So, I was reading through comments to despam my old posts before archiving them, and came upon this old reply to this old post of mine which was a reply to this much older post.
I won’t reply to that post much, because it’s mostly… well, not useful to respond to. But people often talk about the wonders of Open Classes in Ruby. For Python people who aren’t familiar with what that means, you can do:
# Somehow acquire SomeClassThatAlreadyExists
class SomeClassThatAlreadyExists
def some_method(blahblahblah)
stuff
end
end
And SomeClassThatAlreadyExists has a some_method added to it (or if that method already exists, then the method is replaced with the new implementation).
In Python when you do this, you’ve defined an entirely new class that just happens to have the name SomeClassThatAlreadyExists. It doesn’t actually effect the original class, and probably will leave you confused because of the two very different classes with the same name. In Ruby when you define a class that already exists, you are extending the class in-place.
You can change Python classes in-place, but there’s no special syntax for it, so people either think you can’t do it, or don’t realize that you are doing the same thing as in Ruby but without the syntactic help. I guess this will be easier with class decorators, but some time ago I also wrote a recipe using normal decorators that looks like this:
@magic_set(SomeClassThatAlreadyExists)
def some_method(self, blahblahblah):
stuff
The only thing that is even slightly magic about the setting is that I look at the first argument of the function to determine if you are adding an instance, class, or static method to an object, and let you add it to classes or instances. It’s really not that magic, even if it is called magicset.
I think with class decorators you could do this:
@extend(SomeClassThatAlreadyExists)
class SomeClassThatAlreadyExists:
def some_method(self, blahblahblah):
stuff
Implemented like this:
def extend(class_to_extend):
def decorator(extending_class):
class_to_extend.__dict__.update(extending_class.__dict__)
return class_to_extend
return decorator
Automatically generated list of related posts:
- 2 Python Environment Experiments two experiments in the Python environment. The first is virtualenv,...
- The Shrinking Python Web Framework World When I was writing the summary of differences between WebOb...
- Python HTML Parser Performance In preparation for my PyCon talk on HTML I thought...
- A Python Web Application Package and Format (we should make one) At PyCon there was an open space about deployment, and...
- Woonerf and Python At TOPP there’s a lot of traffic discussion, since a...
The main difference between Ruby and Python here is that in Ruby you can modify built-in classes, while in Python (CPython at least) you can’t. That’s where all those nice railish
7.days.ago
method calls come from – by extending base classes (Numeric in this case).Of course this power comes with a cost. Because any piece of code can modify built-in classes, a single
require
can completely change the meaning of the code below it. In Python import statements are much more safe in a sense that you can expect what changes they will bring to the following code. In Python you decide what names will be imported into your current scope. In Ruby you have to guess (or better reference the documentation). Most of the time it’s not a big problem, but can be a source of confusion when you monkey-patch to much.I don’t see why it’s so hard to dynamically add methods.
would print
I agree it’s not very hard, but somehow it is perceived to be very hard.
Re: global implicit monkeypatching, the [mathn](http://www.ruby-doc.org/stdlib/libdoc/mathn/rdoc/index.html) module is the one that really gets me. And it’s in the stdlib. It changes Fixnum/, i.e., number division. Globally.
open-uri is equally scary – it patches the built-in open() function (used to read files from the filesystem) and replaces it with one that also knows how to pull in data over HTTP if the “filename” begins with http://.
Language flame wars are always really lame because people argue about what you can do in language X or Y. Comparing languages like Ruby and Python, there are very few things you can do in one that you can’t really do in the other.
What’s much more important is what the language encourages you to do. I think a language that encourages monkey patching of built-in stuff (kind of like some people do in JavaScript with prototypes) has a cultural problem, for example.
My biggest reasons for liking Python are that the core concepts are easy to grasp, they are applied consistently, and the syntax is (for the most part) consistent and predictable. It is very, very rare that I come across Python code that makes no sense to me. It’s hard to write obfuscated Python. That means a lot to me.
 But I think there are lessons to be shared about how a language (natural or programming) influences the way people think about problems and their solutions.

I don’t really know Ruby, but does this Python code do what you’re talking about?
I suspect the difference is that in Ruby both object a and object b will have some_method, while in Python only b will have it. That strikes me as a point of sanity in Python, although for all I know Ruby may have other mechanisms that alleviate problems with global class modification.
Both a and b will have the method, because what’s changed is class, not instance.
@huangyi:
That may be the case in Ruby, but not so in Python. Here’s the cut and paste from my Python shell:
If you want
a
to take the new method, you have to modify the class in place, not just have a new class take the old class’s name.> __builtins__['open'] = url_open
If you want to monkeypatch, please do it the right way. Builtins live in the __builtin__ module (singular); the __builtins__ object is a CPython implementation detail, and is not always a dictionary.
“That’s where all those nice railish 7.days.ago method calls come from”
Ah yes, domain-specific languages on the cheap: the source of many requests for changes to the Python language, just so people who can’t write parsers can pretend to almost write English or some other natural language directly in their programs. Reminds me of articles from The Register about Yahoo! such as “Yahoo! denies! China! claims!” which would presumably be permissible under some syntax-busting DSL-fuelled language amendment suggestion.
At one point I got into a small argument with some guy about how I thought
"markdown string".to_html
was a really stupid idea, and he just thought it was obvious and wonderful, and that I clearly didn’t understand object oriented programming.I think it’s when people try to tell me about how I don’t understand object oriented programming (because how could someone understand such things if they use Python?) that gets me a bit testy.
ActiveResource’s Hash.to_xml method is similarly nutty, as though there was just some canonical way to turn any hash into an XML structure.
Ah yes, domain-specific languages on the cheap: the source of many requests for changes to the Python language, just so people who can’t write parsers can pretend to almost write English or some other natural language directly in their programs.
Why such strong words? Even people who can write parsers would probably not do so in Python for implementation of those kind of language enhancements, because it would be time expensive, inconvenient, non-standard, etc. In Ruby it’s much easier to extend the language itself, which in part gives you more freedom in designing API for specific needs (like date comprehensions in the
7.days.ago
example). This power comes with a cost. Sometimes you want to pay it and sometimes not, so there’s a place for both Python and Ruby in this world. No reason to bash one or the other.There is, however, lots of room to bash
7.days
, since I believe it is equal to 7x24x60x60==604800. That is, it doesn’t even return any kind of time delta object, it just converts a number of days to a number of seconds with no units. Adding.ago
it becomes equivalent totime.time() - 7*24*60*60
.All of which is fine for some code you hack out. Maybe there wasn’t a good time/time-delta object in Ruby when this code was written. It would certainly have been a poor choice to have fixed that problem when DHH was initially writing Rails. But because of the way in which this was implemented it can’t be changed, you can’t really tell where it comes from (
ActiveSupport::CoreExtensions::Numeric::Time
, it turns out), and now you can neither really be sure the methods will be there (they’ll only be there if you are using Rails), nor can you add your own improved methods without causing all kinds of frustrating incompatibilities for yourself and everyone else.Actually
7.days.ago
will evaluate to a Time object, so it’s not equivalent totime.time() - 7*24*60*60
(which is an integer in Python).Methods will be there if you
require 'active_support'
at the top of your program or you use Rails (which imports active support for you), it’s that easy. You don’t expect to get datetime class in Python without importing datetime module, do you?You can change them, because (as you found out) you know where they are. Look at
ActiveSupport::CoreExtensions::Numeric::Time
and override methods that interests you.About the incompatibilities argument – you’re right it would be problematic to patch around this, but I don’t believe it’s a problem of the language, but rather of packaging. If those time comprehensions were packaged separately (or there would be a method to cherry-pick in the require call) you could easily exclude them from the import and define your own versions. In the way or another – it’s not the problem with open classes, it’s just an inconvenient way DHH bundled different things together into active support. And remember you’d have to face those problems in any other language as well – messing with other modules internals is risky, no less in Python than in Ruby.
Hum. we do have such a thing for in-house use in pypy.
You say:
and just works (by metaclass trick), doesn’t work for builtin types.
Michal, Ian: They may seem like strong words, but the Ruby flavour of DSLs (which some people argue are not really proper DSLs) tends to lead people to suggest things like making parentheses optional for function calls in Python, just so they can lay out their code in a way which looks like some prose in a natural language or another language, but is really a combination of coincidences and side-effects. Meanwhile, with pyparsing and similar tools, how hard would it be for such people to write a proper parser for a proper language?
Listen to this podcast for some deeper thought into DSLs:
http://www.se-radio.net/index.php?post_id=211178
And take a look at EasyExtend for a more convincing Python-related approach:
http://www.fiber-space.de/EasyExtend/doc/EE.html
P.S. Apologies for the ASCIIfication of your name, erm, Michal – Ian’s software doesn’t like the last letter of your name, preferring to substitute it with another character which it won’t let me reproduce either.
Paul,
Optional parentheses are actually very useful, I use them all the time while hacking in [ipython](http://ipython.scipy.org/) ;-).
just so they can lay out their code in a way which looks like some prose in a natural language or another language, but is really a combination of coincidences and side-effects
Ruby works. Really. So does Lisp. It’s up to a programmer to properly use language capabilities. You can write beautiful code in C/Python/Ruby/Lisp/whatever, but it’s completely up to your skills if you shoot yourself in the foot or not. Some APIs (or DSLs if you like) people write in Ruby are in fact a combination of coincidences and side-effects, but most of them are not. It’s really not that different from Python or any other language.
You agree on the usefulness of DSLs – why not have the ability to program them in the same language as the rest of your application? Why force the programmer to design/learn new language while he is already comfortable with the one he uses? Messing with built-in classes is risky, sure, but a programmer should know that already. Things shouldn’t be hard to implement just to scare the clueless newbies (they will misuse the language in a way or another).
Now just don’t get me wrong. I believe Python has much of its value in its purity. I personally like predictability Python brings, because it means I can easier understand and hack on other people’s code. It’s really a great language to maintain code in. That means I also would strongly reject ruby-ish changes to Python. It’s a different language than Ruby and there is value in this. At the same time I really like the way you can quickly try out DSL/API ideas in Ruby (or Smalltalk/Lisp for that matter). There’s a place for both Python and Ruby in this world and there’s no point in saying that people using the other one are crazy/uneducated/stupid. There are different needs and so there are different tools to satisfy them.
I’m not arguing about whether Lisp or Ruby work, but whether more flexible syntax plus guesswork on the part of the language plus environment make for a sane DSL or a sane environment.
I guess it’s just a case of “not in my Python” on my part, but I’m tired of seeing excuses for DSLs really amounting to the fact that people need new toys to be bothered to write new libraries. It’s not as if we’re using Java where patterns and boilerplate are needed all over the place: you can get quite far with Python, even if you need to actually write Python code – shock horror!
Seeing inline dialects in code reminds me of things like Pro*C Embedded SQL, although DSL proponents would have you write the SQL in some bizarre variant of Python – something which you can see in various Python projects, in fact. A diversity of languages is a good thing, I agree, but I dispute the DSL movement’s emphasis on where the diversity should be.
> Optional parentheses are actually very useful
Do you really mean that though? Useful? You may very well prefer them, but unless they actually provide functionality, they aren’t useful.
“About the incompatibilities argument – you’re right it would be problematic to patch around this, but I don’t believe it’s a problem of the language, but rather of packaging. If those time comprehensions were packaged separately (or there would be a method to cherry-pick in the require call) you could easily exclude them from the import and define your own versions. In the way or another – it’s not the problem with open classes, it’s just an inconvenient way DHH bundled different things together into active support. And remember you’d have to face those problems in any other language as well – messing with other modules internals is risky, no less in Python than in Ruby.”
No, it’s a problem of the language. Or rather, of the culture of the language and the way people use it. It’s infeasible in any language to have import/require statements that are so detailed you need to know lots and lots of detail about each module. If you had to “require” the “days” syntax and the “ago” syntax and also the “forwards” but not the “backwards” because you needed the one from module “foo” but not from “bar”… well, you’d spend more time working out what to import than you’d spend writing useful code. In general, importing a module from which you only actually need a subset should not have bad side-effects. That places an unnecessary burden on both the author and the user of the module.
Like people have pointed out, you can do this in all kinds of languages, including Python, but in Python this kind of thing is frowned upon: monkey patching is a necessary evil that you do in moderation and aim to refactor away (for the most part).
Predictability has a lot of benefits. I hate languages (like VB) that make parentheses optional in most cases, because it’s hard to see what’s a function and you end up having to learn various special cases about when something is required and when it’s not. That doesn’t make things easier, it makes them confusing and inconsistent. People who write code learn (either explicitly or implicitly) the underlying structure of the lanaguage (much like for a natural language) and then intuitively understand how to apply that structure to new problems that are like ones they’ve seen before. The fewer rules and more internally consistent they are, the more predictable the language and ultimately the less time the developer wastes on debugging things that don’t work the way he/she thinks it should work.


To be hosted by Government PaaS, your application must:
Buildpacks provide runtime and framework support for your application. For most languages, you will need to provide configuration files to describe your app’s dependencies. Note that most buildpacks will support a limited range of versions of the language.
These principles were formulated by Adam Wiggins, the cofounder of the Heroku platform. They outline practices for modern apps to follow during development to make them scalable and easy to deploy. Your app must follow these practices to work on the Cloud Foundry technology which is used by the Government PaaS.
We have summarised the practices in the table below, and noted the relevance of each principle to the Government PaaS.
Visit the 12factor.net website to further ensure your application supports these practices.
| Principle | Meaning | Relevance to Cloud Foundry |
|---|---|---|
| One codebase many deploys | Each of your applications needs its own source-controlled repository. | You can push the same codebase to many Cloud Foundry applications with these commands: $ cf push myapp-staging $ cf push myapp-production |
| Isolate dependencies | All required dependencies (eg a database or image library) must be vendored into your software system. | If you don’t declare your dependencies, you probably won’t be able to deploy your application on Cloud Foundry. How you specify dependencies depends on which language and buildpack you use. For example, the python buildpack expects you to provide a requirements.txt file which it will pass to pip. |
| Store your configuration in the environment | Ensure you separate the storage of your code and configuration (this is anything that may vary between environments, such as passwords). | Cloud Foundry provides environment variables to tell an application how to configure itself, e.g. VCAP_SERVICES tells applications what services are available and how to connect to them. You can create your own environment variables for each application. |
| Backing Services | All your backing services (e.g. an email service or a monitoring system) should be loosely coupled to your code so you can easily change services if you need to. A change in service should not require a code change. | In Cloud Foundry, backing services are referred to as ‘services’. Users can create services, bind them to applications, and delete them. |
| Strictly separate build, release and run stages | There should be a strict separation between building, releasing and running the code. | The build stage is carried out by the buildpack and Cloud Foundry refers to this as ‘staging’ an app. Cloud Foundry combines the release and run stage into a single ‘push’ stage. |
| Stateless processes | Build stateless applications where intermediate data is stored in your backing services (eg your databases) and not in your running code. Also, have you applications run on many servers so you can ensure continuity in the event of server downtime. | Cloud Foundry treats all application processes are stateless and expendable. |
| Port binding | Your application should interface to the world via an API. You can have a separate URL for your customers than the one you use for internal calls. This means your app can be used as a backing service for another app via its URL. | Cloud Foundry expects applications to have this and provides an environment variable called PORT for the application to use as part of its bootstrapping process. |
| Concurrency | Ensure all your processes (e.g. web requests or API calls) are running separately so your application can scale easily. | Cloud Foundry expects applications to behave according to this principle. To increase the number of processes running, use the cf scale command. |
| Disposability | You should be able to rapidly release new code. Also, applications should be able to start back up fast and cleanly following shut down. | Cloud Foundry expects applications to follow this principle. |
| Development parity | Applications should be rapidly deployed from their development environment to production. To ensure this rapid deployment, keep a developer’s environment similar to that of production (eg both environments should use the same backing services). | CF helps you achieve this development/production parity by letting you create and deploy similar services for development, test and production environments |
| Logs | Maintain and archive log files so you have visibility of how your application works over time. | Cloud Foundry describes how to log files here. PaaS will offer the Loggregator function in beta. |
| Administrative processes | Run one-off administrative processes (eg running analytics) in your production environment. |
Government PaaS is currently in private beta.
If your organisation is taking part in the private beta and you need an account, or you’d like to find about taking part in the beta, please contact us by emailing<EMAIL_ADDRESS>In order to provide you with an account, we need to store some personal data about you. Please see our Privacy Policy for details.
Government PaaS uses a hosting technology called Cloud Foundry. As a tenant (that is, someone who is hosting an application on the PaaS), you will use the Cloud Foundry command line client to interact with the PaaS. To set it up:
To check that it installed correctly, go to the Terminal/command line/Command Prompt and run:
cf -v
You should get a message like this, confirming the version that’s installed (it may not be this exact version):
cf version 6.18.1+a1103f0-2016-05-24
Note: depending on your network configuration you might need to set an HTTP_PROXY
environment variable for the CLI to connect. Contact your network administrators to work out the correct settings for your configuration.
Log in by running:
cf login -a api.cloud.service.gov.uk -u USERNAME
Your USERNAME
is your email address your account was created with.
You will then be prompted to enter your password, which should have been sent to you by email (subject “Welcome to the Government PaaS”).
It’s important for security that you now change your password. Run:
cf passwd
You will be prompted to enter your password from the previous step. You can then choose a new password.
Once logged in, you can see the available commands by running cf
.
To practice deploying an app, try following the deploying a static site process.
This privacy policy relates to the data we store about you as a Government PaaS tenant. It does not relate to the privacy of the end users of any service you host on the PaaS: you are responsible for the data stored by your service.
If this privacy policy changes, all PaaS tenants will be notified.
Government Platform as a Service (PaaS) is provided by the Government Digital Service (GDS), which is part of the Cabinet Office. We use your personal data to provide you with access to PaaS systems, and to administer that access.
This privacy policy explains the kinds of data that we process, how it’s used, how it’s stored, how it’s protected and how you can find out about it.
We collect and process some data about you to provide you with access to PaaS systems, as part of your work on HMG services and products that utilise the PaaS platform.
This data includes:
We use this information to create and administer user accounts with our platform.
We don’t share this information with anyone else.
We will store the data you provide in order for your user account with PaaS to function correctly, and so we can administer that access - including sending you updates and notices.
We will delete your personal data when your user account is no longer required. We keep records of the user account activity for up to an additional 2 years.
We store your data on our servers in the European Union. We’ll never transfer or your data on servers outside of the European Economic Area.
This means you are covered by EU Data Protection regulations.
We are committed to protecting the information you provide. We ensure that appropriate steps are taken to prevent the disclosure, theft or unauthorised modification of your information. We understand how important it is to protect personal data and other sensitive information. This includes encrypting the data, as well as ensuring that data is sent via encrypted channels (such as Transport Layer Security). We have procedures and security features in place to try and keep your data secure once we receive it.
Because it’s impossible to guarantee data security, any data you transmit is at your own risk.
We won’t share your information with any other organisations for marketing, market research or commercial purposes, and we will only share your information with other organisations to make it possible to facilitate and administer platform functionality.
We will usually only share your information as set out above.
Additionally, we may pass on your data if we have a lawful reason to do so, for example as part of a criminal investigation or fraud prevention activity.
You can find out what information we hold about you, and ask us not to use any of the information we collect.
You can email us on<EMAIL_ADDRESS>You’ll get a confirmation within 5 working days that we have received your complaint, and a full answer within 20 working days. We will inform you if there’s going to be a delay.
If you’re unhappy with the answer you receive, or need any advice regarding the use of your personal data, you can contact the Information Commissioner’s Office (ICO), https://ico.org.uk/.
While the Government PaaS is built using Cloud Foundry technology, we don’t support all Cloud Foundry features. This section explains some Cloud Foundry features that are not enabled, as well as some limitations of the beta phase.
Cloud Foundry uses buildpacks to provide runtime and framework support for applications in different languages.
Government PaaS does not support custom buildpacks, only the standard buildpacks.
If you want to use a custom buildpack because you need a newer version of a runtime or framework, please note that we update the standard buildpacks on a regular basis (approximately monthly).
If you’d like to use custom buildpacks, please contact us at<EMAIL_ADDRESS>The Cloud Foundry command line client has an option to enable you to connect directly to the virtual machines on which your apps run using cf ssh
. (See the Cloud Foundry documentation on accessing apps with SSH.
This functionality is currently disabled on the Government PaaS. We intend to make it available in future, following security testing.
After you use a command that restarts application instances, such as cf push
or cf restart
, your app may briefly return incorrect 404 errors. Apart from the brief downtime, this may lead to problems if the 404 is cached, or visiting web crawling bots (as used by search engines) receive a 404.
Commands known to do this are:
cf push
cf restage
cf restart
cf scale
(when changing disk or memory limits or forcing a restart)We are working on a fix to prevent this happening.
In the meantime, we suggest that you use a blue-green deployment process, where you have two versions of an app, one that is ‘live’ and one that is undergoing an update or restart. There are plugins for the Cloud Foundry command line client to facilitate this process. We haven’t evaluated the available plugins in enough detail to recommend one, but some tenants have successfully used autopilot.
During the beta period, there may be occasional brief periods where API access is unavailable during a platform update, causing commands sent from the command line client to fail.
If you find that a valid command is failing and the error message does not explain the problem, please wait 5 minutes before trying the command again. If the error persists for more than 5 minutes, it is unlikely to be caused by a platform update and you should contact us at<EMAIL_ADDRESS>We are working on a fix to prevent the interruption of API access when we update the platform.
Cloud Foundry supports pushing a Docker image as an app.
This feature is not currently enabled on the Government PaaS because allowing deployment from Docker images, where the root filesystem is controlled by the tenant, raises additional security concerns: see this note from the CF developers for more details.
We may enable support for Docker images in the future. If you would like to be able to push Docker images, please contact our support team at<EMAIL_ADDRESS>providing details of your use case.
Cloud Foundry route services are used to apply transformation or processing to requests before they reach an application.
Route services are currently disabled on Government PaaS. If you’d like to discuss your use case for route services and possible workarounds, please contact us at gov-uk-paas-support@digital.cabinet-office.gov.uk


toggle
Prerender.cloud
1. disables Javascript and then...
2. remotely renders Javascript
so you can view Javascript content without enabling Javascript!
get an API key
from
Prerender.cloud
to remove the ~500 page/month limit
Save


Interface for 'Rcpp' users to 'dlib' <http://dlib.net> which is a 'C++' toolkit containing machine learning algorithms and computer vision tools. It is used in a wide range of domains including robotics, embedded devices, mobile phones, and large high performance computing environments. This package allows R users to use 'dlib' through 'Rcpp'.
| Version: | 1.0.3 |
| Imports: | Rcpp |
| LinkingTo: | Rcpp |
| Suggests: | inline, magick |
| Published: | 2018-05-07 |
| Author: | Jan Wijffels, BNOSAC, Davis King and dlib package authors (see file AUTHORS) dlib author details |
| Maintainer: | Jan Wijffels <jwijffels at bnosac.be> |
| License: | BSL-1.0 |
| Copyright: | see file COPYRIGHTS |
| NeedsCompilation: | yes |
| Materials: | README NEWS |
| CRAN checks: | dlib results |
| Reference manual: | dlib.pdf |
| Package source: | dlib_1.0.3.tar.gz |
| Windows binaries: | r-devel: dlib_1.0.3.zip, r-release: dlib_1.0.3.zip, r-oldrel: dlib_1.0.3.zip |
| OS X binaries: | r-release: dlib_1.0.3.tgz, r-oldrel: dlib_1.0.3.tgz |
| Old sources: | dlib archive |
Please use the canonical form https://CRAN.R-project.org/package=dlib to link to this page.


Basics of programming in C++
Awesome course I learned a ton!
- Pointers
- Memory allocation and garbage cleaning
- Object orientated programming
- Polymorphism
Final Project
- Onion Omega microcontroller
- Created a pong game with ultra sonic sensors
Amazing course that teaches you what it means to be an engineer.
- Eng Safety
- Eng Responsibilities
- Project Management
- Business / Entrepreneurship
- Entering Engineering Society
Basically an engineering requirement. Basics in electrochemistry, unit conversion, chemical reactions, and phase theory. This is not an easy course! I did not enjoy the content that much but our professor was really engaging.
Basically an engineering requirement designed to fail 1/3 of the class since Uwaterloo takes too many students to support in the first year. The course covers dynamics, circular motion, work, energy, momentum, harmonic motion, and rolling motion. I hated every minute of this course.
Advanced topics that are derived from high school linear algebra courses.
- Linear equations
- Matrices
- Vector Spaces
- Complex Numbers
It was a tough and enriching course. Concepts that I still use today when creating image recognition engines. Or working with ML algorithmns
A very fast paced course that students outside of Ontario find easy ( I am an Ontario student).
- Interpolation, Taylor Polynomials, Various methods like newtons method
- Advanced Integrals
This course was very challenging because of how quickly we covered topics.
Introduction and advance topics of designing circuits. Professor Ramadan was I really enjoyed this course.
- Finding Voltage, Current, and Capacitance using Ohm's and Kirchhoff's laws
- Nodal analysis, Mesh Analysis
- Circuit Transformation
- Op-Amps
- Time response
- Sinusoidal steady-state
A real computer engineering course! We learned about computer hardware and how to program hardware for optimal solutions. We covered number systems, boolean algebra, and timing analysis. We used assembly language to program various computer arithmetical components such as an adder or a multiplexor.
Basically another engineering requirement filled with bogus content. Yes we learn a ton of interesting things but the pacing is poor, the professors don't teach well, and then they aggressively make our exams impossible to complete. I am sure I scored a 33% on my final (since I could only fill 1/3 of it ) but ended up with at 70%. Any course designed to fail students is a bad one.
Surprisingly interesting course. We learn about proving mathematical statements and how to think outside the box. We covered Boolean logic, syntax and semantics, proof theory, model theory, set theory, and permissions/combinations.
A much more challenging ECE117. This was taught by an amazing professor (Brenda). Taylor series and polynomials, functional partial derivatives, linear approximation, and vectors were covered in this course.
Advance topics of designing circuits. Op Amps, diodes, MOS, bipolar amplifier biasing, and transistors were covered. This was one of the hardest courses I have taken as our Professor Levine was adamant to fail his class by giving us exam questions that were unbearably difficult to complete in a short period of time.
An amazing course that covers the essentials of data structures and algorithms. Prof Ladan covered topics of time complexity, sorting, searching, and dynamic problem solving.
- Hashing
- Search Tree's, Balanced BST's, B-Trees
- Heaps, Priority Queues
- Graphs
- NP- Completeness
- Dijkstra and Bellman Ford
Professor Gebotys strikes again. One of the best courses taught at this school. This course focuses on memory units, I/O operations, Assembly language labs using VDHL, and arithmetic logic units. We programmed state machines such as a relay unit.
An introduction to the engineering profession, standards of safety, code of conducts, legal practices, tort , intellectual property (patents, copyrights, industrial designs), dispute resolution, , Labour Relations and Employment Law, Environmental Law. I enjoyed this course so much that I have considered to enter patent law after graduation.
This course focuses on various computational methods. Number systems, errors and error propagation. Roots of nonlinear equations. Interpolation and numerical integration. Prof Harder helps outside the class and is amazing. I personally did not enjoy the course because it had boring content.
Analysis on ODE's, the harmonic oscillator, the Laplace transform , Fourier series, and PDE's. Fun course hard assignments.
Discrete, continuous and periodic signals, time- and frequency-domain analysis of continuous- and discrete-time linear systems, periodic signals and Fourier series, non-periodic signals and Fourier transforms. A very useless course for a computer engineer as most of the concepts covered are usually solved by a programmed computer.
Using C, this course focuses on programming using processes and threads, utilizing system calls, following concurrency using a semaphore or mutex, user level memory management, deadlock detection, and managing file systems.
Professor BillBishop is amazing. This course covers bus systems of computer hardware, memory systems, peripherals, (parallel, serial, analog) interfaces, data transfers, synchronization with timing diagrams, and error detection/correction.
Wow. Amazing. Fantastic. Not enough words to describe this course. We were privileged enough to be able to create our own embedded systems design project. We created an X-Y Controller.
We covered everything from designing and planning a PCB board using Diptrace, getting our circuit board manufactured, and soldering in various components such as diodes and transistors. Then we used C to program our board to spin 2 different DC motors.
Continuation of ECE 108 from 1B. This course focused on Boolean logic, proof systems, soundness, completeness, deterministic and non-deterministic finite automata, regular expressions, and NP completeness. It was oddly satisfying to solve problems in this course.
Just a school requirement. This course consists of writing 4 essays throughout the term and doing some small assignments. I wrote a story about my journey to India.
Discrete, continuous and periodic signals, time- and frequency-domain analysis of continuous- and discrete-time linear systems, periodic signals and Fourier series, non-periodic signals and Fourier transforms.
Using C, this course focuses on programming using processes and threads, utilizing system calls, following concurrency using a semaphore or mutex, user level memory management, deadlock detection, and managing file systems.
Professor BillBishop is amazing. This course covers bus systems of computer hardware, memory systems, peripherals, (parallel, serial, analog) interfaces, data transfers, synchronization with timing diagrams, and error detection/correction.
I have always had a passion in learning about finance. I already a took microeconomics course in my free time so I wanted to learn about macroeconomics. This was a really good course. It covered topics like interest rates, health of an economy, and how banks work. This is a great elective to become more financially aware.
Continuation of ECE 108 from 1B. This course focused on Boolean logic, proof systems, soundness, completeness, deterministic and non-deterministic finite automata, regular expressions, and NP completeness. It was oddly satisfying to solve
When I was a kid I wanted to become an Astronaut. I loved the idea of space travel, discovering new life, finding mysterious planets, and understanding our origins as humans. This course teaches engineers how to measure far away distances, how the universe came to existence, the various components of the solar system, how we are searching for exo-planets, and the possibility of traveling rapidly using wormholes.
This was a very easy course that taught very difficult concepts. It was poorly organized but the professor and the TA's were amazing. This course covers image recognition with edge detection and filters, logistic regression for optimal estimation, Neural Networks for modeling, image classes, Object detection, system modeling, probabilistic modeling, vehicle modeling, and trajectory modeling.
A very difficult course that covers Quantum measurements, Matrix Notation, Expectation Values, Uncertainty, Wave mechanics, and Time Dilation. The last unit was rushed but covered interesting applications of quantum mechanics in cryptography and computation. We also created a presentation on Ultra precise clocks and their uses for GPS systems.
This was one of the hardest course I have ever taken, primarily because the time required to do the labs is immense. We developed the components of a Kernel for an Altera processor.
We covered all topics of the OS : Threads, Memory Management, Uni and Multi-processor scheduling, Real-Time Systems, Address translation, caching, and File Systems.
This course teaches economical analysis, environmental impact, and social impact of engineering projects. The course was relatively easy but taught me a ton about finance and project planning. We also did a final project that consisted of a video presentation and official report for the Sarnia Photovoltaic Power Plant.


Welcome ToTheta Chi
Theta Chi is one of the oldest men’s college fraternities in North America. Founded in 1856, more than 175,000 members have enjoyed the Fraternity’s traditions, ideals and fellowship. Our undergraduates are leaders on campus, in the classroom and on the field. We invite you to learn more about who we are and what we do.


interface Resource
Represents a resource that can be mixed into OutgoingContent to give more information about content.
abstract val cacheControl: CacheControl?
Specifies caching policy for this resource |
|
abstract val contentLength: Long?
Specifies content length in bytes for this resource. |
|
abstract val contentType: ContentType
Specifies ContentType for this resource. |
|
abstract val expires: LocalDateTime?
Specifies expiration time for this resource. |
|
open val headers: ValuesMap
Provides default implementation of headers property for instance of OutgoingContent |
|
abstract val versions: List<Version>
Provides list of Version objects which can be utilized by ConditionalHeaders and PartialContent features. |
class JarFileContent : Resource, ReadChannelContent |
|
class LocalFileContent : ReadChannelContent, Resource
OutgoingContent representing a local file with a specified contentType, expires date and cacheControl |
|
class URIFileContent : ReadChannelContent, Resource |


Travel to Japan
it will be fun
But Why?
because it's Japan
But How?
Step 1: go to Japan
What's It Like?
Japan
Are There More Pictures?
yes!


Tone.UserMedia uses MediaDevices.getUserMedia to open up and external microphone or audio input. Check MediaDevices API Support to see which browsers are supported. Access to an external input is limited to secure (HTTPS) connections.
//list the inputs and open the third one
var motu = new Tone.UserMedia();
//opening the input asks the user to activate their mic
motu.open().then(function(){
//opening is activates the microphone
//starting lets audio through
motu.start(10);
});
Returns the playback state of the source, "started" when the microphone is open and "stopped" when the mic is closed.
Returns an identifier for the represented device that is persisted across sessions. It is un-guessable by other applications and unique to the origin of the calling application. It is reset when the user clears cookies (for Private Browsing, a different identifier is used that is not persisted across sessions). Returns undefined when the device is not open.
Returns a label describing this device (for example "Built-in Microphone"). Returns undefined when the device is not open or label is not available because of permissions.
Mute the output.
//mute the output
userMedia.mute = true;
If getUserMedia is supported by the browser.
The promise is resolved when the stream is open.
Open the media stream. If a string is passed in, it is assumed to be the label or id of the stream, if a number is passed in, it is the input number of the stream.
The promise that is resolved with the devices
Returns a promise which resolves with the list of audio input devices available.
extInput.enumerateDevices().then(function(devices){
console.log(devices)
})


Version @versionname (changelog)
Eye Dropper is created and enhanced in my free time. Your donation will encourage me to continue with its development.
Any amount is greatly appreciated.


|
|
string | PAYLOAD_PARAM = "__payload" |
| |
|
string | PAYLOAD_KEY_PARAM = "__payload_key" |
| |
|
int | MAX_TASK_PAYLOAD = taskqueue.MAX_PUSH_TASK_SIZE_BYTES-1024 |
| |
|
| MAX_DB_PAYLOAD = datastore_rpc.BaseConnection.MAX_RPC_BYTES |
| |
|
string | PAYLOAD_VERSION_HEADER = "AE-MR-Payload-Version" |
| |
|
string | PAYLOAD_VERSION = "1" |
| |
HugeTask is a taskqueue.Task-like class that can store big payloads.
Payloads are stored either in the task payload itself or in the datastore.
Task handlers should inherit from base_handler.HugeTaskHandler class.
| def google.appengine.ext.mapreduce.model.HugeTask.__init__ |
( |
|
self, |
|
|
|
url, |
|
|
|
params, |
|
|
|
name = None , |
|
|
|
eta = None , |
|
|
|
countdown = None , |
|
|
|
parent = None , |
|
|
|
headers = None |
|
) |
| |
Init.
Args:
url: task url in str.
params: a dict from str to str.
name: task name.
eta: task eta.
countdown: task countdown.
parent: parent entity of huge task's payload.
headers: a dict of headers for the task.
Raises:
ValueError: when payload is too big even for datastore, or parent is
not specified when payload is stored in datastore.
| def google.appengine.ext.mapreduce.model.HugeTask.add |
( |
|
self, |
|
|
|
queue_name, |
|
|
|
transactional = False |
|
) |
| |
| def google.appengine.ext.mapreduce.model.HugeTask.decode_payload |
( |
|
cls, |
|
|
|
request |
|
) |
| |
Decode task payload.
HugeTask controls its own payload entirely including urlencoding.
It doesn't depend on any particular web framework.
Args:
request: a webapp Request instance.
Returns:
A dict of str to str. The same as the params argument to __init__.
Raises:
DeprecationWarning: When task payload constructed from an older
incompatible version of mapreduce.
| def google.appengine.ext.mapreduce.model.HugeTask.to_task |
( |
|
self | ) |
|
Convert to a taskqueue task.
The documentation for this class was generated from the following file:
- code/googleappengine-read-only/python/google/appengine/ext/mapreduce/model.py


|
||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object net.tootallnate.websocket.WebSocketServer
public abstract class WebSocketServer
WebSocketServer is an abstract class that only takes care of the HTTP handshake portion of WebSockets. It's up to a subclass to add functionality/purpose to the server.
| Nested Class Summary | |
|---|---|
static class |
WebSocketListener.Draft
Enum for WebSocket Draft |
| Constructor Summary | |
|---|---|
WebSocketServer()
Nullary constructor. |
|
WebSocketServer(int port,
WebSocketListener.Draft draft)
Creates a WebSocketServer that will attempt to listen on port port. |
| Method Summary | |
|---|---|
WebSocket[] |
connections()
Returns a WebSocket[] of currently connected clients. |
WebSocketListener.Draft |
getDraft()
Called to retrieve the Draft of this listener. |
protected java.lang.String |
getFlashSecurityPolicy()
Gets the XML string that should be returned if a client requests a Flash security policy. |
int |
getPort()
Gets the port number that this server listens on. |
abstract void |
onClientClose(WebSocket conn)
|
abstract void |
onClientMessage(WebSocket conn,
java.lang.String message)
|
abstract void |
onClientOpen(WebSocket conn)
|
void |
onClose(WebSocket conn)
Called after WebSocket#close is explicity called, or when the other end of the WebSocket connection is closed. |
boolean |
onHandshakeRecieved(WebSocket conn,
java.lang.String handshake,
byte[] key3)
Called by a WebSocket instance when a client connection has
finished sending a handshake. |
void |
onMessage(WebSocket conn,
java.lang.String message)
Called when an entire text frame has been recieved. |
void |
onOpen(WebSocket conn)
Called after onHandshakeRecieved returns true. |
void |
run()
|
void |
sendToAll(java.lang.String text)
Sends text to all currently connected WebSocket clients. |
void |
sendToAllExcept(java.util.Set<WebSocket> connections,
java.lang.String text)
Sends text to all currently connected WebSocket clients, except for those found in the Set connections. |
void |
sendToAllExcept(WebSocket connection,
java.lang.String text)
Sends text to all currently connected WebSocket clients, except for the specified connection. |
void |
setPort(int port)
Sets the port that this WebSocketServer should listen on. |
void |
start()
Starts the server thread that binds to the currently set port number and listeners for WebSocket connection requests. |
void |
stop()
Closes all connected clients sockets, then closes the underlying ServerSocketChannel, effectively killing the server socket thread and freeing the port the server was bound to. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public WebSocketServer()
public WebSocketServer(int port, WebSocketListener.Draft draft)
port
- The port number this server should listen on.| Method Detail |
|---|
public void start()
public void stop() throws java.io.IOException
java.io.IOException
- When socket related I/O errors occur.public void sendToAll(java.lang.String text) throws java.io.IOException
text
- The String to send across the network.
java.io.IOException
- When socket related I/O errors occur.public void sendToAllExcept(WebSocket connection, java.lang.String text) throws java.io.IOException
connection
- The WebSocket
connection to ignore.text
- The String to send to every connection except connection.
java.io.IOException
- When socket related I/O errors occur.public void sendToAllExcept(java.util.Set<WebSocket> connections, java.lang.String text) throws java.io.IOException
connections
- text
-
java.io.IOException
- When socket related I/O errors occur.public WebSocket[] connections()
public void setPort(int port)
port
- The port number to listen on.public int getPort()
public WebSocketListener.Draft getDraft()
public void run()
run
in interface java.lang.Runnable
protected java.lang.String getFlashSecurityPolicy()
public boolean onHandshakeRecieved(WebSocket conn, java.lang.String handshake, byte[] key3) throws java.io.IOException, java.security.NoSuchAlgorithmException
WebSocket
instance when a client connection has
finished sending a handshake. This method verifies that the handshake is
a valid WebSocket cliend request. Then sends a WebSocket server handshake
if it is valid, or closes the connection if it is not.
conn
- The WebSocket
instance who's handshake has been recieved.handshake
- The entire UTF-8 decoded handshake from the connection.
java.io.IOException
- When socket related I/O errors occur.
java.security.NoSuchAlgorithmException
public void onMessage(WebSocket conn, java.lang.String message)
conn
- The WebSocket instance this event is occuring on.message
- The UTF-8 decoded message that was recieved.public void onOpen(WebSocket conn)
conn
- The WebSocket instance this event is occuring on.public void onClose(WebSocket conn)
conn
- The WebSocket instance this event is occuring on.public abstract void onClientOpen(WebSocket conn)
public abstract void onClientClose(WebSocket conn)
public abstract void onClientMessage(WebSocket conn, java.lang.String message)
|
||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Company Name | Vendor Security Assessment Program
Welcome to Company Name Vendor Security Assessment Program.
Description
The questionnaires cover the following topics:
- Security & Privacy Program Questionnaire
- Infrastructure Security Questionnaire
- Physical & Datacenter Security Questionnaire
- Web Application Security Questionnaire
Your cooperation is most appreciated. If you have any questions, please get in touch with your contact at Company Name.


Surrey Green says party wants younger leader
Federal Green Party must choose new leader now that Elizabeth May, 65, has stepped down
by Tom ZytarukThe Green Party of Canada will have probably seek out a leader who’s a little greener now that Elizabeth May, 65, has stepped down.
That’s according to at least one former Surrey Green MP candidate, a seasoned environmental lawyer.
The MP for Saanich-Gulf Islands has served her constituents since 2011. She announced Sunday that after a 13-year run steering the party she’s stepped down as its leader but will lead its three-MP caucus in Ottawa in this minority parliament.
Beverly Pixie Hobby, who ran for the Greens in South Surrey-White Rock in this past federal election, has an impressive CV, having practised environmental law since 1988. She also worked with Environment Canada to bring into effect the Canadian Environmental Protection Act (CEPA), develop an International Convention on Climate Change, and served as counsel to Environment Canada’s Pacific and Yukon Regional Office.
Asked if she’s considering a run at the leadership, Hobby suggested the party’s membership will more likely be looking for a sapling than an older-growth tree.
“Everybody was sort of suggesting Elizabeth was getting on in years, and the truth of the matter is I’m two years older than she is, so I don’t think they would want one ‘old lady’ replaced by an even older ‘old lady,’ even though I don’t feel like an old lady by any stretch of the imagination,” Hobby told the Now-Leader. “I think what they’re looking for is somebody younger that will be around for a few years. I think I’m good for another 20 years, and then after that I’ll be 92 or something like that and by that time they’ll want to put me in a little box and feed me to the orcas or something.”
Beverly Pixie Hobby
“This is the dilemma, because a lot of younger people don’t have the experience,” Hobby said, “like Elizabeth and I have both been practicing environmental law for over 35 years and so we really know our stuff, and some of the young people don’t have that.”
As for a potential successor for May, Hobby said, “I only know the B.C. crowd, and basically the people from the Lower Mainland, and south of the Fraser, and some people from the Island I’ve met, but I haven’t met anybody from outside B.C. yet.
“We’re having a convention next October in Charlottetown and I’m definitely going to that. But even before then, I will be having a chance to speak to a lot of people who are in a position where they could really take this on.”
Tanya Baertl was the Green candidate in Fleetwood-Port Kells.
“It’s sad to see Elizabeth May move on,” she said. “I really enjoyed working under her, she’s such a positive person, and truth-speaking. Looking to the next leader? There’s some people in the back of my mind that I saw run in the federal election but I feel like it’s almost too early.”
Tanya Baertl
“I see her reasons for stepping down now,” Baertl said of May. “She’s wanting to set up a leader well in time for it, in case there’s an early election. Her stepping down is not a surprise, but it may be a little sooner than we were thinking, but definitely not a surprise.”


--- layout: post title: Re-ment date: 2009-12-31 21:57:33.000000000 -05:00 type: post published: true status: publish categories: [] tags: - cute - kawaii - new york - re-ment meta: _oembed_3c43f84e1da5a19e3ec6a6861f9a096b: author: login: sophie email<EMAIL_ADDRESS>display_name: Pika first_name: '' last_name: '' ---
Went to the City yesterday… came back with two new boxes of Re-ment.
What is Re-ment?
Sort of like Kinder Eggs, but kawaii-ified.
Little plastic miniatures, sold in blind-box packaging. Insanely addicting and adorable.
There’s even a flickr group for fans. Check it out.
Happy new year's eve, by the way!
[caption id="attachment_254" align="alignleft" width="225" caption="suspect #1, with a quarter for size comparison"][/caption]
[caption id="attachment_255" align="alignleft" width="225" caption="#2"][/caption]
[caption id="attachment_256" align="alignleft" width="225" caption="see, the goal is to catch 'em all"][/caption]
[caption id="attachment_268" align="alignleft" width="300" caption="look how detailed the tiny banana is"][/caption]
[caption id="attachment_266" align="alignleft" width="300" caption="on the subject of cute things..."][/caption]


{% if BASE_TEMPLATE %} {% extends BASE_TEMPLATE|string %} {% else %} {% extends "base.html" %} {% endif %} {% block title %}Privacy Policy{% endblock %} {% block content %}
This application is for testing purposes only. We do not collect, use or share with any third party any information about the individual logging in. This application should only be used by individuals responsible for testing the UA Little Rock Cyber Gym application.
{% endblock %}


We have compiled the following glossary of technical and scientific terms.
The 3i Consortium.
3i is an abbreviation for: Infection, Immunity, Immunophenotyping.
The 3i consortium members can be found on the 3i Contact Page.
Dendritic Epidermal T Cells (DETC) are TCRγδ-positive T cells that populate the mouse epidermis where they are in close contact with Langerhans cells (LC).
The International Knockout Mouse Consortium (IKMC) is a scientific endeavour to produce a collection of mouse embryonic stem cell lines that together lack every gene in the genome, and then to distribute the cells to scientific researchers to create knockout mice to study. Many of the targeted alleles are designed so that they can generate both complete and conditional gene knockout mice. For more details please visit www.mousephenotype.org/martsearch_ikmc_project.
The International Mouse Phenotyping Consortium (IMPC) is an international scientific endeavour to create and characterize the phenotype of 20,000 knockout mouse strains. Launched in September 2011,[1] the consortium consists of over 15 research institutes across four continents with funding provided by the NIH, European national governments and the partner institutions.
See http://www.mousephenotype.org/ for more details
Langerhanc cells (LC) are dendritic cells found in the skin and mucosa of mice and humans. In mice, Langerhans cells and dendritic epidermal T cells (DETC) form a network of cells in the epidermis.


{% include "site-header.html" %}
{% if error %}
Sorry, your email address or password was not recognised, or you haven't confirmed your email address.
{% endif %}
Email address
Password


Toolbox for remote sensing image processing and analysis such as
calculating spectral indices, principal component transformation, unsupervised
and supervised classification or fractional cover analyses.
| Version: |
0.2.3 |
| Depends: |
R (≥ 3.1.0) |
| Imports: |
raster (≥ 2.3-40), caret (≥ 6.0-79), sp, XML, geosphere, ggplot2, reshape2, rgeos, rgdal, codetools, parallel, doParallel, foreach, Rcpp, methods |
| LinkingTo: |
Rcpp, RcppArmadillo |
| Suggests: |
randomForest, kernlab, e1071, gridExtra, pls, testthat |
| Published: |
2018-06-22 |
| Author: |
Benjamin Leutner [cre, aut],
Ned Horning [aut],
Jakob Schwalb-Willmann [aut],
Robert J. Hijmans [ctb] |
| Maintainer: |
Benjamin Leutner <benjamin.leutner at uni-wuerzburg.de> |
| BugReports: |
https://github.com/bleutner/RStoolbox/issues |
| License: |
GPL (≥ 3) |
| URL: |
http://bleutner.github.io/RStoolbox,
https://github.com/bleutner/RStoolbox |
| NeedsCompilation: |
yes |
| Materials: |
README NEWS |
| CRAN checks: |
RStoolbox results |


Main Page Namespace List Class Hierarchy Alphabetical List Compound List File List Namespace Members Compound Members File Members Related Pages
libpqxx File Members
a | h | p | s | v
Here is a list of all file members with links to the files they belong to:
Generated on Sat Jun 7 02:58:07 2003 for libpqxx by
1.3-rc3


| Scan started at: | 17 April 2017, 21:04:42 |
| Scan ended at: | 17 April 2017, 21:04:55 |
| Scan status: | Complete |
| Changes detected: | Yes |
| Started by: | jon |
| Executed from: | imac.jonf |
| Setting | Value |
|---|---|
| Scanner active: | true |
| Scanner tool name: | nmap |
| Additional custom parameters: | -T4 |
| Command executor: | process |
| Scan rate (in seconds): | 3600 |
| Only save on changes: | true |
| Dynamic baseline mode enabled: | false |
| Use initial scan as baseline: | false |
| Baseline filename: | scans/port_scanner_report_20170417_210227.json |
| Hash of all jobs: | f83cd443 |
| IP address | Host name |
|---|---|
| <IP_ADDRESS> | localhost |
| <IP_ADDRESS> | raspberrypi.jonf |
| Protocol | Port range |
|---|---|
| TCP | 0-1023 |
| IP address | Host name |
|---|---|
| <IP_ADDRESS> | www.dr.dk |
| <IP_ADDRESS> | google.dk |
| <IP_ADDRESS> | www.yahoo.com |
| Protocol | Port range |
|---|---|
| TCP | 80 |
| TCP | 443 |
| Baseline scan started at: | 17 April 2017, 21:02:27 |
| Baseline scan ended at: | 17 April 2017, 21:02:40 |
| Hash of all jobs: | c72c0a7 |
| IP address | Host name |
|---|---|
| <IP_ADDRESS> | localhost |
| <IP_ADDRESS> | raspberrypi.jonf |
| Protocol | Port range |
|---|---|
| TCP | 0-1023 |
| IP address | Host name |
|---|---|
| <IP_ADDRESS> | www.dr.dk |
| <IP_ADDRESS> | google.dk |
| <IP_ADDRESS> | www.yahoo.com |
| Protocol | Port range |
|---|---|
| TCP | 80 |
| TCP | 443 |
| Network ID | IP address |
|---|---|
| WWW servers on the interweb |
|
| Network ID | IP address |
|---|---|
| WWW servers on the interweb |
|
| Network ID | IP address |
|---|---|
| My office |
|
| Protocol | Port | Service name | Service description |
|---|---|---|---|
| TCP | 88 | kerberos | Kerberos |
| TCP | 445 | microsoft-ds | Microsoft-DS |
| Scan completed: | Yes |
| Protocol | Port | Service name | Service description |
|---|---|---|---|
| TCP | 22 | ssh | The Secure Shell (SSH) Protocol |
| TCP | 25 | smtp | Simple Mail Transfer |
| TCP | 53 | domain | Domain Name Server |
| TCP | 80 | http, www, www-http | World Wide Web HTTP |
| TCP | 81 | ||
| TCP | 139 | netbios-ssn | NETBIOS Session Service |
| TCP | 143 | imap | Internet Message Access Protocol |
| TCP | 443 | https | http protocol over TLS/SSL |
| TCP | 445 | microsoft-ds | Microsoft-DS |
| TCP | 465 | urd | URL Rendesvous Directory for SSM |
| TCP | 548 | afpovertcp | AFP over TCP |
| TCP | 993 | imaps | imap4 protocol over TLS/SSL |
| Protocol | Port | Service name | Service description |
|---|---|---|---|
| TCP | 631 | ipp | IPP (Internet Printing Protocol) |
| Scan completed: | Yes |
| Protocol | Port | Service name | Service description |
|---|---|---|---|
| TCP | 80 | http, www, www-http | World Wide Web HTTP |
| TCP | 443 | https | http protocol over TLS/SSL |
| Protocol | Port | Service name | Service description |
|---|---|---|---|
| TCP | 80 | http, www, www-http | World Wide Web HTTP |
| TCP | 443 | https | http protocol over TLS/SSL |
| Protocol | Port | Service name | Service description |
|---|---|---|---|
| TCP | 80 | http, www, www-http | World Wide Web HTTP |
| TCP | 443 | https | http protocol over TLS/SSL |


Examples¶
The example data files can be downloaded from the github project page
DNS case¶
This velocity field is from a DNS simulation of an Homogeneous Isotropic Turbulence (HIT) case.
Using default input file example_dataHIT.nc, default scheme least square filter and default detection swirling strength we test here two cases:
- Case 1: threshold on swirling strength = 0.0
- Case 2: threshold on swirling strength = 0.1
- Case 3: threshold on swirling strength = 0.2
- Case 4: threshold on swirling strength = 0.4
If you set self.normalization_flag = True on the classes.py module, the value of swirling strength will be normalized. The values of the threshold must be set to avoid unnecessary noise.
Case 4¶
$ vortexfitting -t 0.4 -i data/example_dataHIT.nc
9 vortices detected with 8 accepted.
Below two vortices are displayed, where in the left we have the normal field and to the right we have the advection velocity subtracted.
| Case | Threshold | Detected | Accepted |
|---|---|---|---|
| 1 | 0.0 | 361 | 84 |
| 2 | 0.1 | 162 | 72 |
| 3 | 0.2 | 58 | 40 |
| 4 | 0.4 | 9 | 8 |
PIV case - NetCDF file¶
For PIV data we need to update the format, to match NetCDF file.
It is done with the -ft piv_netcdf (file type) argument.
Here, since we have an advection velocity, we have to set self.normalization_flag = True and self.normalization_direction = ‘y’. This is done directly in the classes.py module.
The -rmax argument leaves the software calculate the initial radius.
$ vortexfitting -i data/example_dataPIV.nc -ft piv_netcdf -t 1.5 -rmax 0
203 vortices detected with 24 accepted.
Below two vortices are displayed, where in the left we have the normal field and to the right we have the advection velocity subtracted.
PIV case - Tecplot file¶
For PIV data with Tecplot, we need to update the format, to match Tecplot file.
It is done with the -ft piv_tecplot (file type) argument.
$ vortexfitting.py data/adim_vel_{:06d}.dat -first 10 -t 5 -b 10 -ft piv_tecplot
An average field can be subtracted, using -mf argument (mean file)
If you want to analyze a set of images, use arguments -first, -last and -step.
(please modify data input to format the image number: dim_vel_{:06d}.dat with -first 10 is formatted as dim_vel_000010.dat).
$ vortexfitting.py -i data/dim_vel_{:06d}.dat -mf data/mean.dat -t 50 -first 10 -ft piv_tecplot
As presented in the image, one main vortex is found in the velocity field provided.
Numerical case - OpenFOAM file¶
A columnar Lamb-Oseen vortex is generated on OpenFOAM. By default, data are extracted in a text file, with a .raw extension.
Here, a z-plane is extracted, with a 100x100 mesh. data are exported.
The spatial mesh for this simulation is quite small, so the default initial radius (rmax = 10) is too large.
Specify a smaller value (close to the spatial mesh); -rmax 0 gets an initial radius of ,
with and the spatial resolution.
$ vortexfitting.py -i data/example_Ub_planeZ_0.01.raw -ft openfoam -rmax 0.0


Enter your login credentials:
Name:
Password:
Server:
Enter Jam info here:
(Starting a Jam doesn't use the Jam Starter data)
Room:
Jam Starter:
Midi devices
Midi inputs
You can't use this software without MIDI input devices. Once you've connected any it will show here.
If you don't have any we recommend using
Virtual MIDI Piano Keyboard
and connecting it to a virtual port made with
loopMIDI
{{input.key}} - {{input.port.name}}
Midi outputs
Browser output
{{output.key}} - {{output.port.name}}
It is strongly advised to use this software with the browser console open to know what's happening.


Under
Express
Video creation for today's age
Put the best thumbnail of your video in the background.
YouTube
Vimeo
Inspiration
Blind Night
Hard Ritual
Speak Smoke
Spark Fire
Fresh Forest
Red Reality
Features
Clean Code
Modular
Responsive
Affordable
Exhaustive
Bootstrap 4 Beta
Sign Up
Register
Login
Login
or use your social accounts
Facebook
Google
Popular Blogs
UX Design
Small Space Big Ideas
Author Name
UX Design
Small Space Big Ideas
Author Name


Pizza
order
Choose Size(s):
Small
;
Medium
;
Large
Your total is:
Extra crusts (only one selection allowed):
Crispy
;
Stuffed
;
glutten-free
choose kind of topping(S)
None
Extra Cheese
Vegetarian
Meat
Your total is:
Quantity:
delivery or pickup?
Delivery
pickup
Your total is:


--- layout: post title: March Meeting categories: - Meetings tags: [] status: publish type: post published: true meta: _wp_old_slug: '' _edit_last: '1' --- This is a reminder about the next Ottawa Android meetup that will be happening on the 16th of March. As usual the meeting will be happening at The Code Factory (246 Queen St) and starts at 6:30pm. Feel free to show up a little bit early. For this months meeting we will be covering:


Across: 1. Cartoon elf's line of lie failed (6 7) 8. Dwarf cartoon character can start naughty scheme with the loaded running things (10) 9. Lost zing dancing with Mr D., formerly so animated (4) 10. Animals in fox enclosure (4) 11. Comic parroted Soviet leader, after which not a dry eye in the house (9) 14. Cleaner story for girl (7) 15. Hairy adventure... sure hit! (7) 17. German ingredient described as corny or syrupy stuff (7) 19. Dwarf cartoon character with a degree of art and contrived flush (7) 22,13dn. Tune from an early 9 animation bomb (alas, title poor) (9 4) 24. Drooling about extracting 25 metal (4) 26. Mess dampens comeback (4) 28. In cold season, roof overhang on west moving toward east to work together (10) 29. Seamen eat dinner, a 26 (13) Down: 1. Cartoon character hit: elf exact formula! (5 3 3) 2. Someone into the classics, in later treatment (7) 3. Without them around, the cinema turns genteel (4) 4. Celebrity's about taking right little parts in movies (6) 5. Contestant looses head, becoming chicken (5) 6. Darwin's twisted to the core (7) 7. Currency losses cut back (3) 12. Studio boss's crooked pal's in vault (3 8) 13. see 22 across 16. Single vehicle used in movie (4) 18. Pulp fiction character indebted... sounded just like 27 (7) 20. Starts off healthy, yet grooming is essentially never ending cleaning (7) 21,27. 1 character to stammer badly (6 3) 23. Developed evenly about inlets (5) 25. Drooling about extracting 24 metal (4) 27. see 21


Lipreading
This is an example of visual speech recognition specific to a user-trained dictionary. We compare mouth shapes using the k-nearest neighbors algorithm. Deformable face alignment using constrained local models is adapted from the javascript library clmtrackr.
Note: this example works best in Google Chrome, with a computer that supports WebGL and floating point textures. It should however work in any modern browser.
To try it out:
- allow the page to use your webcamera
- make sure that the model is fitted to your closed lips. click 'my mouth is closed'
- say a word, and accept popup 'Test with this query?'
There was some problem trying to capture your webcamera, please use a recent version of Chrome or Firefox. Using a fallback video instead. To try it out:
- click start
- see the model fitted to the face
click to view the Dictionary
Timers
spokenTimer:
closedTimer:
messages:


In 2016 we have 2 technologies for storage HDD and SSD. Hard Disk Drive and Solid State Drive.
HDD is the most used, cheapest and have a lot of space, SDD is beginning to take over for HDD, but is a bit pricier at the moment, you can have a lot of space but you have to pay.
HDD comes commonly in to forms, 2,5" and 3,5" this is the size of the spinning disk inside, the outer dimensions is bigger but they are also standardized. 2,5" is used in laptops and small PCs and are a bit pricier than 3,5". 3,5" is used in desktop. What determents the speed of HDDs is the RPM on the spinning disk inside and number of plates. Normal RPM is 5400rpm and 7200rpm and normal storage space range from 100GB to 4000GB/4TB.
SSD have many forms, the normal 2,5" size that is exact the same size as 2,5" a HDD. But also we have M.2, U.2, and PCI forms. Speed of SSD can vary a bit, but one thing can we say for sure, it is much faster than a normal HDD. Speed of a normal consumer 2,5" SSD lays around 500MB/s read and write, but can reach up to 3000MB/s read and 1500MB/s write for the other SSDs marketed for the more extreme user that is willing to pay up.
A cabled network card is usually integrated into your motherboard and has the speed 1Gb/s this is more than enough performance for a normal user. But if you want Wi-Fi on your PC you may very often buy an external card or if you want the best of the best cabled internet.
For external Wi-Fi card it is important if it support the newest Wi-Fi standard AC, or AC Wave 2 and the speed you can get from around 300Mb/s up to 1500Mb/s.
External cabled card must now a day’s support speeds up to 1Gb/s. Buying an external cabled card isn’t something a normal user would because the integrated to the motherboard is more than enough, but if you want an extra for more bandwidth or 2 networks you can get one.
Remember an external card will take up a PCI-E x1 or x4 slot, you have to have the connector on the motherboard and the space.
This is very similar to an external network card. You have already a sound card integrated on your motherboard. A normal user wouldn't need an external card. If you are a Hi-Fi enthusiast you want to buy one, the pricier the better.


Toggle navigation
DataTables
Basic
With POST
Advanced
Scroller
Rendered column
SearchPanes (basic)
SearchPanes (range)
(current)
ID
Firstname
Lastname
Position
Age
Salary
Office


There are four kinds of output: svg
, threejs
, matrix
and text
. An experimental x3d
output is also available. The config
dictionary in the update
function should have its type
set equal to one of these string values.
Multiple outputs are available by including a configuration dictionary containing a multipleOutputs
entry as the third argument of the MathCell()
command. The value for this key is then an array of arbitrary numerical values indicating the layout of the outputs. The data for the evaluate()
function should then be an array of the usual data arrays. The configuration supplied to this function can either be a single dictionary for identical formatting of all outputs or an array of individual dictionaries.
Both two- and three-dimensional outputs automatically omit nonnumerical data points. This allows the graphic to appear at least in part, but be aware that this occurs.
An svg
output displays a two-dimensional plot of the data. The input data should be an array of arrays of data points, i.e. a three-dimensional array. The output has the options and default values
xMin | calculated |
xMax | calculated |
yMin | calculated |
yMax | calculated |
axes | true
|
axesLabels | none |
equalAspect | false
|
equalLimits | false
|
includeOrigin | false
|
includeVerticals | false
|
ticks | automatic |
axesLabels
is an array of two strings. ticks
can be set to an array with two numbers determining distances between ticks, a value of 'auto'
for either axis in this array or simply the string 'auto'
, as well as 'none'
or false
to disable ticks.
A threejs
output displays a three-dimensional plot of the input data with the options and default values
xMin | calculated |
xMax | calculated |
yMin | calculated |
yMax | calculated |
zMin | calculated |
zMax | calculated |
ambientLight | rgb(127,127,127) |
aspectRatio | [1,1,1] |
axes | false
|
animate | false
|
axesLabels | ['x','y','z'] |
cameraFar | 1000 |
cameraNear | .1 |
clearColor | 'white' |
clippingPlane | none |
decimals | 2 |
equalAspect | false
|
frame | true
|
viewpoint | automatic |
clippingPlane
is an array consisting of a three-dimensional normal vector and a distance from the origin. viewpoint
is a vector with respect to the center of the visible scene, not absolute world coordinates, that is automatically preserved between renderings upon manipulation of inputs.
animate
can be used in conjuction with an option rotationAxisAngle
on surfaces, where the latter option is an array with a three-dimensional normal vector and an angle. More animations will be coming.
A matrix
output displays the contents of a two-dimensional array in matrix form. You may need to adjust the width and height of the MathCell to show the entire array properly.
A text
output displays the result of a calculation in raw form. The data for this output can be a number, a string or an array as desired. The output has one option and default
center | false
|
An x3d
output displays a three-dimensional plot of the input data with the options and default values
xMin | calculated |
xMax | calculated |
yMin | calculated |
yMax | calculated |
zMin | calculated |
zMax | calculated |
frame | true
|
saveAsXML | false
|
viewer | 'x3dom' |
Setting saveAsXML
to true
triggers a download to file. Available viewers are x3dom and x_ite, but threejs
is a superior choice at this time: this option looks forward to future three-dimensional rendering standards.


Severus H-Owamparo is a psychologist, author, wellbeing ambassador and human rights defender.
His work focuses on the intersecting issues affecting gender and sexual diverse individuals regionally and around the globe. These experiences have been pivotal in shaping his vocation and profession.
Severus is the co-director of The Taala Foundation: An entity working to support young people on the margins struggling with mental wellness, through mental health promotion, illness prevention, law and education in Africa.
ACADEMIC QUALIFICATIONS
Bachelors of Community Psychology from Makerere University.
Severus has worked with a number of clients to acheive their healthiest psychological potential and positive wellbeing
Email:Severus H-Owamparo
Response time: 24-48HRS
Leveraging the best software to build human-centered, interactive digital atmospheres for people, businesses and projects since 2018.


{% extends 'public_admin/base.html' %} {% load staticfiles i18n compress %} {% block content %}
{% trans 'Welcome to our admin area! Here is where you can do high-level operations.' %}
{% trans 'Perform various operations on an Organization.' %}
View


Refer a Friend program attracts good source of deposits at Capital One 360.
Any promotion requires a landing page which will be marketed to targeted customers or all customers.
Refer a Friend API is currently developed to support tracking referrals and send the referral information to 360 backends (Profile and CST).
Open Account application, in this case OAO interacts with RAF API to get the referral.
A Batch job is available to maintain Promotion Codes. Each promotion requires a Promotion Code which will have associated bonus amount for both Referrer and Referree. Promotion codes are maintained in CST Database.
RAF Promotions are being fulfilled by Profile. Non RAF promotions are being fulfilled by Fulfillminator.
Landing pages are currently being developed using Andromeda technology.
RAF API is developed using Chassis framework and is currently being deployed using Artemis.
Promotions Batch Job is developed using Spring Batch framework which is currently deployed on AWS Lambda.
Fulfillment is being done by Profile system as Bonus amount need to be deposited into one of the 360 accounts.
Landing pages will still be developed using Andromeda technology.
As RAF API interacts with CST and Profile Systems, it will be enhanced to have the referral details maintained with in its own Database.
As there are no bonus amounts going forward, the points fulfillment will be maintained by 3rd Party.
Landing pages will be developed using Andromeda technology.
As RAF API is going to have its own Database for tracking referral information, onboarding new LOB/Product will need to be maintained in the same Database. A new UI application will be developed for onboarding a new LOB/Product.


Uses of Class
com.opengamma.strata.basics.date.HolidayCalendarId
-
Packages that use HolidayCalendarId Package Description com.opengamma.strata.basics.date Tools for working with dates.com.opengamma.strata.basics.index Entity objects describing common market indices, such as LIBOR and FED FUND.com.opengamma.strata.loader.fpml Loader that can convert files to financial instruments.com.opengamma.strata.product.credit Entity objects describing Credit Default Swap (CDS) and CDS index. -
-
Uses of HolidayCalendarId in com.opengamma.strata.basics.date
Fields in com.opengamma.strata.basics.date declared as HolidayCalendarId Modifier and Type Field Description static HolidayCalendarId
HolidayCalendarIds. AUSY
An identifier for the holiday calendar of Sydney, Australia, with code 'AUSY'.static HolidayCalendarId
HolidayCalendarIds. BRBD
An identifier for the holiday calendar of Brazil, with code 'BRBD'.static HolidayCalendarId
HolidayCalendarIds. CAMO
An identifier for the holiday calendar of Montreal, Canada, with code 'CAMO'.static HolidayCalendarId
HolidayCalendarIds. CATO
An identifier for the holiday calendar of Toronto, Canada, with code 'CATO'.static HolidayCalendarId
HolidayCalendarIds. CHZU
An identifier for the holiday calendar of Zurich, Switzerland, with code 'EUTA'.static HolidayCalendarId
HolidayCalendarIds. CZPR
An identifier for the holiday calendar of Prague, Czech Republic, with code 'CZPR'.static HolidayCalendarId
HolidayCalendarIds. DEFR
An identifier for the holiday calendar of Frankfurt, Germany, with code 'DEFR'.static HolidayCalendarId
HolidayCalendarIds. DKCO
An identifier for the holiday calendar of Copenhagen, Denmark, with code 'DKCO'.static HolidayCalendarId
HolidayCalendarIds. EUTA
An identifier for the holiday calendar of the European Union TARGET system, with code 'EUTA'.static HolidayCalendarId
HolidayCalendarIds. FRI_SAT
An identifier for a calendar declaring all days as business days except Friday/Saturday weekends, with code 'FriSat'.static HolidayCalendarId
HolidayCalendarIds. FRPA
An identifier for the holiday calendar of Paris, France, with code 'FRPA'.static HolidayCalendarId
HolidayCalendarIds. GBLO
An identifier for the holiday calendar of London, United Kingdom, with code 'GBLO'.static HolidayCalendarId
HolidayCalendarIds. HUBU
An identifier for the holiday calendar of Budapest, Hungary, with code 'HUBU'.static HolidayCalendarId
HolidayCalendarIds. JPTO
An identifier for the holiday calendar of Tokyo, Japan, with code 'JPTO'.static HolidayCalendarId
HolidayCalendarIds. MXMC
An identifier for the holiday calendar of Mexico City, Mexico, with code 'MXMC'.static HolidayCalendarId
HolidayCalendarIds. NO_HOLIDAYS
An identifier for a calendar declaring no holidays and no weekends, with code 'NoHolidays'.static HolidayCalendarId
HolidayCalendarIds. NOOS
An identifier for the holiday calendar of Oslo, Norway, with code 'NOOS'.static HolidayCalendarId
HolidayCalendarIds. NYFD
An identifier for the holiday calendar of the Federal Reserve Bank of New York, with code 'NYFD'.static HolidayCalendarId
HolidayCalendarIds. NYSE
An identifier for the holiday calendar of the New York Stock Exchange, with code 'NYSE'.static HolidayCalendarId
HolidayCalendarIds. NZAU
An identifier for the holiday calendar of Auckland, New Zealand, with code 'NZAU'.static HolidayCalendarId
HolidayCalendarIds. NZWE
An identifier for the holiday calendar of Wellington, New Zealand, with code 'NZWE'.static HolidayCalendarId
HolidayCalendarIds. PLWA
An identifier for the holiday calendar of Warsaw, Poland, with code 'PLWA'.static HolidayCalendarId
HolidayCalendarIds. SAT_SUN
An identifier for a calendar declaring all days as business days except Saturday/Sunday weekends, with code 'SatSun'.static HolidayCalendarId
HolidayCalendarIds. SEST
An identifier for the holiday calendar of Stockholm, Sweden, with code 'SEST'.static HolidayCalendarId
HolidayCalendarIds. THU_FRI
An identifier for a calendar declaring all days as business days except Thursday/Friday weekends, with code 'ThuFri'.static HolidayCalendarId
HolidayCalendarIds. USGS
An identifier for the holiday calendar of United States Government Securities, with code 'USGS'.static HolidayCalendarId
HolidayCalendarIds. USNY
An identifier for the holiday calendar of New York, United States, with code 'USNY'.static HolidayCalendarId
HolidayCalendarIds. ZAJO
An identifier for the holiday calendar of Johannesburg, South Africa, with code 'ZAJO'.Methods in com.opengamma.strata.basics.date that return HolidayCalendarId Modifier and Type Method Description HolidayCalendarId
HolidayCalendarId. combinedWith(HolidayCalendarId other)
Combines this holiday calendar identifier with another.static HolidayCalendarId
HolidayCalendarId. defaultByCurrency(Currency currency)
Gets the default calendar for a currency.static HolidayCalendarId
HolidayCalendarId. defaultByCurrencyPair(CurrencyPair currencyPair)
Gets the default calendar for a pair of currencies.HolidayCalendarId
BusinessDayAdjustment. getCalendar()
Gets the calendar that defines holidays and business days.HolidayCalendarId
DaysAdjustment. getCalendar()
Gets the holiday calendar that defines the meaning of a day when performing the addition.HolidayCalendarId
HolidayCalendar. getId()
Gets the identifier for the calendar.HolidayCalendarId
ImmutableHolidayCalendar. getId()
Gets the identifier, such as 'GBLO'.HolidayCalendarId
DaysAdjustment. getResultCalendar()
Gets the holiday calendar that will be applied to the result.HolidayCalendarId
HolidayCalendarId. linkedWith(HolidayCalendarId other)
Combines this holiday calendar identifier with another.static HolidayCalendarId
HolidayCalendarId. of(String uniqueName)
Obtains an instance from the specified unique name.Methods in com.opengamma.strata.basics.date that return types with arguments of type HolidayCalendarId Modifier and Type Method Description org.joda.beans.MetaProperty<HolidayCalendarId>
BusinessDayAdjustment.Meta. calendar()
The meta-property for thecalendar
property.org.joda.beans.MetaProperty<HolidayCalendarId>
DaysAdjustment.Meta. calendar()
The meta-property for thecalendar
property.static Optional<HolidayCalendarId>
HolidayCalendarId. findDefaultByCurrency(Currency currency)
Tries to find a default calendar for a currency.org.joda.beans.MetaProperty<HolidayCalendarId>
ImmutableHolidayCalendar.Meta. id()
The meta-property for theid
property.Methods in com.opengamma.strata.basics.date with parameters of type HolidayCalendarId Modifier and Type Method Description BusinessDayAdjustment.Builder
BusinessDayAdjustment.Builder. calendar(HolidayCalendarId calendar)
Sets the calendar that defines holidays and business days.DaysAdjustment.Builder
DaysAdjustment.Builder. calendar(HolidayCalendarId calendar)
Sets the holiday calendar that defines the meaning of a day when performing the addition.HolidayCalendarId
HolidayCalendarId. combinedWith(HolidayCalendarId other)
Combines this holiday calendar identifier with another.static boolean
HolidayCalendarId. isCompositeCalendar(HolidayCalendarId id)
Checks if the holiday calendar is a combined or linked calendar.HolidayCalendarId
HolidayCalendarId. linkedWith(HolidayCalendarId other)
Combines this holiday calendar identifier with another.static BusinessDayAdjustment
BusinessDayAdjustment. of(BusinessDayConvention convention, HolidayCalendarId calendar)
Obtains an instance using the specified convention and calendar.static ImmutableHolidayCalendar
ImmutableHolidayCalendar. of(HolidayCalendarId id, Iterable<LocalDate> holidays, Iterable<DayOfWeek> weekendDays)
Obtains an instance from a set of holiday dates and weekend days.static ImmutableHolidayCalendar
ImmutableHolidayCalendar. of(HolidayCalendarId id, Iterable<LocalDate> holidays, Iterable<DayOfWeek> weekendDays, Iterable<LocalDate> workingDays)
Obtains an instance from a set of holiday dates and weekend days.static ImmutableHolidayCalendar
ImmutableHolidayCalendar. of(HolidayCalendarId id, Iterable<LocalDate> holidays, DayOfWeek firstWeekendDay, DayOfWeek secondWeekendDay)
Obtains an instance from a set of holiday dates and weekend days.static DayCount
DayCount. ofBus252(HolidayCalendarId calendar)
Obtains an instance of the 'Bus/252' day count based on a specific calendar.static DaysAdjustment
DaysAdjustment. ofBusinessDays(int numberOfDays, HolidayCalendarId holidayCalendar)
Obtains an instance that can adjust a date by a specific number of business days.static DaysAdjustment
DaysAdjustment. ofBusinessDays(int numberOfDays, HolidayCalendarId holidayCalendar, BusinessDayAdjustment adjustment)
Obtains an instance that can adjust a date by a specific number of business days. -
Uses of HolidayCalendarId in com.opengamma.strata.basics.index
Methods in com.opengamma.strata.basics.index that return HolidayCalendarId Modifier and Type Method Description HolidayCalendarId
FxIndex. getFixingCalendar()
Gets the calendar that determines which dates are fixing dates.HolidayCalendarId
ImmutableFxIndex. getFixingCalendar()
Gets the calendar that determines which dates are fixing dates.HolidayCalendarId
ImmutableIborIndex. getFixingCalendar()
Gets the calendar that determines which dates are fixing dates.HolidayCalendarId
ImmutableOvernightIndex. getFixingCalendar()
Gets the calendar that the index uses.HolidayCalendarId
RateIndex. getFixingCalendar()
Gets the calendar that determines which dates are fixing dates.Methods in com.opengamma.strata.basics.index that return types with arguments of type HolidayCalendarId Modifier and Type Method Description org.joda.beans.MetaProperty<HolidayCalendarId>
ImmutableFxIndex.Meta. fixingCalendar()
The meta-property for thefixingCalendar
property.org.joda.beans.MetaProperty<HolidayCalendarId>
ImmutableIborIndex.Meta. fixingCalendar()
The meta-property for thefixingCalendar
property.org.joda.beans.MetaProperty<HolidayCalendarId>
ImmutableOvernightIndex.Meta. fixingCalendar()
The meta-property for thefixingCalendar
property.Methods in com.opengamma.strata.basics.index with parameters of type HolidayCalendarId Modifier and Type Method Description ImmutableFxIndex.Builder
ImmutableFxIndex.Builder. fixingCalendar(HolidayCalendarId fixingCalendar)
Sets the calendar that determines which dates are fixing dates.ImmutableIborIndex.Builder
ImmutableIborIndex.Builder. fixingCalendar(HolidayCalendarId fixingCalendar)
Sets the calendar that determines which dates are fixing dates.ImmutableOvernightIndex.Builder
ImmutableOvernightIndex.Builder. fixingCalendar(HolidayCalendarId fixingCalendar)
Sets the calendar that the index uses. -
Uses of HolidayCalendarId in com.opengamma.strata.loader.fpml
Methods in com.opengamma.strata.loader.fpml that return HolidayCalendarId Modifier and Type Method Description HolidayCalendarId
FpmlDocument. convertHolidayCalendar(String fpmlBusinessCenter)
Converts an FpML business center string to aHolidayCalendar
.HolidayCalendarId
FpmlDocument. parseBusinessCenter(XmlElement baseEl)
Converts an FpML 'BusinessCenter' to aHolidayCalendar
.HolidayCalendarId
FpmlDocument. parseBusinessCenters(XmlElement baseEl)
Converts an FpML 'BusinessCentersOrReference.model' to aHolidayCalendar
. -
Uses of HolidayCalendarId in com.opengamma.strata.product.credit
Methods in com.opengamma.strata.product.credit with parameters of type HolidayCalendarId Modifier and Type Method Description static Cds
Cds. of(BuySell buySell, StandardId legalEntityId, Currency currency, double notional, LocalDate startDate, LocalDate endDate, Frequency paymentFrequency, HolidayCalendarId calendar, double fixedRate)
Creates an instance of a standardized CDS.static CdsIndex
CdsIndex. of(BuySell buySell, StandardId cdsIndexId, List<StandardId> legalEntityIds, Currency currency, double notional, LocalDate startDate, LocalDate endDate, Frequency paymentFrequency, HolidayCalendarId calendar, double fixedRate)
Creates an instance of a standardized CDS index.
-


I will jump to 2
nd
display monitor (if any).
When closing me, no other window is affected, the whole app will continue to run!


HI, I SELL AND DISTRIBUTE NAILPOLISHES
Toggle navigation
NAIL POLISHES
Home
About
Contact
Sign Up
Log In
{% for x in np %}
{{x.brandname}}
{% endfor %}


ALI - PTS is ALI, LLC's custome Project Tracking Site that allows ALI to be the most efficent builder on the West Coast. Custome building projects can get away from any contractor but the PTS allows the contractor and builder stay in tune with current status of all active projects
authenticated value: {{global.authenticated}} with username {{global.user.name}}
Browse the Documentation
Before you jump in it's important to read the documentation and learn about the different aspects of site construction and what needs to be tracked.
All Documentation
Developing for Success


--- layout: default title: 404... permalink: /404.html ---
This content is not available in your country.


Ocala events
-
pataskala to magic mountain
Trisha comes in Swim suit - YouTube
Jun 10, 2011 . If sources are to be believed then Trisha will appear in Bikini in the Telugu remake of Bodyguard.
http://www.youtube.com/watch?v=5BHe-McgtjsTrisha swimming - YouTube
Aug 2, 2011 . Trisha comes in Swim suitby kollywoodgalatta 10,383 views; 2:52. Watch Later THOTTA CHINUNGI ramya ramyaby kalapila12345 45,951 .
http://www.youtube.com/watch?v=tw8tV3Hzo4YMade By Trisha: My Navy "Alison" Bathing Suit
Jun 30, 2010 . I did something today that I never thought I'd do... I sewed my own swimsuit! From scratch! And it turned out ok! I really had never sewn knits .
http://madebytrisha.blogspot.com/2010/06/my-navy-alison-bathing-suit.html
20 pack vitamin water Upcoming events in Ocala
- Sponsored event
nl all star standings
Apr 6 - Dance It Studio
one moore productions voice over talant michael vick home with black walls
- Sponsored event
auburn tigers navy youth bar tshirt
Apr 6 - Downtown Disney
baby furniture warehouse angel line cribs computer doesnt find external hard drive
ft leonard wood missouri Hottest Tickets
-
Apr 11southland commercial theme song
Amway Center -
Apr 28nhs pay rise england
Amway Center -
Jun 25pieceful gatherings quilt shop
Bob Carr Performing Arts Center -
Mar 30winnie the pooh car stuff
Amway Center -
Aug 27line 6 floor board
Amway Center -
Jun 21table saw safety manual
Amway Center -
Sep 13labelled diagram of human mouth
Francis Field -
Mar 17new york hot dog company
St Augustine Amphitheatre -
Oct 8fortuny glass chandelier lighting
Amway Center -
May 4netgear rm356 dialup 56k voip
Bob Carr Performing Arts Center
Ocala's best venues
-
Swimsuit 2010 : Naples Photo Galleries : Naples Daily News: Local ...
Mar 21, 2010 . Besides being a business owner, Trisha is also a part-time model and mother to two teenage girls. . Related Stories for Swimsuit 2010 .
http://www.naplesnews.com/photos/galleries/2010/mar/19/swimsuit-2010/105738/ -
Trisha is Swimming - YouTube
Apr 16, 2007 . Stalin Telugu Full Movie (Chiranjeevi, Trisha, Kushboo, Prakash Raj)by adityacinema 388,977 views; 0:37. Watch Later Trisha in swimsuitby .
http://www.youtube.com/watch?v=jZ4UwK-OXDI -
Garth Brooks and Trisha Yearwood Famous Country Couples
Oct 4, 2012 . Trisha Yearwood, Garth Brooks Michael Loccisano, Getty Images. While it seems unnatural to see . Country Music Beauties Swimsuit Edition .
http://tasteofcountry.com/garth-brooks-trisha-yearwood-famous-country-couples/staten island obituaries stefanie glassman
98 people's favorite
-
Bathing Synonyms, Bathing Antonyms | Thesaurus.com
Synonyms for bathing at Thesaurus.com with free online thesaurus, . Trisha bathing video · Bathing . Don't forget to include a bathing suit, raincoat and parka.
http://thesaurus.com/browse/bathing -
Are you confident in a swimsuit? - Influential Mom Blogger ... - MomDot
Are you confident in a swimsuit? May 18, 2012 By Trisha 3 Comments. Listen ladies, now that summer is here, its time to shed the self reservation and join in on .
http://www.momdot.com/swimsuit_lands_end/


If you have been working on x86 disassembly and moving on to ARM disassembly, one of the subtle differences you may notice is the lack of byte aligned opcodes in ARM (or THUMB) instruction set. Being based on RISC, ARM architecture provides fewer instructions as compared to x86. The need to implement an instruction set having functionally similar instructions as their x86 counterparts, only using fewer (and perhaps smaller) instructions gave rise to the instructions where opcodes are not dictated by bytes but by bits.
One of such intriguing instructions in ARM is BLX. BLX instruction performs a PC relative unconditional branch, and optionally changes mode to ARM or THUMB depending on the target address. It encodes to a 32-bit word under THUMB mode 2. It’s encoding varies depending upon the relative offset between the instruction and the target address. For e.g. the instruction at 0x2EA6 in the disassembly above encodes to D8 F0 08 E8
while another BLX instruction at 0x30C4 encodes to 8E F3 C4 E9
. The encoded instruction itself is divided into two 16-bit halves, each of which is shown in little-endian. The actual encodings are therefore F0 D8 E8 08 and F3 8E E9 C4. The encoding is explained in the THUMB instruction set (available here).
Calculating the offset
The instruction at 0x2EA6 branches to _obj_msgSend
, which is at 0xDAEB8. The offset for encoding is calculated from the current value of PC which is 4 bytes ahead due to pipeline, i.e. 0x2EAA. When the target of branch is 32-bit ARM code, the value used is align(PC, 4), which is PC rounded down to align it to 4 bytes, i.e. PC & 0xFFFFFFFC (0x2EA8 in this case). The offset is therefore, 0xDAEB8 - 0x2EA8 = 0xD8010.
Encoding the instruction
The offset is then used to encode the instruction as follows:
Offset = 0xD8010
00 0D 80 10
Bits 31-24 23-16 15-8 7-0
0000 0000 0000 1101 1000 0000 0001 0000
Bits 31-25 24 23 22 21-12 11-2 10
0000000 0 0 0<PHONE_NUMBER><PHONE_NUMBER> 00
S I1 I2 H L
J1 = ~I1 ^ S = 1
J2 = ~I2 ^ S = 1
Encoded instruction:
Bits 32-28 27 26-17 16-15 14 13 12 11-1 0
S H J1 J2 L
11110 0<PHONE_NUMBER> 11 1 0 1<PHONE_NUMBER> 0
1111 0000 1101 1000 1110 1000 0000 1000
F0 D8 E8 08
which explains the encoding seen in the disassembler (D8 F0 08 E8)
. :-)


--- layout: post title: "Qantas" ---
I am pro union because I am pro people. Profits to a non-human legal entity at the expense of actual people (or safety, or a quality experience) is crazy and it blows my mind that any person could think another way.
One of the bridesmaids at the wedding reception I was at last night was flying home to the US at 11am the next day. At around 11pm she found out Alan Joyce ordered the grounding of Qantas’ entire fleet. By around 1am, after furious back and forth on the phone at her best friend’s wedding, she’d organised an alternative flight on Virgin that left in just 5 hours.
This is what Joyce has chosen to do to 10s of 1000s of passengers instead of keeping Australia’s airline jobs in Australia and paying workers like pilots and engineers, who are responsible for people’s safety, what they’re worth. Refusing to even negotiate with the unions has already cost Qantas a huge portion of what the unions’ demands would cost, and that’s not to mention the 1000s of customers plans thrown into disarray. Grounding the whole fleet is costing $20m each day while destroying Qantas’ reputation.
Alan Kohler opened with a great question on Inside Business this morning:
Alan Joyce, you said yesterday that the industrial action was killing Qantas slowly, have you decided to kill it quickly instead?
Meanwhile, just two days ago, shareholders inexplicably voted to give Joyce at 70% pay rise to $5m. The absurdity of this situation is mind boggling.


Supreme Court of Canada dismisses murder appeals in 2013 Calgary swarming death
OTTAWA — The Supreme Court of Canada has dismissed the appeals launched by two men convicted in the swarming death of Lukas Strasser-Hird nearly six years ago in Calgary.
by Canadian PressOTTAWA — The Supreme Court of Canada has dismissed the appeals launched by two men convicted in the swarming death of Lukas Strasser-Hird nearly six years ago in Calgary.
Assmar Shlah and Franz Cabrera were convicted in 2016 of second-degree murder in the death of Lukas Strasser-Hird.
Strasser-Hird, who was 18, was beaten and stabbed numerous times in 2013.
Both Shlah and Carbera filed appeals that argued that the jury's verdict was unreasonable.
In a split decision, the Alberta Court of Appeal dismissed the appeals, saying the jury verdict reflected considered decision-making.
On Friday, the Supreme Court of Canada affirmed the lower court's decision on both cases. (CTV Calgary, The Canadian Press)
The Canadian Press