This didn't actually happen to me personally but I was asked an opinion on what I would have done if it had been me. A friend had gone to a bank’s ATM and chose to withdraw $20 from their account. The machine decided to give her a $50 note instead. In her confusion she checked her account to see how much was actually taken out of her account and it was, in fact, just $20. She then came to work and asked me what she should do, should she keep it? I told her that she should take it back to the bank, explain the situation and show them evidence to back it up and explain that there may be a fault in the Machine and that they should look into it before it happened to others as well. I do not know if she heeded my words but 2 days later that same bank had reached out to the community to let them know what has been happening and if people could please come clean (not many people did).
I wouldn't say my culture but definitely my family. Culture makes me think of where I am from, Thailand, and like hell I’d like to be the same as the vast majority of people who are from there. My dad is definitely very Thai, but the best kind. Kind, soft spoken, affectionate and understanding. He works hard to satisfy his wants and achieve results through determination and patience. I’d like to say that I got those from him (and my sister). They have shown me that hard work can put you along side people with talent and being kind and considerate takes you further than arrogance and intelligence. It shapes a very big part of me in the beginning but the friends that I was lucky enough to have in high school did a better job with me in my teens than my Mother. I had managed to surround myself with a group of kind, thoughtful and empathetic friends who were always there for each other and honestly made me think that everyone was like that until I went to Uni and realized, soon after, what I really had and how lucky I was.
It my culture (as in the people who shaped my life and not where I’m from) has influenced my sense of morality and ethics in what I think is the best possible ways. Work hard for what you want, be empathetic to any and everyone and seek quality in everything over quantity. Prioritize your needs rather than your wants and work for it. Don't accept what you don’t deserve and demand only what is fair.
My strengths are that I am determined and passionate, I put everything into what I do and I always see it through to the end (sometimes in a perfectionistic way)
My limitations/weaknesses with respect to the above is I can be sensitive and perfectionistic. I am harsh on myself when it comes to unsolicited advice or criticism and don't often express a lot of self-care. I will strive to be as perfect and complete in my task as possible but I often will expect the same of others and that at times cause conflict.
Both of what is mentioned about will help me with my learning, but it may cause me to go into depth rather than breadth, which is what the course and Bootcamp, is about. There is always time (just-in-time leaning) to learn what is needed and understand that but it will be hard not to try to perfect it first time.
I am a 2IC at my work, on of my duties requires me to be the manager on shift. One of the colleagues that I work with is much older than me, she had been in the industry (though not restaurant exactly) for longer and we often have disagreements over how things should be handled. The problems that often occur between us are somewhat akin to a power struggle. I am in a position of power but I am younger with more experience specifically in this feild, she is older and sees herself as more experienced in terms of length in time.
Once there was a table that was beginning to overstay their welcome, my colleague had refused to serve them more as she felt like they should leave. I decided to, as it was my management role to decide when a customer is not to be served. We huffed a little and I sent her home, as we no longer needed the extra person while we waited for them to leave and were starting our close down process. She felt strongly against this, as she wanted to help if we were to stay but I sent her home anyway as that felt logical at the time. The result of my actions affected not only me but the rest of my team the following morning due to the fact that the events last night had caused her to feel resentment towards me and began to micro-manage the rest of the team throughout the rest of the service.
In hind sight, what I should have done was told her exactly what I thought the appropriate choice was before I made them in order to make her feel included and possibly come to an understanding of where I was coming from. I should have spoken to her directly after the fact and communicated that I was the one in the position of power and although her advice is much appreciated, I ultimately had the final say. Which means it is unacceptable for her to be acting this way towards the rest of the team the following morning. Had I spoken to her on the night however, we would not have had the problems that followed.


|
Métodos de Busca no Pacman
|
Public Member Functions | |
| def | __init__ (self, startingGameState) |
| def | getStartState (self) |
| def | isGoalState (self, state) |
| def | getSuccessors (self, state) |
| def | getCostOfActions (self, actions) |
Public Attributes | |
| start | |
| walls | |
| startingGameState | |
| heuristicInfo | |
A search problem associated with finding the a path that collects all of the food (dots) in a Pacman game. A search state in this problem is a tuple (pacmanPosition, foodGrid) where pacmanPosition: a tuple (x,y) of integers specifying Pacman's position foodGrid: a Grid (see game.py) of either True or False, specifying remaining food
| def searchAgents.FoodSearchProblem.getCostOfActions | ( | self, | |
| actions | |||
| ) |
Returns the cost of a particular sequence of actions. If those actions include an illegal move, return 999999


C
converterThis works best under Chrome
. Firefox
works, though it adds an unwanted clicking sound after every
note.
IE11
and below, as expected, are right out.
Untested under Edge
.
Cut-and-paste from this section into the file:
still_alive_music.h


The first images of the PlayStation 5 controller reveal a familiar design with 2 major changes, Business Insider - Business Insider Singapore
by Kevin Webb, Business Insider US- A patent application published in Japan has revealed the design of Sony’s PlayStation 5 controller.
- The PS5 controller is similar in design to the PlayStation 4 controller, but with a USB-C charging port and without the PlayStation 4 controller’s colored light bar.
- The PlayStation 5 controller will also support haptic feedback, and has a larger battery than the PS4 controller.
- Visit Business Insider’s homepage for more stories.
The first images of the PlayStation 5 controller have surfaced in a Sony patent application filed in Japan. VideoGamesChronicle.com spotted the patent after it was approved on November 18.
Last month, Sony confirmed that the PlayStation 5 would arrive during the 2020 holiday season. In an interview with Wired Magazine, Sony President Jim Ryan and system architect Mark Cerny described some of the new console’s most important new features, including a solid state hard drive for much faster loading times and haptic feedback for the PlayStation 5 controller.
Overall, the PlayStation controller hasn’t changed much since the PlayStation 2’s DualShock 2 controller. While Sony’s DualShock 3, 4, and Sixaxis controllers included new features for the PlayStation 3 and PlayStation 4, the size and layout of the controller has largely remained the same. The DualShock 4 introduced a touch pad in the center of the controller, and the PS5 controller will continue that trend.
Sony says the PlayStation 5 controller’s haptic feedback will offer more sophisticated “rumble” effects than the PS4 controller. Game designers will be able to adjust the sensitivity of the haptic motors and the controller’s triggers to match the action in-game, so the feeling of firing different guns or handling the wheel of a car will feel distinct.
The PlayStation 5 controller will have a USB-C charging port, moving on from the PS4 controller’s USB Micro-B connection. The PS5 will also get rid of the colored light bar on the top of the controller – the PS4 light bar offered customizable ambient lighting to match the game being played, but also drained the controller’s battery with extended use.
Sony product manager Toshi Aoki told Wired that the PlayStation 5 controller will have an improved battery life, but the larger battery and haptic motors make the controller a bit heavier. It will still be a bit lighter than Microsoft’s Xbox One controller, however.
While PlayStation 5 will able to play PlayStation 4 games, it’s unclear if it will be backwards compatible with the PlayStation 4 controller. A handful of games for PlayStation 4 allowed players to use their PlayStation 3 controllers.
Images of the PlayStation 5 development kit surfaced in October, showing off an early prototype of Sony’s upcoming console. Video game developers already have their hands on the hardware and have been working on games to launch alongside the PlayStation 5 next year.
Here’s a closer look at the PlayStation 5 controller:


Tell your device what to do!
This demo code for communicating with a Particle Photon via the cloud is based on the Particle Docs Example Code with help from Particle Community forums and was modified by Sarah Rosanna Busch.


An inadvertent and somewhat unsettling experience today...
I work in a low temperature physics lab and most of my experiments involve the use of cryogenic fluids (ie: liquid nitrogen & liquid helium). Now, to fill my cryostat with LiqN2, I simply attach a short hose and a funnel on a stand and pour it in.
I realized, of course that this meant I would be getting no oxygen for a breath or two, but I figured I can hold my breath under water for some time, so a few quick breaths should have no effect. (Keep in mind, getting screwed up was not my plan, here)
Well, (duh) holding one's breath under water means holding a reservoir of air (and oxygen) while having a lungful of pure nitrogen means one has no oxygen at all. So, after two quick huffs, my funnel was empty, but I all of a sudden felt a bit dizzy and noticed my lips mere starting to turn blue. A good deep breath of air or two started to bring me back, but not before noticing the characteristic wash of 'mwow, mwow Mwow MWOW...' and other lightheaded somatic effects that I immediately associate with Nitrous Oxide! The only thing missing was the giddyness....hmmmm
My conclusion, especially after reading the lone report of someone experiencing 'psychedelic' effects sim]milar to nitrous from inhaling Argon gas (which is chemically inert, even more so than nitrogen and whose only function could be to displace oxygen) is that a good deal of the effects I thought were being produced by nitrous oxide were in fact symptoms of OXYGEN DEPRIVATION!
This is not to say that nitrous does not produce additional effects (or it would not be used by dentists as an anaesthetic) but that a suprising amount of the trip of inhaling pure nitrous (as is done recreationally) is simply the brain starving for oxygen.
So be aware folks; nitrous is fun sometimes, but make sure billy upstairs gets his oxygen too. Try to take a bit of air with your N2O or at very least try to hyperventilate a few times before taking the balloon. Hyperventilating will temporarily charge your blood with a little more oxygen than normal...but not a lot, and not for long. And don't get addicted to the stuff, it's WAY too easy!
Peace all,
Komrade
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Sebastian
Schmeier is a research group leader and lecturer in
bioinformatics/genomics at
the Institute of Natural and
Mathematical Sciences at Massey University Auckland and a
bioinformatics advisor to New
Zealand Genomics Ltd, a genomics service company. His group
uses a combination of computational methods and biology to answer
questions in the fields of genomics and transcriptomics, with a
focus on gene regulation, non-coding RNAs, and data-driven
biomedical applications. Besides research, Sebastian is also
highly interested in the computational and bioinformatics
up-skilling of students and scientists.


Used for a wide range of inputs to our map and model, from crime and permit to parks and subway data.
ZIP-specific tax filing data was used for our map and model.
ZIP-specific data around annual population, crime and housing served as inputs for our map and model.
ACS data was used for employment, housing and population inputs into our map and model.
Maps and search query trend data was used in concert with other housing data for both map and model.
We leaned on Zillow data to help feed into our Bayesian model.
Neighborhood-specific data was used as an input into our final product.
Open-source mapping data was used as the basis for our final product.


So the mind is material.
Can the mind have specific meaning?
Specific meaning is simply meaning that is objective, that cannot be argued against, and cannot be misinterpreted.
Yes, the mind can have specific meaning.
No, the mind cannot have specific meaning.
Back


Pete Doherty arrested in Paris for second time after “drunken brawl” with teenager
He reportedly went out to celebrate his release from the first arrest
Pete Doherty has reportedly been arrested for the second time in 48 hours after allegedly getting into an fight with a teenager in Paris.
The Libertines frontman is thought to have been arrested on Sunday (November 11), some 24 hours after he was released following an earlier arrest for buying cocaine at 3AM.
Doherty was seen throwing punches at a male teen in Paris’ Saint-German-des-Pres district, MailOnline reports.
His lawyer, Arash Derambarsh, said Doherty went home to take sleeping pills on Saturday, before heading out again in his pyjamas to celebrate his release from police custody.
Pete Doherty on stage with The Libertines
Derambarsh said: “[Pete wanted to] go and celebrate his liberation in a bar near him. He drank and people made him drink.”
But things took a turn when Doherty “quickly came to blows” with the teenager. The 19-year-old man is believed to have filed a police complaint, claiming to have been injured in a “drunken brawl”.
An source said: “Before being questioned by police, Doherty was put somewhere where he could sober up.”
The singer, whose battle with drugs has repeatedly landed him in legal trouble, was also handed a six-month driving ban after being caught speeding earlier this year.
The latest string of arrests come as Doherty prepares for his European tour with The Libertines. They are set to play their first show at Luxembourg’s Den Atelier on November 17, before continuing with a string of shows across the continent.
Doherty released a new solo album with his project Peter Doherty & The Puta Madres earlier this year.


{if:{comments}}
No HTML is allowed. All links, and new lines will be automagically converted to HTML for you. Notice to spammers, all links will be sanitized with rel="nofollow".


Set to a preset for CoronaVirus Pandemic Non-vaccinated Measles Outbreak 95% vaccinated Measles Outbreak


Information in accordance with Section 5 TMG
Christopher Pöschl
Wiesengasse 8
7051 Großhöflein
AUSTRIA
Contact Information
Telephone: +43 680 127 64 39
E-Mail<EMAIL_ADDRESS>Internet address: octarina.netlify.com
Disclaimer
Accountability for contentThe contents of our pages have been created with the utmost care. However, we cannot guarantee the contents' accuracy, completeness or topicality. According to statutory provisions, we are furthermore responsible for our own content on these web pages. In this matter, please note that we are not obliged to monitor the transmitted or saved information of third parties, or investigate circumstances pointing to illegal activity. Our obligations to remove or block the use of information under generally applicable laws remain unaffected by this as per §§ 8 to 10 of the Telemedia Act (TMG).
Accountability for links
Responsibility for the content of external links (to web pages of third parties) lies solely with the operators of the linked pages. No violations were evident to us at the time of linking. Should any legal infringement become known to us, we will remove the respective link immediately.
Copyright
Our web pages and their contents are subject to Austrian copyright law. Unless expressly permitted by law, every form of utilizing, reproducing or processing works subject to copyright protection on our web pages requires the prior consent of the respective owner of the rights. Individual reproductions of a work are only allowed for private use. The materials from these pages are copyrighted and any unauthorized use may violate copyright laws.
Quelle: translate-24h Englisch Übersetzungen


Write a script that compares two char arrays lexicographically (letter by letter).
== use spaces to separate the elements of the arrays ==
== Example: a b v g d ==


Jsonlang is based on the Jsonnet project from Google and written by Dave Cunningham. Jsonlang is a domain specific configuration language that helps you define JSON data. Jsonlang lets you compute fragments of JSON within the structure, bringing the same benefit to structured data that templating languages bring to plain text. The example below illustrates a few features -- referring to another part of the structure, overriding object fields, and string operations.
|
➡ |
|
Use Jsonlang to organize your JSON data, or to help your users organize the data they send to you. It is easy to integrate Jsonlang's library or commandline interpreter into existing systems that take JSON or YAML. Some example situations are application configuration (files in etc), build systems, package definitions, configuration management systems, and cloud deployment agents.
Jsonlang is ideal when you need to derive new data from existing data with subtle changes.
This was hinted at in the above example. A more comprehensive illustration is the simple build
configuration below. An object CCompiler
is defined, which is then specialized for GCC
and Clang. These are used to help construct an array of build targets.
Note the example mixins Opt
and
Dbg
that can be applied to add optimization flags. Mixins are the ultimate form of
inheritance, as they can be combined arbitrarily via the +
operator. In simple cases,
they behave identically to conventional object-oriented languages like Java.
Try it out here |
Jsonlang is based on Jsonnet, a Google 20% project. Jsonlang has been open-sourced under the Apache 2.0 license. A large portion of the current code was developed by David Cunningham -<EMAIL_ADDRESS>under the Jsonnet project at Google.
July 17, 2015 JsonLang name changed and new functionality added!
July 10, 2015 Jsonnet was cloned and modifications added for the IQStack project!
Except as noted, this content is licensed under Creative Commons Attribution 2.5. Enjoy!


--- title: "Parallelization Pitfalls" date: 2020-05-01T10:20:51-07:00 draft: true ---
Just run it in parallel, they said. It’ll be easy, they said.
In reality, I ran into many pitfalls as I tried to setup my simulation study on the department cluster. This blog post will outline my missteps and lessons learned in hopes that it will save someone else some time. Some of the information, but not all, is specific to Berkeley’s computing setup.
I have a simulation study that requires fitting models of different complexity to a variety of scenarios. Each scenario is replicated many times. It looks a bit like this (go ahead, judge that gnarly nested loop).
## R pseudocode
for(i in 1:length(scenarios)){
for(j in 1:numberReplicates){
for(k in 1:length(modelComplexity)){
fit a model of complexity k
save some output
}
}
}
I have too many scenarios and each model fit takes too long to run this overnight on my laptop which is my usual M.O. Plus, my computer fan isn’t super conducive to a good night’s sleep (#StudioApartmentLife).
I realized I had to run this on the statistics department cluster which means I had to get my input files organized, my R script cleaned of any absolute paths, figure out how to get output files back to my personal computer, and write a bash script to launch the R script on the cluster.
To transfer files, I use sftp
and put
in the terminal. More info on file transfer here.
cd folder_where_stuff_lives_on_my_computer
sftp<EMAIL_ADDRESS>put my_script.R
put my_input_data.RData
For Berkeley people, you can find the appropriate computername
here. Also, after running the sftp
line you’ll have to enter your password, and FYI, as you type, it won’t show up on the command line.
Later on, when I want to get my output files back to my computer, I’ll have to use get
in the terminal.
cd folder_where_I_want_stuff_to_live
sftp<EMAIL_ADDRESS>get results_*
Note, I named all of my results files with this beginning prefix results_
so that I could use the * to just get them all at once without typing a bunch.
Here is a sample bash script that is named r_scenario1.sh
#!/bin/bash
#SBATCH --cpus-per-task 5
cp ~/simulated_data.RData /tmp/.
R CMD BATCH --no-save cluster_scenario1.R sim1.Rout
ls -l /tmp
cp /tmp/results* ~/.
cp
line moves the input data to the cluster.R CMD BATCH
line runs the R script on the cluster and saves anything that is written to the console in the .Rout
file. This will be useful to help see why things don’t work.cp
copies all of the results files (I used csv
files) off of the cluster back to my own directory on the school machine.To launch this bash script I first ssh
into a school computer using the terminal (more info here):
ssh<EMAIL_ADDRESS>(Again you’ll have to enter your password.)
Then I run the following line in the terminal:
sbatch r_scenario1.sh
To see what is happening on the cluster, run this in the terminal:
squeue
Find more information about how to monitor progress here.
Login to a Berkeley computer, launch R via the command line, and just make sure you can load all the packages you want. If they live there, they should live on the cluster. Inevitably, I forgot to load certain packages in certain R scripts. The script would fail, and I figured out why from the .Rout
file.
There is a lot going on in cluster_scenario1.R
where all my actual code goes, but the important part is:
library(parallel)
mclapply(1:10, helper, mc.cores = 5)
A helper function does all of the heavy lifting, reading in input data, fitting models, and writing out results files. The key here is that the number we use for mc.cores
needs to match --cpus-per-task
in the bash script. The cluster scheduler uses this information when assigning tasks to parts of the cluster. I had initially forgotten to specify --cpus-per-task
which messed things up. Thank you to Chris Paciorek for kindly explaining what I was doing wrong.
There are time and memory constraints that your code has to follow to be run on the Berkeley cluster. In practice this means that you have to be reasonably sure that each R
script will finish in the allotted time and not require too much memory.
I timed a few model fits locally and scaled that time up to estimate how long a certain chunk of simulations would take.
The memory constraints were much more trial and error. I would run a chunk, get a memory error, and then try to further partition the scenarios into different runs until I no longer got a memory error. Sorry that I can’t be more helpful here.
These are computationally expensive simulations, so it was important that I saved every possible output I would need to do my analysis. However, because there were so many simulations, the memory used really adds up. I went through a few trial and error iterations here too. I would run some simulations, realize I needed some extra information, and then have to adjust what results were saved for the next batch. Prior planning would be nice, but you just can’t always anticipate what you might need.
At this point I had things working, but I’m impatient, and it seemed like things were taking much longer than I had expected. Luckily, the Berkeley Research Computing program was having a workshop on parallel computing, so I tuned in. I learned that there are different ways to partition tasks across cores/threads/cpus which live on nodes. Understanding the terminology and the hierarchy was helpful for me. Long story short, if you are using mclapply
the relevant bash flag is in fact --cpus-per-task
. My choice of 5 CPUs was to ensure that I wasn’t hogging too much of the statistics cluster which is used by the whole department. Note: on the Berkeley Stats cluster you can use a fraction of the total CPUs on a particular node whereas on other clusters you would want to use all the CPUs on one node or you are effectively wasting the others.
This one turned out to be the real kicker.
If you recall, I had a setup like this:
## pseudocode
for(i in 1:length(scenarios)){
for(j in 1:numberReplicates){
for(k in 1:length(modelComplexity)){
fit a model of complexity k
save some output
}
}
}
and I was parallelizing over k
. This turned out to the absolute worst place to introduce parallelization. Go figure!
For example, when k=5
, the model takes WAY LONGER to fit than when k=1
. This meant that four cores were waiting around for the fifth task to be done before restarting with the next chunk of five models.
Again, the Berkeley Research Computing program came to my rescue. They had virtual office hours where Nicolas Chan and Christopher Hann-Soden explained that to “balance the computational load” I should parallelize over chunks of tasks that should take about the same order of magnitude of time to run. Note: tasks should also not be too fast because the overhead of moving everything on and off the cluster adds up. That luckily wasn’t my problem. So at first, I thought I should just parallelize over the replicates since each replicate of the same scenario should take about the same amount of time to fit. But then Christopher offered a game-changing suggestion.
params <- expand.grid(i = 1:length(scenarios),
j = 1:numberReplicates,
k = 1:length(modelComplexity))
mclapply(1:nrow(params), helper, mc.cores = 5)
If I pre-generated all of the combinations, then none of the cores would be waiting on anything else to finish. When a core finished, it would just take the next combination. Anecdotally, once I implemented this, things run MUCH faster (probably at least 2 times faster if not more).
In conclusion, my simulations are still running, but I feel better about them being as fast as possible. It only took weeks of trial and error to get the whole process streamlined.
Hopefully this helps you avoid some pitfalls. Good luck parallelizing! As always, feedback appreciated: [@sastoudt](https://twitter.com/sastoudt).


Delignt in every bite.
<EMAIL_ADDRESS>(+91)<PHONE_NUMBER>
Shubh Pioneer, Gandhinagar - Ahmedabad Road, near to Shree Kamalam, Koba, Gujarat


Understanding the threats that climate change poses to human health can help us work together to lower risks and be prepared. Climate change threatens human health, including mental health, and access to clean air, safe drinking water, nutritious food, and shelter.
All Americans, at some point in their lives, are vulnerable to the impacts of climate change.
The fact sheets on this page are part of a series of communications materials to highlight the health impacts of climate change at different stages of life and for certain populations of concern. Vea las hojas informativas en español.
- Stages of Life (PDF)(1 pg, 1 MB)
- Children (PDF)(4 pp, 3 MB)
- Environmental Justice (PDF)(4 pp, 3 MB)
- Indigenous Populations (PDF)(4 pp, 2 MB)
- Occupational Groups (PDF)(4 pp, 4 MB)
- Older Adults (PDF)(4 pp, 4 MB)
- Older Adults (large font version) (PDF)(4 pp, 2 MB)
- People with Disabilities (PDF)(4 pp, 4 MB)
- People with Disabilities (large font version) (PDF)(4 pp, 4 MB)
- People with Existing Health Conditions (PDF)(4 pp, 1 MB)
- Pregnant Women (PDF)(4 pp, 2 MB)
- Stages of Life (plain text version) (PDF)(2 pp, 564 K)
- Children (11"x17" version) (PDF)(2 pp, 5 MB)
- Environmental Justice (11"x17" version) (PDF)(2 pp, 7 MB)
- Indigenous Populations (11"x17" version) (PDF)(2 pp, 3 MB)
- Occupational Groups (11"x17" version) (PDF)(2 pp, 5 MB)
- Older Adults (11"x17" version) (PDF)(2 pp, 5 MB)
- People with Disabilities (11"x17" version) (PDF)(2 pp, 6 MB)
- People with Existing Health Conditions (11"x17" version) (PDF)(2 pp, 2 MB)
- Pregnant Women (11"x17" version) (PDF)(2 pp, 4 MB)


IgeBox2dComponent CLASS
Declared in IgeBox2dComponent.js
The engine's box2d component class.
Methods
mode
Gets / sets the world interval mode. In mode 0 (zero) the box2d simulation is synced to the framerate of the engine's renderer. In mode 1 the box2d simulation is stepped at a constant speed regardless of the engine's renderer. This must be set *before* calling the start() method in order for the setting to take effect.
mode({Integer} val)
- {Integer}val The mode, either 0 or 1.
Returns {*}
sleep
Gets / sets if the world should allow sleep or not.
sleep({Boolean} val)
Returns {*}
scaleRatio
Gets / sets the current engine to box2d scaling ratio.
scaleRatio({} val)
Returns {*}
gravity
Gets / sets the gravity vector.
gravity({} x, {} y)
Returns {*}
world
Gets the current Box2d world object.
world()
Returns {b2World}
createWorld
Creates the Box2d world.
createWorld({String} id, {Object} options)
- {String}id
- {Object}options
Returns {*}
createFixture
Creates a Box2d fixture and returns it.
createFixture({} params)
Returns {b2FixtureDef}
createBody
Creates a Box2d body and attaches it to an IGE entity based on the supplied body definition.
createBody({
IgeEntity}
entity, {
Object}
body)
Returns {b2Body}
staticsFromMap
Produces static box2d bodies from passed map data.
staticsFromMap({
IgeTileMap2d}
mapLayer, {
Function}
callback)
- {IgeTileMap2d}mapLayer
- {Function}callback Returns true or false depending on if the passed map data should be included as part of the box2d static object data. This allows you to control what parts of the map data are to be considered for box2d static objects and which parts are to be ignored. If not passed then any tile with any map data is considered part of the static object data.
contactListener
Creates a contact listener with the specified callbacks. When contacts begin and end inside the box2d simulation the specified callbacks are fired.
contactListener({Function} beginContactCallback, {Function} endContactCallback, {Function} preSolve, {Function} postSolve)
- {Function}beginContactCallback The method to call when the contact listener detects contact has started.
- {Function}endContactCallback The method to call when the contact listener detects contact has ended.
- {Function}preSolve
- {Function}postSolve
networkDebugMode
If enabled, sets the physics world into network debug mode which will stop the world from generating collisions but still allow us to see shape outlines as they are attached to bodies. Useful when your physics system is server-side but seeing client-side shape data is useful for debugging collisions.
networkDebugMode({Boolean} val)
enableDebug
Creates a debug entity that outputs the bounds of each box2d body during standard engine ticks.
destroyBody
Queues a body for removal from the physics world.
destroyBody({} body)
updateCallback
Gets / sets the callback method that will be called after every physics world step.
updateCallback({} method)
Returns {*}
_behaviour
Steps the physics simulation forward.
_behaviour({} ctx)


{% load staticfiles %}
A fatal error has occurred. Try logging out and logging back in. If you see this message again, please contact the administrator.


Home
Schedule
Save My Seat
Contact Us
Save Me A Seat!
Seating is limited at 5,000
Your Name
How many people in your group
Your Email
Send


Colors - ISCC/NBS
ISCC-NBS is a system for color names based on a set of 12 color terms and a small set of adjectives.
It was first established by ISCC (Inter-Society Color Council) in the 1930s by delegates from American trade organizations and the National Bureau of Standards.
To be a means of designating colors in the United
States Pharmacopoeia, in the National Formulary, and in general literature ...
such designation to be sufficiently standardized as to be acceptable and usable
by science, sufficiently broad to be appreciated and used by science, art, and
industry, and sufficiently commonplace to be understood, at least in a general
way, by the whole public:
NBS-ISCC Color Names
| Hex | Color | Name |
|---|---|---|
| #ffb5ba | Vivid_Pink | |
| #ea9399 | Strong_Pink | |
| #e4717a | Deep_Pink | |
| #f9ccca | Light_Pink | |
| #dea5a4 | Moderate_Pink | |
| #c08081 | Dark_Pink | |
| #ead8d7 | Pale_Pink | |
| #c4aead | Grayish_Pink | |
| #eae3e1 | Pinkish_White | |
| #c1b6b3 | Pinkish_Gray | |
| #be0032 | Vivid_Red | |
| #bc3f4a | Strong_Red | |
| #841b2d | Deep_Red | |
| #5c0923 | Very_Deep_Red | |
| #ab4e52 | Moderate_Red | |
| #722f37 | Dark_Red | |
| #3f1728 | Very_Dark_Red | |
| #ad8884 | Light_Grayish_Red | |
| #905d5d | Grayish_Red | |
| #543d3f | Dark_Grayish_Red | |
| #2e1d21 | Blackish_Red | |
| #8f817f | Reddish_Gray | |
| #5c504f | Dark_Reddish_Gray | |
| #282022 | Reddish_Black | |
| #ffb7a5 | Vivid_Yellowish_Pink | |
| #f99379 | Strong_Yellowish_Pink | |
| #e66721 | Deep_Yellowish_Pink | |
| #f4c2c2 | Light_Yellowish_Pink | |
| #d9a6a9 | Moderate_Yellowish_Pink | |
| #c48379 | Dark_Yellowish_Pink | |
| #ecd5c5 | Pale_Yellowish_Pink | |
| #c7ada3 | Grayish_Yellowish_Pink | |
| #c2ac99 | Brownish_Pink | |
| #e25822 | Vivid_Reddish_Orange | |
| #d9603b | Strong_Reddish_Orange | |
| #aa381e | Deep_Reddish_Orange | |
| #cb6d51 | Moderate_Reddish_Orange | |
| #9e4732 | Dark_Reddish_Orange | |
| #b4745e | Grayish_Reddish_Orange | |
| #882d17 | Strong_Reddish_Brown | |
| #56070c | Deep_Reddish_Brown | |
| #a87c6d | Light_Reddish_Brown | |
| #79443b | Moderate_Reddish_Brown | |
| #3e1d1e | Dark_Reddish_Brown | |
| #977f73 | Light_Grayish_Reddish_Brown | |
| #674c47 | Grayish_Reddish_Brown | |
| #43302e | Dark_Grayish_Reddish_Brown | |
| #f38400 | Vivid_Orange | |
| #fd943f | Brilliant_Orange | |
| #ed872d | Strong_Orange | |
| #be6516 | Deep_Orange | |
| #fab57f | Light_Orange | |
| #d99058 | Moderate_Orange | |
| #ae6938 | Brownish_Orange | |
| #80461b | Strong_Brown | |
| #593319 | Deep_Brown | |
| #a67b5b | Light_Brown | |
| #6f4e37 | Moderate_Brown | |
| #422518 | Dark_Brown | |
| #958070 | Light_Grayish_Brown | |
| #635147 | Grayish_Brown | |
| #3e322c | Dark_Grayish_Brown | |
| #8e8279 | Light_Brownish_Gray | |
| #5b504f | Brownish_Gray | |
| #28201c | Brownish_Black | |
| #f6a600 | Vivid_Orange_Yellow | |
| #ffc14f | Brilliant_Orange_Yellow | |
| #eaa221 | Strong_Orange_Yellow | |
| #c98500 | Deep_Orange_Yellow | |
| #fbc97f | Light_Orange_Yellow | |
| #e3a857 | Moderate_Orange_Yellow | |
| #be8a3d | Dark_Orange_Yellow | |
| #fad6a5 | Pale_Orange_Yellow | |
| #996515 | Strong_Yellowish_Brown | |
| #654522 | Deep_Yellowish_Brown | |
| #c19a6b | Light_Yellowish_Brown | |
| #826644 | Moderate_Yellowish_Brown | |
| #4b3621 | Dark_Yellowish_Brown | |
| #ae9b82 | Light_Grayish_Yellowish_Brown | |
| #7e6d5a | Grayish_Yellowish_Brown | |
| #483c32 | Dark_Grayish_Yellowish_Brown | |
| #f3c300 | Vivid_Yellow | |
| #fada5e | Brilliant_Yellow | |
| #d4af37 | Strong_Yellow | |
| #af8d13 | Deep_Yellow | |
| #f8de7e | Light_Yellow | |
| #c9ae5d | Moderate_Yellow | |
| #ab9144 | Dark_Yellow | |
| #f3e5ab | Pale_Yellow | |
| #c2b280 | Grayish_Yellow | |
| #a18f60 | Dark_Grayish_Yellow | |
| #f0ead6 | Yellowish_White | |
| #bfb8a5 | Yellowish_Gray | |
| #967117 | Light_Olive_Brown | |
| #6c541e | Moderate_Olive_Brown | |
| #3b3121 | Dark_Olive_Brown | |
| #dcd300 | Vivid_Greenish_Yellow | |
| #e9e450 | Brilliant_Greenish_Yellow | |
| #beb72e | Strong_Greenish_Yellow | |
| #9b9400 | Deep_Greenish_Yellow | |
| #eae679 | Light_Greenish_Yellow | |
| #b9b459 | Moderate_Greenish_Yellow | |
| #98943e | Dark_Greenish_Yellow | |
| #ebe8a4 | Pale_Greenish_Yellow | |
| #b9b57d | Grayish_Greenish_Yellow | |
| #867e36 | Light_Olive | |
| #665d1e | Moderate_Olive | |
| #403d21 | Dark_Olive | |
| #8c8767 | Light_Grayish_Olive | |
| #5b5842 | Grayish_Olive | |
| #363527 | Dark_Grayish_Olive | |
| #8a8776 | Light_Olive_Gray | |
| #57554c | Olive_Gray | |
| #25241d | Olive_Black | |
| #8db600 | Vivid_Yellow_Green | |
| #bdda57 | Brilliant_Yellow_Green | |
| #7e9f2e | Strong_Yellow_Green | |
| #467129 | Deep_Yellow_Green | |
| #c9dc89 | Light_Yellow_Green | |
| #8a9a5b | Moderate_Yellow_Green | |
| #dadfb7 | Pale_Yellow_Green | |
| #8f9779 | Grayish_Yellow_Green | |
| #404f00 | Strong_Olive_Green | |
| #232f00 | Deep_Olive_Green | |
| #4a5d23 | Moderate_Olive_Green | |
| #2b3d26 | Dark_Olive_Green | |
| #515744 | Grayish_Olive_Green | |
| #31362b | Dark_Grayish_Olive_Green | |
| #27a64c | Vivid_Yellowish_Green | |
| #83d37d | Brilliant_Yellowish_Green | |
| #44944a | Strong_Yellowish_Green | |
| #00622d | Deep_Yellowish_Green | |
| #003118 | Very_Deep_Yellowish_Green | |
| #b6e5af | Very_Light_Yellowish_Green | |
| #93c592 | Light_Yellowish_Green | |
| #679267 | Moderate_Yellowish_Green | |
| #355e3b | Dark_Yellowish_Green | |
| #173620 | Very_Dark_Yellowish_Green | |
| #008856 | Vivid_Green | |
| #3eb489 | Brilliant_Green | |
| #007959 | Strong_Green | |
| #00543d | Deep_Green | |
| #8ed1b2 | Very_Light_Green | |
| #6aab8e | Light_Green | |
| #3b7861 | Moderate_Green | |
| #1b4d3e | Dark_Green | |
| #1c352d | Very_Dark_Green | |
| #c7e6d7 | Very_Pale_Green | |
| #8da399 | Pale_Green | |
| #5e716a | Grayish_Green | |
| #3a4b47 | Dark_Grayish_Green | |
| #1a2421 | Blackish_Green | |
| #dfede8 | Greenish_White | |
| #b2beb5 | Light_Greenish_Gray | |
| #7d8984 | Greenish_Gray | |
| #4e5755 | Dark_Greenish_Gray | |
| #1e2321 | Greenish_Black | |
| #008882 | Vivid_Bluish_Green | |
| #00a693 | Brilliant_Bluish_Green | |
| #007a74 | Strong_Bluish_Green | |
| #00443f | Deep_Bluish_Green | |
| #96ded1 | Very_Light_Bluish_Green | |
| #66ada4 | Light_Bluish_Green | |
| #317873 | Moderate_Bluish_Green | |
| #004b49 | Dark_Bluish_Green | |
| #002a29 | Very_Dark_Bluish_Green | |
| #0085a1 | Vivid_Greenish_Blue | |
| #239eba | Brilliant_Greenish_Blue | |
| #007791 | Strong_Greenish_Blue | |
| #2e8495 | Deep_Greenish_Blue | |
| #9cd1dc | Very_Light_Greenish_Blue | |
| #66aabc | Light_Greenish_Blue | |
| #367588 | Moderate_Greenish_Blue | |
| #004958 | Dark_Greenish_Blue | |
| #002e3b | Very_Dark_Greenish_Blue | |
| #00a1c2 | Vivid_Blue | |
| #4997d0 | Brilliant_Blue | |
| #0067a5 | Strong_Blue | |
| #00416a | Deep_Blue | |
| #a1caf1 | Very_Light_Blue | |
| #70a3cc | Light_Blue | |
| #436b95 | Moderate_Blue | |
| #00304e | Dark_Blue | |
| #bcd4e6 | Very_Pale_Blue | |
| #91a3b0 | Pale_Blue | |
| #536878 | Grayish_Blue | |
| #36454f | Dark_Grayish_Blue | |
| #202830 | Blackish_Blue | |
| #e9e9ed | Bluish_White | |
| #b4bcc0 | Light_Bluish_Gray | |
| #81878b | Bluish_Gray | |
| #51585e | Dark_Bluish_Gray | |
| #202428 | Bluish_Black | |
| #30267a | Vivid_Purplish_Blue | |
| #6c79b8 | Brilliant_Purplish_Blue | |
| #545aa7 | Strong_Purplish_Blue | |
| #272458 | Deep_Purplish_Blue | |
| #b3bce2 | Very_Light_Purplish_Blue | |
| #8791bf | Light_Purplish_Blue | |
| #4e5180 | Moderate_Purplish_Blue | |
| #252440 | Dark_Purplish_Blue | |
| #c0c8e1 | Very_Pale_Purplish_Blue | |
| #8c92ac | Pale_Purplish_Blue | |
| #4c516d | Grayish_Purplish_Blue | |
| #9065ca | Vivid_Violet | |
| #7e73b8 | Brilliant_Violet | |
| #604e97 | Strong_Violet | |
| #32174d | Deep_Violet | |
| #dcd0ff | Very_Light_Violet | |
| #8c82b6 | Light_Violet | |
| #604e81 | Moderate_Violet | |
| #2f2140 | Dark_Violet | |
| #c4c3dd | Very_Pale_Violet | |
| #9690ab | Pale_Violet | |
| #554c69 | Grayish_Violet | |
| #9a4eae | Vivid_Purple | |
| #d399e6 | Brilliant_Purple | |
| #875692 | Strong_Purple | |
| #602f6b | Deep_Purple | |
| #401a4c | Very_Deep_Purple | |
| #d5badb | Very_Light_Purple | |
| #b695c0 | Light_Purple | |
| #86608e | Moderate_Purple | |
| #563c5c | Dark_Purple | |
| #301934 | Very_Dark_Purple | |
| #d6cadd | Very_Pale_Purple | |
| #aa98a9 | Pale_Purple | |
| #796878 | Grayish_Purple | |
| #50404d | Dark_Grayish_Purple | |
| #291e29 | Blackish_Purple | |
| #e8e3e5 | Purplish_White | |
| #bfb9bd | Light_Purplish_Gray | |
| #8b8589 | Purplish_Gray | |
| #5d555b | Dark_Purplish_Gray | |
| #242124 | Purplish_Black | |
| #870074 | Vivid_Reddish_Purple | |
| #9e4f88 | Strong_Reddish_Purple | |
| #702963 | Deep_Reddish_Purple | |
| #54194e | Very_Deep_Reddish_Purple | |
| #b784a7 | Light_Reddish_Purple | |
| #915c83 | Moderate_Reddish_Purple | |
| #5d3954 | Dark_Reddish_Purple | |
| #341731 | Very_Dark_Reddish_Purple | |
| #aa8a9e | Pale_Reddish_Purple | |
| #836479 | Grayish_Reddish_Purple | |
| #ffc8d6 | Brilliant_Purplish_Pink | |
| #e68fac | Strong_Purplish_Pink | |
| #de6fa1 | Deep_Purplish_Pink | |
| #efbbcc | Light_Purplish_Pink | |
| #d597ae | Moderate_Purplish_Pink | |
| #c17e91 | Dark_Purplish_Pink | |
| #e8ccd7 | Pale_Purplish_Pink | |
| #c3a6b1 | Grayish_Purplish_Pink | |
| #ce4676 | Vivid_Purplish_Red | |
| #b3446c | Strong_Purplish_Red | |
| #78184a | Deep_Purplish_Red | |
| #54133b | Very_Deep_Purplish_Red | |
| #a8516e | Moderate_Purplish_Red | |
| #673147 | Dark_Purplish_Red | |
| #38152c | Very_Dark_Purplish_Red | |
| #af868e | Light_Grayish_Purplish_Red | |
| #915f6d | Grayish_Purplish_Red | |
| #f2f3f4 | White | |
| #b9b8b5 | Light_Gray | |
| #848482 | Medium_Gray | |
| #555555 | Dark_Gray | |
| #222222 | Black |
Source: NBS/ISCC Color System


Our-team
Victoria
Team lead
Anastasiia
Scrum master
Andrew
Right hand of a team leader
Maxim
Right hand of a team leader
Irina
Team Lead's left hand
Anastasiia
Team Lead's left hand
Ivan
Programmer
Mary
Programmer
Evgenij
Programmer
Danila
Programmer


Spi-1/PU.1 proto-oncogene induces opposite effects on monocytic and erythroid differentiation of K562 cells.
Abstract
Spi-1/PU.1 is a hematopoietic transcription factor of the Ets family. To analyze the effects of ectopic expression of spi-1 on the proliferation/differentiation of human myeloid leukemia cells, K562 cells were stably transfected with a spi-1 expression vector. The transfected cell lines expressed elevated levels of spi-1 mRNA and protein and high Spi-1 -DNA binding activity. The spi-1 transfected cells showed reduced growth rates and reduced clonogenic cell growth. When the erythroid and monocytic differentiation markers were analyzed, spi-1 overexpression resulted in opposite effects: erythroid differentiation was significantly inhibited in spi-1 transfectants, while spi-1 overexpression increased the monocytic differentiation of cells. These results indicate a differential role of Spi-1 on the differentiation of human myeloid leukemia cells. Copyright 1998 Academic Press.


! DART software - Copyright UCAR. This open source software is provided ! by UCAR, "as is", without charge, subject to all terms of use at ! http://www.image.ucar.edu/DAReS/DART/DART_download ! ! $Id$ !> Aim: to replace the array phb, with a distributed version !> Current thinking: Only distribute the array as much as necessary. !> Ideally, if memory was unliimited, every task would have the whole array. !> !> Splitting in x only, because this is simple, and I can't think !> of a reason to split in more than one dimension yet. module distrib_phb_mod use mpi_utilities_mod, only : datasize, my_task_id, task_count use location_mod, only : location_type use types_mod, only : r8 use pnetcdf_utilities_mod, only : pnet_check use mpi implicit none private public :: create_groups, read_phb, phb_filename, create_window, free_window public :: phb ! for the model to see ! grid groups global to module ! grid window real(r8), allocatable :: phb_array(:,:,:) !< local phb info integer :: phb_win real(r8) :: duplicate_phb(*) pointer(aa, duplicate_phb) integer :: group_size = 4 !< should be namelist option integer :: group_all !< mpi_comm_world group integer :: subgroup !< subgroup for the grid integer :: mpi_comm_grid integer, allocatable :: group_members(:) integer :: local_rank !< rank within group ! pntecdf variables character*50 :: phb_filename !< netcdf file containing grid info integer :: ret !< return code for pnetcdf integer :: ncfile !< ncfile integer :: varId !< variable Id integer(KIND=MPI_OFFSET_KIND) :: we_length, sn_length, bts_length !< lengths of dimensions integer(KIND=MPI_OFFSET_KIND) :: start(4) integer(KIND=MPI_OFFSET_KIND) :: count(4) integer(KIND=MPI_OFFSET_KIND) :: stride(4) integer(KIND=MPI_OFFSET_KIND) :: my_num_we !< splitting up by we integer :: we_dimId, sn_dimId, bts_dimId !< dimension ids contains !------------------------------------------------------------- !> create groups for grid !> make a communicator for the distributed grid subroutine create_groups integer ierr ! all MPI errors are fatal anyway allocate(group_members(group_size)) ! this is module global call mpi_comm_group(mpi_comm_world, group_all, ierr) ! get the word group from mpi_comm_world call build_my_group(my_task_id(), group_size, group_members) ! create a list of processors in the grid group call mpi_group_incl(group_all, group_size, group_members, subgroup, ierr) call mpi_comm_create(mpi_comm_world, subgroup, mpi_comm_grid, ierr) call mpi_comm_rank(mpi_comm_grid, local_rank, ierr) ! rank within group end subroutine create_groups !----------------------------------------------------------- !> build the group to store the grid subroutine build_my_group(myrank, group_size, group_members) implicit none integer, intent(in) :: myrank ! why are you passing this in? integer, intent(inout) :: group_size ! need to modify this if your #tasks does not divide by group size integer, intent(out) :: group_members(group_size) integer bottom, top !< start and end members of the group integer i ! integer arithmatic. rouding down to the lowest group size bottom = (myrank / group_size ) * group_size top = bottom + group_size - 1 if (top >= task_count()) then top = task_count() - 1 group_size = top - bottom + 1 print*, 'rank', myrank, 'bottom top', bottom, top, 'group_size', group_size endif ! fill up group members group_members(1) = bottom do i = 2, group_size group_members(i) = group_members(i-1) + 1 enddo end subroutine build_my_group !----------------------------------------------------------- !> create window for phb !> Need to add a loop for domain. Just single domain for now. !> Window is filled with columns contiguous in memory, possibly !> we will grab a whole column at once. !> !> If you want to change the order in the window, be sure to !> change the subroutine who_has_grid_info subroutine create_window integer ii, jj, kk, ierr, sizedouble, count integer(KIND=MPI_ADDRESS_KIND) :: window_size call mpi_type_size(datasize, sizedouble, ierr) ! datasize comes from mpi_utilities_mod window_size = my_num_we*sn_length*bts_length*sizedouble aa = malloc(my_num_we*sn_length*bts_length) call MPI_ALLOC_MEM(window_size, mpi_info_null, aa, ierr) ! can't do array assignment with a cray pointer, so you need to loop count = 1 ! which order should these be in? (z, x, y) so you can grab a column at a time? do jj = 1, sn_length do kk = 1, my_num_we do ii = 1, bts_length duplicate_phb(count) = phb_array(kk, jj, ii) !print*, 'count ', count count = count + 1 enddo enddo enddo call mpi_win_create(duplicate_phb, window_size, sizedouble, MPI_INFO_NULL, mpi_comm_grid, phb_win, ierr) end subroutine create_window !----------------------------------------------------------- !> read in phb in parallel !> using pnetcdf. !> How does the synchronization cost change with increasing task number? !> I think it should only vary with group size, and that total task number is !> irrelevant, but we'll see. subroutine read_phb use pnetcdf integer :: temp integer(KIND=MPI_OFFSET_KIND) :: dummy_count integer :: my_start !< start for we ret = nfmpi_open(mpi_comm_grid, phb_filename, NF_NOWRITE, mpi_info_null, ncfile) call pnet_check(ret, 'read_phb', 'opening file') ! get dimensions ret = nfmpi_inq_dimid(ncfile, 'west_east', we_dimId) call pnet_check(ret, 'read_phb', 'getting dimension id') ret = nfmpi_inq_dimid(ncfile, 'south_north', sn_dimId) call pnet_check(ret, 'read_phb', 'getting dimension id') ret = nfmpi_inq_dimid(ncfile, 'bottom_top_stag', bts_dimId) call pnet_check(ret, 'read_phb', 'getting dimension id') ! get dimension lengths ret = nfmpi_inq_dimlen(ncfile, we_dimId, we_length) call pnet_check(ret, 'read_phb', 'getting dimension length') ret = nfmpi_inq_dimlen(ncfile, sn_dimId, sn_length) call pnet_check(ret, 'read_phb', 'getting dimension length') ret = nfmpi_inq_dimlen(ncfile, bts_dimId, bts_length) call pnet_check(ret, 'read_phb', 'getting dimension length') ! allocate space to read the grid ! Q.how do you split a three d variable? Is this the place to use global arrays? ! split up in x dimension only? (or y or z) temp = we_length / group_size if (local_rank < group_size - 1) then my_num_we = temp else my_num_we = we_length - temp*(group_size - 1) endif allocate(phb_array(my_num_we, sn_length, bts_length)) ! local phb array !print*, 'lengths ', my_num_we, sn_length, bts_length !print*, 'rank', my_task_id(), 'total num vars ', my_num_we*sn_length*bts_length my_start = local_rank*temp + 1 dummy_count = 1 ! Why do you need the fouth dimension for pnetcdf, it seems like netcdf will just read the first three start = (/my_start, 1, 1, 1/) count = (/my_num_we, sn_length, bts_length, dummy_count/) stride = (/1, 1, 1, 1/) ! read in the grid ret = nfmpi_inq_varid(ncfile, 'PHB', varId) ! get status of variable call pnet_check(ret, 'read_phb', 'phb id') ret = nfmpi_get_vars_double_all(ncfile, varId, start, count, stride, phb_array) call pnet_check(ret, 'read_phb', 'reading phb') ! check against matlab read !print*, phb_array(1,1, 1:5) ! close netcdf file ret = nfmpi_close(ncfile) ! close netcdf file call pnet_check(ret, 'read_phb', 'closing file') end subroutine read_phb !--------------------------------------------------------- !> Free the mpi windows you created subroutine free_window integer :: ierr call mpi_win_free(phb_win, ierr) call MPI_FREE_MEM(duplicate_phb, ierr) deallocate(group_members, phb_array) end subroutine free_window !--------------------------------------------------------- !> Function to get phb function phb(dom, i, j, k) real(r8) :: phb !< geopotential height integer, intent(in) :: i, j, k !< 3D location integer, intent(in) :: dom !< domain number integer :: owner !< which task has the part of phb we need integer(KIND=MPI_ADDRESS_KIND) :: target_disp !< displacement integer :: ierr ! caluclate who has the info call who_has_grid_info(dom, i, j, k, owner, target_disp) ! grab the info call mpi_win_lock(MPI_LOCK_SHARED, owner, 0, phb_win, ierr) call mpi_get(phb, 1, datasize, owner, target_disp, 1, datasize, phb_win, ierr) call mpi_win_unlock(owner, phb_win, ierr) end function !--------------------------------------------------------- !> get the owner and location in memory of the grid point !> @todo How do we split up domains across the window? subroutine who_has_grid_info(dom, i, j, k, owner, target_disp) integer, intent(in) :: dom integer, intent(in) :: i integer, intent(in) :: j integer, intent(in) :: k integer, intent(out) :: owner integer(KIND=MPI_ADDRESS_KIND), intent(out) :: target_disp !< displacement integer :: temp integer :: local_we !< local index of my slice of we integer :: owner_num_we !< length of we slab on the owner integer :: we temp = we_length / group_size ! phb is split only in we (west-east) we = i-1 owner = we / temp ! we is i ! last task in the group has the most grid points if (owner > group_size - 1) owner = group_size - 1 if (owner < group_size - 1) then owner_num_we = temp else owner_num_we = we_length - temp*(group_size - 1) endif ! phb is a 3d array. (z,x,y) window local_we = i - temp*owner target_disp = (j - 1)*bts_length*owner_num_we + (local_we- 1)*bts_length + k -1 ! target disp starts at 0 end subroutine who_has_grid_info end module distrib_phb_mod ! <next few lines under version control, do not edit> ! $URL$ ! $Id$ ! $Revision$ ! $Date$


Chat Server / Widget Docs
A widget is, most basically, simply a folder in our repository (linked above) that contains a widgets.js file. The directory structure tends to look something like this.
myWidget
|-- widget.js
|-- chat
| |-- index.js
| +-- more_supporting_files
+-- test
|-- one.test.js
+-- another.test.js
The widget.js might look something like this:
module.exports = {
// Package name
name: 'Polls',
// Whether it's enabled by default
default: true,
// Beam username(s) of the author(s).
authors: ['connor4312'],
// Hooks for Beam chat servers/frontend.
hooks: {
chat: require('./chat')
},
// Description to display to users.
description: 'Allow people to create polls and let viewers vote on them!',
// Additional permissions roles should get to use the widget.
permissions: {
User: ['chat:poll_vote'],
Mod: ['chat:poll_vote', 'chat:poll_start'],
Admin: ['chat:poll_vote', 'chat:poll_start'],
Owner: ['chat:poll_vote', 'chat:poll_start']
}
};
It's mostly pretty straightforward. The two parts that do warrant additional explaination are the permissions and hooks. Hooks is a map of strings to functions to register your widget various "environments" (currently, #[code chat] is the only available hook, but this will expand). Hooking differents between environments; refer to the sections below for more information.
Permissions is simply an array of permission strings that your widget needs to operate. In the example, you can see that we let Users, Mods, Admins, and Owners have a permission to vote in polls, but only Mods, Admins, and Owners have permission to start polls. You can verify and restrict access based on permissions in individual hooks.
Chat
We allow you to hook into the chat server backend, adding middleware-like functions to modify or abort ongoing actions. Backend widgets are written in Node.js, and will be reviewed fairly rigorously as they'll be running in a production environment! In general:
- Unit test your modules the best you're able to. We've got a nice stack of #[a(href='http://mochajs.org/') Mocha] mixed with #[a(href='(http://mochajs.org/)') Chai] and #[a(href='http://sinonjs.org/') Sinon], along with useful fixtures, whipped up for you. Check out the "test" folders of existing widgets for reference.
- Errors should be logged and handled gracefully.
- Avoid, whenever possible, additional networking calls or database hits.
- Use jsdoc's format to document your code.
- Run #[code npm test] locally before opening a pull request. This will run all tests and verify your code against our linters and code style guide.
- We love beautiful code. Write beautiful code.
The following modules are installed on the chat server available for you to consume anywhere in your widget. We'd prefer to avoid adding additional modules for widgets; if you think that you absolutely need something, let us know and we'll find a solution.
Building Chat Hooks
If you've not read our document about the #[a(href='/api/chatproto') chat protocol], you should do so before continuing.
On the chat server we can hook into both #[i events] and #[i methods], which provide two distinct types of functionality. When a user wants to do one specific task, they trigger a method for it, and that's the only time a method can be called. Events, on the other hand, can be triggered in a variety of circumstances, such as a user joining a channel, a chat message being sent, or your own events!
It is important to note that not every user of a chat will be connected to the same chat server instance. For communication across chats, we generally publish Redis events using the #[code channel.emit] method, then listen for them later.
Now, let's get started! Be sure to have the JSDoc for the chat server (linked at the top of the page) open for reference, and an #[a(href='https://github.com/MCProHosting/beam-widgets/tree/master/polls') existing widget] as well.
// Example hooks file `polls/chat/index.js`
module.exports = function (hook) {
hook.method('permission', 'vote:start', ['poll_start', require('./start').hook]);
hook.method('permission', 'vote:choose', ['poll_vote', require('./vote')]);
hook.event('PollStart', require('./events').start);
hook.event('PollEnd', require('./events').end);
};
Method Hooks
Method hooks are triggered by a user sending a "message" directly to the chat server. The handler methods can be defined as guarded or unguarded:
table.endpoint-param-table tr td.name .method(String event, Function handler) td.description The simplest invocation. Your handler function won't be guarded. Anyone, including guests, can send the method. Handler will be called with #[code (WebSocket socket, Array args, Function respond)]. tr td.name .method(String guard, String event, Any handler) td.description p You function will be guarded by the guard you specify. Currently we have:
ul
li #[code user] - Your handler should be a function. It won't be run unless the requesting user is authenticated. Its arguments will be #[code (User user, Array args, Function respond)]
li #[code permissions] - Your handler should be an array. The first element should be the permission name, the second should be a function. The function won't be run unless the user is authenticated and has the given permission. Arguments are the same as the above.
Event Hooks
Event hooks are a bit simpler. They are currently only triggered by events emitted across Redis, and are called with the #[code data] they were broadcast on and arbitrary #[code data]. Example:
/**
* Handles a new creation poll event. It attaches an _ongoing_vote vote
* to the channel object for use later, and broadcasts to users.
* @param {Object} channel
* @param {Object} data
*/
module.exports.start = function (channel, data) {
channel._ongoing_vote = data.endsAt;
channel.broadcast('PollStart', data);
};
You can trigger these events yourself as well, by using the channel.emit method. For example:
channel.emit('PollStart', {
qquestion: question,
answers: answers,
duration: duration,
endsAt: Date.now() + duration * 1000
});


TRX is a decentralized blockchain initially based on Ethereum codebase adopted mostly for the entertainment market. Using the Tron platform, the audience can thus create their own individual gaming and entertainment projects, publish software, text, and graphics (visual) content, store it or transfer it for rent, for a fee, distribute and promote it through issuing and receiving assets.
As of February 18, 2019, the TRX rate is $0.024, the market capitalization is $ 1.65 billion. With these indicators, the project holds 8th place in the Coinmarketcap rating.
No matter how long the current market falls, the revival and new stages of development of the Tron platform are ahead. At the beginning of the year, the most pessimistic forecast for TRON for 2019 was $ 0.04. However, the reason for this is not the problems of the project, but only the general situation in the crypto industry. The main part of sober-thinking and unbiased experts agree that in the 2019th TRX will cost between $ 0.5—1.
Thus, in a short time, the Tron team turned out to be able to prove the main thing: their brainchild is not just another bubble, but a promising long-playing project that will fully demonstrate its strengths in the next 10 years.
#1 Investingpr.com Tron Price Prediction
Tron price will reach $1 in less than 5 years, seems to be real.
#2 WalletInvestor Tron Price Prediction
In 1 year TRX will cost less than $ 0.0035.
#3 CoinTame Tron Price Prediction
In 2019 TRX might reach $0.633 and by the end of 2020 may reach $1.
#4 CryptoGround.com Tron Price Prediction
TRX will be 0.04 by the end of 2019.
In 2020 TRON price is most likely will be between $0.2 and $1. TRX price also depends on the market situation on the crypto scene. The more use cases and demand will be for TRON, the more it will cost in the future. We predict that TRON price will be $0.5 by 2020.
Currently, there are three types of these tokens. And they are used for various purposes:
According to experts, recently, the leading players in the entertainment market have seriously become interested in decentralized databases and are thinking about transferring their business to the blockchain. For this, they need ready-made solutions, and TRON seems to be the best option for that purpose. The founders of Tron were able to enlist the support of prominent Asian business circles. They invested their funds in the development of the platform: Tang Binsen, the creator of the famous computer game Clash of Kings, the founder of the OFO cycle-breeding company Dai Wei, the head of Lifan industrial concern Yin Minshan and other famous personalities.
Tron collaborates with major IT and blockchain companies such as Bitmain, ICO-365, Bixin, Gravityless, Openledger, which adds weight to the project within the crypto community. Just the other day, Justin Sun confirmed a partnership with the largest Chinese Internet provider Baidu Browser.
You can easily buy other cryptos like BTC, ETH , XRP or LTC via Atomic Wallet Interface and process a payment with your bank card. Then exchange them to Tron via built-in instant exchange.
Atomic Wallet allows you to exchange cryptocurrency using a built-in instant exchange between more than 60 assets at the best available rate via Changelly, ChangeNOW or Shapeshift.


Deleting a Page (Pages Module)
How to delete a page including any child pages using the Pages module. Deleted pages are stored in the Recycle Bin where they can be restored or permanently deleted. See "About the Recycle Bin Module". DNN Platform users must be granted Edit Page permissions to the page where the Pages module is located and Edit Page permissions to the page that is being deleted. Evoq Content users must be granted Add Content permissions to the page where the Pages module is located and Delete permissions to the page that is being deleted.
Note: The following pages cannot be deleted: any of the Admin and Host pages; any page defined as the Home, Splash, Login, User Registration or the Profile page; or the last visible site page.
- Navigate to Admin > Page Management - OR - Go to a Pages modules.
- In the left-hand navigation tree, right-click on the required page and then select Delete Page from the drop down list.
- This displays the message "This will delete the selected page and all its child pages. Are you sure?"
-


--- layout: default meta_title: "Christmas Stockings | Blind Dog Yarns" meta_description: "" href: "christmas-stockings" open_graph_img: /assets/images/BlindDogYarns-vector-black.svg twitter_img: /assets/images/BlindDogYarns-vector-black.svg ---
My stockings feature a variety of whimsical characters and Christmas themed pictures stitched into them. Finished stockings measure approximately 8in across and 18in from top to toe.
Each stocking takes approximately 12-15 hours to complete and all are made to order. This allows you to customize your color choices, which direction the stocking faces, and if you want personalization.
My stockings are made from 100% acrylic yarn. Acrylic yarn holds up better to washing and drying and being stuffed full of gifts than wool or other natural fibers. Machine wash delicate, tumble dry low. All items made in a smoke-free, dog friendly home.
My stockings start at $50 per stocking. For a custom design that I don't currently have, add a one-time $10 fee. For personalization, add $3.
e.g. 2 stockings with a custom design and personalization will be $116.


UART Words¶
There are a number of words for controlling UART’s available on each of the supported microcontrollers on top of the console emit
, key
, emit?
, and key?
words. These are as follows:
Note that uart values as mentioned below vary between the different supported platforms. The following applies:
On the RP2040 the available uart values are 0 and 1, with 0 corresponding to the console.
On the STM32F411 the available uart values are 1, 2, and 6, with 2 corresponding to the console.
On the STM32F407 the available uart values are 1 through 6, with 2 corresponding to the console.
On the STM32L476 the available uart values are 1 through 5, with 2 corresponding to the console. Note that LPUART1 is not currently supported.
On the STM32F746 the available uart values are 1 through 8, with 1 corresponding to the console.
uart
¶
These words are in the uart
module:
uart-enabled?
¶
( uart – flag )
Get whether a UART is enabled.
enable-uart
¶
( uart – )
Enable a UART.
disable-uart
¶
( uart – )
Disable a UART.
with-uart-disabled
¶
( xt uart – )
Execute xt with a UART disabled, re-enabling it afterwards if it was previously enabled.
uart-baud!
¶
( baud uart – )
Set the baud of a UART.
>uart
¶
( c uart – )
Emit a byte to a UART.
uart>
¶
( uart – c )
Read a byte from a UART.
>uart?
¶
( uart – flag )
Get whether a UART is ready to emit a byte.
uart>?
¶
( uart – flag )
Get whether a byte is ready to be read from a UART.
flush-uart
¶
( uart – )
Flush a UART’s transmit buffer. This flushes both the in-RAM transmit buffer and the UART’s transmit FIFO. Note that this does not flush data in any bitwise shift register, so to truly guarantee every bit has been transmitted a delay of (1 / baud rate) * 10 (for 8 data bits, 1 start bit, and 1 stop bit) after executing this is necessary.
uart-alternate
¶
( uart – )
The alternate function for a given UART.
uart-pin
¶
( uart pin – )
Set the alternate function for pin to configure it for uart.
x-invalid-uart
¶
( – )
Invalid UART exception.


Minor improvements are always on-going. Any major improvements or new features will be listed here
2015-06-19: Added translation and station info options. Reports now include units of measurement
2016-08-05: Added SSL cert to enable https connections
2016-09-14: New API and major backend overhaul. Introducing a more sensible API with clearer endpoints. Don't worry; the old endpoints will still work. The core library is the same, but I've redesigned the architecture to be faster and more scalable. Small note: default format has been switched from XML to JSON
2016-10-01: Added parse endpoint so users can run their own reports through the AVWX Engine
2016-11-21: Added YAML to the list of supported formats
2017-04-19: Added speech option (METAR only). New beta endpoints for api.ai (Google Home) and Amazon Alexa services
2017-05-14: Reimplemented with the redesigned core library now available on PyPI
2017-11-14: Report options no longer stack making for a cleaner API. New backend caching system
2017-12-17: Added onfail param. Added Meta info in response
2017-12-23: Added translations for common remarks elements
Join the AVWX mailing list to get notified of new features. You won't get more than a few a year


-
General Statistics
-
Regional and other multi-subject products
-
National Regional Profiles by ASGS, 2008-2012
-
National Regional Profiles by LGA, 2008-2012
-
Social Statistics
-
Demography
-
Annual Population Estimates (ERP) by Statistical Area, Sex and Age
-
Estimated Resident Population by Country of Birth - 1992 to 2013
-
Estimated Resident Population, by Country of Birth by State, 1996-2011
-
Estimated Resident Population by Country of Birth, Median Age and Sex Ratio, 30 June 1992 to 2013
-
Quarterly Population Estimates (ERP), by State/Territory, Sex and Age
-
Net Overseas Migration, Calendar years 2004 to 2013
-
Net Overseas Migration, Financial years 2004-05 to 2012-13
-
Net Interstate Migration, Calendar years 1997 to 2013
-
Net Interstate Migration, Financial years 1996-97 to 2012-13
-
Net oveseas migration, Arrivals and Departures, State/Territory, Major groupings and visa, Calendar years 2004 to 2011
-
Net oveseas migration, Arrivals and Departures, State/Territory, Major groupings and visa, Financial years 2004-05 to 2010-11
-
Population clock component data
-
Estimated Resident Population (ERP) by Region, 1991 to 2013
-
Population Projections, Australia, 2012-2101
-
Population Projections by Region, 2012-2061
-
Aboriginal and Torres Strait Islander Population Projections, 2011-2026
-
Health
-
Apparent Consumption of Alcohol, Australia
-
2011 Census of Population and Housing
-
Basic Community Profiles
-
Basic Community Profiles (Local Government Areas)
-
Basic Community Profiles (South Australia SA1)
-
Time Series Profiles
-
Time Series Profiles (Local Government Areas)
-
Economic Accounts, International Trade and Finance
-
International Trade in Goods and Services
-
Merchandise Exports - ($ Thousands)
-
Merchandise Imports - ($ Thousands)
-
Balance of Payments and International Investment Position
-
Balance of Payments
-
International Investment Position
-
Finance
-
Business Indicators
-
Private New Capital Expenditure and Expected Expenditure
-
Housing Finance
-
Housing Finance Commitments, by Purpose
-
Housing Finance Commitments, by Purpose and Change in Stock
-
Housing Finance Commitments, by Purpose, State and Territories
-
Housing Finance Commitments, by Lender, Percentage Change
-
Housing Finance Commitments, by State and Territory
-
Housing Finance Commitments, by State and Territory, Percentage change
-
Housing Finance Commitments, by Lender
-
Lending Finance
-
Lending Finance Commitments
-
Lending Finance by Purpose
-
Lending Finance by Industry
-
Labour Statistics and Prices
-
Labour Statistics
-
Prices and Price Indexes
-
Consumer Price Index (CPI) 16th Series
-
Wage Price Index
-
International Trade Price Index
-
Export Price Index
-
Import Price Index
-
Producer Price Indexes
-
Producer Price Index - Stage of Production
-
Producer Price Indexes by Industry
-
Residential Property Price Index
-
Production and Service Industries
-
Service (Tertiary) Industries
-
Retail Trade
-
Tourist Accommodation
-
Internet Activity
-
Transport
-
Motor Vehicles
-
Sales of New Motor Vehicles
-
Mining
-
Mining Exploration
-
Mineral Exploration
-
Petroleum Exploration


Method List
Search:
-
#access_check SFRest::Connection
-
#add SFRest::Domains
-
#add_members SFRest::Group
-
#add_sites SFRest::Collection
-
#add_sites SFRest::Group
-
#api_response SFRest::Connection
-
#backfill_domains SFRest::Factory_standard_domain
-
#backup SFRest::Site
-
#backup_url SFRest::Backup
-
#base_url SFRest::Connection
-
base_url SFRest
-
#build_url_query SFRest::Pathbuilder
-
#cache_clear SFRest::Site
-
#centralized_role_mapping SFRest::Centralized_role_management
-
#change_security_settings SFRest::Security_settings
-
#change_update_priority SFRest::Site_update_priority
-
#change_updater_start_time SFRest::Update
-
#collection_data_from_results SFRest::Collection
-
#collection_list SFRest::Collection
-
conn SFRest
-
#create SFRest::Collection
-
#create_backup SFRest::Backup
-
#create_cron_job SFRest::Cron
-
#create_group SFRest::Group
-
#create_role SFRest::Role
-
#create_site SFRest::Site
-
#create_user SFRest::User
-
#current_security_settings SFRest::Security_settings
-
#current_settings SFRest::Site_guard
-
#current_task_log_settings SFRest::Task_log_settings
-
#current_update_priority SFRest::Site_update_priority
-
#custom_domains SFRest::Domains
-
#default_ownership SFRest::Site_ownership
-
#delete SFRest::Connection
-
#delete SFRest::Collection
-
#delete SFRest::Site
-
#delete_backup SFRest::Backup
-
#delete_cron_job SFRest::Cron
-
#delete_group SFRest::Group
-
#delete_role SFRest::Role
-
#delete_task SFRest::Task
-
#delete_user SFRest::User
-
#demote_from_admins SFRest::Group
-
#disable SFRest::Profile
-
#disable_factory_standard_domain_template SFRest::Factory_standard_domain
-
#disable_role_mapping SFRest::Centralized_role_management
-
#disable_site_guard SFRest::Site_guard
-
#edit_cron_job SFRest::Cron
-
#edit_stacks SFRest::Codebase
-
#edit_task_log_settings SFRest::Task_log_settings
-
#enable SFRest::Profile
-
#enable_factory_standard_domain_template SFRest::Factory_standard_domain
-
#enable_role_mapping SFRest::Centralized_role_management
-
#enable_site_guard SFRest::Site_guard
-
#enhanced_stage SFRest::Stage
-
#expiration_get SFRest::Backup
-
#expiration_set SFRest::Backup
-
#factory_standard_domain_mapping SFRest::Factory_standard_domain
-
find_data_from_results SFRest
-
#find_task_ids SFRest::Task
-
#find_tasks SFRest::Task
-
#first_collection_id SFRest::Collection
-
#first_site_id SFRest::Site
-
#get SFRest::Domains
-
#get SFRest::Connection
-
#get_all SFRest::Domains
-
#get_backups SFRest::Backup
-
#get_collection_data SFRest::Collection
-
#get_collection_id SFRest::Collection
-
#get_cron_job SFRest::Cron
-
#get_cron_jobs SFRest::Cron
-
#get_group SFRest::Group
-
#get_group_id SFRest::Group
-
#get_members SFRest::Group
-
#get_role_id SFRest::Role
-
#get_site_data SFRest::Site
-
#get_site_id SFRest::Site
-
#get_task_class_info SFRest::Task
-
#get_task_id SFRest::Task
-
#get_task_logs SFRest::Task
-
#get_user_data SFRest::User
-
#get_user_id SFRest::User
-
#get_variable SFRest::Variable
-
#get_wip_task_status SFRest::Task
-
#get_with_status SFRest::Connection
-
#globally_paused? SFRest::Task
-
#group_data_from_results SFRest::Group
-
#group_list SFRest::Group
-
#initialize SFRest::Site
-
#initialize SFRest::Connection
-
#initialize SFRest::Task
-
#initialize SFRest::Audit
-
#initialize SFRest::Group
-
#initialize SFRest::User
-
#initialize SFRest::Centralized_role_management
-
#initialize SFRest::Cron
-
#initialize SFRest::Collection
-
#initialize SFRest::Stage
-
#initialize SFRest::Info
-
#initialize SFRest::Factory_standard_domain
-
#initialize SFRest::Theme
-
#initialize SFRest::Site_guard
-
#initialize SFRest::Variable
-
#initialize SFRest::Usage
-
#initialize SFRest::Backup
-
#initialize SFRest::Codebase
-
#initialize SFRest::Update
-
#initialize SFRest::Domains
-
#initialize SFRest::Role
-
#initialize SFRest::Site_update_priority
-
#initialize SFRest::Site_ownership
-
#initialize SFRest::Profile
-
#initialize SFRest::Security_settings
-
#initialize SFRest::Task_log_settings
-
#list SFRest::Codebase
-
#list_audit_events SFRest::Audit
-
#list_staging_environments SFRest::Stage
-
#list_vcs_refs SFRest::Update
-
#make_default_owner SFRest::Site_ownership
-
#modify_status SFRest::Update
-
#monthly SFRest::Usage
-
#multi_stack? SFRest::Update
-
new SFRest
-
password SFRest
-
#password SFRest::Connection
-
#pause_all_tasks SFRest::Task
-
#pause_task SFRest::Task
-
#pause_update SFRest::Update
-
#ping SFRest::Connection
-
#post SFRest::Connection
-
#process_theme_notification SFRest::Theme
-
#profile_list SFRest::Profile
-
#promote_to_admins SFRest::Group
-
#protected_domains SFRest::Domains
-
#put SFRest::Connection
-
#regenerate_apikey SFRest::User
-
#regenerate_apikeys SFRest::User
-
#remove SFRest::Domains
-
#remove_default_owner SFRest::Site_ownership
-
#remove_members SFRest::Group
-
#remove_sites SFRest::Collection
-
#remove_sites SFRest::Group
-
#rename_group SFRest::Group
-
#reset_security_settings SFRest::Security_settings
-
#reset_task_log_settings SFRest::Task_log_settings
-
#reset_update_priority SFRest::Site_update_priority
-
#resume_all_tasks SFRest::Task
-
#resume_task SFRest::Task
-
#resume_update SFRest::Update
-
#role_data SFRest::Role
-
#role_data_from_results SFRest::Role
-
#role_list SFRest::Role
-
#send_theme_notification SFRest::Theme
-
#service_response SFRest::Connection
-
#set_default SFRest::Profile
-
#set_primary_site SFRest::Collection
-
#set_variable SFRest::Variable
-
#sfinfo SFRest::Info
-
#site_data_from_results SFRest::Site
-
#site_list SFRest::Site
-
#sites SFRest::Group
-
#stacks_with_details SFRest::Codebase
-
#stage SFRest::Stage
-
#staging_versions SFRest::Stage
-
#start_update SFRest::Update
-
#status SFRest::Domains
-
#status_completed? SFRest::Task
-
#status_done? SFRest::Task
-
#status_error? SFRest::Task
-
#status_info SFRest::Update
-
#status_killed? SFRest::Task
-
#status_not_started? SFRest::Task
-
#status_running? SFRest::Task
-
#task_completed? SFRest::Task
-
#task_done? SFRest::Task
-
#task_errored? SFRest::Task
-
#task_killed? SFRest::Task
-
#task_not_started? SFRest::Task
-
#task_running? SFRest::Task
-
#task_status SFRest::Task
-
#terminate_task SFRest::Task
-
#terminate_updater SFRest::Update
-
#transfer_site_ownership_using_email SFRest::Site_ownership
-
#transfer_site_ownership_using_username SFRest::Site_ownership
-
#update SFRest::Update
-
#update_list SFRest::Update
-
#update_progress SFRest::Update
-
#update_role SFRest::Role
-
#update_user SFRest::User
-
#update_version SFRest::Update
-
user SFRest
-
#user_data_from_results SFRest::User
-
#user_list SFRest::User
-
#username SFRest::Connection
-
#v2_endpoint? SFRest::Update
-
#validate_request SFRest::Update
-
#variable_list SFRest::Variable
-
#wait_until_done SFRest::Task
-
#wait_until_state SFRest::Task


--- layout: post title: Rochester, NY's St. Paul Underpass categories: [] tags: [] status: publish type: post published: true meta: _original_post_id: '' _original_import_author: John Duprey author: ---
The St. Paul underpass is rammed at least a couple of times a year by sleepy truckers that miss the warning signs. How long before this bridge gives in? This guy didn't get stuck. I've actually seen trucks wedged under the bridge.


Preparation time
30 mins to 1 hour
Cooking time
over 2 hours
Serves
Serves 10-12
Preheat the oven to 230C/445F/Gas 8. Lay the pork belly skin-side down onto a clean flat surface.
Sprinkle the salt and coarsely ground black pepper over it, rubbing them well into the meat with your finger.
Leave to rest for ten minutes so the salt and pepper settle well into the meat. Then sprinkle the herbs, fennel seeds and garlic evenly over it.
Next tie up the meat. You will need ten pieces of string, each about 30cm/12 inches long. Carefully roll the meat up width-ways and tie it very tightly with string in the middle of the joint. Then tie at either end about 1cm/½ inch from the edge and keep tying along the joint until you have used up all the string. The filling should be well wrapped, if any excess filling escapes from the sides, push it in.
With your hands, massage one tablespoon of the olive oil all over the joint. Then rub the remaining salt and some more black pepper over it.
Grease a large roasting tin with the remaining olive oil and place the pork in it.
Roast for ten minutes, then turn it over. After 15 minutes, reduce the oven temperature to 150C/300F/Gas 2 and cover the meat with aluminium foil. (If you like the crackling very crisp, don't bother with the foil, but remember that the porchetta needs to be sliced thinly and crispy crackling will make this difficult.)
Roast for three hours.
Remove the joint from the oven and coat with honey, drizzling some of the juices from the roasting tin all over it too.
Insert a fork in either side of the joint and lift it on to a wooden board. If you are serving the porchetta immediately, place the roasting tin on the hob and stir with a wooden spoon, scraping up all the caramelised bits from the base of the tin, until the juices from the meat reduce and thicken slightly. Slice the joint thinly and serve with the sauce. Alternatively, leave the meat to cool and slice when needed. It will keep for up to a week in the fridge.
For the sautéed potatoes, cook the potatoes in boiling salted water until tender, then drain.
Heat the olive oil in a frying pan and add the garlic and rosemary, followed by the potatoes. Allow to colour on all sides over a fairly high heat, stirring now and again to prevent them sticking to the pan.
Season with salt and freshly ground black pepper and serve with the porchetta.


{% extends 'annotate/base.html' %} {% block content %}
Welcome to HHUD frame annotation system. The purpose of this system is to facilitate, in an intuitive way, the annotatation process of words and phrases in terms of semantic frames, i.e., a specialized format for organizing and storing data about events and situations, including their participants.
To use the system, or for questions, please contact Regina Stodden or Behrang Qasemizadeh.


PPLNetworkingHelper Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | PPLNetworkingHelper.h PPLNetworkingHelper.m |
Other Methods
+ sharedClient
Singleton class
+ (PPLNetworkingHelper *)sharedClient
Return Value
returns the singleton instance for PPLNetworkingHelper
Declared In
PPLNetworkingHelper.h
– GET:parameters:success:failure:
Function to do GET HTTP request
- (AFHTTPRequestOperation *)GET:(NSString *)relativeURL parameters:(NSDictionary *)parameters success:(void ( ^ ) ( NSString *responseString , id responseObject ))success failure:(void ( ^ ) ( NSString *responseString , NSError *error ))failure
Parameters
relativeURL |
URL which is relative to the base URL |
|---|---|
parameters |
Parameters to pass to the server for URL call |
success |
callback function to be called incase of a successfull HTTP Request |
failure |
callback function to be called if the HTTP request fails for any reason |
Return Value
return the created Request operation
Declared In
PPLNetworkingHelper.h
– POST:parameters:success:failure:
Function to do Post HTTP request
- (AFHTTPRequestOperation *)POST:(NSString *)relativeURL parameters:(NSDictionary *)parameters success:(void ( ^ ) ( NSString *responseString , id responseObject ))success failure:(void ( ^ ) ( NSString *responseString , NSError *error ))failure
Parameters
relativeURL |
URL relative to the base URL |
|---|---|
parameters |
Parameters to pass to the POST request |
success |
callback function to be called is the HTTP Request is successful |
failure |
callback function to be called if the HTTP Request fails |
Return Value
returns the created HTTP Request operation
Declared In
PPLNetworkingHelper.h
Other Methods
– init
Instance level initialization woud create and initialize httpManager based on the base URL
- (id)init
Return Value
returns the class instance
Declared In
PPLNetworkingHelper.m
Extension Methods
httpManager
httpManager will be used for HTTP Communincations will be initialized once with base url
@property (nonatomic, strong) AFHTTPRequestOperationManager *httpManager
Declared In
PPLNetworkingHelper.m


Note: This is not an ideal place to test XRegExp via the console, because a variety of syntax extensions are added by the specs on this page.


Contact
We're happy to answer any questions you have or provide you with an estimate.
Just send us a message in the form below with any questions you may have.
We're happy to answer any questions you have or provide you with an estimate.
Just send us a message in the form below with any questions you may have.


public interface Config
ConfigSources
. If the same
property is specified in multiple ConfigSources
, the value in the ConfigSource
with the
highest ordinal will be used.
If multiple ConfigSources
are specified with the same ordinal, the
ConfigSource.getName()
will be used for sorting.
The config objects produced via the injection model @Inject Config
are guaranteed to be serializable, while
the programmatically created ones are not required to be serializable.
If one or more converters are registered for a class of a requested value then the registered
Converter
which has the highest @jakarta.annotation.Priority
is
used to convert the string value retrieved from the config sources.
For accessing the config you can use the ConfigProvider
:
public void doSomething() { Config cfg = ConfigProvider.getConfig(); String archiveUrl = cfg.getValue("my.project.archive.endpoint", String.class); Integer archivePort = cfg.getValue("my.project.archive.port", Integer.class); }
It is also possible to inject the Config if a DI container is available:
public class MyService { @Inject private Config config; }
See getValue(String, Class)
and getOptionalValue(String, Class)
for accessing a configured value.
Configured values can also be accessed via injection. See
ConfigProperty
for more information.
| Modifier and Type | Field and Description |
|---|---|
static java.lang.String |
PROFILE
The value of the property specifies a single active profile.
|
static java.lang.String |
PROPERTY_EXPRESSIONS_ENABLED
The value of the property determines whether the property expression is enabled or disabled.
|
| Modifier and Type | Method and Description |
|---|---|
java.lang.Iterable<ConfigSource> |
getConfigSources()
Return all of the currently registered configuration sources for this configuration.
|
ConfigValue |
getConfigValue(java.lang.String propertyName)
Return the
ConfigValue for the specified property name from the underlying configuration source. |
<T> java.util.Optional<Converter<T>> |
getConverter(java.lang.Class<T> forType)
Return the
Converter used by this instance to produce instances of the specified type from string values. |
<T> java.util.Optional<T> |
getOptionalValue(java.lang.String propertyName,
java.lang.Class<T> propertyType)
Return the resolved property value with the specified type for the specified property name from the underlying
configuration sources.
|
default <T> java.util.Optional<java.util.List<T>> |
getOptionalValues(java.lang.String propertyName,
java.lang.Class<T> propertyType)
Return the resolved property values with the specified type for the specified property name from the underlying
configuration sources.
|
java.lang.Iterable<java.lang.String> |
getPropertyNames()
Returns a sequence of configuration property names.
|
<T> T |
getValue(java.lang.String propertyName,
java.lang.Class<T> propertyType)
Return the resolved property value with the specified type for the specified property name from the underlying
configuration sources.
|
default <T> java.util.List<T> |
getValues(java.lang.String propertyName,
java.lang.Class<T> propertyType)
Return the resolved property values with the specified type for the specified property name from the underlying
configuration sources.
|
<T> T |
unwrap(java.lang.Class<T> type)
Returns an instance of the specific class, to allow access to the provider specific API.
|
static final java.lang.String PROFILE
static final java.lang.String PROPERTY_EXPRESSIONS_ENABLED
false
means the property expression is disabled, while true
means enabled.
By default, the value is set to true
.<T> T getValue(java.lang.String propertyName, java.lang.Class<T> propertyType)
The configuration value is not guaranteed to be cached by the implementation, and may be expensive to compute; therefore, if the returned value is intended to be frequently used, callers should consider storing rather than recomputing it.
The result of this method is identical to the result of calling
getOptionalValue(propertyName, propertyType).get()
. In particular, If the given property name or the
value element of this property does not exist, the NoSuchElementException
is thrown. This
method never returns null
.
T
- The property typepropertyName
- The configuration property namepropertyType
- The type into which the resolved property value should get convertednull
)java.lang.IllegalArgumentException
- if the property cannot be converted to the specified typejava.util.NoSuchElementException
- if the property is not defined or is defined as an empty string or the converter returns null
ConfigValue getConfigValue(java.lang.String propertyName)
ConfigValue
for the specified property name from the underlying configuration source. The lookup of the configuration is performed immediately, meaning that calls to
ConfigValue
will always yield the same results.
The configuration value is not guaranteed to be cached by the implementation, and may be expensive to compute; therefore, if the returned value is intended to be frequently used, callers should consider storing rather than recomputing it.
A ConfigValue
is always returned even if a property name cannot be found. In this case, every method in
ConfigValue
returns null
except for ConfigValue.getName()
, which includes the original
property name being looked up.
propertyName
- The configuration property nameConfigValue
default <T> java.util.List<T> getValues(java.lang.String propertyName, java.lang.Class<T> propertyType)
The configuration values are not guaranteed to be cached by the implementation, and may be expensive to compute; therefore, if the returned values are intended to be frequently used, callers should consider storing rather than recomputing them.
T
- The property typepropertyName
- The configuration property namepropertyType
- The type into which the resolved property values should get convertedjava.lang.IllegalArgumentException
- if the property values cannot be converted to the specified typejava.util.NoSuchElementException
- if the property isn't present in the configuration or is defined as an empty string or the converter
returns null
<T> java.util.Optional<T> getOptionalValue(java.lang.String propertyName, java.lang.Class<T> propertyType)
The configuration value is not guaranteed to be cached by the implementation, and may be expensive to compute; therefore, if the returned value is intended to be frequently used, callers should consider storing rather than recomputing it.
If this method is used very often then consider to locally store the configured value.
T
- The property typepropertyName
- The configuration property namepropertyType
- The type into which the resolved property value should be convertedOptional
wrapping the requested typejava.lang.IllegalArgumentException
- if the property cannot be converted to the specified typedefault <T> java.util.Optional<java.util.List<T>> getOptionalValues(java.lang.String propertyName, java.lang.Class<T> propertyType)
The configuration values are not guaranteed to be cached by the implementation, and may be expensive to compute; therefore, if the returned values are intended to be frequently used, callers should consider storing rather than recomputing them.
T
- The property typepropertyName
- The configuration property namepropertyType
- The type into which the resolved property values should be convertedOptional
wrapping a list of the requested typejava.lang.IllegalArgumentException
- if the property cannot be converted to the specified typejava.lang.Iterable<java.lang.String> getPropertyNames()
The returned property names are unique; that is, if a name is returned once by a given iteration, it will not be returned again during that same iteration.
There is no guarantee about the completeness or currency of the names returned, nor is there any guarantee that a name that is returned by the iterator will resolve to a non-empty value or be found in any configuration source associated with the configuration; for example, it is allowed for this method to return an empty set always. However, the implementation should return a set of names that is useful to a user that wishes to browse the configuration.
It is implementation-defined whether the returned names reflect a point-in-time "snapshot" of names, or an
aggregation of multiple point-in-time "snapshots", or a more dynamic view of the available property names.
Implementations are not required to return the same sequence of names on each iteration; however, the produced
Iterator
must adhere to the contract of that class, and must not return any more
elements once its hasNext()
method returns false
.
The returned instance is thread safe and may be iterated concurrently. The individual iterators are not thread-safe.
java.lang.Iterable<ConfigSource> getConfigSources()
The returned sources will be sorted by descending ordinal value and name, which can be iterated in a thread-safe
manner. The Iterable
contains a fixed number of configuration
sources, determined at application start time, and the config sources themselves may be static or dynamic.
<T> java.util.Optional<Converter<T>> getConverter(java.lang.Class<T> forType)
Converter
used by this instance to produce instances of the specified type from string values.T
- the conversion typeforType
- the type to be produced by the converterOptional
containing the converter, or empty if no converter is available for the specified
type<T> T unwrap(java.lang.Class<T> type)
If the MP Config provider implementation does not support the specified class, a IllegalArgumentException
is thrown.
Unwrapping to the provider specific API may lead to non-portable behaviour.
T
- The type to unwrap totype
- Class representing the type to unwrap tojava.lang.IllegalArgumentException
- If the current provider does not support unwrapping to the given type


This is a simple input form to send arbitrary post commands to either the nomjyc sandbox, or the nomjyc game. Feel free to use or send me something more fancy.
Add simple key/value parameters here:
key:
value:
key:
value:
key:
value:
key:
value:
key:
value:
key:
value:
If you'd rather like to edit code, use the fields below:
key:
key:
key:
send to:


https://borked.io/2019/02/13/docker-in-your-homelab.html
Security Tradeoffs
Easy patching/updating
Fits microservices really well
Easy to automate building and deployment
Containers are not a security barrier
Biggest danger is that they're new, and you don't know what not to do


How?
Typically Durandals router
module requires you to specify a moduleId
for each route.
To allow Webpack to know these are actual dependencies, we instead set each
moduleId
to the actual ViewModel module instance instead, and override the core
Durandal composition
and system
modules to handle it.


{% extends 'base.html' %} {% load crispy_forms_tags %} {% block title %}
We've emailed you instructions for setting your password. You receive an email shortly


Stoffel Vandoorne explains why he doesn't miss Formula 1
by Louis ShawStoffel Vandoorne used to race for McLaren in Formula 1 but is having more fun racing in Formula E for the new Mercedes team. The Belgian racer did not enjoy his time in Formula 1 and has revealed why this was.
"It is a bit of a fake world in which everyone gets along well, but above all has their own interests to defend," Vandoorne told Voetbalmagazine.
"In Formula E, Le Mans or the WEC endurance races you will find pure racing right now.
"Formula 1 remains the largest championship, Formula E is just below that. It is one of the most competitive championships I have competed in. Many drivers have experience in Formula 1, others have a track record with which they could enter F1.
"It's the future. That's why you see more and more car manufacturers use electric."
 Fans are fortunate as they are able to enjoy both series!


{% extends 'base.html' %} {% block title %} Code of Conduct | {{ block.super }} {% endblock %} {% block content %}
We are committed to making BornHack an inclusive and welcoming event for everyone. The most important rule is: Be excellent to each other.
Sadly, technology events have a notorious reputation for harassment. We've set these ground rules to make it abundantly clear that this kind of behaviour is not acceptable, so that everyone can feel comfortable attending BornHack.
Everyone who visits BornHack is required to abide by this code of conduct, both at the event and on any online channels. We will not tolerate harassment of participants or discriminatory behaviour of any form. Specifically:
BornHack takes place in an area with beautiful nature all around. We expect everyone to treat the venue with the utmost care and respect. We will not tolerate any kind of vandalism against nature, this includes littering. We are guests in nature, and everyone is expected to act as such.
If you break these rules, we may expel you from the event without a refund, and we may ban you from future BornHack events.
If you are being harassed or witness a breach of this code of conduct, you can get in touch with us in the following ways:
If you have any comments or queries, you can get in touch with our conduct team at<EMAIL_ADDRESS>This Code of Conduct is heavily based on (if not verbatim stolen from) our friends at EMFs Code of Conduct.
{% endblock %}


|
Applications Security
2.1
Apps Security
|
This class will create an object of a given type and populate it with sample data. Подробнее...
Открытые члены | |
| object | GenerateObject (Type type) |
| Generates an object for a given type. The type needs to be public, have a public default constructor and settable public properties/fields. Currently it supports the following types: Simple types: int, string, Enum, DateTime, Uri, etc. Complex types: POCO types. Nullables: Nullable<T>. Arrays: arrays of simple types or complex types. Key value pairs: KeyValuePair<TKey,TValue> Tuples: Tuple<T1>, Tuple<T1,T2>, etc Dictionaries: IDictionary<TKey,TValue> or anything deriving from IDictionary<TKey,TValue>. Collections: IList<T>, IEnumerable<T>, ICollection<T>, IList, IEnumerable, ICollection or anything deriving from ICollection<T> or IList. Queryables: IQueryable, IQueryable<T>. Подробнее... | |
This class will create an object of a given type and populate it with sample data.
| object Security.WebApi.Areas.HelpPage.ObjectGenerator.GenerateObject | ( | Type | type | ) |
Generates an object for a given type. The type needs to be public, have a public default constructor and settable public properties/fields. Currently it supports the following types: Simple types: int, string, Enum, DateTime, Uri, etc. Complex types: POCO types. Nullables: Nullable<T>. Arrays: arrays of simple types or complex types. Key value pairs: KeyValuePair<TKey,TValue> Tuples: Tuple<T1>, Tuple<T1,T2>, etc Dictionaries: IDictionary<TKey,TValue> or anything deriving from IDictionary<TKey,TValue>. Collections: IList<T>, IEnumerable<T>, ICollection<T>, IList, IEnumerable, ICollection or anything deriving from ICollection<T> or IList. Queryables: IQueryable, IQueryable<T>.
| type | The type. |


JORDAN SHAPIRO
PORTFOLIO
CONTACT
A collection of various CAD designs and 3D prints that I have made in my spare time.


HOME
(current)
SHOP
ART
GALLERY
CONTACT
×
#
Sizes
Colors
Handle
1
Medium
Black
In-stock
2
Large
Light gray
In-stock
3
XL
Dark gray
In-stock