New-look NTT Pro Cycling reveals roster
Cape Town - South Africa-based UCI WorldTour cycling team, NTT Pro Cycling, have unveiled their team for the 2020 season after they rebranded from Team Dimension Data.
The announcement, made at the home of NTT in Tokyo, was accompanied by a jersey reveal and insights into the technology solutions that drive rider recruitment and race strategy within the team.
The new kit will grace the WorldTour and the sport’s biggest races throughout 2020.
It’s a brand that riders - old and new - will wear with immense pride, while at the same time continuing to showcase the impact that bicycles have in changing lives through NTT Pro Cycling’s work with Qhubeka, which has recently distributed its 100 000th bike.
The team for 2020 features nine new riders to supplement the current pool of talent as the team looks to race with a goal of establishing itself among the top 10 teams in the world.
NTT PRO CYCLING 2020 LINE-UP:
(under name, country, age)
1. Carlos Barbero (ESP) 28
2. Samuele Battistella (ITA) 20
3. Edvald Boasson Hagen (NOR) 32
4. Victor Campenaerts (BEL) 28
5. Stefan de Bod (RSA) 22
6. Nicholas Dlamini (RSA) 24
7. Benjamin Dyball (AUS) 30
8. Enrico Gasparotto (ITA) 37
9. Amanuel Gebreighzabier (ERI) 25
10. Ryan Gibbons (RSA) 25
11. Michael Gogl (AUT) 26
12. Reinardt Janse van Rensburg (RSA) 30
13. Ben King (USA) 30
14. Roman Kreuziger (CZE) 33
15. Gino Mäder (CHE) 22
16. Louis Meintjes (RSA) 27
17. Giacomo Nizzolo (ITA) 30
18. Ben O’Connor (AUS) 23
19. Matteo Sobrero (ITA) 22
20. Andreas Stokbro (DNK) 22
21. Dylan Sunderland (AUS) 23
22. Jay Thomson (RSA) 33
23. Rasmus Tiller (NOR) 23
24. Michael Valgren (DNK) 27
25. Max Walscheid (DEU) 26
26. Danilo Wyss (CHE) 34


| 603 | (A) | witħ grete stones of greke and of graye Marebyłłe |
| 606 | (C) | with grete stones of greete . & of gray marbułł |
| 600 | (D) | with grete stonys ałł of grey marble |
| 592 | (E) | ful of greet stones . of marbel & oþer . |
| (Ex) | ---- no text ---- | |
| 621 | (L) | with grete stones of gret & of gray marble |
| 561 | (P) | with grete stones of gete & of graye marebull |
| 600 | (U) | Witħ grete stones of grete / and of grey marble |
| (V) | ---- no text ---- |


白天工作型程序员 vs 夜晚工作型程序员[译]
下文观点或许极端，但很有意思
去年我在公司内部群发过一封邮件，本文就是基于那封邮件，有细微改动。但最近有人建议我，把邮件内容发到我的博客上，让人们看看，我是对的，还是错的呢？
多年前我就相信，世界上有两种程序员，不管他们用什么技术，我称之为：
- Day Programmers 白天工作型程序员
- Night Programmers 夜晚工作型程序员
如今，这个行业中最常见的是白天工作型程序员，你会在很多容忍一定量的低效的公司/机构中看到他们。他们有如下特征：
- 通常处于被领导，很少担当领导；
- 难以应对处理复杂情况；
- 很难想象出解决方案；
- 不会在家打开开发工具；
- 通常不参与技术开发社区；
- 把编程仅当为“一份工作”；
如果你是夜晚工作型程序员，你很可能很难理解，为什么白天工作型程序员能入行，原因可能就是他们的动力和你的动力有很大不同。夜晚工作型程序员的特征是：
- 通常都担当领头角色
- 对复杂事情，有深刻理解；
- 可以构想出解决方案，并有设计相关的第六感；
- 会在家打开 alpha/ctp/beta 版本的工具；
- 参与用户群组和邮件列表；
- 把编程视为生命中的重要部分，如同生命所需的空气；
如果你是白天工作型程序员，你看到夜晚工作型程序员，会认为他们不会享受生活。当他们在工作中遇到一些很酷的新技巧而兴奋时，你还会嗤之以鼻。
去年12月份，swizec.com 的博主写了一篇文章：《为什么程序员喜欢在深夜工作？》，其中是这样写的：
有句还挺受欢迎的话是，程序员就是把咖啡变成代码的机器。
果然，随便问一个程序员什么时候效率最高，很有可能他们会说大多是深夜的时候。有些早点，有些晚点。常见的是：在凌晨4点起床，赶在吵闹的一天开始前完成一些工作。另外一些喜欢在凌晨4点睡觉。这种做法的目的是避免干扰。但是你可以锁上门啊，为什么夜晚这么特别呢？
不光是程序员，对不少行业的从业人员（作家、编辑等）来说，夜深人静时，往往是最容易找到灵感，效率也很高。并且一般进入工作状态后，精神状态甚 佳，也不怎么困，不知不觉就到三四点了。记得在网上看过消息，说晚上11点到凌晨1点这两个小时的睡眠效果最佳。如果这两个小时没睡，白天再补觉，常常也 还是晕乎乎的。熬夜对身体的危害，前天转发的一篇文章已有说明，也无须多言，大家在微博上经常看到不少年纪轻轻的IT或创业人士英年早逝的资讯。如果遇到那种非得通宵加班的项目时，那该怎么办呢？不妨在晚上11点就睡觉，过1点后再起来干活。
补充：Mitch Denny 的原文后面有很多精彩回复，由于得翻墙，挑选转摘一些评论：
James Denning：
You forgot to say that Night Programmers often spend nights fixing the problems day programmers cause (hence partially disagreeign with an earlier comment).
Day programmers do participate in newsgroups – whining how there’s no work for them in the skills they haven’t bothered to update.
suhail：
i won’t agree with the post, i am a programmer and i have seen some geeks and nerds come up with awesome solutions, be it day or night, it depends upon the prgrammer at work, some geeks are early morning sparrows and some are night owls, what ever time your thinking potential is active, its about that.
Stuart：
Personally, I think you are wrong…  In my experience, there are plenty of these types around, and tend to be the types who like to drag and drop, place all of their domain logic in an anonymous inner listener, or on the code behind file.
The ‘night’ programmer definition sounds like the sort of guy who wants to solve the world in code, when all that is required is a simple web page. He over engineers every solution to the point that it is so complex, noone else on his team understands it. He architects a solution in his head and refuses to budge on it… even when it is wrong. He likes to put down other more simple solutions to his, because they are not as ‘impressive’.
To be honest, in these cases, the night programmer is the guy who will cause you the most trouble.
I see the distinction between programmers lying along a different line… the one’s who can solve problems in a simple way, and the one’s who cannot.
This states two things, 1) They are clever enough to solve the problem, and 2) they are clever enough avoid complexity.
The Real Scoop：
We need both, and we suffer with both. Don’t appluade yourself becuase, your either. The Problem with Night programmers is that they rarely finish anything. they’re great at introducing new concepts, bleeding edge technologies, and novel solutions, but rarely actually able to apply to completion or within the timeframe of the actual task or project at hand.
In the real world programming is used to make task more efficient or create a product to sell. Both which equivalate $$$$$. Day programmers on the other hand are able to focus and produce within a defined set of parameters, they are the ones who though often lack creativity or ability to quickly grasp or apply new concept neccessary to optimize a task/project, or independently troubleshoot, but who actually write the code neccesary to complete the task/project.
Thus creating a viable product or solution that may actually produce income to pay both thier salaries and that of the prima dona’s who love to create and play with all the toys but forget that everything still cost money. So what’s the trump, I appluade the hybrid, those scarse individuals who are able to both find and create novel solutions, as well as actually apply them and actually complete the project or task at hand. We need them all. So don’t over-rate yourself becuase you are one or the other, nor berate the other. Strive to reach the next level, the hybrid capable of working anytime of day, with a passion and preserverance to program.
solprovider：
This is not about the time of day people program. It is not about competence. There are a few competent day programmers. There are many incompetent night programmers.
The difference is the passion.
A night programmer was born to write software. He learned how to program on his own. He went to college because he heard college let the students play with really cool technology, and failed out because he spent all his time playing with really cool technology. If he gets a corporate job, he makes waves by suggesting things could be better and gets fired for not appearing 9 AM Monday morning after his Friday programming marathon did not end until 4 AM on Monday.
A day programmer chose computers as his major in college because he heard programmers were paid well. He graduated without knowing how to use a command line. He makes a good corporate employee, working nine-to-five and not thinking about the job at home. He does not make suggestions about how to improve technology; he does not know enough to think of one.
Businesses survive because they occasionally accidentally hire a night programmer who fixes everything the day programmers wrote before he gets fired.
编译：伯乐在线 – 黄利民


CREATE NEW ROOM
Drop a YouTube link of any match you want to watch together
Enter sides
Team 1
Team 2
Next: Share Link
-->


iterami/Docs.htm/Repositories/WebBrowser.gtk
- Installation:
- "git clone https://github.com/iterami/WebBrowser.gtk.git --depth 1"
- "sudo aptdcon -i libgtk-3-dev webkit2gtk-4.0-dev"
- "git clone https://github.com/iterami/common.git --depth 1" into the same folder as "WebBrowser.gtk".
- Use your terminal to navigate to the "WebBrowser.gtk" folder and "make" it.
- Run the compiled "~/.iterami/webbrowser".
- Updating:
- Close "WebBrowser.gtk".
- "git pull" the "common" and "WebBrowser.gtk" repositories that you cloned.
- Use your terminal to navigate to the "WebBrowser.gtk" folder and "make" it.
- Run the compiled "~/.iterami/webbrowser".
- Uninstallation:
- Use your terminal to navigate to the "WebBrowser.gtk" folder.
- "make clean"
- Delete the cloned "WebBrowser.gtk" folder.
- Optionally remove "common" and optionally "sudo aptdcon -r libgtk-3-dev webkit2gtk-4.0-dev".
- If you have no other iterami GTK repositories installed, you can delete the "~/.iterami/" folder.
| Backspace
| Backspace
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| Ctrl + -
| Previous Tab
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| Ctrl + =
| Next Tab
|
| Ctrl + A
| Select All
|
| Ctrl + C
| Copy Selected Text
|
| Ctrl + I
| Toggle Dev Tools
|
| Ctrl + O
| Open File...
|
| Ctrl + Q
| Quit
|
| Ctrl + R
| Reload
|
| Ctrl + Shift + +
| Move Current Tab Right
|
| Ctrl + Shift + R
| Reload, Bypass Cache
|
| Ctrl + Shift + _
| Move Current Tab Left
|
| Ctrl + T
| New Tab
|
| Ctrl + V
| Paste
|
| Ctrl + W
| Close Tab
|
| Ctrl + X
| Cut Selected
|
| Delete
| Delete
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| Insert
| Toggle Overwrite
|


Select a save file to check:
Todo
Calico Spin (slot machine) prediction?
Change object information to locations.js and just include the entire data file?
Checkbox to ONLY show artifacts / locations that are needed
Maps!


The Divine Comedy describes Dante's descent into Hell with Virgil as a guide; his ascent of Mount Purgatory and encounter with his dead love, Beatrice; and finally, his arrival in Heaven.
While halfway through the journey of our life / I found myself lost in a darkened forest / for I had wandered off from the straight path


--- layout: default title: Playground pagination: enabled: true category: playmakers per_page: 12 --- Playmakers Archive The Playmakers Thoughts beyond music and stuff. {{ paginator.page }}/{{ paginator.total_pages }} {% for post in paginator.posts %} {{ post.title }} by {{ post.author }} {% endfor %}
Thoughts beyond music and stuff.


Joe's Jokes
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Taliban release US, Australian hostages in prisoner swap
by ReutersPESHAWAR / KANDAHAR: The Taliban released two Western hostages – Kevin King from the United States and Timothy Weeks from Australia – on Tuesday in a prisoner exchange deal with the Afghan government, two Afghan officials said.
“The two professors are safely freed and are being taken care of now,” one of the officials said, speaking on condition of anonymity.
The American and Australian were exchanged with three insurgent leaders, including a key militant figure, Anas Haqqani.
Insurgent sources and a police official told AFP that the university professors were flown out on American helicopters.
“This morning at around 10:00 am two American University professors were released in Nawbahar district of Zabul province. They were flown out of Zabul by American helicopters,” a local police source told AFP.
Earlier on Tuesday, Reuters reported that three Taliban commanders part of the prisoner swap had landed in Qatar, citing three Taliban sources familiar with the deal.
The Afghan government’s decision to carry out the swap is seen as key to securing direct talks with the militants, who have, until now, refused to engage with what they call an illegitimate “puppet” regime in Kabul.
“Our three prisoners had been freed on Monday night,” said one of the sources, a senior Taliban leader in Afghanistan, who declined to be identified because he was not authorised to speak publicly about the deal.
“Soon after their release, they were flown to Doha and handed over to the political office in Qatar.”
Representatives of the Afghan government and the United States embassy in Kabul were not immediately available for comment.
On November 12, President Ashraf Ghani said Afghanistan would free Anas Haqqani, a senior figure in the eponymous Haqqani network responsible for some of the worst violence in recent years, and two Taliban commanders.
But the swap was abruptly postponed, with the Taliban shifting their hostages to a new location after the commanders failed to land in Qatar.


--- title: Report keywords: fastai sidebar: home_sidebar nb_path: "nbs/51_exploration.LSH-report.ipynb" ---
We'll give a brief explanation of LSH (locality sensing hashing) attention. For a step-by-step walk through of LSH-attention we refer to our project documentation: https://arampacha.github.io/reformer_fastai/exploration.LSH.html
In normal attention we perform a matrix multiply of all keys and queries. This is the same as taking the dot product of every query with every key, and is the source of the quadratic cost of attention. Dot products will be large when vectors are aligned. We then pass the dot products through a softmax (query dim?) that makes relatively large input yet larger. It makes sense that keys and queries that are close together in our high dimensional space will end up with a high score after the softmax. If we could figure out upfront which vectors were close, we might disregard the ones that were far away, since their softmax product most likely would be small. It turns out that the LSH (Adoni et.al) is a suitable algorithm to cluster high dimensional vectors.
We could do perfect clustering by comparing each key and query. But that would still leave us with the quadratic cost. LSH instead approximates clustering probabilistically. This means that the cost of it is reduced, but that it can't guarantee perfect accuracy. The intuition behind LSH is described in the blog: https://www.pragmatic.ml/reformer-deep-dive/
u
and take the dotproduct with other vectors, we will get positive and negative scores depending if vectors are aligned with u
or not.Note that the reformer paper does LSH via random projections as described in (Andoni et al.,2015).
The next step is to add LSH clustering to our new attention meachanism. We refer to figure 2 of the reformer paper that gives a clear overview of the main steps:
According to the reformer paper the time and memory complexities of scaled dot produc and LSH attention are:
| Attention Type | Memory Complexity | Time Complexity |
|---|---|---|
| Scaled Dot-Product | $max(bn_hld_k, bn_hl^2)$ | $max(bn_hld_k, bn_hl^2)$ |
| LSH Attention | $max(bn_hld_k, bn_hln_r(4l/n_c)^2)$ | $max(bn_hld_k, bn_hn_rl(4l/n_c)^2)$ |
Where:
Language models typically benefit from long input sequeneces ($l$) to give the model a longer context(ref), so we often want to make $l$ large. This means that the cost is usually dominated by the latter part of the max in the table above, i.e. $l$ is usually larger than $d_k$.
In this case dot product attention has a quadratic cost in both time and memory that depends on $l^2$. If we want to compare LSH-attention to dot product attention, we can compare $ln_r(4l/n_c)^2$ to $l^2$, since $b$ and $n_h$ are common terms. This means that the cost of LSH relative to normal attention is linear w.r.t. $n_r$, but decreases quadratically with $n_c$. In our implementation we did not set $n_c$ directly, but rater define a bucket size, $b_s$ where $n_c$ = $l/b_s$.
We can therefor rewrite the lsh complexity as $n_r(4b_s)^2l$, which is linearly dependent on $l$. It also makes intuitive sense that the complexity of LSH-attention grows quadratically with $b_s$, since we do normal dot product attention within each chunk.


Questions to test students on their javascript basics skills
Q1. Javascript is a ____ language.
Q2. Javascript is ____ scripting language.
Q3. "Add & Assignment" operator is shown by.
Q4. Variable can hold ____ value at a time
Q5. Java Statement terminated by ____


11. Create a Local Blockchain
Create a Local Blockchain
Reading from the Ethereum live networks can be limiting when you start developing your own applications. Managing accounts and ether, even test ether, can definitely slow you down. Something extremely helpful in this case is to have access to test accounts preloaded with ether. For that reason I'll show you how to do exactly that with a tool known as ganache.
Objectives
Our goal is to help you do the following things.
- Describe the importance of Ganache in developing blockchain applications.
- Install, run, and navigate the ganache graphical user interface.
- Install, run, and navigate the ganache command line interface.
1. Introduction to Ganache
Ganache gives you a way to set up a local blockchain pre-loaded with accounts and ether. In the next video, I'll describe why this is such a useful tool for developing blockchain applications.
To learn more about Ganache you can go to their homepage.
11.1-Introduction-To-Ganache
Reflect
QUESTION:
In 3 sentences or less, describe the value Ganache adds to your Ethereum toolset.
ANSWER:
Ganache allows you to set up your own local blockchain. It comes preloaded with 10 accounts, each containing 100 ether. This gives you a way to make test transactions between many accounts without needing to worry about stocking up on test ether or paying for real ether.
2. Ganache Installation and Overview
11.2-3-Ganache-Installation
2.1 Ganache-gui Installation
To install the ganachi-gui go here and select the download button for your operating system.
After following the installation process, you can open the application and you should see the following screen.
Investigate your Installation
Task Description:
Now that you have the ganache GUI installed, try exploring this tool for yourself.
Task Feedback:
Awesome work!
SOLUTION:
HTTP://<IP_ADDRESS>:75452.2 Ganache-cli Installation
The ganache-cli has the same functionality as the ganache-gui in a command line interface. To install the ganache-cli follow the directions provided here.
Ganache CLI Installation
Task Description:
If helpful, you can use this checklist to keep track of your progress on the steps listed below.
Task Feedback:
Great! You have the option to choose between either of these versions of the tool for your own local blockchain.
npm install -g ganache-cli
Once installed, run the following command in your terminal to start ganache.
ganache-cli
After running this command your terminal should look similar to the one shown below.
SOLUTION:
HTTP://<IP_ADDRESS>:8545Review
Here you got up and running with Ganache, a tool meant to help you test applications on a local Ethereum blockchain.
Skill Tracker
Task Description:
Track the objectives you've feel you've gained the skills to complete.
Task Feedback:
Congratulations on gaining new skills!


Quickstart
A quick example how to learn a model on a given dataset.
# Import library
from d3graph import d3graph, vec2adjmat
# Create example network
source = ['node A','node F','node B','node B','node B','node A','node C','node Z']
target = ['node F','node B','node J','node F','node F','node M','node M','node A']
weight = [5.56, 0.5, 0.64, 0.23, 0.9, 3.28, 0.5, 0.45]
# Convert to adjacency matrix
adjmat = vec2adjmat(source, target, weight=weight)
# Initialize
d3 = d3graph()
# Proces adjmat
d3.graph(adjmat)
# Plot
d3.show()
# Make changes in node properties
d3.set_node_properties(color=adjmat.columns.values, label=['node 1','node 2','node 3','node 4','node 5','node 6','node 7'])
# Plot
d3.show(filepath='c://temp/')
Installation
Create environment
If desired, install d3graph
from an isolated Python environment using conda:
conda create -n env_d3graph python=3.8
conda activate env_d3graph
Install via pip
:
pip install d3graph
Install directly from github
:
pip install git+https://github.com/erdogant/d3graph
Uninstalling
If you want to remove your d3graph
installation with your environment, it can be as following:
# List all the active environments. d3graph should be listed.
conda env list
# Remove the d3graph environment
conda env remove --name d3graph
# List all the active environments. d3graph should be absent.
conda env list


Ontario Premier Ford to meet Prime Minister Trudeau in Ottawa on Friday
by The Canadian Press, StaffTORONTO -- Ontario Premier Doug Ford will be meeting Friday in Ottawa with Prime Minister Justin Trudeau.
Ford says he will deliver a simple message that Ontario looks forward to working with the re-elected Liberal government.
The province also announced today that it is creating a council on provincial-federal relations, headed up by Ford.
Ford says the team, including several senior cabinet ministers, will work with federal counterparts on priorities such as infrastructure, health care and economic growth.
The government says its priorities will include pushing for increased funding through Canada Health Transfers, removing red tape and attracting international investment to all areas of Ontario.
The council will also include Health Minister Christine Elliott, Transportation Minister Caroline Mulroney, Finance Minister Rod Phillips, Treasury Board President Peter Bethlenfalvy, Infrastructure Minister Laurie Scott and Economic Development Minister Vic Fedeli.
This report by The Canadian Press was first published Nov. 21, 2019.


Hello all,
I am in the process of trying to get an emonTx v3 up and running in the US with the goal of monitoring the power consumption of my house as a whole, as well as the circuit servicing the air conditioning unit. I have been searching the forums here and it does seem that it is possible and has been done successfully on several occasions. It is my understanding that in order for this to work I need to remove two installed resistors and replace them with a different value - ideally 37.5 Ω (or 36Ω or 39Ω). Is there any documentation on which resistors need to be replaced or how to do this exactly? Is this all that needs to be done? Also, is this the best way to get the system going in the US or are there other methods?
I currently have two Mangelab SCT-1250-600 amp CTs that I plan to use.
Any comments or advice would be greatly appreciated.
Thank you,
Patrick
Re: Examples of Successful emonTxV3 Use in the US
I'm pretty sure all that information has been published before. A dedicated page or few is on my "to do" list.
You're right about the burden resistor, that is the correct value. If your load is going to be less than 190 A, then go for the higher value resistor. Otherwise, choose the 36 Ω. (Or 39 Ω and 1 kΩ in parallel if you want to get really close).
The resistor to replace is the 22 Ω (marked "22R0") for inputs 1 - 3, or 120 Ω (marked "1200") for input 4, right behind the jack socket. There are holes for wire-ended resistors which are easier to obtain and fit. 1/10 W should be good enough (the actual dissipation is approx 0.04 W at max current).
Because the CT has a fixed VA rating, by taking the output voltage up by a factor of 3, we need to derate the current by the same factor, so your 600 A CT is now only good to 200 A.
You'll need a programmer because the current calibration factor needs changing, and that means reloading the sketch. When you know the resistor value, you can calculate:
current constant = (primary current ÷ secondary current) ÷ resistor value
= 200 ÷ 0.0266 ÷ 37.5 = 200
(That's a starting value - it will need adjusting to cater for CT, resistor and reference voltage tolerances.)
Re: Examples of Successful emonTxV3 Use in the US
Robert, Thank you for your response. Do you have any guidance/advice on how many resistors I need to replace?
Thank you, Patrick
Re: Examples of Successful emonTxV3 Use in the US
There is one for each CT (or current input). Obviously, you don't bother with unused inputs.
Re: Examples of Successful emonTxV3 Use in the US
If I changed the resistors to all 4 of the inputs would all 4 inputs still be able to be used? Asked a different way, is modifying the emonTx to work in the US going to diminish the number of usable inputs?
Thank you
Re: Examples of Successful emonTxV3 Use in the US
No. All you are doing is configuring (in hardware, with the resistor change) that input for that CT.
Re: Examples of Successful emonTxV3 Use in the US
Thank you very much for your help. Once I get it up and running I will post an update.
Re: Examples of Successful emonTxV3 Use in the US
Robert, do you think would these resistors work for me?
1/10 watt 37.4 ohm thick film resistor: http://www.amazon.com/Thick-Film-Resistors-10watt-37-4ohms/dp/B00LWKGO2K/ref=sr_1_45?s=industrial&ie=UTF8&qid=1424663325&sr=1-45&keywords=37.5
I have also been able to find a 1/8 w 37.4 ohm wire ended resistor: http://www.amazon.com/Metal-Film-Resistors-Through-37-4ohms/dp/B00LWOEHSO/ref=sr_1_19?s=industrial&ie=UTF8&qid=1424663596&sr=1-19&keywords=1%2F10+watt+37.4+ohms
EDIT - Fixed links, BT
Re: Examples of Successful emonTxV3 Use in the US
Those would be OK, but there is no real need to get the exact value, a much more readily obtainable E24 series value (36 Ω or 39 Ω) would be fine. You just tweak the calibration in the software.
Re: Examples of Successful emonTxV3 Use in the US
Hi Patrick,
I'm also in the US and very interested in using this for monitoring my residential heat pump installation. I don't have any hardware yet, looking to order soon. I'd definitely be interested to hear your progress with this. Also Robert I would be very appreciative of any how-to guides or pages on running this in the US.
Thanks,
Eric
Re: Examples of Successful emonTxV3 Use in the US
Robert,
For a 200 Amp circuit, I am replacing resistors 1-3 with a 36 ohm resistor, would resistor 4 (the 1200 ohm resistor) also need a 36 ohm resistor, or a different value?
Thank you,
Patrick
Progress so far:
Re: Examples of Successful emonTxV3 Use in the US
Eric,
Your guide is being written, I've done some diagrams, and there are some words, so progress is being made.
Patrick,
Please yourself! If you want that input to be the same rating as the other 3, then 36 Ω is what you want. If you need a higher sensitivity (which is the idea of the higher value) then you can derate the input accordingly.
Re: Examples of Successful emonTxV3 Use in the US
Robert,
Thank you for your quick response!
-Patrick
Update: CT 1-4 resistors swapped out with 36 ohm resistors


Alfresco is the leading open source alternative for enterprise content management. The open source model allows Alfresco to use best-of-breed open source technologies and contributions from the open source community to get higher quality software produced more quickly at much lower cost. Our goal is to not only provide an open source offering but to surpass commercial offerings in terms of features, functionality and benefits to the user community. Alfresco is built by a team of leading members from Documentum® and Interwoven® with 15 years experience in Enterprise Content Management (ECM), including the co-founder of Documentum.


The quick brown fox jumped over the something something I'm just typing to fill up the space here really, carry on and pay no heed.
A new line.
A new line with a link which goes nowhere, and another link which uses a footnote style, and finally this link which uses the text
Time for some blockquotes:
Here's a paragraph inside a blockquote.
Here's another one, but this one is a much longer line so it's likely to span multiple lines once it's been wrapped by certain email clients - especially if they're mobile devices (mobile devices usually have a macimum viewport of 600 pixels or so).
- This is a list inside a blockquote
- And this is another point in that list
So that's a blockquote. This is the next paraphraph, which should show what the spacing is like immediately after the blockquote.
One more paragraph to force spacing again, and then...
Another blockquote. This should be a single line.
Quite.
Emphasis, aka italics, with asterisks or underscores.
Strong emphasis, aka bold, with asterisks or underscores.
Combined emphasis with asterisks and underscores.
Strikethrough uses two tildes. Scratch this.
Below is an image.
The same image, manually centred and with a max-width of 400
Now an embedded tweet screenshot with a link:
New image with a caption
A Yubico Security Key (Credit: Yubico)Text immediately following the caption, to check if there is enough padding following the caption.
(In this example, leading and trailing spaces are shown with with dots: ⋅)
First ordered list item
Another item
Actual numbers don't matter, just that it's a number
And another item.
You can have properly indented paragraphs within list items. Notice the blank line above, and the leading spaces (at least one, but we'll use three here to also align the raw Markdown).
To have a line break without a paragraph, you will need to use two trailing spaces. Note that this line is separate, but within the same paragraph. (This is contrary to the typical GFM line break behaviour, where trailing spaces are not required.)
We can also use footnotes.[1]
Here's that footnote. ↩
@markeldo on Twitter and at markeldo.com
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test.. test… test….. test?….. test!….
!!!!!! ???? ,, – —
“Smartypants, double quotes” and ‘single quotes’
This is bold text
This is bold text
This is italic text
This is italic text
Strikethrough
Blockquotes can also be nested…
…by using additional greater-than signs right next to each other…
…or with spaces between arrows.
Unordered
+
, -
, or *
Ordered
You can use sequential numbers…
1.
Start numbering with offset:
Inline code
Indented code
// Some comments
line 1 of code
line 2 of code
line 3 of code
Block code “fences”
Sample text here...
| Option | Description |
|---|---|
| data | path to data files to supply the data that will be passed into templates. |
| engine | engine to be used for processing templates. Handlebars is the default. |
| ext | extension to be used for dest files. |
Right aligned columns
| Option | Description |
|---|---|
| data | path to data files to supply the data that will be passed into templates. |
| engine | engine to be used for processing templates. Handlebars is the default. |
| ext | extension to be used for dest files. |
Autoconverted link https://github.com/nodeca/pica
The new footer


Used to bind ODE to the display library of your choice. As ODE is purely a mathematical physics library, it has no inherent way of displaying the various objects in the scene.
Using this package, ODE objects such as Geom
and Body
can be ``bound'' to
display objects from any given display API. This means that when those
objects move in the ODE scene, the corrosponding representation in the display
library will also be moved. The DisplayBin
object is used to
maintain a list of such bound objects in the scene and keep them in sync.
To use a graphics package with Odejava - all that is needed is to implement
the DisplayTransformable
interface with regards to the chosen
display library. All that interface specifies is a way for setting the
translation and rotational components of the display object so it can be
synched to the ODE one.
In addition to implementing DisplayTransformable
, display libraries
can have a utility class which is given Odejava Geom
S and Body
S
and can automatially generate appropriate representations of them in the display
library using the Geometry properties.
Examples of both a DisplayTransformable implementation and utility class can be seen in the
org.odejava.xith3d
package.


DeForest High School preps for upcoming state championship with rally
by Emilie BurdittDEFOREST, Wis. - The DeForest community met at BB Jack's Restaurant on Thursday to prepare for a run at a state football championship game Friday.
DeForest High School will play at 10 a.m. Friday against Menasha High School at Camp Randall for the Division 3 State Championship. DeForest has gone 13-0 this season, undefeated.
At the football team's rally Thursday, players said they plan to bring another win to their school.
DeForest's pom pom squad and members of its pep band cheered on the football team. Football team coaches and high school seniors on the team spoke about the season's final game, and for the seniors, their final game of high school.


Your password for the EpPrints repository (we will not store this password, we will just pass it on to EPrints for this request).


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Netflix shares weather storm
Wall Street’s reaction so far to Walt Disney’s long-awaited streaming service suggests investors believe the competition may not be as crushing as expected for entertainment rival Netflix.
Shares of Disney have surged 8% since the launch of Disney+ a week ago, helped along by 10 million sign-ups for the service in its first day.
However, during the same period, Netflix’s stock recovered from an initial slump and is now up nearly 3%, with some investors betting the two companies’ streaming offerings may be able to coexist.
At the start of the week, Disney rose just shy of its record high close on November 13, while Netflix climbed 2.6% to its highest close since August.
“I’m a consumer of both services and I can tell you that what my kids watch on Netflix is not what they watch on Disney+.
"Now I get it, and the market is reacting to that, appreciating the shares of both companies,” said King Lip, chief investment strategist at Baker Avenue Asset Management in San Francisco.
Investors for months have viewed the looming launch of Disney+ as the most dangerous challenge yet to Netflix’s dominance of an increasingly crowded video streaming market.
Disney’s shares have risen 27% since April when Disney+ was unveiled, while Netflix remains down 18%.
Netflix chief executive Reed Hastings warned in September that competition arising from the entrance of Apple, Disney and NBC to the global streaming market would spark a surge in content costs, adding to worries about Netflix’s already slowing subscriber growth.
Apple earlier this month launched its streaming video service, with a slim offering of original shows, for $5 (€4.50) per month, compared to Netflix’s $13 per month standard price. AT&T’s HBO Max is set to launch in early in 2020.
Disney’s $7 per month service includes family-friendly new and classic TV shows and movies from some of the world’s most popular entertainment franchises.
However, Disney+ steers clear of content aimed at more mature audiences, often popular on Netflix, giving consumers reasons to pay for both, Mr Lip said.
After its surge, Disney’s stock is trading at 23 times expected earnings, its highest forward earnings valuation since 2004, according to Refinitiv data.
As investors reconsider the value of Netflix, its forward earnings multiple has been trading at under 60 since September, far below its mean of 148 in the last five years.
Bloomberg


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| MPI_ALLGATHER( sendbuf, sendcount, sendtype, recvbuf, recvcount, recvtype, comm) | |
| IN sendbuf | starting address of send buffer (choice) |
| IN sendcount | number of elements in send buffer (non-negative integer) |
| IN sendtype | data type of send buffer elements (handle) |
| OUT recvbuf | address of receive buffer (choice) |
| IN recvcount | number of elements received from any process (non-negative integer) |
| IN recvtype | data type of receive buffer elements (handle) |
| IN comm | communicator (handle) |
int MPI_Allgather(void* sendbuf, int sendcount, MPI_Datatype sendtype, void* recvbuf, int recvcount, MPI_Datatype recvtype, MPI_Comm comm)
MPI_ALLGATHER(SENDBUF, SENDCOUNT, SENDTYPE, RECVBUF, RECVCOUNT, RECVTYPE, COMM, IERROR)
<type> SENDBUF(*), RECVBUF(*)
INTEGER SENDCOUNT, SENDTYPE, RECVCOUNT, RECVTYPE, COMM, IERROR
void MPI::Comm::Allgather(const void* sendbuf, int sendcount, const MPI::Datatype& sendtype, void* recvbuf, int recvcount, const MPI::Datatype& recvtype) const = 0
MPI_ALLGATHER can be thought of as MPI_GATHER, but
where all processes receive the result, instead of just the root.
The block of data sent from the
j-th
process is received by every process and placed in the
j-th
block of the buffer recvbuf.
The type signature associated with sendcount, sendtype, at a process must be equal to the type signature associated with recvcount, recvtype at any other process.
If comm is an intracommunicator,
the outcome of a call to MPI_ALLGATHER(...) is as if
all processes executed n calls to
MPI_GATHER(sendbuf,sendcount,sendtype,recvbuf,recvcount, recvtype,root,comm),for root = 0 , ..., n-1. The rules for correct usage of MPI_ALLGATHER are easily found from the corresponding rules for MPI_GATHER. The ``in place'' option for intracommunicators is specified by passing the value MPI_IN_PLACE to the argument sendbuf at all processes. sendcount and sendtype are ignored. Then the input data of each process is assumed to be in the area where that process would receive its own contribution to the receive buffer. If comm is an intercommunicator, then each process in group A contributes a data item; these items are concatenated and the result is stored at each process in group B. Conversely the concatenation of the contributions of the processes in group B is stored at each process in group A. The send buffer arguments in group A must be consistent with the receive buffer arguments in group B, and vice versa.
Advice to users.
The communication pattern of MPI_ALLGATHER executed on an intercommunication domain need not be symmetric. The number of items sent by processes in group A (as specified by the arguments sendcount, sendtype in group A and the arguments recvcount, recvtype in group B), need not equal the number of items sent by processes in group B (as specified by the arguments sendcount, sendtype in group B and the arguments recvcount, recvtype in group A). In particular, one can move data in only one direction by specifying sendcount = 0 for the communication in the reverse direction.
( End of advice to users.)
| MPI_ALLGATHERV( sendbuf, sendcount, sendtype, recvbuf, recvcounts, displs, recvtype, comm) | |
| IN sendbuf | starting address of send buffer (choice) |
| IN sendcount | number of elements in send buffer (non-negative integer) |
| IN sendtype | data type of send buffer elements (handle) |
| OUT recvbuf | address of receive buffer (choice) |
| IN recvcounts | non-negative integer array (of length group size) containing the number of elements that are received from each process |
| IN displs | integer array (of length group size). Entry i specifies the displacement (relative to recvbuf) at which to place the incoming data from process i |
| IN recvtype | data type of receive buffer elements (handle) |
| IN comm | communicator (handle) |
int MPI_Allgatherv(void* sendbuf, int sendcount, MPI_Datatype sendtype, void* recvbuf, int *recvcounts, int *displs, MPI_Datatype recvtype, MPI_Comm comm)
MPI_ALLGATHERV(SENDBUF, SENDCOUNT, SENDTYPE, RECVBUF, RECVCOUNTS, DISPLS, RECVTYPE, COMM, IERROR)
<type> SENDBUF(*), RECVBUF(*)
INTEGER SENDCOUNT, SENDTYPE, RECVCOUNTS(*), DISPLS(*), RECVTYPE, COMM, IERROR
void MPI::Comm::Allgatherv(const void* sendbuf, int sendcount, const MPI::Datatype& sendtype, void* recvbuf, const int recvcounts[], const int displs[], const MPI::Datatype& recvtype) const = 0
MPI_ALLGATHERV can be thought of as MPI_GATHERV, but
where all processes receive the result, instead of just the root.
The block of data sent from the
j-th
process is received by every process and placed in the
j-th
block of the buffer recvbuf.
These blocks need not all be the same size.
The type signature associated with sendcount, sendtype, at process j must be equal to the type signature associated with recvcounts[j], recvtype at any other process.
If comm is an intracommunicator,
the outcome is as if all processes executed calls to
MPI_GATHERV(sendbuf,sendcount,sendtype,recvbuf,recvcounts,displs, recvtype,root,comm),for root = 0 , ..., n-1. The rules for correct usage of MPI_ALLGATHERV are easily found from the corresponding rules for MPI_GATHERV. The ``in place'' option for intracommunicators is specified by passing the value MPI_IN_PLACE to the argument sendbuf at all processes. sendcount and sendtype are ignored. Then the input data of each process is assumed to be in the area where that process would receive its own contribution to the receive buffer. If comm is an intercommunicator, then each process in group A contributes a data item; these items are concatenated and the result is stored at each process in group B. Conversely the concatenation of the contributions of the processes in group B is stored at each process in group A. The send buffer arguments in group A must be consistent with the receive buffer arguments in group B, and vice versa.


{% extends 'rcos/talks/talk.html' %} {% block title %}Free Software: Copyright vs. Community{% endblock %} {% block speaker %}Richard Stallman{% endblock %} {% block date %}February 24, 2010 (Wednesday) 8:45-10:00 pm, DCC 308{% endblock %} {% block content %}
Copyright developed in the age of the printing press, and was designed to fit with the system of centralized copying imposed by the printing press. But the copyright system does not fit well with computer networks, and only draconian punishments can enforce it.
The global corporations that profit from copyright are lobbying for draconian punishments, and to increase their copyright powers, while suppressing public access to technology. But if we seriously hope to serve the only legitimate purpose of copyright--to promote progress, for the benefit of the public--then we must make changes in the other direction.
{% endblock %}


Responsive site is the kind of website that responds to how the user is chosing to access it. Responsive website looks equally accessible on a smart phone screen, on a tablet screen and on a desktop. User doesn't have to go through the inconvenience of zooming or unnecessary scrolling to access all the key functionality of a responsive website. In other words, responsive websites are convenient and pleasant user experience regardless the device.
Frameworks are a set of design rules, guidelines and concepts created by someone else and made available for you to use. Cons of frameworks is that you need to put some effort and analysis in order to decide what sort of framework you or your team need for tackling a particular project. Once you do however settle upon an appropriate framework it is likely to make your collaboration easier and the speed at which you work faster as you will all be using the same concepts and structures for the project most basic needs. Provided good choice of framework, it should allow you plenty of room to customise as well.
A lot of people carry out a lot of their day to day activities through their smart phone these days. Paying bills, doing work or browsing internet for leisure. This in turn leads to a design philosphy that advocates first making sure that the site works well on a mobile phone screen.
Wireframe is a high level layout of a webpage, usually consisting of boxes and blocks. Wireframes are important as they dictate the design decisions and how elements relate to each other on a webpage.


--- layout: session_academic academic: true title: "Corporate Editors in the Evolving Landscape of OpenStreetMap: A Close Investigation of the Impact to the Map & Community" code: "W8BA9K" speaker_names_with_affiliations: ['Jennings Anderson; University of Colorado Boulder<EMAIL_ADDRESS>'Dipto Sarkar; National University of Singapore<EMAIL_ADDRESS>'Leysia Palen; University of Colorado Boulder<EMAIL_ADDRESS>extra_tags: room: "Hörsaal West" length: "00:20" time: "Sunday, 14:30" recording: True doi: https://doi.org/10.5281/zenodo.3387693 ---
More than 17 million edits globally have been made by paid contributors in the last five years. We look at the long history of corporate involvement in OSM and then dig into the data to quantify the impact this latest evolution of corporate involvement is having on the map and explore the interactions between paid and volunteer mappers.


Select billing address
Use the customer's registered address
Select another billing address
Go...
OK


Tests are mandatory for packages, modules, web apps. If you are lazy to write unit tests but wanted to see the coverage for web app here is the short cut.
Lets consider a Python web app uses Flask, runserver.py
runs the development web server. Normally server is started by the command python runserver.py
. Now use coverage run runserver.py
.
coverage
python package will run the python program til program exits or user halts. Once web app testing is complete via browser, run coverage report -m
this will produce big list of lines covered in modules during execution.
One more handy feature is coverage html
. This produces html file containing python code highlighting executed line and other. All the html files is produced inside hmtlcov
directory.
Coverage documentation.
Sample Output
➜ hacknight git:(issue-249) ✗ coverage run --source=hacknight runserver.py
/Library/Python/2.7/site-packages/flask_cache/__init__.py:100: UserWarning: Flask-Cache: CACHE_TYPE is set to null, caching is effectively disabled.
warnings.warn("Flask-Cache: CACHE_TYPE is set to null, "
* Running on http://<IP_ADDRESS>:8100/
* Restarting with reloader
/Library/Python/2.7/site-packages/flask_cache/__init__.py:100: UserWarning: Flask-Cache: CACHE_TYPE is set to null, caching is effectively disabled.
warnings.warn("Flask-Cache: CACHE_TYPE is set to null, "
<IP_ADDRESS> - - [13/Sep/2013 23:08:31] "GET / HTTP/1.1" 200 -
<IP_ADDRESS> - - [13/Sep/2013 23:08:34] "GET /kracekumar HTTP/1.1" 200 -
<IP_ADDRESS> - - [13/Sep/2013 23:08:36] "GET /kracekumar/jsfoo-hackday HTTP/1.1" 200 -
^C%
➜ hacknight git:(issue-249) ✗ coverage report -m
Name Stmts Miss Cover Missing
------------------------------------------------------------
hacknight/__init__ 28 0 100%
hacknight/_version 3 0 100%
hacknight/forms/__init__ 0 0 100%
hacknight/forms/comment 12 0 100%
hacknight/forms/event 42 5 88% 58-59, 62-72
hacknight/forms/participant 12 0 100%
hacknight/forms/profile 6 0 100%
hacknight/forms/project 9 0 100%
hacknight/forms/sponsor 9 0 100%
hacknight/forms/venue 16 0 100%
hacknight/models/__init__ 10 0 100%
hacknight/models/_profile 21 21 0% 3-37
hacknight/models/comment 61 18 70% 34-35, 41, 71-72, 78-91, 95, 98
hacknight/models/event 110 43 61% 45, 48-51, 84, 87-88, 91-93, 96-97, 100-109, 112-133
hacknight/models/participant 31 5 84% 34-37, 41
hacknight/models/project 72 31 57% 42-46, 50, 55, 58, 63, 68-85, 101-105
hacknight/models/sponsor 17 2 88% 25-26
hacknight/models/user 21 5 76% 20, 24, 28, 32, 35
hacknight/models/venue 21 2 90% 26-27
hacknight/models/vote 38 16 58% 17-18, 21-30, 33-36, 39
hacknight/tests/__init__ 0 0 100%
hacknight/tests/test_data 3 3 0% 3-7
hacknight/tests/test_models 17 17 0% 4-93
hacknight/views/__init__ 8 0 100%
hacknight/views/event 244 192 21% 28-33, 41-56, 70-87, 97-116, 131, 140-145, 155-182, 191-222, 231-260, 269-276, 285-301, 310-313, 325-344, 354-373
hacknight/views/index 36 23 36% 13-15, 20, 25, 30, 35, 40, 45-53, 58-65
hacknight/views/login 28 12 57% 15, 21-22, 28-30, 36-37, 42-45
hacknight/views/profile 36 22 39% 17-23, 30-47
hacknight/views/project 323 256 21% 30-49, 61-73, 85-108, 118, 127-240, 252-259, 270-277, 288-295, 306-315, 327-336, 346-357, 369-378, 387-397, 406-416, 426-440, 451-464, 475-501, 514
hacknight/views/sponsor 45 26 42% 18-30, 42-53, 65-68, 81
hacknight/views/venue 47 29 38% 15-16, 22, 28-38, 45-56, 64-66
hacknight/views/workflow 84 30 64% 42-46, 52, 57, 62, 67, 72, 77, 80, 114-119, 127-128, 136, 144, 152, 160, 168, 176, 182, 188, 194, 200, 206, 209
------------------------------------------------------------
TOTAL 1410 758 46%
See also
- Parameterize Python Tests
- “Don’t touch your face” - Neural Network will warn you
- Capture all browser HTTP[s] calls to load a web page
- How long do Python Postgres tools take to load data?
- Debugging Python multiprocessing program with strace
This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.


Iv been told about a couple months ago that i have scoliosis in my back and have always woke up at night wth back pain,
But with a little run of the Emerald Gorilla Salve i am able to sleep all night
this stuff is great.
"Ryan from Oaklahoma"
I received my Emerald Gorilla Salve a couple days ago i have been trying it out on my back and let me tell you its great the pain goes right away its crazy
and i am for sure going to get some more when i am out thanks Emerald Gorilla.
" Aaron from San Jose"
Dude this Shit is Amazing hands down i have family that needs this in different states first and lat meds ill take for my condition period!
I have been in lots of pain for it feels like a lifetime . now with the Salve i can actually sleep the pain is minimal please keep me up to date on future products.
You have been a life saver and i am passing
the word to any one i see with pain. I would love to have some Business cards to pass out.
"Pamela from Palo Alto"
I have been using Emerald Gorilla Salve for migraines it works great Thanks Emerald Gorilla will be back for more.
" Robin from Hayward"


|
| | Bit_circuit (idx n) |
| | Constructs a bit circuit instance. More...
|
| |
| | Bit_circuit (const Dynamic_bitset &dynamic_bitset) |
| | Conversion constructor, used to initialize a qpp::Bit_circuit with a qpp::Dynamic_bitset. More...
|
| |
| Bit_circuit & | X (idx i) |
| | Bit flip. More...
|
| |
| virtual | ~Bit_circuit ()=default |
| | Default virtual destructor. More...
|
| |
| Bit_circuit & | NOT (idx i) |
| | Bit flip. More...
|
| |
| Bit_circuit & | CNOT (idx ctrl, idx target) |
| | Controlled-NOT. More...
|
| |
| Bit_circuit & | TOF (idx i, idx j, idx k) |
| | Toffoli gate. More...
|
| |
| Bit_circuit & | SWAP (idx i, idx j) |
| | Swap bits. More...
|
| |
| Bit_circuit & | FRED (idx i, idx j, idx k) |
| | Fredkin gate (Controlled-SWAP) More...
|
| |
| Bit_circuit & | reset () noexcept |
| | Reset the circuit all zero, clear all gates. More...
|
| |
| idx | get_gate_count (const std::string &name={}) const |
| | Bit circuit gate count. More...
|
| |
| idx | get_gate_depth (const std::string &name={}) const |
| | Bit circuit gate depth. More...
|
| |
| | Dynamic_bitset (idx n) |
| | Constructor, initializes all bits to false (zero) More...
|
| |
| virtual | ~Dynamic_bitset ()=default |
| | Default virtual destructor. More...
|
| |
| const storage_type & | data () const |
| | Raw storage space of the bitset. More...
|
| |
| idx | size () const noexcept |
| | Number of bits stored in the bitset. More...
|
| |
| idx | storage_size () const noexcept |
| | Size of the underlying storage space (in units of value_type, unsigned int by default) More...
|
| |
| idx | count () const noexcept |
| | Number of bits set to one in the bitset (Hamming weight) More...
|
| |
| bool | get (idx pos) const noexcept |
| | The value of the bit at position pos. More...
|
| |
| bool | none () const noexcept |
| | Checks whether none of the bits are set. More...
|
| |
| bool | all () const noexcept |
| | Checks whether all bits are set. More...
|
| |
| bool | any () const noexcept |
| | Checks whether any bit is set. More...
|
| |
| Dynamic_bitset & | set (idx pos, bool value=true) |
| | Sets the bit at position pos. More...
|
| |
| Dynamic_bitset & | set () noexcept |
| | Set all bits to true. More...
|
| |
| Dynamic_bitset & | rand (idx pos, double p=0.5) |
| | Sets the bit at position pos according to a Bernoulli(p) distribution. More...
|
| |
| Dynamic_bitset & | rand (double p=0.5) |
| | Sets all bits according to a Bernoulli(p) distribution. More...
|
| |
| Dynamic_bitset & | reset (idx pos) |
| | Sets the bit at position pos to false. More...
|
| |
| Dynamic_bitset & | reset () noexcept |
| | Sets all bits to false. More...
|
| |
| Dynamic_bitset & | flip (idx pos) |
| | Flips the bit at position pos. More...
|
| |
| Dynamic_bitset & | flip () noexcept |
| | Flips all bits. More...
|
| |
| bool | operator== (const Dynamic_bitset &rhs) const noexcept |
| | Equality operator. More...
|
| |
| bool | operator!= (const Dynamic_bitset &rhs) const noexcept |
| | Inequality operator. More...
|
| |
| idx | operator- (const Dynamic_bitset &rhs) const noexcept |
| | Number of places the two bitsets differ (Hamming distance) More...
|
| |
| template<class CharT = char, class Traits = std::char_traits<CharT>, class Allocator = std::allocator<CharT>> |
| std::basic_string< CharT, Traits, Allocator > | to_string (CharT zero=CharT('0'), CharT one=CharT('1')) const |
| | String representation. More...
|
| |
| virtual | ~IDisplay ()=default |
| | Default virtual destructor. More...
|
| |
Classical reversible circuit simulator.


| Name | Description | |
| ApplicationDescriptorReader |
Exposes methods to parse Application Descriptor information as per define in ApplicationDescriptor.xml file by application. Example: |
|
| LibraryDescriptorReader |
Example: |
|
| QuickServiceDescriptorReader | ||
| ServiceDescriptorReader |
Exposes methods to parse Service Descriptor information as per define in ServiceDescriptor.xml file by application. |
|
| SyncDescriptorReader |
Exposes methods to parse Sync Descriptor information as per define in SyncDescriptor.xml file by application. Example: |


Chapter 5 Operators
Logical operators are the most basic type of data programming and the core of many types of data analysis. Most of the time we are not conducting fancy statistics, we just want to identify members of a group (print all of the females from the study), or describe things that belong to a subset of the data (compare the average price of houses with garages to houses without garages).
In order to accomplish these simple tasks we need to use logic statements. A logic statement answers the question, does an observation belong to a group.
Many times groups are simple. Show me all of the professions that make over $100k a year, for example.
Sometimes groups are complex. Identify the African American children from a specific zip code in Chicago that live in households with single mothers.
You will use nine basic logical operators:
| Operator | Description |
|---|---|
| < | less than |
| <= | less than or equal to |
| > | greater than |
| >= | greater than or equal to |
| == | exactly equal to |
| != | not equal to |
| x | y | x OR y |
| x & y | x AND y |
| ! | opposite of |
Logical operators create logical vectors, a vector that contains only TRUE or FALSE. The TRUE means that the observation belongs to the group, FALSE means it does not.
x1 <- c(7,9,1,2)
x2 <- c("male","male","female","female")
x3 <- c("treatment","control","treatment","control")
x1 > 7
#> [1] FALSE TRUE FALSE FALSE
x1 >= 7
#> [1] TRUE TRUE FALSE FALSE
x1 == 9
#> [1] FALSE TRUE FALSE FALSE
x1 = 9 # don't use a single equals operator! it overwrites your variable
x1
#> [1] 9
x1 <- c(7,9,1,2)
x1 == 9 | x1 == 1
#> [1] FALSE TRUE TRUE FALSE
# x2 == male # this will not work because male is not enclosed with quotes
x2 == "female"
#> [1] FALSE FALSE TRUE TRUE
x2 == "female" & x3 == "treatment"
#> [1] FALSE FALSE TRUE FALSE
Note that we use operators to create logical vectors where TRUE designates observation that belong to the defined group, and FALSE designates observations outside the group. We use these logical vectors in three ways:
- We can create a selector variable that is used for subsets. When a logical vector is passed to the subset function it will keep all observations with a TRUE value, and drop observations with a FALSE value.
x1
#> [1] 7 9 1 2
x1 > 5
#> [1] TRUE TRUE FALSE FALSE
keep.these <- x1 > 5
x1[ keep.these ]
#> [1] 7 9
# you can create a selector variable with one variable, and apply it to another
x2[ keep.these ] # sex of observations where x1 > 5
#> [1] "male" "male"
- Logical vectors give us an easy way to count things within defined groups.
We can apply a sum() function to a logical vector, and the result will be a tally of all of the TRUE cases.
# how many females do we have in our study?
sum( x2 == "female" )
#> [1] 2
# how many females do we have in our treatment group?
sum( x2 == "female" & x3 == "treatment" )
#> [1] 1
- We use selector variables to replace observations with new values using the assignment operator. This is similar to a find and replace operation.
x7 <- c( "mole","mouse","shrew","mouse","rat","shrew")
# the lab assistant incorrectly identified the shrews
x7
#> [1] "mole" "mouse" "shrew" "mouse" "rat" "shrew"
x7[ x7 == "shrew" ] <- "possum"
x7
#> [1] "mole" "mouse" "possum" "mouse" "rat" "possum"
# we don't know if linda received the treatment
x3 <- c("adam","jamal","linda","sriti")
x4 <- c( "treatment","control","treatment","control")
x4[ x3 == "linda" ] <- NA
x4
#> [1] "treatment" "control" NA "control"
The ! operator is a special case, where it is not used to define a new logical vector, but rather it swaps the values of an existing logical vector.
x1
#> [1] 7 9 1 2
these <- x1 > 5
these
#> [1] TRUE TRUE FALSE FALSE
! these
#> [1] FALSE FALSE TRUE TRUE
! TRUE
#> [1] FALSE
! FALSE
#> [1] TRUE
5.1 Logical Vectors
Logical vectors are collections of a set of TRUE and FALSE statements.
Logical statements allow us to define groups based upon criteria, then decide whether observations belong to the group. See the section on operators below for a complete list of logical statements.
Logical vectors are important because organizing data into these sets is what drives all of the advanced data analytics (set theory is at the basis of mathematics and computer science).
| name | sex | treat | strength |
|---|---|---|---|
| adam | male | treatment | 167 |
| jamal | male | control | 185 |
| linda | female | treatment | 119 |
| sriti | female | control | 142 |
dat$name == "sriti"
#> [1] FALSE FALSE FALSE TRUE
dat$sex == "male"
#> [1] TRUE TRUE FALSE FALSE
dat$strength > 180
#> [1] FALSE TRUE FALSE FALSE
Typically logical vectors are used in combination with subset operators to identify specific groups in the data.
# isolate data on all of the females in the dataset
dat[ dat$sex == "female" , ]
#> name sex treat strength
#> 3 linda female treatment 119
#> 4 sriti female control 142
When defining logical vectors, you can use the abbreviated versions of T for TRUE and F for FALSE.
Note how NAs affect compound logical statements:
If one condition is FALSE and the other is NA, the missing value does not matter in this case because under the & condition both must be TRUE for the observation to belong to the group we are defining with the logical statement, so it should be excluded even if we don’t know the value for the second condition. For example, if we want to select all women in the treatment group, then a man is excluded from the group, even if it is unclear whether he belongs to the treatment or control condition.
On the other hand, if one condition is TRUE, and another is NA, R does not want to throw out the data because the state of the missing value is unclear. As a result, it will preserve the observation, but it will replace all of the data with missing values.
keep.these <- c(T,F,NA,F)
dat[ keep.these , ]
#> name sex treat strength
#> 1 adam male treatment 167
#> NA <NA> <NA> <NA> NA
To remove these rows with missing values in your selector vector, replace all NAs with FALSE:
5.2 Subsets
The subset operators [ ] are one of the most common you will use in R.
The primary rule of subsets is to use a data operator to create a logical selector vector, and use that to generate subsets. Any observation that corresponds to TRUE will be retained, any observation that corresponds to FALSE will be dropped.
For vectors, you need to specify a single dimension.
these <- x1 > 140 # selector vector
these
#> [1] FALSE FALSE FALSE FALSE
x1[ these ]
#> numeric(0)
x2[ these ]
#> character(0)
For data frames, you need two dimensions (rows and columns). The two dimensions are seperated by a comma, and if you leave one blank you will not drop anything.
dat[ row position , column position ]
| name | sex | treat | strength |
|---|---|---|---|
| adam | male | treatment | 167 |
| jamal | male | control | 185 |
| linda | female | treatment | 119 |
| sriti | female | control | 142 |
these <- dat$treat == "treatment"
dat[ these , ] # all data in the treatment group
#> name sex treat strength
#> 1 adam male treatment 167
#> 3 linda female treatment 119
dat[ , c("name","sex") ] # select two columns of data
#> name sex
#> 1 adam male
#> 2 jamal male
#> 3 linda female
#> 4 sriti female
# to keep a subset as a separate dataset
dat.women <- dat[ dat$sex == "female" , ]
dat.women
#> name sex treat strength
#> 3 linda female treatment 119
#> 4 sriti female control 142
Note the rules listed above about subsetting factors. After applying a subset, they will retain all of the original levels, even when they are not longer useful. You need to drop the unused levels if you would like them to be omitted from functions that use the factor levels for analysis.
df <- data.frame( letters=LETTERS[1:5], numbers=seq(1:5) )
levels( df$letters )
#> [1] "A" "B" "C" "D" "E"
sub.df <- df[ 1:3, ]
sub.df$letters
#> [1] A B C
#> Levels: A B C D E
levels( sub.df$letters )
#> [1] "A" "B" "C" "D" "E"
droplevels( sub.df$letters )
#> [1] A B C
#> Levels: A B C
sub.df$letters <- droplevels( sub.df$letters )


Star women’s basketball player at Georgia college charged in murder
by Jackie SaloA star female college basketball player has been charged with murdering a 21-year-old man in Atlanta, Ga., according to authorities.
Kamiyah Street — a junior who starts as point guard for Kennesaw State University in Georgia — was arrested on felony murder charges for her alleged role in Nashiem Hubbard-Etienne’s death, the Atlanta Journal-Constitution reported Saturday.
Hubbard-Etienne’s body was discovered shot to death July 16 in a parking lot at the Hermitage Station apartments, authorities said.
Atlanta Police spokesman James White said it is apparent that Hubbard-Etienne was “the victim of a targeted shooting,” the newspaper reported.
Kennesaw State officials said its women’s basketball team was notified Thursday night of Street’s alleged involvement in the murder.
“The individual has been suspended indefinitely from all women’s basketball team and athletic activities,” the school’s assistant athletic director, David Beal, told the outlet.


Swans on the Green given green light for extension
Food preparation area
by Paul O'MearaThe Swans on the Green deli and coffee shop has been granted a five year planning permission for the construction of a modular structure, single storey extension to the existing food preparation area of the shop, on the Ballymore Eustace side of the premises.
It will also encompass toilet facilities, all located to the eastern side of the existing shop and all associated site works.
This permission is to accommodate ongoing trade at the site while work on a permitted expansion takes place.
In December 2017 Swans got planning permission for the demolition of a two storey house and outbuildings and an extension to the food preparation area.


Transparency data
Data about young people's education, employment or training status in each local authority in England.
MS Excel Spreadsheet , 354KB
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
PDF , 116KB , 4 pages
This scorecard provides information about young people’s participation and attainment in education, employment or training in a single publication.
The scorecard:
The metadata document provides information about the underlying data.
Published: 18 December 2014
Updated: 14 October 2016
From: Department for Education


Just a lazy Monday night canning up tomato sauce and plum jam from right outside our front door. Like you do.
9/16/2013, 9:22:34 PM
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Retweets: 0
link--- layout: tweet ---
Just a lazy Monday night canning up tomato sauce and plum jam from right outside our front door. Like you do.
9/16/2013, 9:22:34 PM
Favs: 0
Retweets: 0
link


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Nope it sure won't; Only way to get better is good old practice but heres an article on the controller anyway...
Check it out!Why would we have any idea? We aren't doctors we just play video games and such...
Check it out!Wouldn't it be weird if the Witcher was based on a real life people...
Check it out!We at GearedUpGaming are dedicated to providing the best information about the products and strategies you need to take down the competition. Our goal is to make it easy to understand what you need to play your games to the best of your abilities. Whats the difference between a gamepad and a gamestick? When would you be best to use a controller versus a keyboard and mouse? Which headset should I purchase and where can I get the best deal? We are proud to bring you the latest up to date product reviews and news.
This is where the product reviews text would be located and would essentially say that we have what you need in terms of information on the latest greatest gear. Then there would be a link that goes to a page dedicated specifically for product and gear reviews and recommendations.
Yep its true the color effects the performance. We have no idea why and its literally the only difference between the standard controller and this one...
Check it out!This is where the strategies text would be located with information on how we provide the best strategies to provide for competetive and achievment hunting gamers alike with a link to a page dedicated to the job.
We talked to a brilliant minecraft explorer who found a new way to explore the water indefinitely with nothing but a few torches, find out how now!
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High Score: 0/10 in 00:00:00
Record Locator Game!
Clear
Start
00:00:00
QPQTSX
False
True
0 / 10
in
00:00:12
Loren inspum la lala hm...
Play Again


Spoilers: First look at Jonny's final scenes as Ray Quinn exits Hollyoaks
This is the moment that Jonny Baxter (Ray Quinn) has a final showdown with Ste Hay (Kieron Richardson) as the far right nightmare comes to an end in Hollyoaks. Viewers were on the edge of their seats when Stuart (Chris Simmons) kidnapped Ste and Sami (Rishi Nair) and took them to the edge of a cliff to kill them.
 Branding him a traitor, Stuart launched himself at Ste, who was on the edge of the killer drop.
Sid intervened and pushed his father away, causing him to fall to his death and Jonny was arrested for his part in the crimes. In order to find closure and to try and see if he can get through to Jonny one last time, Ste will visit him in prison for a final showdown.
A bitter Jonny is disgusted to see him and accuses Ste of ruining his life, adding that Stuart was the only one who cared about him. Ste will attempt to convince Jonny that he too was groomed by Stuart but will Jonny see the light or has too much happened?
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As the pair have a final conversation, Ste will need some space to get his head together after everything that has happened. Kieron is taking a break from the role to act in a stage show Bands Of Gold but he will eventually return.
As for Jonny, it looks like a more final goodbye as he is locked up for the racist crimes and attempted murder that came with planting the bomb which left Yasmine Maalik (Haiesha Mistry) deaf.
Hollyoaks airs these scenes on Monday 18 November at 7pm on E4.


This CANOpen Addon provides the ability to monitor and communicate with CANOpen slave devices a CANOpen network. Specifically, reading TPDOs and writing SDOs and RPDOs.
Note: Using this custom device requires one CANOpen port per instance. This port cannot be shared with anything else. Only NI CANOpen devices are supported. NI XNET boards will not work. Make sure the CANOpen NI-Industrial Communications for CANopen 1.0.2 is installed on the target.
To add and configure a CANOpen device node (slave), right click on the add-on instance and select Add Device Node from the shortcut menu.
To disable this add-on, right click on the add-on instance and select Disable from the shortcut menu.
To delete multiple items, right-click the object in the configuration tree and select Delete Multiple Items from the shortcut menu.


DRILL: Create Visual Studio HTML Doc
I updated this Course 6 section in Visual Studio Community 2015 editor.
Here's the link to the original:Simple start...
HTML/CSS and beyond...
I updated this Course 6 section in Visual Studio Community 2015 editor.
Here's the link to the original:Simple start...
Course: HTML/CSS, Step 25 of 39 | DRILL:No CSS used, Click Here
Course: HTML/CSS, Step 26 of 39 | DRILL:CSS Styled, Click Here
Course: HTML/CSS, Step 36 of 39 | DRILL: Download a .php file from my WordPress site's theme folder, gut it and creat a FAQ Template. Link to faqTemplate.php
Course: HTML/CSS, Step 37 of 39 | DRILL: Original Code | All Errors Fixed
This is more a place-holder but shows basic drills... Click Here


-
Class for simple Propagation of Uncertainties according to a pure Gaussian model. More...
#include <boost\math\special_functions\fpclassify.hpp>
#include <cstdlib>
#include <cmath>
#include <iostream>
#include <iomanip>
#include <algorithm>
#include <sstream>
#include <limits>
#include <exception>
#include <boost/quan/xiostream.hpp>
#include <boost/quan/si_units.hpp>
#include <boost/static_assert.hpp>
Go to the source code of this file.
Classes | |
| class | showUncFlags |
| class | showUncTypes |
| class | setAllUncFlags |
| class | setUncFlags |
| class | setMaskedUncFlags |
| class | resetUncFlags |
| class | resetMaskedUncFlags |
| class | setUncWidth |
| class | setScale |
| class | setSigDigits |
| class | setUncSigDigits |
| class | unc< is_correlated > |
| struct | lessAbs< Type > |
Typedefs | |
| typedef unc< false > | uncun |
| typedef unc< true > | unccorr |
| Uncorrelated is the normal case when uncertainties add. | |
Enumerations | |
| enum | unc_types { VALUE_ZERO = 1 << 0, VALUE_INTEGER = 1 << 1, VALUE_RATIONAL = 1 << 2, VALUE_NEGATIVE_ONLY = 1 << 3, VALUE_POSITIVE_ONLY = 1 << 4, UNC_KNOWN = 1 << 5, UNC_NOPLUS = 1 << 6, UNC_NOMINUS = 1 << 7, UNC_QUAN_DECIMAL = 1 << 8, UNC_QUAN_BINARY = 1 << 9, UNC_EXPLICIT = 1 << 10, UNC_RECTANGULAR = 1 << 11, UNC_TRIANGULAR = 1 << 12, DEG_FREE_EXACT = 1 << 13, DEG_FREE_KNOWN = 1 << 14, SPARE = 1 << 15, VALUE_ZERO = 1 << 0, VALUE_INTEGER = 1 << 1, VALUE_RATIONAL = 1 << 2, VALUE_NEGATIVE_ONLY = 1 << 3, VALUE_POSITIVE_ONLY = 1 << 4, UNC_KNOWN = 1 << 5, UNC_NOPLUS = 1 << 6, UNC_NOMINUS = 1 << 7, UNC_QUAN_DECIMAL = 1 << 8, UNC_QUAN_BINARY = 1 << 9, UNC_EXPLICIT = 1 << 10, UNC_RECTANGULAR = 1 << 11, UNC_TRIANGULAR = 1 << 12, DEG_FREE_EXACT = 1 << 13, DEG_FREE_KNOWN = 1 << 14, SPARE = 1 << 15, VALUE_ZERO = 1 << 0, VALUE_INTEGER = 1 << 1, VALUE_RATIONAL = 1 << 2, VALUE_NEGATIVE_ONLY = 1 << 3, VALUE_POSITIVE_ONLY = 1 << 4, UNC_KNOWN = 0x20, UNC_NOPLUS = 0x40, UNC_NOMINUS = 0x80, UNC_QUAN_DECIMAL = 0X100, UNC_QUAN_BINARY = 0X200, UNC_EXPLICIT = 0x400, UNC_RECTANGULAR = 0x800, UNC_TRIANGULAR = 0x1000, DEG_FREE_EXACT = 0x2000, DEG_FREE_KNOWN = 0x4000, SPARE = 0x8000, VALUE_ZERO = 1 << 0, VALUE_INTEGER = 1 << 1, VALUE_RATIONAL = 1 << 2, VALUE_NEGATIVE_ONLY = 1 << 3, VALUE_POSITIVE_ONLY = 1 << 4, UNC_KNOWN = 0x20, UNC_NOPLUS = 0x40, UNC_NOMINUS = 0x80, UNC_QUAN_DECIMAL = 0X100, UNC_QUAN_BINARY = 0X200, UNC_EXPLICIT = 0x400, UNC_RECTANGULAR = 0x800, UNC_TRIANGULAR = 0x1000, DEG_FREE_EXACT = 0x2000, DEG_FREE_KNOWN = 0x4000, SPARE = 0x8000, VALUE_ZERO = 1 << 0, VALUE_INTEGER = 1 << 1, VALUE_RATIONAL = 1 << 2, VALUE_NEGATIVE_ONLY = 1 << 3, VALUE_POSITIVE_ONLY = 1 << 4, UNC_KNOWN = 1 << 5, UNC_NOPLUS = 1 << 6, UNC_NOMINUS = 1 << 7, UNC_QUAN_DECIMAL = 1 << 8, UNC_QUAN_BINARY = 1 << 9, UNC_EXPLICIT = 1 << 10, UNC_RECTANGULAR = 1 << 11, UNC_TRIANGULAR = 1 << 12, DEG_FREE_EXACT = 1 << 13, DEG_FREE_KNOWN = 1 << 14, SPARE = 1 << 15 } |
| 16 type bits used by unc uncTypes. Bit set = 1 means a positive attribute. More... | |
| enum | uncertainflags { none = 0, firm = 1 << 0, setScaled = 1 << 1, autoScaled = 1 << 2, plusMinus = 1 << 3, addSISymbol = 1 << 4, addSIPrefix = 1 << 5, noisyDigit = 1 << 6, useSetSigDigits = 1 << 7, useSetUncSigDigits = 1 << 8, degfree = 1 << 9, replicates = 1 << 0xA, limits = 1 << 0xB, default = 0, firm = 1 << 0, setScaled = 1 << 1, autoScaled = 1 << 2, plusMinus = 1 << 3, addSISymbol = 1 << 4, addSIPrefix = 1 << 5, noisyDigit = 1 << 6, useSetSigDigits = 1 << 7, useSetUncSigDigits = 1 << 8, degfree = 1 << 9, replicates = 1 << 0xA, limits = 1 << 0xB, none, firm = 1, setScaled = 2, autoScaled = 4, plusMinus = 8, addSISymbol = 0x10, addSIPrefix = 0x20, noisyDigit = 0x40, setSigFig = 0x80, setUncSigFig = 0x100, none = 0, firm = 1 << 0, setScaled = 1 << 1, autoScaled = 1 << 2, plusMinus = 1 << 3, addSISymbol = 1 << 4, addSIPrefix = 1 << 5, noisyDigit = 1 << 6, useSetSigDigits = 1 << 7, useSetUncSigDigits = 1 << 8 } |
| Control of printing uncertain values, similar to ios flags. More... | |
Functions | |
| BOOST_STATIC_ASSERT (numeric_limits< double >::is_iec559) | |
| template<class T > | |
| void | no_unused_variable_warning (const T &) |
| void | outIosFlags (long, ostream &) |
| void | outUncTypes (unsigned short int, ostream &) |
| void | unc_output (double value, float stdDev, unsigned short int degFree, unsigned short int uncTypes, ostream &os) |
| void | unc_input (double &mean, double &stdDev, unsigned short int °reesOfFreedom, unsigned short int &types, istream &is) |
| template<typename Type > | |
| Type | sqr (const Type &a) |
| template<typename Type > | |
| Type | cube (const Type &a) |
| template<typename Type > | |
| Type | pow4 (const Type &a) |
| template<typename Type > | |
| Type | sqrtSumSqrs (const Type &a, const Type &b) |
| void | outUncValues (ostream &os, ostream &log) |
| void | setUncDefaults (std::ios_base &os) |
| Random id value. | |
| void | outFpClass (double, ostream &) |
| ios_base & | scale (ios_base &) |
| To use value set with setScale(int) | |
| ios_base & | noscale (ios_base &) |
| or not scale. | |
| ios_base & | autoscale (ios_base &) |
| Automatically Scale to suitable prefix symbol like M, k, m... | |
| ios_base & | noautoscale (ios_base &) |
| ios_base & | firmform (ios_base &) |
| Firm fixed layout using setUncWidth. | |
| ios_base & | flexform (ios_base &) |
| Flexible free format. | |
| ios_base & | plusminus (ios_base &) |
| Add +/- uncertainty. | |
| ios_base & | noplusminus (ios_base &) |
| Do not add +/- uncertainty. | |
| ios_base & | addsiprefix (ios_base &) |
| Add SI prefix like kilo, micro .. | |
| ios_base & | nosiprefix (ios_base &) |
| (Takes precedence over SI symbol if both set). | |
| ios_base & | addsisymbol (ios_base &) |
| Add SI symbol like M, k, m. | |
| ios_base & | nosisymbol (ios_base &) |
| Do not add SI symbol like M, k, m. | |
| ios_base & | addnoisyDigit (ios_base &) |
| Add an extra 'noisy' digit for less risk of loss. | |
| ios_base & | nonoisyDigit (ios_base &) |
| No noisy to suit human reading. | |
| ios_base & | autosigdigits (ios_base &) |
| Calculate sigdigits from uncertainty (default). | |
| ios_base & | setsigdigits (ios_base &) |
| Use sig digits stored with << setSigDigits(4) for value. | |
| ios_base & | autouncsigdigits (ios_base &) |
| Calculate stdDev sig digits from uncertainty. | |
| ios_base & | uncsigdigits (ios_base &) |
| Use stdDev sigDigits stored with << useSetUncSigDigits(2) ... | |
| ios_base & | adddegfree (ios_base &) |
| Add degrees of freedom as (99). | |
| ios_base & | nodegfree (ios_base &) |
| Do not add degrees of freedom. | |
| ios_base & | addreplicates (ios_base &) |
| Add degrees of replicates > 1 as [99]. | |
| ios_base & | noreplicates (ios_base &) |
| Do not add degrees of freedom or replicates >1. | |
| ios_base & | addlimits (ios_base &) |
| Add lower and upper limits a 0.95 > 1.00 > 1.05. | |
| ios_base & | nolimits (ios_base &) |
| Do not add lower and upper limits. | |
| ios_base & | showuncflags (ios_base &) |
Calls showUncFlags to show all uncertain flags. | |
| long | uFlags (ios_base &) |
| Returns current uncertain flags. | |
| long | uFlags (ios_base &, long) |
| Assigns all uncertain flags & returns previous. | |
| long | setuFlags (ios_base &, long) |
| Set specific flags = 1. | |
| long | resetuFlags (ios_base &, long) |
| Reset/clear specific flags = 0. | |
| ostream & | operator<< (ostream &, const showUncFlags &) |
| sigdigits to use for uncertainty if << setuncsigdigits(1) | |
| ostream & | operator<< (ostream &, const setAllUncFlags &) |
| defined below, with | |
| istream & | operator>> (istream &, const setAllUncFlags &) |
| constructors in unc.cpp | |
| ostream & | operator<< (ostream &, const setUncFlags &) |
| istream & | operator>> (istream &, const setUncFlags &) |
| ostream & | operator<< (ostream &, const setMaskedUncFlags &) |
| istream & | operator>> (istream &, const setMaskedUncFlags &) |
| ostream & | operator<< (ostream &, const resetUncFlags &) |
| istream & | operator>> (istream &, const resetUncFlags &) |
| ostream & | operator<< (ostream &, const resetMaskedUncFlags &) |
| istream & | operator>> (istream &, const resetMaskedUncFlags &) |
| ostream & | operator<< (ostream &, const setUncWidth &) |
| istream & | operator>> (istream &, const setUncWidth &) |
| ostream & | operator<< (ostream &, const setScale &) |
| istream & | operator>> (istream &, const setScale &) |
| ostream & | operator<< (ostream &, const setUncSigDigits &) |
| istream & | operator>> (istream &, const setUncSigDigits &) |
| ostream & | operator<< (ostream &, const setSigDigits &) |
| istream & | operator>> (istream &, const setSigDigits &) |
| void | outUncFlags (long uncflags, ostream &) |
| template<bool correlated> | |
| std::ostream & | operator<< (std::ostream &os, const std::pair< unc< correlated >, unc< correlated > > &u) |
| template<class T > | |
| const double | value_of (T &) |
| < | |
| template<class T > | |
| const double | unc_of (T &) |
| template<class T > | |
| const std::pair< double, double > | values_of (std::pair< T, T >) |
| template<class T1 , class T2 > | |
| const std::pair< double, double > | values_of (std::pair< T1, T2 >) |
| template<class T > | |
| const std::pair< double, double > | uncs_of (std::pair< T, T >) |
| template<class T1 , class T2 > | |
| const std::pair< double, double > | uncs_of (std::pair< T1, T2 >) |
| template<typename Type > | |
| Type | std::abs (const Type &a) |
Variables | |
| bool | trace |
| bool | cdtrace |
| const int | SIbottomPowerTen = maxPowerTen - SImaxPowerTen |
| const int | SItopPowerTen = SImaxPowerTen + maxPowerTen |
| const char * | SIprefixes [SImaxPowerTen+1+SImaxPowerTen] |
| const char * | SIsymbols [SImaxPowerTen+1+SImaxPowerTen] |
| const double | powersOfTen [maxPowerTen+1+maxPowerTen] |
| const double | rounds [maxRounds] |
| const long | indexID |
| 'Unique' value used to check xalloc initialised iwords are OK, and are not corrupted. | |
| const long | zeroIndex |
| const long | uncFlagsIndex |
| const long | oldUncFlagsIndex |
| const long | sigDigitsIndex |
| const long | setSigDigitsIndex |
| const long | oldSigDigitsIndex |
| const long | stdDevSigDigitsIndex |
| const long | oldStdDevSigDigitsIndex |
| const long | ScaleIndex |
| const long | setScaleIndex |
| const long | oldScaleIndex |
| const long | uncWidthIndex |
| const long | oldUncWidthIndex |
| const long | oldUncSetWidthIndex |
| const long | usedIndex |
| const long | oldUncUsedIndex |
| const long | widthIndex |
| const long | oldWidthIndex |
| const long | topIndex |
| const double | stdDevPlusMinus = 0.5 |
| const unsigned short int | VALUE_EXACT = (UNC_NOMINUS | UNC_NOPLUS) |
| Both set. | |
| const unsigned short int | UNC_DEF |
| const unsigned short int | DEG_FREE_DEF = (DEG_FREE_EXACT | DEG_FREE_KNOWN) |
| const char * | uncTypeWords [] |
| Description as a word of each bit in unc type, using enum unc_types. |
Class for simple Propagation of Uncertainties according to a pure Gaussian model.
Based on code by Evan Manning (manni) Evan Marshal Manning, C/C++ Users Journal, March 1996 page 29 to 38. original downloaded from ng@a lumni .cal tech. eduftp://beowulf.jpl.nasa.gov/pub/manning This is a simple model of uncertainties, designed to accompany an article published in C/C++ Users Journal March 1996 at http://www.ddj.com/cpp/184403147 . A fuller collection of even fancier classes also given in unc.h.
Standard deviation & its uncertainty added Paul A Bristow 31 Mar 98 to Jan 2012.
Definition in file unc - all const.hpp.
Uncorrelated is the normal case when uncertainties add.
Uncertainties are NOT correlated.
Definition at line 149 of file unc - all const.hpp.
Definition at line 142 of file unc - all const.hpp.
| enum unc_types |
16 type bits used by unc uncTypes. Bit set = 1 means a positive attribute.
Definition at line 280 of file unc - all const.hpp.
| enum uncertainflags |
Control of printing uncertain values, similar to ios flags.
Definition at line 332 of file unc - all const.hpp.
| ios_base& adddegfree | ( | ios_base & | ) |
Add degrees of freedom as (99).
Definition at line 367 of file unc - const.cpp.
| ios_base& addlimits | ( | ios_base & | ) |
Add lower and upper limits a 0.95 > 1.00 > 1.05.
Definition at line 392 of file unc - const.cpp.
| ios_base& addnoisyDigit | ( | ios_base & | ) |
Add an extra 'noisy' digit for less risk of loss.
Definition at line 333 of file unc - const.cpp.
| ios_base& addreplicates | ( | ios_base & | ) |
Add degrees of replicates > 1 as [99].
Definition at line 379 of file unc - const.cpp.
| ios_base& addsiprefix | ( | ios_base & | ) |
Add SI prefix like kilo, micro ..
Definition at line 321 of file unc - const.cpp.
| ios_base& addsisymbol | ( | ios_base & | ) |
Add SI symbol like M, k, m.
Definition at line 309 of file unc - const.cpp.
| ios_base& autoscale | ( | ios_base & | ) |
Automatically Scale to suitable prefix symbol like M, k, m...
Definition at line 285 of file unc - const.cpp.
| ios_base& autosigdigits | ( | ios_base & | ) |
Calculate sigdigits from uncertainty (default).
Definition at line 343 of file unc - const.cpp.
| ios_base& autouncsigdigits | ( | ios_base & | ) |
Calculate stdDev sig digits from uncertainty.
Definition at line 355 of file unc - const.cpp.
| BOOST_STATIC_ASSERT | ( | numeric_limits< double >::is_iec559 | ) |
| Type cube | ( | const Type & | a | ) |
| ios_base& firmform | ( | ios_base & | ) |
Firm fixed layout using setUncWidth.
Definition at line 267 of file unc - const.cpp.
| ios_base& flexform | ( | ios_base & | ) |
Flexible free format.
Definition at line 261 of file unc - const.cpp.
| void no_unused_variable_warning | ( | const T & | ) |
Definition at line 131 of file unc - all const.hpp.
| ios_base& noautoscale | ( | ios_base & | ) |
Definition at line 291 of file unc - const.cpp.
| ios_base& nodegfree | ( | ios_base & | ) |
Do not add degrees of freedom.
Definition at line 373 of file unc - const.cpp.
| ios_base& nolimits | ( | ios_base & | ) |
Do not add lower and upper limits.
Definition at line 398 of file unc - const.cpp.
| ios_base& nonoisyDigit | ( | ios_base & | ) |
No noisy to suit human reading.
Definition at line 339 of file unc - const.cpp.
| ios_base& noplusminus | ( | ios_base & | ) |
Do not add +/- uncertainty.
Definition at line 303 of file unc - const.cpp.
| ios_base& noreplicates | ( | ios_base & | ) |
Do not add degrees of freedom or replicates >1.
Definition at line 385 of file unc - const.cpp.
| ios_base& noscale | ( | ios_base & | ) |
or not scale.
Definition at line 279 of file unc - const.cpp.
| ios_base& nosiprefix | ( | ios_base & | ) |
(Takes precedence over SI symbol if both set).
Definition at line 327 of file unc - const.cpp.
| ios_base& nosisymbol | ( | ios_base & | ) |
Do not add SI symbol like M, k, m.
Definition at line 315 of file unc - const.cpp.
| ostream& operator<< | ( | ostream & | , |
| const showUncFlags & | |||
| ) |
sigdigits to use for uncertainty if << setuncsigdigits(1)
Operator declarations, classes
| ostream& operator<< | ( | ostream & | , |
| const setAllUncFlags & | |||
| ) |
defined below, with
| ostream& operator<< | ( | ostream & | , |
| const setUncFlags & | |||
| ) |
| ostream& operator<< | ( | ostream & | , |
| const setMaskedUncFlags & | |||
| ) |
| ostream& operator<< | ( | ostream & | , |
| const resetUncFlags & | |||
| ) |
| ostream& operator<< | ( | ostream & | , |
| const resetMaskedUncFlags & | |||
| ) |
| ostream& operator<< | ( | ostream & | , |
| const setUncWidth & | |||
| ) |
| ostream& operator<< | ( | ostream & | , |
| const setScale & | |||
| ) |
| ostream& operator<< | ( | ostream & | , |
| const setUncSigDigits & | |||
| ) |
| ostream& operator<< | ( | ostream & | , |
| const setSigDigits & | |||
| ) |
| std::ostream& operator<< | ( | std::ostream & | os, |
| const std::pair< unc< correlated >, unc< correlated > > & | u | ||
| ) |
Output a pair (X and Y) value with (if defined) uncertainty and degrees of freedom.
For example: "1.23 +/- 0.01 (13), 3.45 +/- 0.06 (78)".
Definition at line 1628 of file unc - all const.hpp.
| istream& operator>> | ( | istream & | , |
| const setAllUncFlags & | |||
| ) |
constructors in unc.cpp
| istream& operator>> | ( | istream & | , |
| const setUncFlags & | |||
| ) |
| istream& operator>> | ( | istream & | , |
| const setMaskedUncFlags & | |||
| ) |
| istream& operator>> | ( | istream & | , |
| const resetUncFlags & | |||
| ) |
| istream& operator>> | ( | istream & | , |
| const resetMaskedUncFlags & | |||
| ) |
| istream& operator>> | ( | istream & | , |
| const setUncWidth & | |||
| ) |
| istream& operator>> | ( | istream & | , |
| const setScale & | |||
| ) |
| istream& operator>> | ( | istream & | , |
| const setUncSigDigits & | |||
| ) |
| istream& operator>> | ( | istream & | , |
| const setSigDigits & | |||
| ) |
| void outFpClass | ( | double | value, |
| ostream & | os = cerr |
||
| ) |
Definition at line 340 of file xiostream.cpp.
| void outIosFlags | ( | long | , |
| ostream & | |||
| ) |
| void outUncFlags | ( | long | uncflags, |
| ostream & | |||
| ) |
| void outUncTypes | ( | unsigned short int | uncTypes, |
| ostream & | os = cerr |
||
| ) |
Output uncertain types as words.
Usage: outUncTypes
(unc.getUncTypes(), cerr); // logs to cerr.
| uncTypes | Uncertain types flags. |
| ostream | for type flags as words. |
Output word description for each unc_type bit.
Usage: outUncTypes(unc.getUncTypes(), cerr); // logs to cerr.
| uncTypes | uncertain types as a short int. |
| os | ostream for output, default = cerr |
Definition at line 143 of file unc - const.cpp.
| void outUncValues | ( | ostream & | os, |
| ostream & | log | ||
| ) |
Default values of these MUST be assigned by call of setUncDefaults(ostream&); typically setUncDefaults(std::cout);
| ios_base& plusminus | ( | ios_base & | ) |
Add +/- uncertainty.
Definition at line 297 of file unc - const.cpp.
| Type pow4 | ( | const Type & | a | ) |
Quaded function, notationally convenient for x^4, but overflow possible? Used by Welch-Satterthwaite formula.
Definition at line 185 of file unc - all const.hpp.
| long resetuFlags | ( | ios_base & | , |
| long | |||
| ) |
Reset/clear specific flags = 0.
Definition at line 439 of file unc - const.cpp.
| ios_base& scale | ( | ios_base & | ) |
To use value set with setScale(int)
All ios_base functions declared below are defined in unc.cpp
Definition at line 273 of file unc - const.cpp.
| ios_base& setsigdigits | ( | ios_base & | ) |
Use sig digits stored with << setSigDigits(4) for value.
Definition at line 349 of file unc - const.cpp.
| long setuFlags | ( | ios_base & | , |
| long | |||
| ) |
Set specific flags = 1.
Definition at line 430 of file unc - const.cpp.
| void setUncDefaults | ( | std::ios_base & | os | ) |
Random id value.
Set 16 default values for uncertain output flags. Might be best to make setUncDefaults also set ios_base defaults with void setiosDefaults(ostream&);
Usage:
setUncDefaults(cout);
setUncDefaults()
MUST be called before using a stream.Default iword(*) values are all zero - these are not usable. Function \c setUncDefaults() sets some defaults Can set individual value, for example, for 3 sig Digits, os.iword(sigDigitsIndex) = 3; \note Index values must have been initialised by xalloc calls.
Definition at line 43 of file unc - const.cpp.
| ios_base& showuncflags | ( | ios_base & | ) |
Calls showUncFlags
to show all uncertain flags.
Definition at line 405 of file unc - const.cpp.
| Type sqr | ( | const Type & | a | ) |
| Type sqrtSumSqrs | ( | const Type & | a, |
| const Type & | b | ||
| ) |
Definition at line 192 of file unc - all const.hpp.
| long uFlags | ( | ios_base & | ) |
Returns current uncertain flags.
Functions to change uncertain flags on specified ios_base. Usage:
f = uFlags(out); f = uFlags(out, 0xFF); f = setuFlags(out, 0xFF); f = resetuFlags(out, 0xFF);
Definition at line 414 of file unc - const.cpp.
| long uFlags | ( | ios_base & | , |
| long | |||
| ) |
Assigns all uncertain flags & returns previous.
Definition at line 421 of file unc - const.cpp.
| void unc_input | ( | double & | mean, |
| double & | stdDev, | ||
| unsigned short int & | degreesOfFreedom, | ||
| unsigned short int & | types, | ||
| istream & | is | ||
| ) |
| const double unc_of | ( | T & | ) |
Allow uncertainty (standard deviation) part of variables of class unc to be assigned to, and compared with float.
| T | Built-in floating-point type, float, double or long double, or uncertain type unc. |
Definition at line 732 of file unc - const.cpp.
| void unc_output | ( | double | value, |
| float | stdDev, | ||
| unsigned short int | degFree, | ||
| unsigned short int | uncTypes, | ||
| ostream & | os | ||
| ) |
Uncertainties ARE correlated. This is the unusual case where the sum must be exact, so the uncertainties are subtracted. Example: two blocks which fit into a box perfectly. So if both have an uncertainties, they must cancel when the uncertainties are added. Also applies to items like concentrations which must add up to 100% or unity.
| const std::pair<double, double> uncs_of | ( | std::pair< T, T > | ) |
| T | Built-in floating-point type, float, double, long double or unc or Meas. |
| const std::pair<double, double> uncs_of | ( | std::pair< T1, T2 > | ) |
| T | Built-in floating-point type, float, double, long double or unc or Meas. |
| ios_base& uncsigdigits | ( | ios_base & | ) |
Use stdDev sigDigits stored with << useSetUncSigDigits(2) ...
| const double value_of | ( | T & | v | ) |
<
Two helper functions to provide values and uncertainties as pairs.
Allow value part of variables of class unc to be assigned to, and compared with double.
| T | Built-in floating-point type, float, double or long double, or uncertain type unc. |
| T | value type convertible to double. |
Definition at line 714 of file unc - const.cpp.
| const std::pair<double, double> values_of | ( | std::pair< T, T > | ) |
| T | Built-in floating-point type, float, double, long double or unc or Meas. |
| const std::pair<double, double> values_of | ( | std::pair< T1, T2 > | ) |
| T | Built-in floating-point type, float, double, long double or unc or Meas. |
| bool cdtrace |
Definition at line 23 of file unc - const.cpp.
| const unsigned short int DEG_FREE_DEF = (DEG_FREE_EXACT | DEG_FREE_KNOWN) |
Definition at line 326 of file unc - all const.hpp.
| const long indexID |
'Unique' value used to check xalloc initialised iwords are OK, and are not corrupted.
Definition at line 29 of file unc - const.cpp.
| const long oldScaleIndex |
Definition at line 35 of file unc_init.hpp.
| const long oldSigDigitsIndex |
Definition at line 30 of file unc_init.hpp.
| const long oldStdDevSigDigitsIndex |
Definition at line 33 of file unc_init.hpp.
| const long oldUncFlagsIndex |
Definition at line 28 of file unc_init.hpp.
| const long oldUncSetWidthIndex |
Definition at line 39 of file unc_init.hpp.
| const long oldUncUsedIndex |
Definition at line 41 of file unc_init.hpp.
| const long oldUncWidthIndex |
Definition at line 38 of file unc_init.hpp.
| const long oldWidthIndex |
Definition at line 43 of file unc_init.hpp.
| const double powersOfTen[maxPowerTen+1+maxPowerTen] |
Definition at line 78 of file si_units.cpp.
Definition at line 97 of file si_units.cpp.
| const long ScaleIndex |
Definition at line 34 of file unc_init.hpp.
| const long setScaleIndex |
Definition at line 36 of file unc_init.hpp.
| const long setSigDigitsIndex |
Definition at line 31 of file unc_init.hpp.
| const int SIbottomPowerTen = maxPowerTen - SImaxPowerTen |
Definition at line 231 of file unc - all const.hpp.
| const long sigDigitsIndex |
Definition at line 29 of file unc_init.hpp.
| const char* SIprefixes[SImaxPowerTen+1+SImaxPowerTen] |
Definition at line 59 of file si_units.hpp.
| const char* SIsymbols[SImaxPowerTen+1+SImaxPowerTen] |
Definition at line 60 of file si_units.hpp.
| const int SItopPowerTen = SImaxPowerTen + maxPowerTen |
Definition at line 232 of file unc - all const.hpp.
| const double stdDevPlusMinus = 0.5 |
Definition at line 317 of file unc - all const.hpp.
| const long stdDevSigDigitsIndex |
Definition at line 32 of file unc_init.hpp.
| const long topIndex |
Definition at line 44 of file unc_init.hpp.
| bool trace |
Definition at line 22 of file unc - const.cpp.
| const unsigned short int UNC_DEF |
(UNC_KNOWN | UNC_NOMINUS | UNC_NOPLUS | UNC_QUAN_DECIMAL | UNC_QUAN_BINARY | UNC_EXPLICIT | UNC_RECTANGULAR | UNC_TRIANGULAR)
Definition at line 322 of file unc - all const.hpp.
| const long uncFlagsIndex |
Definition at line 27 of file unc_init.hpp.
| const char* uncTypeWords[] |
Description as a word of each bit in unc type, using enum unc_types.
Definition at line 108 of file unc - const.cpp.
| const long uncWidthIndex |
Definition at line 37 of file unc_init.hpp.
| const long usedIndex |
Definition at line 40 of file unc_init.hpp.
| const unsigned short int VALUE_EXACT = (UNC_NOMINUS | UNC_NOPLUS) |
Both set.
Definition at line 321 of file unc - all const.hpp.
| const long widthIndex |
Definition at line 42 of file unc_init.hpp.
| const long zeroIndex |
Definition at line 25 of file unc_init.hpp.


Run the query on the right. You should see two returned values.
In this step you will see the values of LOCK_WAITS and LOCK_WAIT_TIME_PERCENT when your system is idle. Because these are snapshot values, you may get a slightly different result when you execute the query at different time.
Try executing the query a couple of times to get a rough idea of their idle values.


Class MinimapView
| Defined in: | lib/minimap-view.coffee |
| Inherits: | View |
Overview
A MinimapView
instance is created for every Editor
opened in Atom. It provides delegation to many Editor
and MinimapRenderView methods so that in most case you can just substitute a MinimapView instance instead of an Editor
.
The following methods are delegated to the MinimapRenderView instance:
- getLineHeight
- getCharHeight
- getCharWidth
- getLinesCount
- getMinimapHeight
- getMinimapScreenHeight
- getMinimapHeightInLines
- getFirstVisibleScreenRow
- getLastVisibleScreenRow
- pixelPositionForScreenPosition
- decorateMarker
- removeDecoration
- decorationsForScreenRowRange
- removeAllDecorationsForMarker
The following methods are delegated to the Editor
instance:
- getSelection
- getSelections
- getLastSelection
- bufferRangeForBufferRow
- getTextInBufferRange
- getEofBufferPosition
- scanInBufferRange
- markBufferRange
Instance Method Summary
- ::constructor(editorView) Creates a new MinimapView.
- ::destroy() Destroys this view and release all its subobjects.
- ::getEditorLineHeight()
- Object ::getMinimapClientRect() Returns the bounds of the minimap.
-
Boolean ::minimapIsAttached()
Returns
true
when the minimap is actually attached to the DOM. - ::onDidScroll(callback)
- ::setDisplayCodeHighlights(value) Toggles the display of the code highlights rendering.
- ::setEditorView(editorView)
-
::updateMinimapRenderView()
Bound
Calls the
update
method of the MinimapRenderView. - ::updateMinimapView() Bound Updates the minimap view.
Constructor Details
::constructor(editorView) Source
Creates a new MinimapView.
Instance Method Details
::destroy() Source
Destroys this view and release all its subobjects.
::getEditorLineHeight() Source
Object ::getMinimapClientRect() Source
Returns the bounds of the minimap.
Boolean ::minimapIsAttached() Source
Returns true
when the minimap is actually attached to the DOM.
::onDidScroll(callback) Source
::setDisplayCodeHighlights(value) Source
Toggles the display of the code highlights rendering.
::setEditorView(editorView) Source
::updateMinimapRenderView() (bound) Source
Calls the update
method of the MinimapRenderView.
::updateMinimapView() (bound) Source
Updates the minimap view.
The size, scrolling and view area are updated as well as the MinimapRenderView if the minimap own scrolling is changed during the update.


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{% extends 'neighborhood/base.html' %} {% load staticfiles %} {% block content %} {% for business in business %}


{% extends 'demo/base.html' %} {% block inner_content %}
All classes are mobile first.
Add the following suffixes to apply the styles below only to specific screen sizes:
| Size | Suffix |
|---|---|
| Tablet and up | -m |
| Desktop and up | -l |
| Extra wide screens | -xl |
E.g. to make an element ⅔ width only on tablet you would add the class w-2-3-m
. Or for a grid column use c-2-3-m
.
Use these classes to show/hide elements according to screen size. Bear in mind this will also hide the elements for screen readers.