|
QuantLib: a free/open-source library for quantitative finance
Fully annotated sources - version 1.30
|
Mersenne-twister Brownian generator for market-model simulations. More...
#include <ql/models/marketmodels/browniangenerators/mtbrowniangenerator.hpp>
Public Member Functions | |
| MTBrownianGenerator (Size factors, Size steps, unsigned long seed=0) | |
| Real | nextStep (std::vector< Real > &) override |
| Real | nextPath () override |
| Size | numberOfFactors () const override |
| Size | numberOfSteps () const override |
| Public Member Functions inherited from BrownianGenerator | |
| virtual | ~BrownianGenerator ()=default |
| virtual Real | nextStep (std::vector< Real > &)=0 |
| virtual Real | nextPath ()=0 |
| virtual Size | numberOfFactors () const =0 |
| virtual Size | numberOfSteps () const =0 |
Private Attributes | |
| Size | factors_ |
| Size | steps_ |
| Size | lastStep_ = 0 |
| RandomSequenceGenerator< MersenneTwisterUniformRng > | generator_ |
| InverseCumulativeNormal | inverseCumulative_ |
Mersenne-twister Brownian generator for market-model simulations.
Incremental Brownian generator using a Mersenne-twister uniform generator and inverse-cumulative Gaussian method.
Definition at line 43 of file mtbrowniangenerator.hpp.
| MTBrownianGenerator | ( | Size | factors, |
| Size | steps, | ||
| unsigned long | seed = 0 |
||
| ) |
Definition at line 25 of file mtbrowniangenerator.cpp.
Implements BrownianGenerator.
Definition at line 29 of file mtbrowniangenerator.cpp.
|
overridevirtual |
Implements BrownianGenerator.
Definition at line 45 of file mtbrowniangenerator.cpp.
|
overridevirtual |
Implements BrownianGenerator.
Definition at line 54 of file mtbrowniangenerator.cpp.
|
overridevirtual |
Implements BrownianGenerator.
Definition at line 56 of file mtbrowniangenerator.cpp.
|
private |
Definition at line 56 of file mtbrowniangenerator.hpp.
|
private |
Definition at line 56 of file mtbrowniangenerator.hpp.
|
private |
Definition at line 57 of file mtbrowniangenerator.hpp.
|
private |
Definition at line 58 of file mtbrowniangenerator.hpp.
|
private |
Definition at line 59 of file mtbrowniangenerator.hpp.


While it is beyond the scope of this project to explain
life the universe and everything
is important to start with a relatively clean environment.
I use Microsoft Azure to kick off a fresh instance of
Windows 8.1 on a host aptly named studio54
Using Microsoft Remote Desktop, I login and change the background to something bluish.
I
install chrome, and git for windows
accepting all defaults (next next next …).
A good code editor is the hammer in a modern web application developers toolbox. For this project
I am using one of Microsoft's latest concoctions, Visual Studio Code.
It's open source and forkable on github and
I really like.
Let's start a shell and validate the ability to run git from the command prompt:
C:\Users\codemarc>git --version
git version 2.6.3.windows.1
You should see output similar to above. If not you may still be able use EDT by
downloading and unzipping it.
If you can use use git then clone a copy of edt:
bower is billed as a package manager for the web. What it saves you from is endless hours
of searching for source components. If you know the name of a component and its author has created a package for it (most
popular components have the by now) then all you need to do to grab a copy using:
bower install
<package>


Limiting Your Daily Distractions
A few months ago I had the feeling I was being distracted too much to get things accomplished. I hated the feeling of having accomplished nothing all day. The first thing I ask my daughter when I come home is, "What did you learn today?" But, due to daily distractions, I felt I personally had not had my daily dose of learning.
In order to get more productive I began limiting my daily distractions. A few of the tricks had to do with a process I started to follow and others were simple hacks which either trained my mind or my environment from distracting me.
By limiting the amount of daily distractions I received I heightened my personal productivity. If you don't think you are distracted on a frequent basis check this out.
The University of California at Irvine did research on workplace interruptions and found the average amount of time people spent on a single event before being interrupted or distracted was three minutes and five seconds.
Three minutes and five seconds. What can you expect to get done in this short period of time?
Setup an Uninterrupted Block of Time
Open up your calender and schedule a 1 hour meeting every day with yourself. Block this time out and don't schedule anything in this block of time. If your most important client calls you and says it is the only time they have to talk in the next 4 weeks. Schedule a meeting with them 5 weeks from now.
This time is reserved for you to get your most important items done. The single thing which is keeping you up at night. This block is for solving the problems which keep hounding you. Use this time effectively and treat it with respect.
I have found the best time to have this block of time is from noon to 1. I take my lunch early at 11 am and then come back and get a solid block of time when everyone else is at lunch. I have also experimented with waking up a few hours earlier and having the uninterrupted block first thing in the morning.
Get a block of time scheduled which works for you and stick with it.
Limiting Email
I guarantee your biggest daily distraction is email. Loughborough University discovered discovered people allow themselves to be interrupted almost as frequently by email as telephone calls. Even though people can recover from email faster than a phone call the way email is handled has been shown to give more interruption than expected.
Tim Ferris is a huge advocate of limiting how often you consume your email to once or twice a day. I have personally found the Dr. Pepper method to work pretty well. This limits your email consumption to 10am, 2pm, and 4pm.
Planned Interruptions
I love the concept of office hours. Rather than having an open door policy.  Turn off the lights. Make it look like you aren't even in the office to get more accomplished.
Make yourself completely unavailable to anyone. Then, at the same time everyday, open your door for two hours. These are your office hours. Anyone can talk to you about anything.
The trick to doing this is being consistent about it. Always open your door at the same time and close it for the rest of the time. After about a month of "being hardcore" about it, people will begin to fall into a pattern and will start following the laws you are laying down.
30-minute meetings
In my entire professional career, I have only been to a few one-hour meetings which actually needed the full hour. You can free up a lot of time by limiting your meetings to 30-minutes.
The first step to doing this is changing your calender preferences. Setup your default meeting time to be 30-minutes rather than an hour. If someone suggests you make the meeting an hour to accommodate for more discussion respond by saying if at the end of the meeting we feel like we need more time, we can schedule another 30-minute block of time.
I understand this won't work in all situations. Sometimes a client wants to meet for an hour or you are meeting someone who normally isn't available, such as a CEO or out-of-towner. Limit the majority of your meetings to 30-minutes. You will thank me.
Headphones
Developers in the valley love wearing headphones. There are discussions on hackernews and blog posts by startups about which headphones are the best to use. To developers headphones are just as important as the monitor and monitor setups we use.
Even if you aren't a developer, you can benefit from wearing headphones at work. The act of wearing headphones is enough to deter people away from talking to you. 90% of the time when I am wearing headphones, I am not even listening to music.
Prioritize
Although avoiding daily distractions can help you be more productive. It is still important to emphasize priorities. I carry around a notebook with me filled with to-do lists. I don't like keeping this list in digital format due to the distraction of it being digital. I am more likely to open something else up after I use the digital to-do list.
Before I choose a task I read the full list and understand what is my highest priority item and don't do anything else until finishing that one task.
What techniques and methods do you use to avoid daily distractions?


| Documentation
Web Pages
The html version of the GrADS
documentation has become the standard base documentation for GrADS. Follow
the links below to the Users Guide, an introductory tutorial session,
and an alphabetical subject index. Note the documentation is covered under
the same copyright as the GrADS source code.
The Users Guide
The Users Guide is the fundamental document that
provides information about how to use GrADS. The four main chapters are
General Topics, Analysis Topics, Display Topics, and the GrADS Scripting
Language.
Tutorial
The tutorial will give you a feeling for how to use the
basic capabilities of GrADS. This sample session takes about 30 minutes
to run through. It is highly recommended for new users. (En Español.)
Index
The Index provides a quick and easy interface
for checking the syntax and usage of any GrADS command or function. Subject
headings from the User's Guide are also listed in the Index.
Download HTML Documentation
You can download a compressed tar file containing
all the html source code. These can be useful to install on your local
computer if you have a slow internet connection or if you travel often
with a laptop.
http://iges.org/grads/gadoc/gadoc_files.tar.gz
(last updated 9 November 2012)
Download Hard Copy Documentation
If you simply must
have a printable version of the documentation, you will have to settle
for a version that is outdated and no longer supported. The following
formats are available:
|


Main
Blog
Tips
Contact
Cases and Stats
Covid Title
Tips and Proper Ethics for Oregonians during Covid-19 (SARS-CoV-2)


My profile
Photo
Details
Assignment 1
Assignment 1
Assignment 2
Assignment 3
Assignment 4
Assignment 5
Assignment 6
Assignment 7
Assignment 8
Assignment 9
Assignment 10
Assignment 1 Main Content
© Prerna Dutta


A PushQueue executes PushTasks by sending the task back to the application in the form of an HTTP request to one of the application's handlers.
| static google\appengine\api\taskqueue\PushQueue::__construct |
( |
|
$name = 'default' | ) |
|
Construct a PushQueue
- Parameters
-
| string | $name | The name of the queue. |
| google\appengine\api\taskqueue\PushQueue::addTasks |
( |
|
$tasks | ) |
|
Add tasks to the queue.
- Parameters
-
| PushTask[] | $tasks The tasks to be added to the queue. |
- Returns
- An array containing the name of each task added, with the same ordering as $tasks.
- Exceptions
-
| TaskAlreadyExistsException | if a task of the same name already exists in the queue. If this exception is raised, the caller can be guaranteed that all tasks were successfully added either by this call or a previous call. Another way to express it is that, if any task failed to be added for a different reason, a different exception will be thrown. |
| TaskQueueException | if there was a problem using the service. |
| google\appengine\api\taskqueue\PushQueue::getName |
( |
| ) |
|
Return the queue's name.
- Returns
- string The queue's name.
| const google\appengine\api\taskqueue\PushQueue::MAX_TASKS_PER_ADD = 100 |
The maximum number of tasks in a single call addTasks.
The documentation for this class was generated from the following file:
- code/googleappengine-read-only/python/php/sdk/google/appengine/api/taskqueue/PushQueue.php


M&S unveil cheese advent calendar with a big cheddar Santa for Christmas Day
You can now tuck into cheese every day in the countdown to Christmas thanks to Marks & Spencer
by Luke Matthews, https://www.mirror.co.uk/authors/luke-matthews/There's only one thing better than tucking into a chocolate treat every day in the lead up to Christmas, and that's eating cheese for 25 days straight.
The dream has become reality thanks to the heroes at Marks & Spencer who released a £15 cheesy countdown this week.
The calendar includes 24 individually wrapped M&S bite-size cheddars and a big special Santa cheese for Christmas day to mark the occasion in style.
It's out now, available in selected stores only, meaning you can go through a few practice calendars to warm-up for the main event in December, because no one needs an excuse to eat more cheese.
You will, however, need to make room to store the advent calendar in your fridge to ensure your daily treats stay fresh.
The supermarket announced the release on social media, setting tongues wagging with its fans as the post got almost 5,000 comments on Facebook .
One said: "This is not just any cheese advent calendar, it's an M&S cheese advent calendar."
Another tagged their friend to say: "If we don't have these and have a phone call every night to review each one then our friendship's just run its course."
A third came up with the genius idea of pairing it with another calendar, commenting: "The ideal accompaniment for the gin calendar!"
If cheese isn't really your thing, the supermarket has also released a Percy Pig advent calendar , which is also on sale in stores now and costs £5.
The treats have been transformed in the build up to December 25 with 24 milk chocolate oinkers to scoff down throughout the month.
But fear not, the real reason we're all here is saved until the big, where a regular bag of Percy Pigs hides behind the final delicious door.
And if you really want to complete the set, Colin the Caterpillar has undergone a festive make-over to turn himself into a must-have Christmas cake.
Despite his yuletide transformation complete with Santa hat, Colin remains the same on the inside with the usual winning recipe, retailing for £10.


|
Simbody
3.5
|
This class provides some infrastructure useful in creating PIMPL Implementation classes (the ones referred to by Handles). More...
Public Member Functions | |
| PIMPLImplementation (HANDLE *h=0) | |
| This serves as a default constructor and as a way to construct an implementation class which already knows its owner handle. More... | |
| int | getHandleCount () const |
| Get the number of handles known to be referencing this implementation. More... | |
| void | incrementHandleCount () const |
| Register that a new handle is referencing this implementation so we won't delete the implementation prematurely. More... | |
| int | decrementHandleCount () const |
| Register the fact that one of the previously-referencing handles no longer references this implementation. More... | |
| ~PIMPLImplementation () | |
| Note that the base class destructor is non-virtual, although it is expected that derived classes will be abstract. More... | |
| PIMPLImplementation (const PIMPLImplementation &) | |
| The copy constructor for the base class makes sure that the new object has a null owner handle. More... | |
| PIMPLImplementation & | operator= (const PIMPLImplementation &src) |
| Copy assignment for the base class just makes sure that the owner handle is not copied, and that the handle count is zero for the copy. More... | |
| void | setOwnerHandle (HANDLE &p) |
| Provide an owner handle for an implementation which currently does not have one. More... | |
| int | removeOwnerHandle () |
| Remove the owner reference from an implementation that currently has an owner. More... | |
| void | replaceOwnerHandle (HANDLE &p) |
| Replace the current owner handle with another one. More... | |
| bool | hasOwnerHandle () const |
| Check whether this implementation currently has a reference to its owner handle. More... | |
| bool | isOwnerHandle (const HANDLE &p) const |
| Check whether a given Handle of the appropriate type is the owner of this implementation. More... | |
| const HANDLE & | getOwnerHandle () const |
| Return a reference to the owner handle of this implementation. More... | |
This class provides some infrastructure useful in creating PIMPL Implementation classes (the ones referred to by Handles).
Note that this class is used by SimTK Core code ONLY on the library side; it never appears in headers intended for use by clients. However it is generally useful enough that we include it here to assist people who would like to make their own PIMPL classes. Consequently, there are no binary compatibility issues raised by the exposure of data members here, and no guarantees that they won't change from release to relase of the SimTK Core; if the definition should change at some point the library code will change but it will be using the updated definition and does not have to coordinate in any way with client code.
Other users of this class should be aware that if you include it in code you expose to your own users you may create binary compatibility problems for yourself. Better to restrict use of this class (and indeed inclusion of this header file) to your private ".cpp" source code and not in your API header files.
The PIMPLImplementation base class keeps track of how many Handles are referencing it, so that that the last handle to be deleted can delete the implementation. One handle is designated as the "owner" handle of this implementation. We keep a pointer to that handle here, so special handling is required if the owner handle is deleted while other references still exist.
|
explicit |
This serves as a default constructor and as a way to construct an implementation class which already knows its owner handle.
If the handle is supplied then the handle count is set to one. If not (default constructor) owner handle is null and the handle count at 0.
| SimTK::PIMPLImplementation< HANDLE, IMPL >::~PIMPLImplementation | ( | ) |
Note that the base class destructor is non-virtual, although it is expected that derived classes will be abstract.
Be sure to provide a virtual destructor in any abstract class which is derived from this base, and be sure to delete a pointer to the abstract class not a pointer to this base class!
| SimTK::PIMPLImplementation< HANDLE, IMPL >::PIMPLImplementation | ( | const PIMPLImplementation< HANDLE, IMPL > & | ) |
The copy constructor for the base class makes sure that the new object has a null owner handle.
A derived class must set the appropriate owner handle after this is called, that is, in the body (not the initializer list) of the derived class's copy constructor. Also the caller must make sure to increment the handle count.
| int SimTK::PIMPLImplementation< HANDLE, IMPL >::getHandleCount | ( | ) | const |
Get the number of handles known to be referencing this implementation.
| void SimTK::PIMPLImplementation< HANDLE, IMPL >::incrementHandleCount | ( | ) | const |
Register that a new handle is referencing this implementation so we won't delete the implementation prematurely.
| int SimTK::PIMPLImplementation< HANDLE, IMPL >::decrementHandleCount | ( | ) | const |
Register the fact that one of the previously-referencing handles no longer references this implementation.
The remaining number of references is returned; if it is zero the caller should delete the implementation.
| PIMPLImplementation< HANDLE, IMPL > & SimTK::PIMPLImplementation< HANDLE, IMPL >::operator= | ( | const PIMPLImplementation< HANDLE, IMPL > & | src | ) |
Copy assignment for the base class just makes sure that the owner handle is not copied, and that the handle count is zero for the copy.
Caller is required to register a handle and increment the handle counter.
| void SimTK::PIMPLImplementation< HANDLE, IMPL >::setOwnerHandle | ( | HANDLE & | p | ) |
Provide an owner handle for an implementation which currently does not have one.
This can't be used to replace the owner handle. This will increment the handle count also.
| int SimTK::PIMPLImplementation< HANDLE, IMPL >::removeOwnerHandle | ( | ) |
Remove the owner reference from an implementation that currently has an owner.
This decrements the handle count also. The number of remaining handles is returned.
| void SimTK::PIMPLImplementation< HANDLE, IMPL >::replaceOwnerHandle | ( | HANDLE & | p | ) |
Replace the current owner handle with another one.
This can't be used to set the initial owner handle; just to replace an existing one with a new one. The handle count is not changed here.
| bool SimTK::PIMPLImplementation< HANDLE, IMPL >::hasOwnerHandle | ( | ) | const |
Check whether this implementation currently has a reference to its owner handle.
| bool SimTK::PIMPLImplementation< HANDLE, IMPL >::isOwnerHandle | ( | const HANDLE & | p | ) | const |
Check whether a given Handle of the appropriate type is the owner of this implementation.
| const HANDLE & SimTK::PIMPLImplementation< HANDLE, IMPL >::getOwnerHandle | ( | ) | const |
Return a reference to the owner handle of this implementation.
This will throw an exception if there is no owner handle currently known to this implementation.


Cacti (T. pachanoi)
Set: I had been reading the Carlos Castenada series for several weeks prior to dosing. Tired with rapidly swelling sprained ankle from basketball game.
Immediate setting: With brother and his girlfriend as guides. At home in Cleveland.
Experience:
I had prepared my cactus the day before by boiling for 6 hours and then straining and reducing the volume to approximately 1/2 cup. After spraining my ankle I decided to dose since I was out of commission for awhile. Vile tasting stuff took two tries to get down. First try it immediately came back up into the glass. Not regurgitation as much as rejection.
Immediately after dosing I was sitting on the front porch when a coyote-looking dog walked up, looked at me and wandered away. Mescalito? I took this as a good omen.
Within an hour I became stimulated and my brother, his girlfriend, and I went walking through the city. At one point a police car went by and I realized I was grinning maniacally so we went home.  They began with Wile E Coyote strangling the roadrunner and evolved to humanoid monsters which would come into my vision and stay until I came up with the correct learning.
 Then I began flying above villages and mountains and seas. I became a bird and flew faster and faster until all I could see was a golden glow. Then I became the glow and pure bliss and I knew that this is what awaited me after death. The return to the one-ness.
After the peak I regained thoughts and put on some head phones and listened to a classical music station. A slight breeze blew in the window and I was treated to the image of fairies fanning me with their wings.
When I came down I felt wonderful and went for a walk and was in love with the world. This experience permanently changed me and ranks as the most important moment in my life.
As a side note, my sprained ankle was completely healed the next day. It was definitely sprained prior to the trip as this was not my first sprain. Also during the trip I kept my eyes closed as I was afraid that if my reality were distorted I might panic.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% extends "base.html" %} {% block content %}
Ummeli, meaning "mediator" in Nguni is an African social work finder
and collaboration tool based on principles of 'Ubuntu' and sharing. This work
finder tool is built for mobile and aims to harness the power of this technology
in the hands of people looking for work.
Ummeli is the concept of Shikoh Gitau, who developed a mobile job board and
CV builder as part of her PhD in Computer Science at the University of Cape Town.
Ummeli's mission is to be a technological mediator that connects people to
opportunities through their mobile phones.


Just click Submit and the model name of your box should show below.
You can find the version number by going to the
SERVICES page on the EPG,
selecting
SYSTEM SETUP and then going to
SYSTEM DETAILS.


| ↑ Home |
Aim of the project: Development of a dynamic high level programming language, well suited for everyday use.
Author: John Smith (http://johnbsmith.github.io/
).
License: All files of the Moss project are released under the terms of the Creative Commons CC0 license. Furthermore, I commit myself to place any future release under the terms of the CC0 license.
This software is provided without any warranty. It is not recommended to use this implementation in safety critical applications of any kind.
The specification of the programming language and its standard library is a subject of research and thus can change from time to time. There is no standard, a stable infrastructure can be built upon.


CSS Tooltips
20 different types of CSS Tool Tips. Tooltip content comes from data-tooltip attribute. Choose the tooltip style and direction with classes.
20 different types of CSS Tool Tips. Tooltip content comes from data-tooltip attribute. Choose the tooltip style and direction with classes.


KM Singh, Vice President, PPF delivered a talk on 18th January, 2017 on ’India's Disaster Response Mechanism' to a group of officers of National Disaster Response Force (NDRF) undergoing one week training at the Indian Institute of Mass Communication, New Delhi.
In his talk the background and objective of constitution of NDRF was covered and also the initial constraints in setting up this force. Referring to the role and unique features of this force, it was mentioned that in a short span of only 10 years NDRF has earned a niche for its professionalism as a multi-disciplinary, multi-skilled, high-tech force capable of handling any natural disaster, besides chemical, biological, nuclear and radiological emergencies within the country and abroad. This force has also acquired the unique distinction of being the single largest dedicated disaster response force in the world.
It was mentioned in the talk that while the NDRF has come up well at the national level, there is a need to have a multi-tier response mechanism in the country with State Disaster Response Force (SDRF) at state level, Civil Defence, Fire Services and Home Guards at district levels and NGOs and community volunteers at grass root levels as an integral part of disaster response mechanism.


Thank you very much for donating to the Society of Hispanic Professional Engineers at the University of California, Riverside. Your donation will
assist us greatly in ensuring that our members may recieve the most out of our organization. We appreciate you very much and look forward to maintaining
our professional relationship in the future.
If you have any questions about anything, please don't hesitate to contact our leadership staff on our Contact page. Thank you!


StDb is a package containing tools for building a database of station information from geophysical observatories. The code is used through command-line scripts and include several options for querying an online fdsn archive, list the content of an existing station database, merge existing databases, and manually append new station information (e.g., for stations not hosted on any fdsn archive).
The resulting station dictionary is used in various seismic applications, such as SplitPy, RfPy and OBStools.
Licence¶
Copyright 2019 Andrew Schaeffer & Pascal Audet
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
Installation¶
Dependencies¶
The current version was developed using Python3.7 Also, the following package is required:
Conda environment¶
We recommend creating a custom conda
environment
where telewavesim
can be installed along with its dependencies.
conda create -n stdb python=3.7 obspy -c conda-forge
Activate the newly created environment:
conda activate stdb
Installing from Pypi¶
pip install stdb
Installing from source¶
Clone the repository:
git clone https://github.com/schaefferaj/StDb.git
cd StDb
Install using pip:
pip install .


A review by John Beachem
* * * *
CAST Brendan Fraser - Rick O'Connell Rachel Weisz - Evelyn John Hannah - Jonathan Kevin J. O'Connor - Beni Arnold Vosloo - Imhotep
As a summer movie, The Mummy does not disappoint. It's a great, popcorn movie that's a blend of comedy and action, and which is for all intents and purposes, a poor man's Indiana Jones. As a horror movie living up to the original, it falls more than a bit short. The movie opens with a rather corny, though appropriate telling of how the mummy came to be. We're then taken to Egypt in 1923, where the French Foreign legion (led by Brendan Fraser after his commander turns tail and runs) is fighting a band of Desert raiders. The foreign legion is crushed, and we're taken to Cairo, where we meet Evelyn and Jonathan. Siblings who've found a map to the city of the dead. they then proceed to wake the mummy, and the fun begins.
First of all, don't go into this film expecting a ghoulish horror movie. For the most part, the movie is actually an action/comedy. Secondly, this film has no deep, meaningful messages. This is pure movie going fun. As for acting, I must commend Brendan Fraser. Normally I'm not a large fan of his, but his comic abilities really shine here. Rachael Weisz and John Hannah both do respectable jobs, and Arnold Vosloo is quite menacing as the title character. Though the fact of the matter is, the mummy is usually shown as a CGI creation.
The only real problems I had with the entire film, were the lack of horror, and the fact that the movie never really figured out what kind of movie it wanted to be. I frankly went in, expecting a Horror movie with comic bits thrown in. While I still got a good, fun movie, it just wasn't what I was hoping for personally. The other problem, is that the film switches from being deadly serious at parts, to mocking itself at others, and then back again. Perhaps being warned in advance of the lack of horror will help readers to enjoy the movie more. I simply hope that when the sequal is made (and I guarantee they'll make one) the writers figure out what sort of film they're trying to make.
* * * * * - One of the greatest movies ever made, see it now. * * * * - Great flick, Try and catch this one. * * * - Okay movie, hits and misses. * * - Pretty bad. See it if you've got nothing better to do. * - One of the worst movies ever. See it only if you enjoy pain.
E-mail with comments at<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


All Packages
Package
Description
This software is provided as a supplement to the authors' textbooks on digital
image processing published by Springer-Verlag in various languages and editions.
This software is provided as a supplement to the authors' textbooks on digital
image processing published by Springer-Verlag in various languages and editions.
Fourier descriptors for 2D shape representation and matching.
EISPACK code (FORTRAN) for solving generalized eigenvalue problems (from http://www.netlib.no/netlib/eispack).
Implementation of David Lowe's SIFT feature detection scheme.
Defines basic utilities for file and resource handling used by other libraries.
Defines interfaces and annotations for adding direct JavaDoc help support to ImageJ plugins.
Used during the process of building ImageJ plugin projects
(automatic generation of
plugins.config
files).Defines the basic functionality for working with named resources and accessing
resources in JAR files.
PDF-related code, separated from the main imagingbook library to minimize
third-party dependencies.
1D and 2D implementations of the Discrete Cosine Transform.
1D and 2D implementations of the Discrete Fourier Transform.


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{{ stake.last_name }}
{{ stake.highschool.name }}
{{ stake.sisid || 'N/A' }}
edit_mode
delete


Cards for Humanity is a fast-paced online version of the popular card game, Cards Against Humanity, that gives you the opportunity to donate to children in need - all while remaining as despicable and awkward as you naturally are.
 This game contains offensive, profane, explicit content created by Cards Against Humanity and provided here, uncensored and complete, in digital form.
*To send a private link to your friends, sign up!
Each player begins with, and will always have, 10 white answer cards.
For each round, one player is randomly chosen as the Card Czar.
Everyone else answers the black question card by clicking on the answer card they want to use.
"If you don't give back, no one will like you™" - crowdrise.com
We're quite sure you feel the same way, so we've integrated donation widgets (via crowdrise.com), along with some not-so-subtle reminders throughout the game to give you the opportunity to donate. If you're signed in when you donate, we'll even upgrade your account and place a crown on your avatar's head (to remind other players how much better you are than them). All donations go to the Make-a-Wish Foundation and benefit children in need.


[Home]
WARNING: BETA CONTENT
Searches with translations (glosses) in language other than English. The search fall back to English if translations are not yet available. All data has been made available via the same Creative Commons license as the rest of Eldamo from the translators.


[gecode-users] example problem
Alejandro Arbelaez
alejandro.arbelaez at gmail.com
Wed Mar 5 21:01:13 CET 2008
Hi all,
I've been trying to run some examples from the last version of gecode (2.1.0)
and I getting a segmentation fault running the partition example (with the
default parameter 32). but when I run the same problem with size=21 I got
the following error:
partition(5531) malloc: *** error for object 0xd0f790: incorrect checksum
for freed object - object was probably modified after being freed.
*** set a breakpoint in malloc_error_break to debug
BTW, I'm running these examples with a macbook pro, gcc version:
i686-apple-darwin9-gcc-4.0.1. I downloaded the last release from the
repository (i.e svn checkout .... /release-2.1.0) and I also compiled gecode
with debug.
Best regards,
Alejandro
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--- layout: post esbma_id: 1559 title: My comments on "Hitting the High Notes" date: 2005-09-26 16:36:45 keywords: dev ---
Two months ago, Joel Spolsky published an essay entitled Hitting the High Notes in which he uses the metaphor of vocalists to explain something about software developers. In a nutshell, I would paraphrase his article like this:
Great software products don't happen without the very best software developers, just as certain musical performances simply don't happen unless the performers have someone who can hit the high notes. These "peaks" in performance are the result of certain individuals with extraordinary talent, and there is no substitute. You can't reach these peaks through the sum of talent levels. Your opera score says the tenor needs to be able to hit a high B. Adding baritones won't help increase the vocal range. It just makes the group louder. Similarly, adding mediocre programmers doesn't increase the talent range to the point where they can create something insanely great.
I really like this metaphor, but it's a two-sided coin. High notes are amazing, but harmony is powerful. I am not disagreeing with Joel's metaphor. Rather, I like his metaphor so much that I want to finish it. Joel spoke of individual talent in terms of a soloist. I want to speak of team talent in terms of a choir.
Mention of the word "choir" can conjure up lots of different images. Perhaps the first thing that popped into your mind was your child's second grade holiday program. Those events are special memories and the reason why we buy camcorders, but that's not really what I'm talking about.
Maybe when you think of a choir you think of your church choir which does a special song on the fifth Sunday and where the average age of the women in the alto section is 92. I think it's great that churches create opportunities for people to sing, but that's not really what I'm talking about.
I'm talking about a serious choir, which is a choir that could be described like this:
If you have never heard a truly excellent choir, I highly recommend that you invest the time. Most universities have at least one serious choir. Go listen to their next concert. The experience can be very moving. You might be amazed.
Anyway, back to the point. Like I said, Joel's metaphor is a two sided coin:
The most obvious thing here is simply the benefit of size. Even Fred Brooks would agree that there is usually a positive correlation between team size and its production capacity. Suppose you have two teams, one with 50 people and one with just a single person working alone. Hand each team the spec to develop a new CAD system. No matter how many high notes the lonely coder can reach, I don't think he's going to finish first.
A plurality of programmers offers other benefits as well. Things like pair programming, brainstorming, and code reviews all make sense only in the context of a team.
 We all agree on the value of good teams.
For a soloist, hitting the high notes is an essential skill. In a choir, the essential skill is the ability to blend. Some of the most gifted soloists just don't have the stuff it takes to fit in a really great choir.
Sometimes, they can't blend. Their voice is the problem. A really distinctive voice is an asset to a soloist but is a disadvantage in a choir. They can't blend because that's just the way their voice is.
 Participation in a serious choir requires a generosity that simply is not present in everyone. Choir members don't get individual accolades or fame. Soloists do.
It happens in music, in sports and in software development. The super-talented people are often the very same people who have trouble blending into a team. Serious choirs (or software teams) are successful when they are built with people who genuinely want success for the concert (or the product) more than they want success for themselves.
Certainly not. I am not suggesting that you hire "mediocre programmers". By all means, continue to look for people who can hit the high notes. But I daresay Joel would agree that any team built exclusively with that criterion is likely to develop other problems. Be it a choir or a team, you want every member to be at the highest possible talent level. But the people on your team have to be willing and able to blend.
So Joel is right: Creative technical genius (the ability to hit the high notes) is a critical ingredient when building insanely great products. But it's not the only one.
In every choir I have seen, there are certain vocalists which surface as leaders. Their leadership is visible only to the other members of the choir, never to the audience. As an example, let's consider Jane, a soprano who sings in the third row of the Fog Creek choir. During rehearsals, Jane sings her part confidently and with full voice, because she is highly talented and has the ability to "sight read" the musical score. The sopranos near Jane are probably talented as well, but to at least some degree, their confidence is being increased by listening to Jane.
At concert time, the audience can't tell that Jane is any different from the rest. She isn't hitting notes any higher than the other sopranos. She is blending, just as she should be.
Is Jane one of those vocalists who can hit the high notes? Probably. Maybe not. Either way, she is applying a talent which is just as valuable in the context of a choir: She makes everyone around her better.
The same effect is visible in software. Great developers don't just make the product better -- they make everybody around them better.
So when hiring developers, always ask both questions:
If you only ask the choir question, you might end up with a group of highly cooperative people who work very well together as a team. But they never create anything worthy of buzz. Instead of high notes, they produce a peaceful chord as they build boring products that nobody wants.
If you only ask the high notes question, you might end up with a group of highly talented people who will reach great peaks as individuals. But they never really work together. Instead of harmony, they produce noise as they build poorly integrated products that draw attention but not users.


Some text will be here; the menu will be on top of this text.
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Some text will be here; the menu will be on top of this text.
Some text will be here; the menu will be on top of this text.
Some text will be here; the menu will be on top of this text.
Some text will be here; the menu will be on top of this text.


4.3. Farmer Application¶
This barebones application was put in place to manage devices via the REST API.
As it stands now, this application is responsible for maintaining the settings of each device and serving the configurations via API calls.
A typical API call to get the settings of a device is as follows:
GET /api/settings-api/{serial}/
RESPONSE
{
"device": 3,
"device_serial": 3,
"main_channel": 1,
"transmission_rate_milliseconds": 5000,
"adc_sample_rate": 7,
"date_now":<PHONE_NUMBER>811
}
The SEAD Light takes advantage of some, but not all, of these fields:
- transmission_rate_milliseconds: The time between each packet transmit
- adc_sample_rate: A binary-mapped value of choices.
- date_now: This is used by the SEAD Light to synchronize its RTC (Real Time Clock)
4.3.1. Submodules¶
4.3.2. farmer.admin module¶
4.3.3. farmer.models module¶
-
class
farmer.models.
DeviceSettings
(*args, **kwargs)¶ Bases:
django.db.models.base.Model
Describes the settings associated with a device.
This is what is returned by a REST call to /api/settings-api/{serial}/.
-
CHANNEL_CHOICES
= ((1, 'Channel 1'), (2, 'Channel 2'), (3, 'Channel 3'), (4, 'Channel 4'))¶
-
exception
DoesNotExist
¶ Bases:
django.core.exceptions.ObjectDoesNotExist
-
exception
DeviceSettings.
MultipleObjectsReturned
¶ Bases:
django.core.exceptions.MultipleObjectsReturned
-
DeviceSettings.
SAMPLE_RATE_CHOICES
= ((0, 125000), (1, 62500), (2, 31250), (3, 15625), (4, 7812.5), (5, 3906.25), (6, 1953.125), (7, 976.5625))¶
-
DeviceSettings.
adc_sample_rate
= None¶ The sample rates that can be chosen from the admin interface
-
DeviceSettings.
date_now
= None¶ Used by the SEAD Light to synchronize its RTC.
-
DeviceSettings.
device
¶ Relational field to connect the settings to a device.
-
DeviceSettings.
device_serial
= None¶ The serial of the device this model is linked to.
-
DeviceSettings.
get_adc_sample_rate_display
(*moreargs, **morekwargs)¶
-
DeviceSettings.
get_main_channel_display
(*moreargs, **morekwargs)¶
-
DeviceSettings.
main_channel
= None¶ Not currently in use. The idea here was to have the device multiplex its channels if it were only able to transmit one at a time. The SEAD Light is capable of transmitting on all channels.
-
DeviceSettings.
objects
= <django.db.models.manager.Manager object>¶
-
DeviceSettings.
save
(**kwargs)¶
-
DeviceSettings.
transmission_rate_milliseconds
= None¶ The period of time in milliseconds before packet transmission
-
4.3.4. farmer.serializers module¶
-
class
farmer.serializers.
DeviceSettingsSerializer
(instance=None, data=<class rest_framework.fields.empty>, **kwargs)¶ Bases:
rest_framework.serializers.ModelSerializer


Solo Test
This is a sample page. Testing italics and bold text. This file is written in mark down.
Heading H2
I want to…
- See what this looks like
- See what this looks like
- I have now seen what it looks like
documentation or contact support and we’ll help you sort it out.


CHAOSS - Augur: Pipermail Part 1
This is my second blog entry for working at CHAOSS under Augur. This week was mostly spent on fixing some issues that were popping up when trying to run my pipermail code and fixing an error that occurred when doing sentiment analysis on pull requests. So this week’s tasks with my mentor Sean is as follows.
Goals for the week:
- Fix issues occurring when trying to implement Pipermail.
- Finish uploading github pull requests for experimental github repositories.
Goals
Goal 1:
Pipermail
Now for this goal we seem to be encountering a problem whereby when you run PiperMail it seems that the mailing lists you want to download wasn’t being output to the correct file “mailing_list.csv”. So I added first line 8 this was so that the mailing lists I wanted to be downloaded would be outputted to the file. I would close the file and then reopen it (lines 8-9).
1
2
3
4
5
6
7
8
if (os.stat(path).st_size == 0):
file.write("Link,mail_list\n")
file.write("https://lists.opendaylight.org/pipermail/,\"aalldp-dev\"\n")
file.write("https://lists.opendaylight.org/pipermail/,\"archetypes-dev\"\n")
print("Please enter the mailing lists and the links for them please")
print("Going to the default mailing lists")
file.close()
file = open(path,"r")
After I would iterate through the file to determine if anything was written to it (lines 2-6), after I would close the file (line 7).
1
2
3
4
5
6
7
count = 0
for line in file:
print(line)
count+=1
if(count == 2):
break
file.close()
Goal 2:
Github Pull Requests Sentiment Analysis
The next problem that was occurring was then when I was performing sentiment analysis on the pull requests it seemed that some of them would be of type “None”. The program would then crash when this happened because I would feed this into “SentiCR” (line 5). So I just set the message as “ “ (line 4) so that I could continue iterating through the other pull requests.
1
2
3
4
5
for i in messages:
#print(i)
if(i == None):
i = " "
score=sentiment_analyzer.get_sentiment_polarity(i)
Resources: My branch on augur
Files Used:
Python File - SentiCR
Jupyter Notebook - PiperMail 14
Jupyter Notebook - github_pull_requests_scores_senticr 2


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Allows for basic search queries against the twitter API. Allows for searches like Usernames(@), HashTags(#) or just generic ( "Kittens Are Awesome" )
Your user agent does not support the HTML5 Video element.


Meditations on securities law
- Bitquant Research
- Joseph Wang<EMAIL_ADDRESS>What lawyers do
- Lawyers keep you out of trouble
- They check for compliance against the law
- They help you work through parts of the law that are
complicated or counterinitutive
- They are messengers of the state (don't do this or bad things
will happen)
The lawyer view of the world
- Very risk averse
- Very local based
- Mostly pulled into bad situations. i.e. your average divorce
lawyer isn't involved with happy marriages
Limits with the lawyer view of the world
- The lawyer usually tells you what you can't do
- The lawyer can't tell you about other jurisdictions
- The lawyer tells you what the law is, not what it should be and
often not what it will be
- Sometimes the answer is "I don't know"
Investment banker and theoretical physicist views of the world
- Investment bankers make deals. Deals are usually based on human
emotion. Namely fear and greed. Emotions are universal across
human beings, and also you are dealing with someone that wants to deal.
- Theoretical physicist hat. Look for universals. Figure out
theories of behavior
Thought experiment
- I go into a store in France. I take a candy bar. I pay.
Everything works ok.
- I go into a store in France. I take a candy bar. I then take
off my pants and punch the store owner in the face.
- I think I will get into trouble. How do I know that I've done
something bad even though I know nothing about the French legal code.
Law is like food
- Different places have different ways of approach law and
finance just like different places have different foods
- There are some universals. Arsenic in food is bad. Don't
leave meat out or it will spoil.
- But different places have different approaches to money.
Why are securities special?
- I buy a candy bar. I give money. The person at the other end
gives me a candy bar. If they just take my money and don't give me
a candy bar, I know something went wrong.
- I buy a security. I hand the seller money, and he shakes my
hand, gives me some papers, and walks away. How do I know that he
didn't just steal my money?
- It gets worse. It's *easier* for someone to take the money
and run, than to actually do something real. You make *more*
money if you take the money and run.
- Also suppose you catch the guy and toss them in jail. I'm
still out of my money. I don't care if the guy is in jail. I'm
still lost my money.
What's wrong with securities laws?
- Securities laws are based on access control by national
governments. We make sure that you can't get exposed to bad stuff.
- This will not work with the internet unless you want to close
your borders
- Securities laws fix some problems but lead to others.
The analogy with food
- If you go to a fast food restaurant in the US, you are very
unlikely to get sick because of food poisoning. Health and safety
insures that. However, if you eat the US diet, you are likely to
die from heart disease or diabetes.
- By contrast if you go to somewhere with weak health inspections,
you find ways of avoiding getting sick, and often the diet is
healthier.


public interface TemporalField
Date and time is expressed using fields which partition the time-line into something meaningful for humans. Implementations of this interface represent those fields.
The most commonly used units are defined in ChronoField
.
Further fields are supplied in IsoFields
, WeekFields
and JulianFields
.
Fields can also be written by application code by implementing this interface.
The field works using double dispatch. Client code calls methods on a date-time like
LocalDateTime
which check if the field is a ChronoField
.
If it is, then the date-time must handle it.
Otherwise, the method call is re-dispatched to the matching method in this interface.
Serializable
where possible.
An enum is as effective implementation choice.| Modifier and Type | Method and Description |
|---|---|
<R extends Temporal> |
adjustInto(R temporal,
long newValue)
Returns a copy of the specified temporal object with the value of this field set.
|
TemporalUnit |
getBaseUnit()
Gets the unit that the field is measured in.
|
String |
getDisplayName(Locale locale)
Gets the display name for the field in the requested locale.
|
long |
getFrom(TemporalAccessor temporal)
Gets the value of this field from the specified temporal object.
|
TemporalUnit |
getRangeUnit()
Gets the range that the field is bound by.
|
boolean |
isDateBased()
Checks if this field is date-based.
|
boolean |
isSupportedBy(TemporalAccessor temporal)
Checks if this field is supported by the temporal object.
|
boolean |
isTimeBased()
Checks if this field is time-based.
|
ValueRange |
range()
Gets the range of valid values for the field.
|
ValueRange |
rangeRefinedBy(TemporalAccessor temporal)
Get the range of valid values for this field using the temporal object to
refine the result.
|
TemporalAccessor |
resolve(Map<TemporalField,Long> fieldValues,
TemporalAccessor partialTemporal,
ResolverStyle resolverStyle)
Resolves the date/time information in the builder
|
TemporalUnit getBaseUnit()
The unit of the field is the period that varies within the range.
For example, in the field 'MonthOfYear', the unit is 'Months'.
See also getRangeUnit()
.
TemporalUnit getRangeUnit()
The range of the field is the period that the field varies within.
For example, in the field 'MonthOfYear', the range is 'Years'.
See also getBaseUnit()
.
The range is never null. For example, the 'Year' field is shorthand for 'YearOfForever'. It therefore has a unit of 'Years' and a range of 'Forever'.
ValueRange range()
All fields can be expressed as a long
integer.
This method returns an object that describes the valid range for that value.
This method is generally only applicable to the ISO-8601 calendar system.
Note that the result only describes the minimum and maximum valid values and it is important not to read too much into them. For example, there could be values within the range that are invalid for the field.
boolean isDateBased()
A date-based field can be derived from epoch-day
boolean isTimeBased()
A time-based field can be derived from nano-of-day
boolean isSupportedBy(TemporalAccessor temporal)
This determines whether the temporal accessor supports this field. If this returns false, the the temporal cannot be queried for this field.
There are two equivalent ways of using this method.
The first is to invoke this method directly.
The second is to use TemporalAccessor.isSupported(TemporalField)
:
// these two lines are equivalent, but the second approach is recommended temporal = thisField.isSupportedBy(temporal); temporal = temporal.isSupported(thisField);It is recommended to use the second approach,
isSupported(TemporalField)
,
as it is a lot clearer to read in code.
Implementations should determine whether they are supported using the fields
available in ChronoField
.
temporal
- the temporal object to query, not nullValueRange rangeRefinedBy(TemporalAccessor temporal)
This uses the temporal object to find the range of valid values for the field.
This is similar to range()
, however this method refines the result
using the temporal. For example, if the field is DAY_OF_MONTH
the
range
method is not accurate as there are four possible month lengths,
28, 29, 30 and 31 days. Using this method with a date allows the range to be
accurate, returning just one of those four options.
There are two equivalent ways of using this method.
The first is to invoke this method directly.
The second is to use TemporalAccessor.range(TemporalField)
:
// these two lines are equivalent, but the second approach is recommended temporal = thisField.rangeRefinedBy(temporal); temporal = temporal.range(thisField);It is recommended to use the second approach,
range(TemporalField)
,
as it is a lot clearer to read in code.
Implementations should perform any queries or calculations using the fields
available in ChronoField
.
If the field is not supported a DateTimeException
must be thrown.
temporal
- the temporal object used to refine the result, not nullDateTimeException
- if the range for the field cannot be obtainedlong getFrom(TemporalAccessor temporal)
This queries the temporal object for the value of this field.
There are two equivalent ways of using this method.
The first is to invoke this method directly.
The second is to use TemporalAccessor.getLong(TemporalField)
(or TemporalAccessor.get(TemporalField)
):
// these two lines are equivalent, but the second approach is recommended temporal = thisField.getFrom(temporal); temporal = temporal.getLong(thisField);It is recommended to use the second approach,
getLong(TemporalField)
,
as it is a lot clearer to read in code.
Implementations should perform any queries or calculations using the fields
available in ChronoField
.
If the field is not supported a DateTimeException
must be thrown.
temporal
- the temporal object to query, not nullDateTimeException
- if a value for the field cannot be obtainedString getDisplayName(Locale locale)
If there is no display name for the locale then a suitable default must be returned.
The default implementation must check the locale is not null
and return toString()
.
locale
- the locale to use, not null<R extends Temporal> R adjustInto(R temporal, long newValue)
This returns a new temporal object based on the specified one with the value for
this field changed. For example, on a LocalDate
, this could be used to
set the year, month or day-of-month.
The returned object has the same observable type as the specified object.
In some cases, changing a field is not fully defined. For example, if the target object is a date representing the 31st January, then changing the month to February would be unclear. In cases like this, the implementation is responsible for resolving the result. Typically it will choose the previous valid date, which would be the last valid day of February in this example.
There are two equivalent ways of using this method.
The first is to invoke this method directly.
The second is to use Temporal.with(TemporalField, long)
:
// these two lines are equivalent, but the second approach is recommended temporal = thisField.adjustInto(temporal); temporal = temporal.with(thisField);It is recommended to use the second approach,
with(TemporalField)
,
as it is a lot clearer to read in code.
Implementations should perform any queries or calculations using the fields
available in ChronoField
.
If the field is not supported a DateTimeException
must be thrown.
Implementations must not alter the specified temporal object. Instead, an adjusted copy of the original must be returned. This provides equivalent, safe behavior for immutable and mutable implementations.
R
- the type of the Temporal objecttemporal
- the temporal object to adjust, not nullnewValue
- the new value of the fieldDateTimeException
- if the field cannot be setTemporalAccessor resolve(Map<TemporalField,Long> fieldValues, TemporalAccessor partialTemporal, ResolverStyle resolverStyle)
This method is invoked during the resolve of the builder.
Implementations should combine the associated field with others to form
objects like LocalDate
, LocalTime
and LocalDateTime
fieldValues
- the map of fields to values, which can be updated, not nullpartialTemporal
- the partially complete temporal to query for zone and
chronology; querying for other things is undefined and not recommended, not nullresolverStyle
- the requested type of resolve, not nullArithmeticException
- if numeric overflow occursDateTimeException
- if resolving results in an error. This must not be thrown
by querying a field on the temporal without first checking if it is supportedCopyright © 2007–2015 ThreeTen.org. All rights reserved.


{% extends "_post.html" %} {%hyde title: "Tangerine + Muine" created: 2006-09-12 21:54:12 %} {% block article %} {%article%}
Hot on the heels of the last release comes Tangerine 0.2.8, with the only major change being a new plugin for Muine.
{%endarticle%} {% endblock %}


Web Designer & Web Developer
Sharon Migot is a a girl who finished high shool last year and then took a course in Programming at Moringa school.I did a voulnteering job at one of my former primary school. I voulnteered to teach the students Science.I took progrraming as a language because i had interest in it since high school. I find it so enjoyable because it so initiative and practical. My hobbies include dancing, singing, playing football, travelling Sand many more.
Number:0790437491
Email:migotsharon@gmail.com


Try everything
Always trying to be a
Self motivated developer.
Well.. Why aren't you playing the game?
https://github.com/Boeing737ng
I'm a designer and believe that
everyone can be a designer.
I want to make the user design
tool which helps user to make
their own products.
Favorite phrases
Without Fun, It's meaningless.
Done is better than perfect.
Screw it, Let's do it.
github - https://github.com/seong954t
Nice to meet you !
My name is Mi-ji, who is the mood maker in this project.
Enjoy the game :)


An all relevant feature selection wrapper algorithm. It finds relevant features by comparing original attributes' importance with importance achievable at random, estimated using their permuted copies (shadows).
| Version: | 6.0.0 |
| Depends: | ranger |
| Suggests: | mlbench, rFerns, randomForest, testthat, xgboost |
| Published: | 2018-07-17 |
| Author: | Miron Bartosz Kursa [aut, cre], Witold Remigiusz Rudnicki [aut] |
| Maintainer: | Miron Bartosz Kursa <M.Kursa at icm.edu.pl> |
| BugReports: | https://notabug.org/mbq/Boruta/issues |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | https://notabug.org/mbq/Boruta/ |
| NeedsCompilation: | no |
| Citation: | Boruta citation info |
| Materials: | NEWS |
| In views: | MachineLearning |
| CRAN checks: | Boruta results |
| Reference manual: | Boruta.pdf |
| Vignettes: |
Boruta for those in a hurry |
| Package source: | Boruta_6.0.0.tar.gz |
| Windows binaries: | r-devel: Boruta_6.0.0.zip, r-release: Boruta_6.0.0.zip, r-oldrel: Boruta_6.0.0.zip |
| OS X binaries: | r-release: Boruta_6.0.0.tgz, r-oldrel: Boruta_6.0.0.tgz |
| Old sources: | Boruta archive |
| Reverse imports: | smartdata |
| Reverse suggests: | fscaret, varrank |
Please use the canonical form https://CRAN.R-project.org/package=Boruta to link to this page.


#assign n0_docs="true"> <#assign n1_query="true"> <#assign fetchgroup= "true">
As an alternative to select and fetch we can use FetchGroup to specify what part of the object graph to fetch.
We can use FetchGroup with both query beans and standard queries.
FetchGroups provide a clean way to separate the definition of "what part of the object graph to load" (query tuning) from the definition of the query predicates (query business logic).
A FetchGroup is immutable, most often declared as a static final
and can be combined to make other
FetchGroups.
// immutable and threadsafe static final QCustomer CUST = QCustomer.alias(); static final FetchGroup<|Customer> fetch = QCustomer.forFetchGroup() .select(CUST.name, CUST.version, CUST.whenCreated) .buildFetchGroup(); ... List<|Customer> customers = new QCustomer() .select(fetch) .name.istartsWith("Rob") .findList();
The above FetchGroup can be created without using query beans like the below:
static final FetchGroup<|Customer> fetch = FetchGroup.of(Customer.class, "name, version, whenCreated"); // root level properties
// immutable and threadsafe static final QCustomer CUST = QCustomer.alias(); static final QContact CONT = QContact.alias(); static final FetchGroup<|Customer> fetch = QCustomer.forFetchGroup() .select(CUST.name, CUST.version, CUST,whenCreated) .contacts.fetch(CONT.email) // fetch the contacts with just their email .billingAddress.fetch() // fetch all properties of billingAddress .buildFetchGroup(); ... List<|Customer> customers = new QCustomer() .select(fetch) .name.istartsWith("Rob") .findList();
The above FetchGroup can be created without query beans by:
// immutable and threadsafe static final FetchGroup<|Customer> fetch = FetchGroup.of(Customer.class) .select("name, status") // root level properties .fetch("contacts", "email") // associated bean properties .build();
This is a bigger example fetching orders with related lines, shipments, customer, customer.billingAddress and customer.contacts.
Note we control which properties (or all) are fetched on each path.
In this example we have several ToMany paths and we are using fetchQuery to explicitly control how the ORM query is broken into multiple SQL queries to build the graph.
// immutable and threadsafe static final QOrder ORD = QOrder.alias(); static final QCustomer CUST = QCustomer.alias(); static final QContact CONT = QContact.alias(); static final FetchGroup<|Order> fetch = QOrder.forFetchGroup() .customer.fetch(CUST.name, CUST.version, CUST,whenCreated) .customer.shippingAddress.fetch() .customer.contacts.fetch(CONT.email) // a ToMany path .lines.fetchQuery() // a ToMany path .shipments.fetchQuery() // a ToMany path .buildFetchGroup(); ... List<|Order> orders = new QOrder() .select(fetch) .status.eq(Order.Status.NEW) .findList();<@next_edit "FilterMany" "/docs/query/filterMany" "/docs/query/fetchgroup.html"/>


In ruby, a block is a bit of code that can be executed. The syntax for a block is do and end OR can be contained in those squiggly brackets, { }. A block can be passed into methods like #each.
A proc is a saved block so that we can reuse it easily.
A lambda is just like a proc but with two key differences. Lambdas care about the number of arguments received. Where the proc would ignore and skip faulty arguments, lambdas will throw an error. There's also another key difference between procs and lambdas. When included in a method the proc will execute and then NOT return into the method, while the lambda would return into the method.


{% extends "officehours/base.html" %} {% block content %}
Share this code with your students to add your class to their schedule: {{ course.code }}
{{ course.code }}


javax.wsdl.extensions.soap
Interfaces
SOAPAddress
SOAPBinding
SOAPBody
SOAPFault
SOAPHeader
SOAPHeaderFault
SOAPOperation


I have ordered a reed switch that Robert Wall shown me at http://spiratronics.com/magnetic-reed-switch-en.html
I am planning to order the MAX6816 Switch Debouncer: http://uk.rs-online.com/web/p/bounce-eliminator-circuits/7326848P/
Would i be right to connect it to the emontx like this? [see attachment]
Re: Quick electronics advice needed.
Why are you asking? What you have drawn is EXACTLY the "Typical Operating Circuit" from the data sheet right next to the Pin Configurations diagram that you have copied. I think Maxim know how it should be used, so the answer is probably "yes".
You should not enable the input pull-up in your processor, and, if you're using the pulse input, neither should you have R8.
Re: Quick electronics advice needed.
I'm asking because the typical operating circuit has a 0.1µf capacitor between GND and VCC and with having very limited electronics knowledge it doesn't look exactly the same to me. That's why i made the image to get confirmation that the way i was going to connect it was right. I'm sure there was a point whilst you were learning about electronics you too asked a similar daft question to someone lol.
I was almost thinking to just connect the switch between the GND and INPUT pins and then connect VCC and Output to the jack then it occurred to me this wouldn't be a circuit.
Now you have said it is exactly the same i'm guessing that the capacitor in the example image is the capacitor that is already on the emontx board.
Thanks for your help Robert.
Regards,
Mike
Re: Quick electronics advice needed.
I'm asking because the typical operating circuit has a 0.1µf capacitor between GND and VCC
That's a decoupling cap. Generally you should include one of those, and have it as close to the device's Vcc as possible, but it will probably work without it.
Re: Quick electronics advice needed.
I simply couldn't figure out what you were asking. If you'd said "Is the 0.1 µf capacitor needed?", I'd have known what your question really was. So don't blame me if I can't guess it correctly. So yes, the question itself was daft, but what you were asking wasn't.
As dBC says, if the debounce i.c. is close to the main board (i.e. an inch or two), it probably won't be needed but if in doubt, include it. It's never wrong to have too much decoupling.
Re: Quick electronics advice needed.
Ah i see. So it would be something like this? [attachment] The IC will be close to the board anyway, the length will be the switch to the gas meter.
Regards,
Mike
Re: Quick electronics advice needed.
Yes, put the decoupling capacitor as close as possible to the i.c. it's decoupling. The purpose is to short-circuit noise impulses coming out of the i.c, so the shorter the aerial (= the loop of wire/pcb track from the i.c. to the capacitor and back) the better.
The cable length out to the switch shouldn't be a problem, but if you're running any distance close to mains wiring, "microphone" - twin twisted and screened - cable, with the screen earthed separately (i.e. NOT to processor gnd), would be advisable if you notice problems, otherwise telephone cable, bell wire etc should be OK especially if the run is short (a few metres).


FrontRowSquad's Page
A Prosody chat server is the service our team decided to go with for our final project
We have a GitHub project you can check out to learn about how we deployed our service.
You can test it out with a chat client, such as Pidgin, and simply create a new user using the server info.
Team FrontRow
Try It Out!
You can try out the chat service right now by installing an XMPP client such as
Pidgin On Ubuntu based systems you can do it by running "sudo apt-get install pidgin".
Or try a web based client such as
Inverse
We have self registration enabled, so you can create a new account right from the client!


Select: Male Female Other Button: I am a button I can contain multiple elements
I am a button
I can contain multiple elements


Here is a list of all documented class members with links to the class documentation for each member:


Advertisement :)
- pica - high quality and fast image resize in browser.
- babelfish - developer friendly i18n with plurals support and easy syntax.
You will like those projects!
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Custom containers
::: warning here be dragons :::


|
PicoTest
A minimalist unit testing framework for C programs
|
|
PicoTest provides a way for client code to intercept test fixture events. This can be used for e.g. logging purpose or reporting.
|
| typedef void() | PicoTestFixtureBeforeSetupProc(const char *fixtureName, const char *testName) |
| | Function signature of test fixture before setup hooks. More...
|
| |
| typedef void() | PicoTestFixtureAfterSetupProc(const char *fixtureName, const char *testName) |
| | Function signature of test fixture after setup hooks. More...
|
| |
| typedef void() | PicoTestFixtureBeforeTeardownProc(const char *fixtureName, const char *testName, int fail) |
| | Function signature of test fixture before teardown hooks. More...
|
| |
| typedef void() | PicoTestFixtureAfterTeardownProc(const char *fixtureName, const char *testName, int fail) |
| | Function signature of test fixture after teardown hooks. More...
|
| |
| #define | PICOTEST_FIXTURE_BEFORE_SETUP_DEFAULT(fixtureName, testName) |
| | Default test fixture before setup hook. More...
|
| |
| #define | PICOTEST_FIXTURE_BEFORE_SETUP |
| | Define the test fixture before setup hook. More...
|
| |
| #define | PICOTEST_FIXTURE_AFTER_SETUP_DEFAULT(fixtureName, testName) |
| | Default test fixture after setup hook. More...
|
| |
| #define | PICOTEST_FIXTURE_AFTER_SETUP |
| | Define the test fixture after setup hook. More...
|
| |
| #define | PICOTEST_FIXTURE_BEFORE_TEARDOWN_DEFAULT(fixtureName, testName, fail) |
| | Default test fixture before teardown hook. More...
|
| |
| #define | PICOTEST_FIXTURE_BEFORE_TEARDOWN |
| | Define the test fixture before teardown hook. More...
|
| |
| #define | PICOTEST_FIXTURE_AFTER_TEARDOWN_DEFAULT(fixtureName, testName, fail) |
| | Default test fixture after teardown hook. More...
|
| |
| #define | PICOTEST_FIXTURE_AFTER_TEARDOWN |
| | Define the test fixture after teardown hook. More...
|
| |
Test fixtures are used to establish the context needed to run test cases.
A test fixture can be used by several, possibly unrelated test cases.
◆ PICOTEST_FIXTURE_CONTEXT
| #define PICOTEST_FIXTURE_CONTEXT |
( |
|
_fixtureName | ) |
|
◆ PICOTEST_FIXTURE_SETUP
| #define PICOTEST_FIXTURE_SETUP |
( |
|
... | ) |
|
Test fixture initialization.
- Parameters
-
- Usage
- A simple fixture with no context:
staticVar = 1;
srand(1234);
}
staticVar = 0;
srand(clock());
}
A more complex example with a context structure:
int var1;
const char *var2;
void *var3;
};
staticVar = 2;
context->var1 = 1;
context->var2 = "test";
context->var3 = (void *) malloc(1);
}
staticVar = 0;
free(context->var3);
}
Fixtures may define an optional context that test cases don't need, in this case the context passed to the setup and teardown functions is NULL:
void *buffer;
};
staticVar = 3;
if (context) {
staticVar++;
context->buffer = (void *) malloc(1);
}
}
staticVar = 0;
if (context) {
free(context->buffer);
}
}
Here is an example of such a test case:
- Examples
- mainSuite.inc Example of a simple PicoTest suite.
fixtures.c Demonstrates test fixture call sequences.
- See also
- PICOTEST_FIXTURE_CONTEXT
-
PICOTEST_FIXTURE_TEARDOWN
-
PICOTEST_CASE
◆ PICOTEST_FIXTURE_TEARDOWN
| #define PICOTEST_FIXTURE_TEARDOWN |
( |
|
... | ) |
|
Test fixture cleanup.
- Parameters
-
- Usage
- A simple fixture with no context:
staticVar = 1;
srand(1234);
}
staticVar = 0;
srand(clock());
}
A more complex example with a context structure:
int var1;
const char *var2;
void *var3;
};
staticVar = 2;
context->var1 = 1;
context->var2 = "test";
context->var3 = (void *) malloc(1);
}
staticVar = 0;
free(context->var3);
}
Fixtures may define an optional context that test cases don't need, in this case the context passed to the setup and teardown functions is NULL:
void *buffer;
};
staticVar = 3;
if (context) {
staticVar++;
context->buffer = (void *) malloc(1);
}
}
staticVar = 0;
if (context) {
free(context->buffer);
}
}
Here is an example of such a test case:
- Examples
- mainSuite.inc Example of a simple PicoTest suite.
fixtures.c Demonstrates test fixture call sequences.
- See also
- PICOTEST_FIXTURE_CONTEXT
-
PICOTEST_FIXTURE_SETUP
-
PICOTEST_CASE
◆ PICOTEST_FIXTURE_BEFORE_SETUP_DEFAULT
| #define PICOTEST_FIXTURE_BEFORE_SETUP_DEFAULT |
( |
|
fixtureName, |
|
|
|
testName |
|
) |
| |
◆ PICOTEST_FIXTURE_BEFORE_SETUP
| #define PICOTEST_FIXTURE_BEFORE_SETUP |
Define the test fixture before setup hook.
The default hook does nothing. Redefine this macro to use a custom hook, which must follow the PicoTestFixtureBeforeSetupProc signature.
- Note
- Custom functions only apply to the tests defined after the macro redefinition. As macros can be redefined several times, this means that different functions may apply for the same source.
- Usage
#undef PICOTEST_FIXTURE_BEFORE_SETUP
#define PICOTEST_FIXTURE_BEFORE_SETUP beforeSetup
void beforeSetup(const char *fixtureName, const char *testName) {
indent(level++);
printf("fixture %s setup...", fixtureName);
}
- Examples
- hooks.c Example of PicoTest hooks, prints all events to stdout.
- See also
- PicoTestFixtureBeforeSetupProc
-
PICOTEST_FIXTURE_BEFORE_SETUP_DEFAULT
-
PICOTEST_FIXTURE_AFTER_SETUP
◆ PICOTEST_FIXTURE_AFTER_SETUP_DEFAULT
| #define PICOTEST_FIXTURE_AFTER_SETUP_DEFAULT |
( |
|
fixtureName, |
|
|
|
testName |
|
) |
| |
◆ PICOTEST_FIXTURE_AFTER_SETUP
| #define PICOTEST_FIXTURE_AFTER_SETUP |
Define the test fixture after setup hook.
The default hook does nothing. Redefine this macro to use a custom hook, which must follow the PicoTestFixtureAfterSetupProc signature.
- Note
- Custom functions only apply to the tests defined after the macro redefinition. As macros can be redefined several times, this means that different functions may apply for the same source.
- Usage
#undef PICOTEST_FIXTURE_AFTER_SETUP
#define PICOTEST_FIXTURE_AFTER_SETUP afterSetup
void afterSetup(const char *fixtureName, const char *testName) {
printf(" done\n");
--level;
}
- Examples
- hooks.c Example of PicoTest hooks, prints all events to stdout.
- See also
- PicoTestFixtureAfterSetupProc
-
PICOTEST_FIXTURE_AFTER_SETUP_DEFAULT
-
PICOTEST_FIXTURE_BEFORE_SETUP
◆ PICOTEST_FIXTURE_BEFORE_TEARDOWN_DEFAULT
| #define PICOTEST_FIXTURE_BEFORE_TEARDOWN_DEFAULT |
( |
|
fixtureName, |
|
|
|
testName, |
|
|
|
fail |
|
) |
| |
◆ PICOTEST_FIXTURE_BEFORE_TEARDOWN
| #define PICOTEST_FIXTURE_BEFORE_TEARDOWN |
Define the test fixture before teardown hook.
The default hook does nothing. Redefine this macro to use a custom hook, which must follow the PicoTestFixtureBeforeTeardownProc signature.
- Note
- Custom functions only apply to the tests defined after the macro redefinition. As macros can be redefined several times, this means that different functions may apply for the same source.
- Usage
#undef PICOTEST_FIXTURE_BEFORE_TEARDOWN
#define PICOTEST_FIXTURE_BEFORE_TEARDOWN beforeTeardown
void beforeTeardown(const char *fixtureName, const char *testName, int fail) {
indent(level++);
printf("fixture %s teardown...", fixtureName);
}
- Examples
- hooks.c Example of PicoTest hooks, prints all events to stdout.
- See also
- PicoTestFixtureBeforeTeardownProc
-
PICOTEST_FIXTURE_BEFORE_TEARDOWN_DEFAULT
-
PICOTEST_FIXTURE_AFTER_TEARDOWN
◆ PICOTEST_FIXTURE_AFTER_TEARDOWN_DEFAULT
| #define PICOTEST_FIXTURE_AFTER_TEARDOWN_DEFAULT |
( |
|
fixtureName, |
|
|
|
testName, |
|
|
|
fail |
|
) |
| |
◆ PICOTEST_FIXTURE_AFTER_TEARDOWN
| #define PICOTEST_FIXTURE_AFTER_TEARDOWN |
Define the test fixture after teardown hook.
The default hook does nothing. Redefine this macro to use a custom hook, which must follow the PicoTestFixtureAfterTeardownProc signature.
- Note
- Custom functions only apply to the tests defined after the macro redefinition. As macros can be redefined several times, this means that different functions may apply for the same source.
- Usage
#undef PICOTEST_FIXTURE_AFTER_TEARDOWN
#define PICOTEST_FIXTURE_AFTER_TEARDOWN afterTeardown
void afterTeardown(const char *fixtureName, const char *testName, int fail) {
printf(" done\n");
--level;
}
- Examples
- hooks.c Example of PicoTest hooks, prints all events to stdout.
- See also
- PicoTestFixtureAfterTeardownProc
-
PICOTEST_FIXTURE_AFTER_TEARDOWN_DEFAULT
-
PICOTEST_FIXTURE_BEFORE_TEARDOWN
◆ PicoTestFixtureBeforeSetupProc
| typedef void() PicoTestFixtureBeforeSetupProc(const char *fixtureName, const char *testName) |
Function signature of test fixture before setup hooks.
Called before running the test fixture setup.
- Parameters
-
| fixtureName | Test fixture name. |
| testName | Test case name. |
- Usage
#undef PICOTEST_FIXTURE_BEFORE_SETUP
#define PICOTEST_FIXTURE_BEFORE_SETUP beforeSetup
void beforeSetup(const char *fixtureName, const char *testName) {
indent(level++);
printf("fixture %s setup...", fixtureName);
}
- Examples
- hooks.c Example of PicoTest hooks, prints all events to stdout.
- See also
- PICOTEST_FIXTURE_BEFORE_SETUP
◆ PicoTestFixtureAfterSetupProc
| typedef void() PicoTestFixtureAfterSetupProc(const char *fixtureName, const char *testName) |
Function signature of test fixture after setup hooks.
Called after running the test fixture setup.
- Parameters
-
| fixtureName | Test fixture name. |
| testName | Test case name. |
- Usage
#undef PICOTEST_FIXTURE_AFTER_SETUP
#define PICOTEST_FIXTURE_AFTER_SETUP afterSetup
void afterSetup(const char *fixtureName, const char *testName) {
printf(" done\n");
--level;
}
- Examples
- hooks.c Example of PicoTest hooks, prints all events to stdout.
- See also
- PICOTEST_FIXTURE_AFTER_SETUP
◆ PicoTestFixtureBeforeTeardownProc
| typedef void() PicoTestFixtureBeforeTeardownProc(const char *fixtureName, const char *testName, int fail) |
Function signature of test fixture before teardown hooks.
Called before running the test fixture teardown.
- Parameters
-
| fixtureName | Test fixture name. |
| testName | Test case name. |
| fail | Failed tests (including its subtests if any). |
- Usage
#undef PICOTEST_FIXTURE_BEFORE_TEARDOWN
#define PICOTEST_FIXTURE_BEFORE_TEARDOWN beforeTeardown
void beforeTeardown(const char *fixtureName, const char *testName, int fail) {
indent(level++);
printf("fixture %s teardown...", fixtureName);
}
- Examples
- hooks.c Example of PicoTest hooks, prints all events to stdout.
- See also
- PICOTEST_FIXTURE_BEFORE_TEARDOWN
◆ PicoTestFixtureAfterTeardownProc
| typedef void() PicoTestFixtureAfterTeardownProc(const char *fixtureName, const char *testName, int fail) |
Function signature of test fixture after teardown hooks.
Called after running the test fixture teardown.
- Parameters
-
| fixtureName | Test fixture name. |
| testName | Test case name. |
| fail | Failed tests (including its subtests if any). |
- Usage
#undef PICOTEST_FIXTURE_AFTER_TEARDOWN
#define PICOTEST_FIXTURE_AFTER_TEARDOWN afterTeardown
void afterTeardown(const char *fixtureName, const char *testName, int fail) {
printf(" done\n");
--level;
}
- Examples
- hooks.c Example of PicoTest hooks, prints all events to stdout.
- See also
- PICOTEST_FIXTURE_AFTER_TEARDOWN
void() PicoTestFixtureBeforeSetupProc(const char *fixtureName, const char *testName)
Function signature of test fixture before setup hooks.
Definition: picotest.h:1164
#define PICOTEST_CASE(...)
Test case declaration.
Definition: picotest.h:524
#define PICOTEST_FIXTURE_TEARDOWN(...)
Test fixture cleanup.
Definition: picotest.h:1114
#define PICOTEST_ASSERT(x,...)
Hard assertion.
Definition: picotest.h:750
#define PICOTEST_VERIFY(x,...)
Soft assertion.
Definition: picotest.h:787
void() PicoTestFixtureBeforeTeardownProc(const char *fixtureName, const char *testName, int fail)
Function signature of test fixture before teardown hooks.
Definition: picotest.h:1263
#define PICOTEST_FIXTURE_SETUP(...)
Test fixture initialization.
Definition: picotest.h:1059
void() PicoTestFixtureAfterSetupProc(const char *fixtureName, const char *testName)
Function signature of test fixture after setup hooks.
Definition: picotest.h:1213
#define PICOTEST_FIXTURE_CONTEXT(_fixtureName)
Test fixture context declaration.
Definition: picotest.h:1023
void() PicoTestFixtureAfterTeardownProc(const char *fixtureName, const char *testName, int fail)
Function signature of test fixture after teardown hooks.
Definition: picotest.h:1314


The Construction of the First 8 Stations from the Third Metro Line of Sofia Will Be Completed the Next Month
The construction of the first 8 stations from the third metro line of Sofia will be completed in December, the director of Metropoliten Stoyan Bratoev announced, Trud bg writes. The 8 km route starts from Vladimir Vazov Blvd and will pass through Eagle Bridge, National Palace of Culture and Bulgaria Blvd, reaching Krasno Selo. The stations will be commissioned in the next few months.
"We are at the final stage, there is still a little bit left. By the end of the year, the tests may not be able to finish, but we have to finish construction in December," Bratoev said. The municipality purchased 20 of the vehicles for the line, and subsequently ordered 10 more. The modern trains can be operated without a driver, but this option won't be used.
"In 2020, Sofia will have a 52 km subway that will serve 500,000 passengers a day." Mayor Yordanka Fandakova said.