++. In this example the QML interface is used.
The following example shows the minimum functionality that is required from an input method:
/**************************************************************************** ** ** Copyright (C) 2016 The Qt Company Ltd. ** Contact: https://www.qt.io/licensing/ ** ** This file is part of the Qt Virtual Keyboard module of the Qt Toolkit. ** ** $QT_BEGIN_LICENSE:GPL$ ** Commercial License Usage ** Licensees holding valid commercial Qt licenses may use this file in ** accordance with the commercial license agreement provided with the ** Software or, alternatively, in accordance with the terms contained in ** a written agreement between you and The Qt Company. For licensing terms ** and conditions see https://www.qt.io/terms-conditions. For further ** information use the contact form at https://www.qt.io/contact-us. ** ** GNU General Public License Usage ** Alternatively, this file may be used under the terms of the GNU ** General Public License version 3 or (at your option) any later version ** approved by the KDE Free Qt Foundation. The licenses are as published by ** the Free Software Foundation and appearing in the file LICENSE.GPL3 ** included in the packaging of this file. Please review the following ** information to ensure the GNU General Public License requirements will ** be met: https://www.gnu.org/licenses/gpl-3.0.html. ** ** $QT_END_LICENSE$ ** ****************************************************************************/ import QtQuick 2.0 import QtQuick.VirtualKeyboard 1.0 // file: CustomInputMethod.qml InputMethod { function inputModes(locale) { return [InputEngine.Latin]; } function setInputMode(locale, inputMode) { return true } function setTextCase(textCase) { return true } function reset() { // TODO: reset the input method without modifying input context } function update() { // TODO: commit current state and update the input method } function keyEvent(key, text, modifiers) { var accept = false // TODO: Handle key and set accept or fallback to default processing return accept; } }
The InputMethod::inputModes() method is called by the input engine before an input mode is set. The method returns a list of input modes available in the given locale.
An input method is initialized in InputMethod::setInputMode() method with a locale and input mode. After setting the locale and input mode, the input method should be ready for use.
InputMethod::reset() is called when an input method needs to be reset. The reset must only reset the internal state of the input method, and not the user text.
InputMethod::update() is called when the input context is updated and the input state is possibly out of sync. The input method should commit the current text.
The keystorke events are handled in InputMethod::keyEvent(). This method handles a single keystroke event and returns true
if the event was processed. Otherwise the keystroke is handled by the default input method.
Selection Lists
Selection lists are an optional feature that can be integrated into the input method. The input framework supports various types of lists, such as the word candidate list. Responsibilities in implementing the lists are handled such that the input method is responsible for the content and activities, such as the click behavior. The input framework is responsible for maintaining the list model and delivery to the user interface.
Allocating the Selection Lists
Selection lists are allocated when the input method is activated. The InputMethod::selectionLists() method returns a list of the required selection list types:
function selectionLists() { return [SelectionListModel.WordCandidateList]; }
In the above example, the input method allocates the word candidate list for its use.
Updating the Selection Lists
When the input method requires the UI to update the contents of a selection list, it will emit the InputMethod::selectionListChanged signal. Likewise, if the input method requires the UI to highlight an item in the list, it will emit the InputMethod::selectionListActiveItemChanged signal.
selectionListChanged(SelectionListModel.WordCandidateList) selectionListActiveItemChanged(SelectionListModel.WordCandidateList, wordIndex)
Populating Items in the Selection Lists
The items are populated with method callbacks which will provide the number of items in a list as well as the data for individual items.
The InputMethod::selectionListItemCount callback requests the number of items in the list identified by the given type.
function selectionListItemCount(type) { if (type == SelectionListModel.WordCandidateList) { return wordList.length } return 0 }
The InputMethod::selectionListData callback requests the data for items.
function selectionListData(type, index, role) { var result = null if (type == SelectionListModel.WordCandidateList) { switch (role) { case SelectionListModel.DisplayRole: result = wordList[index] break default: break } } return result }
The role parameter identifies which data is requested for an item. For example, the SelectionListModel.DisplayRole requests the display text data.
Responding to User Actions
When the user selects an item in the list, the input method responds to the event in the InputMethod::selectionListItemSelected method callback.
function selectionListItemSelected(type, index) { if (type == SelectionListModel.WordCandidateList) { inputContext.commit(wordlist[index]) update() } }
Integrating Selection Lists into the UI
The input engine provides a list model for each selection list type. The model is null while the list is not allocated, allowing the UI to hide the list if necessary.
The list model's word candidate list is provided by the InputEngine::wordCandidateListModel property.
Integrating Handwriting Recognition
Since version 2.0 of the virtual keyboard, input methods can consume touch input data from touch screens or other input devices.
Handwriting recognition works on the same principle as handling of normal keyboard input, i.e. input data is collected by the keyboard layout and transferred by the input engine to the input method for further processing.
In case of a regular keyboard, the amount of data transferred from the keyboard to input method is minimal (namely the keycode and text), but in the case of handwriting recognition the data volume is much bigger. Therefore, the touch input is stored in a particular data model.
The input method does not participate in the actual collection of touch data. However, the input method has full control over touch input since it can either accept or reject touch. This allows for precise control over how many fingers can be used simultaneously.
The input method can collect as many traces as it deems necessary and begin processing them at will. The processing can even be performed in parallel with the touch input, although it is not recommended because of the potential side effects. A recommended way is to start processing in a background thread after a suitable delay, so that it does not negatively affect the performance of the user interface.
Data Model for the Handwriting Input
The data collected from the input source is stored in an object named QtVirtualKeyboard::Trace (C++) or Trace (QML).
By definition, trace is a set of data collected in one touch. In addition to the basic coordinate data, it can also include other types of data, such as the time of each data point. The input method can define the desired input channels at the beginning of a touch event.
Trace API for Input Methods
The trace API consists of the following virtual methods, which the input method must implement in order to receive and process touch input data.
By implementing these methods, the input method can receive and process data from a variety of input sources.
The patternRecognitionModes method returns a list of pattern recognition modes, which are supported by the input method. A pattern recognition mode, such as HandwritingRecoginition , defines the method by which the input method processes the data.
The trace interaction is started when an input source detects a new contact point, and calls the traceBegin method for a new trace object. If the input method accepts the interaction, it creates a new trace object and returns it to the caller. From this point on, trace data is collected until the traceEnd method is called.
When the traceEnd method is called, the input method may begin processing of the data contained in the trace object. After processing the data, the input method should destroy the object. This also removes the trace rendered to the screen.
Keyboard Layouts
Keyboard layouts are located in the src/virtualkeyboard/content/layouts directory. Each subdirectory of the layout directory represents a locale. The locale directory is a string of the form "language_country", where language is a lowercase, two-letter ISO 639 language code, and country is an uppercase, two or three-letter ISO 3166 country code.
Layout Types
Different keyboard layout types are used in different input modes. The default layout which is used for regular text input, is called the "main" layout. The layout type is determined by the layout file name. Therefore, the "main" layout file is called the "main.qml".
List of supported layout types:
main
The main layout for normal text inputsymbols
Symbol layout for special characters etc. (activated from main layout)numbers
Numeric layout for formatted numbers (activated by Qt::ImhFormattedNumbersOnly)digits
Digits only layout (activated by Qt::ImhDigitsOnly)dialpad
Dialpad layout for phone number input (activated by Qt::ImhDialableCharactersOnly)handwriting
Handwriting layout for handwriting recognition (activated from main layout)
Adding New Keyboard Layouts
The keyboard layout element must be based on the KeyboardLayout QML type. This type defines the root item of the layout. The root item has the following optional properties which can be set if necessary:
property var inputMethod | Specifies an input method for this layout. If the input method is not defined, then the current input method is used. |
property int inputMode | Specifies an input mode for this layout. |
property real keyWeight | Specifies the default key weight used for all keys in this keyboard layout. The key weight is a proportional value which affects the size of individual keys in relation to each other. |
New rows are added to the keyboard layout by using the KeyboardRow type. The KeyboardRow can also specify the default key weight for its child elements. Otherwise, the key weight is inherited from its parent element.
New keys are added to the keyboard row using the Key type or one of the specialized key types. Below is the list of all key types:
- Key
- BackspaceKey
- ChangeLanguageKey
- EnterKey
- FillerKey
- HideKeyboardKey
- NumberKey
- ShiftKey
- SpaceKey
- SymbolModeKey
- HandwritingModeKey
- TraceInputKey
For example, to add a regular key which sends a key event to the input method:
import QtQuick 2.0 import QtQuick.Layouts 1.0 import QtQuick.VirtualKeyboard 2.1 // file: layouts/en_GB/main.qml KeyboardLayout { keyWeight: 160 KeyboardRow { Key { key: Qt.Key_Q text: "q" } } }
Key Size Calculation
The keyboard layouts are scalable, which means that there cannot be any fixed sizes set for any items in the layout. Instead, the key widths are calculated from key weight in relation to each other and the height by dividing the space equally among the keyboard rows.
In the above example, the key size is inherited from parent elements in this order:
Key > KeyboardRow > KeyboardLayout
The effective value for the key weight will be 160. For the sake of the example, we add another key which specifies a custom key weight:
import QtQuick 2.0 import QtQuick.Layouts 1.0 import QtQuick.VirtualKeyboard 2.1 // file: layouts/en_GB/main.qml KeyboardLayout { keyWeight: 160 KeyboardRow { Key { key: Qt.Key_Q text: "q" } Key { key: Qt.Key_W text: "w" keyWeight: 200 } } }
Now the total key weight of a row is 160 + 200 = 360. When the keyboard layout is activated, the width of an individual key is calculated as follows:
key width in pixels = key weight / SUM(key weights in a row) * row width in pixels
This means that the keyboard can be scaled to any size, while the relative key sizes remain the same.
Alternative Keys
Key can specify an alternativeKeys property, which results in a popup that lists alternative keys when the user presses and holds the key. The alternativeKeys can specify either a string, or a list of strings. If alternativeKeys is a string, the user can select between the characters in the string.
Styles and Layouts
The keyboard layouts cannot specify any visual elements. Instead, the layout is visualized by the keyboard style. On the other hand, the keyboard style cannot affect the size of the keyboard layout.
Keyboard Layouts with Multiple Pages of Keys
Some keyboard layouts, such as symbol layouts, may contain more keys than it is feasible to present on a single keyboard layout. A solution is to embed multiple keyboard layouts into the same context by using the KeyboardLayoutLoader.
When the KeyboardLayoutLoader is used as a root item of a keyboard layout, the actual keyboard layouts are wrapped inside Component elements. The keyboard layout is activated by assigning the id of an active component to the sourceComponent property.
For example:
import QtQuick 2.0 import QtQuick.Layouts 1.0 import QtQuick.VirtualKeyboard 2.1 // file: layouts/en_GB/symbols.qml KeyboardLayoutLoader { property bool secondPage onVisibleChanged: if (!visible) secondPage = false sourceComponent: secondPage ? page2 : page1 Component { id: page1 KeyboardLayout { KeyboardRow { Key { displayText: "1/2" functionKey: true onClicked: secondPage = !secondPage } } } } Component { id: page2 KeyboardLayout { KeyboardRow { Key { displayText: "2/2" functionKey: true onClicked: secondPage = !secondPage } } } } }
Handwriting Keyboard Layout
Each language which supports handwriting recognition must provide a special keyboard layout named handwriting.qml.
This type of keyboard layout must meet the following requirements:
- contains a TraceInputKey in the keyboard layout
- provides an instance of HandwritingInputMethod as the input method.
The handwriting layout may also include ChangeLanguageKey. For this purpose, it is important to use the customLayoutsOnly attribute, which will filter out languages that do not use handwriting.
Both the main and handwriting layouts should contain a key to activate and deactivate the handwriting input mode. This can be done by adding a HandwritingModeKey to the layout.
Adding Custom Layouts
The virtual keyboard layouts system supports built-in layouts as well as custom layouts. The built-in layouts are embedded as Qt Resources into the plugin binary. Custom layouts are located in the file system, so that they can be installed without recompiling the virtual keyboard itself, or they can be located in a resource file.
The selection of layouts at runtime is affected by the QT_VIRTUALKEYBOARD_LAYOUT_PATH
environment variable.
In case the environment variable is not set, or contains an invalid directory, the virtual keyboard falls back to the default built-in layouts.
To prevent the built-in layouts from being built into the virtual keyboard plugin when using custom layouts, add disable-layouts
to the CONFIG
qmake variable. For more information, see Advanced Configuration Options.
Keyboard Styles
The virtual keyboard styling system supports built-in styles as well as custom styles. The built-in styles are embedded as Qt Resources into the plugin binary and the custom styles are located in the file system and can be installed without recompiling the virtual keyboard itself.
The selection of the runtime style is affected by an environment variable QT_VIRTUALKEYBOARD_STYLE, which can be set to the name of the built-in style, e.g. "retro", or any of the custom styles installed into the Styles directory:
$$[QT_INSTALL_QML]/QtQuick/VirtualKeyboard/Styles
In case the environment variable is not set, or contains an invalid style name, the virtual keyboard falls back in the default built-in style.
Adding Custom Styles
The process of creating a new style begins by creating a new subdirectory for the style in a QML import path under the URL-based directory structure QtQuick/VirtualKeyboard/Styles/. See QML Import Path for information about QML import paths. The directory name can not contain spaces or special characters other than underscore. Also, the directory name can not be the same as one of the built-in style, which currently includes "default" and "retro".
A good starting point for creating a new style is to use an existing built-in style as a template and edit it. You can find the built-in styles from the virtual keyboard sources directory src/virtualkeyboard/content/styles. Copy one of the directories containing a built-in style into the Styles directory and rename it to "test". The directory structure should now be as follows:
test/default_style.qrc test/style.qml test/images test/images/backspace.png test/images/check.png test/images/enter.png test/images/globe.png test/images/hidekeyboard.png test/images/search.png test/images/shift.png
The QRC configuration file, which is unnecessary in this case, can be safely removed.
Note: The style.qml file should not be renamed, or otherwise the virtual keyboard cannot load the style.
Next, open the style.qml in your favorite editor and set the resourcePrefix property to an empty string. The resource prefix is not needed as the resources are contained in the same directory as the style.qml file.
Also, to make it more obvious to see that the custom style is actually being loaded and used, set the keyboard background to a different color:
keyboardBackground: Rectangle {
color: "gray"
}
The final step is to run the example application with your custom style:
QT_VIRTUALKEYBOARD_STYLE=test virtualkeyboard


{% extends "main_app/common.html" %} {% load static %} {% block content %}
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• Women Helpline - All India |
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• Women Helpline - Domestic Abuse |
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• National Commison For Women (NCW) |
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• Delhi Commision For Women |
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• Outer Delhi Helpline |
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• Student Child Helpline |
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• National Human Right Commision |
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• National Commision for Women |
DELHI
ANDHRA PRADESH
ARUNACHAL PRADESH
ASSAM
BIHAR
CHANDIGARH
CHATTISHGARH
GOA
GUJRAT
HARYANA
HIMACHAL PRADESH
MAHARASHTRA
PUNJAB
TAMIL NADU
TRIPURA
RAJASTHAN
KARNATAKA
MADHYA PRADESH
KERALA
UTTAR PRADESH
WEST BENGAL


HANGMAN
National Parks
Press any key to get started!
Wins
Current Word
Number of guesses remaining
Letters already guessed


--- layout: page title: "About" ---
Public servant at the State University of Health Sciences of Alagoas performing activities in the area of systems development using the technologies JSF (JavaServer Faces), Primefaces and Hibernate.
Developer at Center of Innovation - EDGE at University Federal of Alagoas
I am currently participate in research groups at the University Federal of Alagoas in field of Software Engineerin.


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Reboot Update Editor
Made by: http://tiralab.xyz/
Get it from: https://github.com/Tirarex/TiRGB/


This instance of the Finetooth software is being run for purposes of demonstration only. The site operators make no promises about the integrity of your data. (That is, if we take the site down or delete stuff for some reason or no reason, we won't feel bad about it.)
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Smita Samanta
SKSL Technologies
My Tasks
FEBRUARY 8,2015
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5pm
Web App
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3pm
Mobile Project
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2pm
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@u-wave/react-translate example
A localization example using
React
and
@u-wave/react-translate
.
view source