AUTUMN TALE A film review by Steve Rhodes Copyright 1999 Steve Rhodes RATING (0 TO ****): **
Sitting through Eric Rohmer's AUTUMN TALE (CONTE D'AUTOMNE) is rather like being trapped at a small dinner party with a half-dozen, loquacious strangers. As they drone on and on, you realize why this form of conversation is called small talk. The people seated around you are nice enough, but nothing they have to say holds much genuine interest for you.
The story, written by Rohmer, concerns a middle-aged winemaker, Magali (Béatrice Romand), and her lack of a love life. A divorcée whose kids have recently left home, she throws herself into her work. An earthy woman with frizzy hair twice the size of her head, she claims to be no longer particularly interested in men, which means, of course, that she is.
The story is about two matchmakers who try to fix her up with a new husband.
Her son's girlfriend, Rosine (Alexia Portal), is one, but not for the reason you might imagine. Rosine has fallen for the mother, and not, as she points out, in a mother-daughter sort of way. She tries to get her ex-boyfriend, Etienne (Didier Sandre), an older teacher of hers, interested in Magali. Rosine's boyfriend thinks this is nuts. "Your ex as my stepfather!" he says in shock. "It'd be monstrous!" This is further complicated by the fact that Etienne still likes Rosine.
The other one trying to locate a husband for Magali is her long-time friend, Isabelle (Marie Rivière). Isabelle's solution is to run an ad in the personals section of the newspaper, using Magali's name. Through this ruse, Isabelle, as Magali, checks out a would-be suitor, Gérald (Alain Libolt). When he proves acceptable, she tells him the truth and then arranges for him to meet the real Magali.
As an outline, the story has promise. The script, however, gives the characters lots to say but very little of interest. One long sequence, for example, involves a discussion of weeds.
The director, who has done much better work (RENDEZVOUS IN PARIS being a recent favorite), keeps his actors here on a short leash. The acting stays within such narrow emotive ranges that the picture will likely put many to sleep. AUTUMN TALE isn't a bad movie, but one that has little to recommend it.
AUTUMN TALE runs a long 1:52. The film is in French with English subtitles. It is rated PG for mild thematic elements. It would be fine for any age but would probably not interest kids less than 13.
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{% extends "global/Page.html" %} {% load otree static %} {% block content %}
Round {{ round_num }} of Period 3 : You are a {{ group }} with {{ player.income3 }} tokens.
In this round, you are matched with the following participants:
You have / The {{ 400token_group }} with 400 tokens has {{ competition_msg }}.
{% next_button %} {% endblock %}


Numbers 24:18
And Edom shall be a possession, Seir also shall be a possession for his enemies; and Israel shall do valiantly.


Dear colleagues,
We are very happy to announce the v2.0 release of the Astropy package, a core Python package for Astronomy:
Astropy is a community-driven Python package intended to contain much of the core functionality and common tools needed for astronomy and astrophysics.
New and improved major functionality in this release includes:
In addition, hundreds of smaller improvements and fixes have been made. An overview of the changes is provided at:
http://docs.astropy.org/en/stable/whatsnew/2.0.html
Note that the Astropy 2.x series will be the last versions of Astropy that will support Python 2.x. Future versions of Astropy will only support Python 3.x.
Instructions for installing Astropy are provided on our website, and extensive documentation can be found at:
If you make use of the Anaconda Python Distribution, you can update to Astropy v2.0 with:
conda update astropy
Whereas if you usually use pip, you can do:
pip install astropy --upgrade
Please report any issues, or request new features via our GitHub repository:
https://github.com/astropy/astropy/issues
Over 232 developers have contributed code to Astropy so far, and you can find out more about the team behind Astropy here:
http://www.astropy.org/team.html
Astropy v2.0 now repaces v1.0 as the long term support release, and will be supported until the end of 2019. The next major release of Astropy (scheduled for January 2018) will only support Python 3.x. So if you need to use Astropy in a very stable environment in Python 2.7, you should continue to use the 2.0.x series after 3.0.x is released.
If you use Astropy directly for your work, or as a dependency to another package, please remember to include the following acknowledgment at the end of papers:
This research made use of Astropy, a community-developed core Python package for Astronomy (Astropy Collaboration, 2013).
where (Astropy Collaboration, 2013) is a citation to the Astropy Paper (ADS - BibTeX).
Special thanks to the coordinator for this release: Brigitta Sipocz.
We hope that you enjoy using Astropy as much as we enjoyed developing it!
Erik Tollerud, Tom Robitaille, Kelle Cruz, and Tom Aldcroft
on behalf of The Astropy Collaboration


|
Can I change the X axis to be something other than the years from 1000 CE to 2016 CE? Sorry! That's the #1 suggestion everyone makes, and I didn't get that feature done in time for this initial release. Where did this content come from? When the Internet Archive scans books, we scan them as images, and then use OCR (optical character recognition) to find the text of the words on each page. We use this text, for example, to make books available to our patrons that have a difficult time reading text. OCR is an imperfect process, so most of the incorrect and odd-looking words you see in this experiment are probably the result of OCR, and not mistakes in the original book. How did you choose the 82,000 books in the index? I created a ranking system for books, based on data such as the publisher of a book: books from academic publishers received higher ranks than books from vanity presses. I also used data such as citations in Wikipedia and some book sales data from Better World Books, a used-book seller that partners with the Internet Archive. Using these ranks, I then picked the 82,000 books in our collections with the highest ranks. The sentences displayed in the results are also sorted using these ranks. How does this relate to Google's Ngram Viewer? Google's Ngram viewer uses the publication date of the entire book as the date used in the graph. This visualization is using dates found in the same sentence as the things. Can you talk a little about the techical aspects of this system? Sure! The year graphs for each thing, and the sentences list for each thing/date pair, are stored in a fully denormalized database. This means that any user interaction with the visualization only needs 1 call to the server, which needs to perform only 1 disk read to reply. This denormalizated data takes more storage in order to be fast. A single server ought to be able to handle 20 queries per second from a regular disk (spinning rust), or as much as 10,000 queries per second from SSD. The database takes 45 gigabytes for 82,000 books. I expect to eventually index around 10 million books, which scales to a predicted 6 terabyte database. What are some bugs in the current version? The x-axis of this visualization isn't dynamic, which leads to an inability to see dates before 1000 AD/CE, and also very narrow bars in the graph at all times, even for "things" which only have sentences with a very limited range of dates. The sentence splitter isn't very smart, and often will show 2 or 3 sentences run together. Occasionally this means that the date isn't very relevant to the "thing" you're interested in. Dates in the BC/BCE range of years are incorrectly parsed as if they were AD/CE, so a search for [Julius Caesar] will have an inaccurate graph. (Fortunately, the bug mentioned above regarding the x-axis prevents you from seing this!) The counts in the year graph are frequently a bit higher than the actual number of results - some sentences were double-counted in the year graph. In other cases, some identical sentences from multiple editions of the same book were suppressed & lower the number of visible sentences. Some extremely similar sentences still appear in the results. These are mostly caused by slight OCR-related differences. Searches for things which do not have Wikipedia articles will always return 0 results, by design. We hope that a future iteration of this experiment will use a library such as Stanford NER to extract all "things" mentioned in a book. Mentions of decades (1920s) and centuries (1900s) are treated as a reference to the start year, resulting in odd-looking graphs for things which have a lot of decade and century references. The "thing" isn't always boldfaced in the sentence, due to various issues. Sometimes it can be difficut to figure out what's going on if it's a synonym that is the match. For example, "Gregorian Calendar" and "Western calendar" are considered synonyms in the Wikipedia |


cCollisionSpheresLeaf defines leaf nodes of the collision sphere tree and provides methods for constructing the nodes and using them to determine collisions. More...
#include <CCollisionSpheres.h>
Public Member Functions | |
| cCollisionSpheresLeaf (cCollisionSpheresGenericShape *a_prim, cCollisionSpheresSphere *a_parent=NULL) | |
| Constructor of cCollisionSpheresLeaf. | |
| cCollisionSpheresLeaf (cTriangle *a_tri, cCollisionSpheresSphere *a_parent=NULL, double a_extendedRadius=0) | |
| Constructor of cCollisionSpheresLeaf. | |
| cCollisionSpheresLeaf () | |
| Default constructor of cCollisionSpheresLeaf. | |
| virtual | ~cCollisionSpheresLeaf () |
| Destructor of cCollisionSpheresLeaf. | |
| int | isLeaf () |
| Return whether the node is a leaf node. (In this class, it is.). | |
| void | draw (int a_depth) |
| Draw the collision sphere if at the given depth. | |
Static Public Member Functions | |
| static bool | computeCollision (cCollisionSpheresLeaf *a_sa, cCollisionSpheresLeaf *a_sb, cCollisionRecorder &a_recorder, cCollisionSettings &a_settings) |
| Check for intersection between the two given leaf nodes. | |
Public Attributes | |
| cCollisionSpheresGenericShape * | m_prim |
| The shape primitive bounded by the sphere leaf. |
cCollisionSpheresLeaf defines leaf nodes of the collision sphere tree and provides methods for constructing the nodes and using them to determine collisions.
| cCollisionSpheresLeaf::cCollisionSpheresLeaf | ( | cCollisionSpheresGenericShape * | a_prim, | |
| cCollisionSpheresSphere * | a_parent = NULL | |||
| ) |
Constructor of cCollisionSpheresLeaf.
Constructor of cCollisionSpheresLeaf.
| a_prim | Pointer to a shape primitive to be enclosed by the new sphere leaf node. | |
| a_parent | Pointer to the parent of this node in sphere tree. |
| cCollisionSpheresLeaf::cCollisionSpheresLeaf | ( | cTriangle * | a_tri, | |
| cCollisionSpheresSphere * | a_parent = NULL , |
|||
| double | a_extendedRadius = 0 | |||
| ) |
Constructor of cCollisionSpheresLeaf.
Constructor of cCollisionSpheresLeaf.
| a_tri | Pointer to triangle to be enclosed by new sphere leaf. | |
| a_parent | Pointer to the parent of this node in the sphere tree. | |
| a_extendedRadius | Bounding radius. |
| bool cCollisionSpheresLeaf::computeCollision | ( | cCollisionSpheresLeaf * | a_sa, | |
| cCollisionSpheresLeaf * | a_sb, | |||
| cCollisionRecorder & | a_recorder, | |||
| cCollisionSettings & | a_settings | |||
| ) | [static] |
Check for intersection between the two given leaf nodes.
Determine whether there is any intersection between the primitives (line and triangle) of the two given collision spheres by calling the primitive's collision detection method.
| a_sa | One sphere tree leaf to check for collision. | |
| a_sb | Other sphere tree leaf to check for collision. | |
| a_recorder | Stores all collision events | |
| a_settings | Contains collision settings information. |
Reimplemented from cCollisionSpheresSphere.
| void cCollisionSpheresLeaf::draw | ( | int | a_depth | ) | [virtual] |
Draw the collision sphere if at the given depth.
Draw the collision sphere if at the given depth.
| a_depth | Only draw nodes at this depth in the tree. a_depth = -1 renders the complete tree. |
Implements cCollisionSpheresSphere.


This repository contains custom View classes for the template frameworks listed below. You can use any of these custom View classes by either requiring the appropriate class in your Slim Framework bootstrap file and initialize your Slim application using an instance of the selected View class or using Composer (the recommended way).
Slim Views only officially support the following views listed below.
Install in your project by running the following composer command:
bash
$ php composer require slim/views
```php <?php require 'vendor/autoload.php';
$app = new \Slim\Slim(array( 'view' => new \Slim\Views\Smarty() )); ```
To use Smarty options do the following:
php
$view = $app->view();
$view->parserDirectory = dirname(__FILE__) . 'smarty';
$view->parserCompileDirectory = dirname(__FILE__) . '/compiled';
$view->parserCacheDirectory = dirname(__FILE__) . '/cache';
```php <?php require 'vendor/autoload.php';
$app = new \Slim\Slim(array( 'view' => new \Slim\Views\Twig() )); ```
To use Twig options do the following:
php
$view = $app->view();
$view->parserOptions = array(
'debug' => true,
'cache' => dirname(__FILE__) . '/cache'
);
In addition to all of this we also have a few helper functions which are included for both view parsers. In order to start using these you can add them to their respective view parser as stated below:
php
$view->parserExtensions = array(
new \Slim\Views\TwigExtension(),
);
php
$view->parserExtensions = array(
dirname(__FILE__) . '/vendor/slim/views/Slim/Views/SmartyPlugins',
);
These helpers are listed below.
Twig
Inside your Twig template you would write:
{{ urlFor('hello', {"name": "Josh", "age": "19"}) }}
You can easily pass variables that are objects or arrays by doing:
Hello {{ name }}
If you need to specify the appname for the getInstance method in the urlFor functions, set it as the third parameter of the function in your template:
Hello {{ name }}
Smarty
Inside your Smarty template you would write:
{urlFor name="hello" options="name.Josh|age.26"}
or with the new array syntax:
{urlFor name="hello" options=["name" => "Josh", "age" => "26"]}
You can easily pass variables that are arrays as normal or using the (.):
Hello {$name}
If you need to specify the appname for the getInstance method in the urlFor functions, set the appname parameter in your function:
Hello {$name}
Twig
Inside your Twig template you would write:
{{ siteUrl('/about/me') }}
Smarty
Inside your Smarty template you would write:
{siteUrl url='/about/me'}
Twig
Inside your Twig template you would write:
{{ baseUrl() }}
Smarty
Inside your Smarty template you would write:
{baseUrl}
Twig
Inside your Twig template you would write:
{{ currentUrl() }}
Smarty
Inside your Smarty template you would write:
{currentUrl}
MIT Public License


Prolog is a unique language in that it more closely resembles a database than a procedural programming language. In fact, the theoretical roots of Prolog are the same as those for relational database. For this reason, a Prolog program is more accurately referred to as a logicbase, that can be queried much the same way as a database.
The Amzi! Logic Server takes advantage of this characteristic to present Prolog logicbases to other programming languages and environments in much the same way databases are presented. This approach lets the host language interface with Prolog in a manner that is very natural for both the host language and Prolog.
The result is application programs can easily take advantage of Prolog's logical rules, pattern-matching and automatic search capabilities for adding services such as natural language processing, formal language processing, expert advisors, intelligent agents, smart help, or just plain application logic concisely coded in Prolog.
At the core of Amzi! is a runtime engine that can load and run compiled (static) and/or interpreted (dynamic) Prolog code.
The developer writes, tests, debugs and compiles Prolog programs/logic-bases using either the Interactive Development Environment (IDE) or command line tools.
Compiled Prolog is stored in binary files (.xpl Files) which can be loaded by the Prolog engine. Compile Prolog code can also be loaded from .plm files (after the .xpl file is loaded). Interpreted code is stored in text files and can be read (consulted) by any Prolog program.
The Logic Server is simply the Prolog runtime engine packaged as a dynamic library (.dll or .so) that can be linked with other applications. The Prolog engine is two classess: one for the engine and one for exception handling. These objects have a number of public methods, which correspond to the functions of the Logic Server API (LSAPI).
Multiple engines are implemented simply by allocating a new Logic Server/Engine object. This can be done through either the native LSAPI interface, the C++ Logic Server class, or any of the environment specific lsapis, Delphi, VB, or Java. The application program interface (LSAPI) is the collection of methods exported by the Logic Server.
The LSAPI includes a wide range of functions that let the host program load Prolog logic-bases and access them with the full range of capabilities a Prolog programmer has using a Prolog listener, including the ability to backtrack through multiple solutions to a query and assert and retract dynamic clauses. The LSAPI also makes it easy to map Prolog terms, structures, lists, and variables to the corresponding structures in the host language.
While the logical aspects of Prolog are what make it a powerful tool, it is the built-in predicates that provide functions that make Prolog a practical language. These built-in predicates provide extra-logical capabilities such as reading and writing from files.
The Logic Server provides an interface for implementing custom built-in predicates, called extended predicates. Extended predicates make it possible for Prolog to directly access any services available to the host language, such as graphics, database, numerical analysis, or any other specialized functions.
Extended predicates can only be implemented in languages that support function pointers, such as C/C++, Java, Delphi Visual Basic 6 or later.
Extended predicates can be implemented for specific applications, or packaged in dynamic/shared libraries, called LSXs (Logic Server eXtensions), that can be shared by different applications.
Because the Logic Server is written in C++, it is extremely portable and can support a number of environments. Under Windows, support is provided for both regular and console applications.
Because the Logic Server is written in C++, the core API is defined both as C functions and as C++ classes. These can be readily accessed by any environment that can call a dynamic library.
Some environments are further served by language-specific classes, such as Java, Delphi and .NET. In these cases the Logic Server includes an additional component providing a mapping from the host language to the Logic Server dynamic/shared library.
Copyright ©1987-2011 Amzi! inc. All Rights Reserved. Amzi! is a registered trademark and Logic Server is a trademark of Amzi! inc.


@(playerName : String)(crewCount : Int)(crewNames : List[String])(avatar : Int) @import helper._
You should have paid more attention to your intuition. You run ashore while trying to turn around in the latest dead end bay. While trying to patch up the ship you and your crew are almost eaten by a rampaging herd of feral kittens. The kittens destroy what remains of your ship.  The end for @playerName and the @crewCount men left onboard.
Remaining Crew Members:


Sustainable Learning
Effective learning outcomes can be achieved only through high involvement of the students and various training delivery methods and tactics in order to achieve results that last.
Effective learning outcomes can be achieved only through high involvement of the students and various training delivery methods and tactics in order to achieve results that last.
We are guided by the belief that effective skills development is only possible by gaining a blend of technical and non-technical skills necessary for the modern, upcoming careers.
Personal approach is what makes the biggest different in education because every single person is unique and deserves attention in order to realise their full potential.


Walter Guerrero
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This is Deeksha Pai. I architect solutions for complex problems for a living, as a Technical Solutions Engineer


upcrun - a portable parallel job launcher for UPC programs, version 2.22.0
Synopsis
Options
upcrun [options] program-name [ program-arguments ... ]
-h -? -help See this message -help-gasnet [network_name] See the GASNet documentation, or the GASNet documentation for a particular network conduit. -conf=FILE Read FILE instead of the $HOME/.upcrunrc configuration file. -norc Do not read the $HOME/.upcrunrc configuration file. This can also be achieved by setting the UPCRUN_NORC environment variable. Overrides -conf. -n <num> Spawn <num> UPC threads. If the executable was compiled for dynamic thread count then this flag is required. When compiled for a static thread count, this flag is optional, but must agree with the compiled-in setting if present. (-np is a synonym for -n) -N -nodes <num> Specifies the number of compute nodes to use for execution. See the THREAD LAYOUT section of the man page for more details. -c -cpus-per-node <num> Specifies the number of UPC threads to execute on each compute node. See the THREAD LAYOUT section of the man page for more details. -p -pthreads <num> If the UPC executable was compiled with pthreads support then this option overrides the compiled-in default number of pthreads per process. A value of zero resets to the compiled-in default or the UPC_PTHREADS_PER_PROC environment variable. This flag is not legal with an executable not compiled with pthreads support. -pshm-width <num> If the UPC executable was compiled with PSHM support then this option sets the maximum number of processes which can comprise a shared-memory "supernode". If more than this many processes are co-located on the same compute node, then they will become multiple supernodes for the purpose of PSHM. Note that this is a limit on processes, not on UPC threads, which will be different if pthreads is also in use. A value of 0 (the default) means no limit is imposed. A value of 1 essentially disables PSHM. -bind-threads Bind (aka pin) UPC threads to processors. (Silently ignored on unsupported platforms). -polite-sync Cause your UPC application to yield (rather than CPU spin) while waiting for locks/barriers. This will slow down your application if you are running on an uncontended system where (CPUs >= UPC threads), which is why it is off by default. However, if you are on a busy system, and/or are running more UPC threads per machine than there are CPUs, you should set this, or your performance (and that of the whole machine) may suffer. -shared-heap <sz> Requests the given amount of shared memory (per UPC thread). Units of <sz> default to megabytes; use 2GB to request 2 gigabytes per thread. -shared-heap-max <sz> Specify the hard limit (per UNIX process) of the shared memory heap. This constitutes an upper limit on -shared-heap (although unlike -shared-heap this is a per-NODE setting, so under -pthreads, all UPC threads on a node share this space). Setting this value too high can lead to long application startup times or memory exhaustion on some systems. Units of <sz> default to megabytes; use 2GB to request 2 gigabytes per process. -heap-offset <sz> Request the given offset between the starting addresses of the regular and shared heaps. Units of <sz> default to megabytes; use 2GB to request 2 gigabytes. -[no]trace Enable tracing. This option is only effective if the executable was built with tracing enabled. -traceall Enable tracing of all events, including low-level events that are unnecessary for upc_trace. May impose significant run time and tracefile size penalties. Implies -trace. -tracefile <file> Override the default destination for tracing output. If present, an optional % character in the filename will expand into a distinct integer for each process. This option implies -trace. -freeze[=<threadid>] Cause thread <threadid> to freeze at startup immediately before main() is called, to wait for a debugger to attach. <threadid> defaults to 0. -freeze-early[=<nodeid>] Cause node <nodeid> to freeze and await debugger attach early in the UPC runtime startup procedure, to assist in debugging problems with the UPC runtime. <threadid> defaults to 0. See the Berkeley UPC user guide for further info. -freeze-earlier Freeze program execution as early as possible in the GASNet initialization procedure. -[no]freeze-on-error Freeze and await a debugger to attach on most program errors or crashes. Note this option has the potential to create zombie processes that will need to be manually killed. -[no]abort Attempt to generate a core file on most program errors or crashes. Core file generation must usually also be enabled in the shell limits and OS policies. -[no]backtrace Enable backtraces. This option requests generation of a stack backtrace on most fatal errors, if supported on a given platform. These backtraces are valuable when reporting bugs. Note backtrace results are generally more useful when the application was built with upcc -g. Also note that some types of program crashes may cause the backtrace code to hang, potentially creating zombie processes that will need to be manually killed. -backtrace-type=<list> Tweak the mechanisms used to generate the backtrace. The list of available mechanisms is platform-specific, and can be viewed by running with -verbose. This option implies -backtrace. -encode-args -encode-env -encode Use a "safe" encoding for the command-line arguments, environment variables, or both. This may fix problems with correct propagation on some spawners, especially for arguments or values containing spaces or other special characters. -q -[no]quiet Suppress initialization messages from UPC runtime. -v -[no]verbose Verbose: display commands invoked, environment variables set and other diagnostics. -t -[no]show Testing: dont actually start the job, just output the system commands that would have been used to do so. -i -[no]info Display useful information about the executable and exit -version Show version information for upcrun
The layout of UPC threads to network nodes depends on the settings of two parameters, the cpus_per_node and the -nodes flag. The cpus_per_node setting comes from the -cpus_per_node flag if present, or else from the default_cpus_per_node setting in upcrun.conf or $HOME/.upcrunrc. There are three distinct mechanisms for thread layout depending on the values of cpus_per_node and the -nodes flag.
If cpus_per_node and -nodes are both set to zero (or are not set) then the layout of UPC threads is left to the underlying mpirun-style spawner (the <conduit>_spawn configuration setting or the UPC_<CONDUIT>_SPAWNCMD environment variable). This is the only case in which the mpirun-style spawner is used by default. If the executable has been compiled with pthreads enabled, the UPC threads are first grouped into processes which are in turn laid out by the spawner. With the possible exception of the last process, each such process includes the same number of pthreads. This number defaults to the value compiled-in to the executable. This can be overridden at upcrun time by either the UPC_PTHREADS_PER_PROC evironment variable or with the -pthreads flag. For unusual cases, the UPC_PTHREADS_MAP environment variable can be used to specify the grouping of threads into processes.
If cpus_per_node is zero while -nodes has a non-zero value then UPC threads are spread as evenly as possible over the given number of nodes without regard to possible overcommit of CPUs. When using pthreads, this may result in some processes having fewer threads than others if the threads do not divide evenly among the processes and nodes.
If cpus_per_node is non-zero and -nodes is zero (or not set), then UPC threads are laid out to use the fewest number of nodes possible without exceeding cpus_per_node. Then UPC threads are spread as evenly as possible over the given number of nodes. When using pthreads, this may result in some processes having fewer threads than others if the threads do not divide evenly among the processes and nodes.
The UPCRUN_FLAGS environment variable can be set to pass any flags/arguments that you wish to use for every invocation of upcrun. This is in addition to the default_options parameter described below.
The UPC_<CONDUIT>_SPAWNCMD and UPC_<CONDUIT>_SPAWN_NODESCMD environment variables can be set to override the spawner templates found in the upcrun.conf and .upcrunrc files for a given conduit/network.
If set, the UPC_NO_WARN variable causes startup warnings (such as those displayed when debugging or tracing is enabled) to be omitted. UPC_QUIET causes all non-application-generated output to be omitted (including both warnings and the initial display of UPC thread layout), and is equivalent to -q.
UPC_NODES, UPC_NODEFILE, or PBS_NODEFILE can be used to control job layout when -network=udp is used (see RUNNING UDP-BASED UPC JOBS, below).
If used, UPC_SHARED_ALLOC_ALIGN must be set to a number (a following K, M, or G sets the value to kilobytes, megabytes, or gigabytes, respectively). This number is the minimum size for "large" objects (such as large structs, arrays, upc_allocd memory, etc.) in a UPC program. The Berkeley UPC runtime automatically cache-aligns such large objects, while smaller objects maintain their default alignment (depending on your compiler and the object type: 8-byte alignment is common). This has been observed to improve performance on certain platforms. The default value is 4K (i.e., 4 kilobytes).
Environment variables UPC_FIRSTTOUCH and UPC_FORCETOUCH are described under PROCESSOR AND MEMORY AFFINITY, below.
UPC_SHARED_HEAP_SIZE sets the amount of shared heap (per UPC thread) for your program, exactly as the -shared-heap flag does. It is overridden by the flag if both are used.
If -pthreads are used, UPC_STACK_SIZE may be set to a number (optionally followed by K/M/G for kilobytes/megabytes/gigabyes), and this will determine the size of each pthreads stack. Alternatively, UPC_STACK_PAD may be set to a number (again with optional K/M/G suffix) and this will be added to the systems default pthread stack size. If both are specified, the one resulting in the larger stack is honored. Generally these are only needed if you experience stack overflow in your program.
The UPC specification makes the affinity of UPC locks undefined. Beginning in the 2.12.2 release of Berkeley UPC, locks allocated with upc_all_lock_alloc() are spread across UPC threads. This more evenly distributes the CPU load associated with lock and unlock operations. One may set environment variable UPC_LOCKS_RR to 0 to force the old behavior in which upc_all_lock_alloc() only allocated from memory on thread 0. Integer values other than 0 specify the number of threads by which lock affinity advances for each upc_all_lock_alloc() call, with the default value being chosen to spread locks evenly over processes.
UPC_DEBUG_MALLOC may be set to 0 to disable a debug build of Berkeley UPC from using the default, debug malloc algorithm. This allocator is on by default (as it helps to catch many allocation errors, such as duplicate free() calls), but turning it off allows memory layout to more closely mimic that of a non-debug execution.
Mixed-language programmers should note that the debug mallocator is not fully intermixable with system malloc()/free() - specifically, you cannot malloc() objects using one allocator and free() them with the other. This should only be an issue in mixed-language programs which (for example) malloc() some storage in a pure-C object file (compiled without upcc), and then attempt to free() that storage from UPC code (or vice versa). There are a number of possible solutions in the current implementation: (1) segregate your allocations so objects created with malloc() in UPC code are freed only with free() in UPC code (and similarly with non-UPC C code). (2) A special case of the previous solution which may apply in some applications is to perform all allocations in one language or the other -- preferably in UPC, in order to reap the benefits of the debug malloc checking; one can trivially write a UPC code wrapper around a malloc() call and then call it from other languages instead of calling malloc() directly. (3) Disable the debug mallocator by setting UPC_DEBUG_MALLOC=0, which fixes the problem by forcing UPC code to use the same (non-debug) mallocator for everything (this solution loses the safety checking features of the debug mallocator).
Some system job spawners (especially on loosely-coupled clusters) do a poor job of propagating environment variable settings from the spawning console to the worker compute nodes, and on such systems some extra care may be required to ensure environment variables set before calling upcrun are seen by UPC code. On the code side, the most portable and reliable way to query environment variables is to call bupc_getenv() instead of getenv() (the signatures are identical). The latter automatically redirected to the former in any program which includes upc.h. On the spawning side, environment variables with prefix UPC_ or GASNET_ are automatically propagated, but if your code queries additional settings you may need to explicitly request propagation of those variables to the compute nodes. UPC_ENVPREFIX may be set to a comma-delimited list of environment variable name prefixes. For any prefix in $UPC_ENVPREFIX, upcrun will ensure all currently-set env vars matching ^$prefix are propagated to all compute nodes (prefix may contain perl regexs).
Some shared-memory systems use a first-touch memory allocation scheme, in which the first CPU to touch a memory page owns it (and has the shortest latency access to it). By default, Berkeley UPC ensures that any static shared data, and/or memory allocated by the upc_alloc() and upc_all_alloc() functions are touched by the thread which should have affinity to it. You may set UPC_FIRSTTOUCH=0 to disable this.
By default memory allocated with upc_global_alloc() does not have the first-touch guarantee described in the previous paragraph. If your program uses upc_global_alloc() and you are running on a NUMA system, you may wish to consider setting UPC_FORCETOUCH=1, which will cause all possible shared memory in your program to be touched by the appropriate thread at startup, to guarantee correct affinity. Since this involves a higher startup cost, you may wish to limit the size of your shared memory to the minimum needed.
The UPC_*TOUCH environment variables may produce unexpected or undesirable results if the UPC threads do not remain on fixed processor cores. The -bind-threads option attempts to bind the UPC threads to fixed cores, but currently has the following limitations that should be considered before use:
1. This option is currently only implemented on Linux and AIX, and is silently ignored on all other platforms. 2. The first UPC thread on a given compute node is bound to the first processor core, the second thread to the second core, and so on. This will wrap around if there are more UPC threads per node than processor cores. 3. The ordering used for numbering of cores is unknown to Berkeley UPC, and so nothing is done to ensure that the layout is sensible. For instance if using only half the cores on a dual-socket node it is possible that all the UPC threads might be bound to one socket. 4. If the job spawner binds processes to cores then use of -bind-threads may either be ineffective or could result in an error.
The udp network type allows UPC programs to run on any machine that supports the ubiquitous UDP network layer. This is the fastest way to run on a cluster which only has an ethernet network (in particular, it is faster than using -network=mpi with a TCP-based MPI implementation).
In the most general case our implementation can use UDP datagrams for inter-process communication, even when processes are located on the same node. However, the fastest way to run over UDP on a cluster of SMPs is to use shared memory within each compute node. There are two ways one can acheive that: PSHM or pthreads.
If Berkeley UPC has been configured with intra-node shared memory (PSHM) support, then applications use shared memory for communication within a compute node automatically. Regardless of whether PSHM is available, applications can be compiled with the -pthreads option. Compiling with -pthreads=N (where N is the number of processors on your nodes) will cause a single multithreaded process to be run on each node, with shared memory used among the corresponding N UPC threads. If it is more convenient, you can also compile with -pthreads (without "=N") and pass -pthreads=N to upcrun instead.
In general the performance when compiled with and without -pthreads will differ in ways not easily predicted, and we advise trying both ways to determine the best option for you own application.
When UDP is used, you need to tell upcrun which machines to run the job on. There are four methods for doing this:
The $UPC_NODES, $UPC_NODEFILE, and $PBS_NODEFILE variables, and $TMPDIR/machines are checked for in that order, and the first one found determines the job configuration.
1. If you simply wish to run your entire job on localhost, pass the -localhost flag to upcrun. However, compilation with -network=smp (and possibly -pthreads, as described above) will almost always generate a faster executable for single-node runs (and does not require -localhost to run). So, do not expect the best performance from -localhost runs. 2. If you are running under the Portable Batch System (PBS), or any batch system that sets the $PBS_NODEFILE environment variable, upcrun will detect this and read the list of nodes for your job from that file. If running under N1 Grid Engine (formerly SGE), then the file $TMPDIR/machines is used if it exists. Note that the node list is used to launch UPC *processes*, which is different than UPC *threads* if you are using -pthreads (see below). 3. You can manually provide a list of nodes for your job, either by storing a space-separated list of hosts into $UPC_NODES, or by creating a file with one hostname per line, and setting $UPC_NODEFILE to that files name. Note that the node list is used to launch UPC *processes*, which is different than UPC *threads* if you are using -pthreads (see below). 4. You may use your own custom spawner to launch UDP jobs. See the README.udp file for details. Methods which rely on a "node list" ($UPC_NODES, $UPC_NODEFILE, or $PBS_NODEFILE) use the list to determine where to launch the UPC processes in the job. The first UPC process will be run on the first node in the list, the second process on the second, etc. If you are not using -pthreads, this is the same as having UPC thread 0 on the first node, thread 1 on the second, etc. If you are using -pthreads, however, multiple UPC threads will be run in each process, so you will need fewer names in your node list than UPC threads (it does not hurt to have extra node names in the list, but be aware that they will not be used). To run multiple UPC processes on the same node, simply enter the node name in the list multiple times (note that this is typically not as efficient as using a single process per node with -pthreads, as explained above). If you are not sure how your process is being laid out, look at the output from the job--all Berkeley UPC processes by default print out their node and process ID at the beginning of a run.
Methods 2 and 3 use ssh by default to connect to remote nodes in the job during set up. You may set the $UPC_SSH environment variable to any ssh-compatible program (ex: rsh) if that is preferable. Logging into remote nodes must not require an interactive password, and so you must use a method that allows this (ssh-agent, or passwordless ssh keys, or a passwordless rsh setup). For information on using ssh-agent (generally the most secure of these methods), see http://upc.lbl.gov/docs/user/sshagent.html
When you run on multiple nodes, you must ensure that your executable exists on all nodes. Typically a shared filesystem (such as NFS) is used to provide this, but you can also copy the executable to the individual compute nodes manually if they lack a shared file system. All nodes must have a copy of the executable located at the same absolute pathname, which defaults to the absolute pathname of the executable used to invoke the job on the frontend node. If the absolute pathname for the executable on the compute nodes differs from the path on the frontend, you can specify the absolute path by setting the value in the SSH_REMOTE_PATH environment variable before running.
Example: Johnny Parallel wants to run a 4-way UPC job on his cluster of 2-way SMPs. So he sets his $UPC_NODES environment variable to his nodes names (lets say "one.cluster.edu two.cluster.edu"), compiles with
upcc -network=udp -pthreads=2 foo.upc
and runs with
upcrun -n 4 a.out
The GASNet networking layer used by Berkeley UPC provides various additional parameters that control job launching and/or performance tuning for specific networks. Each supported network has a README file (with a name like located in the PREFIX/share/doc directory, where PREFIX is the base directory of your UPC installation. It is worth your time to peruse the READMEs for the network type(s) that your programs use, as you may find settings that allow programs to run faster on your machine, or workarounds for known bugs.
upcrun uses a site-wide upcrun.conf file to get some of its settings. You may override any of the settings found in the global upcrun.conf file by creating a .upcrunrc file in your $HOME directory, or in an alternate file specified by the -conf=filename command line option. One can prevent processing of the .upcrunrc file by passing -norc or setting the environment variable $UPCRUN_NORC.
To specify flags to pass to upcrun each time it is invoked set default_options:
default_options = -n 4 -shared-heap 256MB
To specify flags to pass to upcrun only when it is invoked for an executable compiled for a given network, set the <conduit>_options parameter:
mpi_options = -shared-heap 192MB
To specify environment variables to pass to every application set default_environment:
default_environment = UPC_STACK_SIZE=4MB
To specify environment variables to pass to applications only when compiled for a given network, set the <conduit>_environment parameter:
mpi_environment = SOMETHING="a value with spaces"
The default_environment and <conduit>_environment parameters are combined, with the conduit-specific settings given precedence. In the <conduit>_environment parameter the syntax !VAR can be used to unset a variable set in default_environment. The users environment is always given precedence over these parameters.
To specify the number of UPC threads to start on each node of a cluster of SMPs, set the default_cpus_per_node paramater. If this value is unset, or is set to zero, then upcrun will rely on the underlying spawner to correctly layout processes on nodes. When running a UPC executable that was not compiled to use pthreads, this default is likely to be acceptible. However, when using pthreads the underlying spawner is unaware of the number of threads per process and therefore may start more UPC threads per node than available CPUs. Your site-wide upcrun.conf should have a correct setting for this parameter, but if using pthreads you are strongly encouraged to verify the value is correct.
default_cpus_per_node = 2
To modify the command line that upcrun uses to run applications for a particular network type (a.k.a. conduit), set the <conduit>_spawn and/or <conduit>_spawn_nodes parameters, where <conduit> is one of the network types listed in upcc -version. These parameters are templates used to execute a command to launch the necesssary processes. When writing templates, the following substitutions are available:
Arguments are split on whitespace, but single- or double-quotes may be used to prevent this. Backslash #146; is not special.
%N number of processes to launch (might not equal UPC threads when using pthreads) %M number of "nodes" on which to launch processes %R number of "processes per node" (ppn) to launch %P program file %A program arguments %C alias for "%P %A" %D current working directory %L UPC-specific environment variable names (comma separated list) which the spawner will propogate to the application %V expands to "-v" if the user passed -v to upcrun, or to nothing otherwise %% expands to a single % character The <conduit>_spawn parameter is a template for launching a spawner similar to most implementations of mpirun -- a single parameter specifies the number of processes to launch and these are assigned to available nodes in an implementation-specific manner. This spawner is used when the number of requested nodes and number of cpus per node are both unspecified (or has been set to zero). Examples include:
mpi_spawn = $(UPCR_HOME)/bin/gasnetrun_mpi -n %N -E %L %P %A
smp_spawn = %P %A
ibv_spawn = $(UPCR_HOME)/bin/gasnetrun_ibv %V -n %N -E %L %P %A
The <conduit>_spawn_nodes parameter is a template for launching a spawner such as prun or poe, in which one specifies both the number of processes to launch and the number of nodes to use. Given sufficient information, upcrun will compute the number of processes and nodes required as described in the section THREAD LAYOUT. This template should contain either the %M (nodes) or %R (ppn) substitution to pass the layout infomation to the spawner. For example:
ibv_spawn_nodes = $(UPCR_HOME)/bin/gasnetrun_ibv %V -n %N -N %M -E %L %P %A
portals4_spawn_nodes = yod -ppn %R -n %N %P %A
Options are read from the site-wide and user-specific configuration files, the environment and the command-line . The precedence of options is equivalent to parsing the options in the following order:
default_options <conduit>_options UPCRUN_FLAGS command-line
For options which set a value (such as -n and -shared-heap), the last value seen is the one used. Thus values on the command-line always take precedence over any others.
The default_options and <conduit>_options are taken from your $HOME/.upcrunrc file if present there, or from the site-wide upcrun.conf otherwise. If a given setting is present in both files only the settings in $HOME/.upcrunrc are used; they are not additive.
Arguments in default_options, <conduit>_options and UPCRUN are split on whitespace, but single- or double-quotes will suppress splitting. The backslash character #146; does not have any special meaning.
We are very interested in fixing any bugs in upcrun. For bug reporting instructions, please go to http://upc.lbl.gov.
upcc(1), upc_trace(1)
The Berkeley UPC Users Guide (available at http://upc.lbl.gov)
| Berkeley UPC | UPCRUN (1) | October 2015 |


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Welcome to the Antigen receptor Galaxy (ARGalaxy) tool to automate the analysis and visual reporting of T- and B-cell receptor repertoire sequencing data. ARGalaxy is a collaboration between the Departments of Immunology and Bioinformatics at Erasmus MC. If you have used ARGalaxy in your publication then IJspeert and van Schouwenburg et al, 2017 [PMID: 28416602] and Moorehouse et al, 2014 [PMID: 25495099]
ARGalaxy is maintained by David van Zessen<EMAIL_ADDRESS>and the Bioinformatics Department at the Erasmus MC
Using ARGalaxy
Antigen receptor Galaxy (ARGalaxy) is a tool to automate the analysis and visual reporting of T- and B-cell receptor repertoire sequencing data.
ARGalaxy consists of four parts: the demultiplex tool, the IMGT concatenate tool, the immune repertoire pipeline and the SHM&CSR pipeline. Together they allow the analysis of all different aspects of the immune repertoire. All pipelines can be run independently or combined, dependent on the available data and the question of interest
Demultiplex tool
The demultiplex tool demultiplexes .sff files with the option of sequence trimming with both downloadable FASTA and FASTQ files available as output. This tool is based on the freely available sff2fastq (https://github.com/indraniel/sff2fastq), and FASTX-Toolkit software (http://hannonlab.cshl.edu /fastxtoolkit/commandline.html), and includes the FastQC tool to check the quality of your data (http://www.bioinformatics.babraham.ac.uk/projects/fastqc/).
IMGT concatenate tool
The IMGT concatenate tool can be used to combine multiple .txz files (as downloaded from IMGT/High V-Quest http://www.imgt.org/HighV-QUEST ) into a single .txz file.
Immune repertoire pipeline
The immune repertoire pipeline is an extended version of our previously published IGGalaxy virtual machine (Moorhouse et al, 2014) which was developed to visualize V(D)J gene usage. It now allows analysis of not only B-cell, but also T-cell receptor rearrangements and allows the visualization of CDR3 characteristics (length and amino acid usage), junction characteristics and the calculation of the diversity of the immune repertoire (Boyd et al, 2009). The Immune Repertoire pipeline requires fasta files, IMGT/HighV-QUEST output files, or output files from the SHM&CSR pipeline as input files and gives results as a set of tables and graphs accessible in html format.
SHM&CSR pipeline
The SHM&CSR pipeline can be used for the analysis of somatic hypermutations (SHM) and/or class switch recombination (CSR) in B-cell receptor rearrangements. This SHM&CSR pipeline provides the analysis of SHM levels and patterns, antigen selection (including BASELINe (Yaari et al, 2012)), clonality (using Change-O (Gupta et al, 2015)) and CSR. It requires IMGT/HighV-QUEST .txz files as input files, parses the relevant information from these files, and provides a html output as a set of tables and graphs.
Test data sets
The test data set can be imported from the 'Data libraries' under 'Shared data' or by using this link: https://bioinf-galaxian.erasmusmc.nl/argalaxy/library/list
Histories in which the test data sets are used in the demultiplex tool, the IMGT concatenate tool, the immune repertoire pipeline or the SHM&CSR pipeline can be imported from the 'Histories' under 'Shared data' or by using this link: https://bioinf-galaxian.erasmusmc.nl/argalaxy/u/davidvanzessen/h/test-data-sets
Tutorials:
Detailed description of the tools and pipelines:


Ensembl Bacteria contains genomes from annotated INSDC records that are loaded into Ensembl multi-species databases, using the INSDC annotation import pipeline. This document describes how this pipeline is used for bulk loading of bacteria and provides tips for handling the data.
Ensembl Bacteria consists of completely sequenced genomes from eubacteria and archaea, which sequences have been deposited in INSDC. We then query the ENA Genomes Assembly Database to find assembly sets for eubacteria and archaea which have at least 50 CDS annotations. Assembly sets are grouped into collections of up to 250 genomes. There are no strict rules guiding the assignment of genomes to particular collections, but a given genome will usually stay in the same collection. The collections of genomes are then passed to the INSDC annotation import pipeline for loading into Ensembl.
Genomes in Ensembl Bacteria are assigned the names and NCBI taxonomy identifiers obtained from the corresponding ENA Genomes Assembly Database record. However these names and identifiers are not always unique, and exact names may change between releases. For some genomes, the most stable identifiers can be the unique assembly accessions assigned by the ENA Genomes Assembly Database, e.g. GCA_000005845.1. Each assembly also has an externally assigned name, also obtained from the ENA Genome Assembly Database, e.g. ASM584v1. This may be used to disambiguate cases where the organism names happen to be the same (e.g. Borrelia afzelii PKo (ASM22283v1) vs. Borrelia afzelii PKo (ASM16559v2)).
For older records (and other special cases), locus_tag and/or protein_id qualifiers can be either missing or duplicated within/between records. This may reflect errors in annotation or submission, and systematic problems such as the reuse of locus tag prefixes between different entries. We try to resolve identifiers problems as follows:
In addition to the annotation loaded using INSDC, the following data sources are also used to enrich the annotation of our genomes:
Owing to the number of genomes included in Ensembl Bacteria, gene trees and whole genome aligments are not calculated for all genomes, but gene families are still populated based on InterPro annotation. A large number of bacterial genomes are included in the Ensembl Genomes pan-taxonomic compara for which gene trees are built using selected genomes from across the taxonomy.


Add a new trail to the catalog
Trail Name
Name the trail or greenway
Trail Length
Length of trail in miles
Location of trail
Location of trail (Trailhead address}
Zipcode of Trail
Zipcode of trailhead for location purposes
What difficulty would you rate this trail?
Do not wish to set a difficulty rating
Describe the scenery on this trail
Do not wish to set a scenery rating
Create new Trail


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Common abstraction layer for memory interfaces.
More...
Common abstraction layer for memory interfaces.
It provides interfaces between: Memory and USB, Memory and RAM, Memory and Memory. Common API for XMEGA and UC3.
§ ID_STREAM_ERR
| #define ID_STREAM_ERR 0xFF |
Erroneous streaming data transfer ID.
§ LUN_ID_0
§ LUN_ID_1
§ LUN_ID_2
§ LUN_ID_3
§ LUN_ID_4
§ LUN_ID_5
§ LUN_ID_6
§ LUN_ID_7
§ LUN_ID_USB
First dynamic LUN (USB host mass storage).
§ MAX_LUN
§ SECTOR_SIZE
§ Ctrl_status
Status returned by CTRL_ACCESS interfaces.
| Enumerator |
|---|
| CTRL_GOOD | Success, memory ready.
|
| CTRL_FAIL | An error occurred.
|
| CTRL_NO_PRESENT | Memory unplugged.
|
| CTRL_BUSY | Memory not initialized or changed.
|
§ get_cur_lun()
| uint8_t get_cur_lun |
( |
void |
| ) |
|
Returns the current LUN.
- Returns
- Current LUN.
§ get_nb_lun()
| uint8_t get_nb_lun |
( |
void |
| ) |
|
Returns the number of LUNs.
- Returns
- Number of LUNs in the system.
§ mem_name()
| const char* mem_name |
( |
uint8_t |
lun | ) |
|
Returns a pointer to the LUN name.
- Parameters
-
- Returns
- Pointer to the LUN name string.
§ mem_read_capacity()
| Ctrl_status mem_read_capacity |
( |
uint8_t |
lun, |
|
|
uint32_t * |
u32_nb_sector |
|
) |
| |
Returns the address of the last valid sector (512 bytes) in the memory.
- Parameters
-
| lun | Logical Unit Number. |
| u32_nb_sector | Pointer to the address of the last valid sector. |
- Returns
- Status.
§ mem_removal()
| bool mem_removal |
( |
uint8_t |
lun | ) |
|
Tells whether the memory is removable.
- Parameters
-
- Returns
true
if the memory is removable, else false
.
§ mem_sector_size()
| uint8_t mem_sector_size |
( |
uint8_t |
lun | ) |
|
Returns the size of the physical sector.
- Parameters
-
- Returns
- Sector size (unit: 512 bytes).
§ mem_test_unit_ready()
Tests the memory state and initializes the memory if required.
The TEST UNIT READY SCSI primary command allows an application client to poll a LUN until it is ready without having to allocate memory for returned data.
This command may be used to check the media status of LUNs with removable media.
- Parameters
-
- Returns
- Status.
§ mem_unload()
| bool mem_unload |
( |
uint8_t |
lun, |
|
|
bool |
unload |
|
) |
| |
Unload/load the medium.
- Parameters
-
| lun | Logical Unit Number. |
| unload | true to unload the medium, false to load the medium. |
- Returns
true
if unload/load success, else false
.
§ mem_wr_protect()
| bool mem_wr_protect |
( |
uint8_t |
lun | ) |
|
Returns the write-protection state of the memory.
- Parameters
-
- Returns
true
if the memory is write-protected, else false
.
- Note
- Only used by removable memories with hardware-specific write protection.
§ memory_2_ram()
| Ctrl_status memory_2_ram |
( |
uint8_t |
lun, |
|
|
uint32_t |
addr, |
|
|
void * |
ram |
|
) |
| |
Copies 1 data sector from the memory to RAM.
- Parameters
-
| lun | Logical Unit Number. |
| addr | Address of first memory sector to read. |
| ram | Pointer to RAM buffer to write. |
- Returns
- Status.
§ memory_2_usb()
| Ctrl_status memory_2_usb |
( |
uint8_t |
lun, |
|
|
uint32_t |
addr, |
|
|
U16 |
nb_sector |
|
) |
| |
Transfers data from the memory to USB.
- Parameters
-
| lun | Logical Unit Number. |
| addr | Address of first memory sector to read. |
| nb_sector | Number of sectors to transfer. |
- Returns
- Status.
§ ram_2_memory()
| Ctrl_status ram_2_memory |
( |
uint8_t |
lun, |
|
|
uint32_t |
addr, |
|
|
const void * |
ram |
|
) |
| |
Copies 1 data sector from RAM to the memory.
- Parameters
-
| lun | Logical Unit Number. |
| addr | Address of first memory sector to write. |
| ram | Pointer to RAM buffer to read. |
- Returns
- Status.
§ stream_mem_to_mem()
| Ctrl_status stream_mem_to_mem |
( |
uint8_t |
src_lun, |
|
|
uint32_t |
src_addr, |
|
|
uint8_t |
dest_lun, |
|
|
uint32_t |
dest_addr, |
|
|
U16 |
nb_sector |
|
) |
| |
Copies data from one memory to another.
- Parameters
-
| src_lun | Source Logical Unit Number. |
| src_addr | Source address of first memory sector to read. |
| dest_lun | Destination Logical Unit Number. |
| dest_addr | Destination address of first memory sector to write. |
| nb_sector | Number of sectors to copy. |
- Returns
- Status.
§ stream_state()
Returns the state of a streaming data transfer.
- Parameters
-
- Returns
- Status.
§ stream_stop()
| U16 stream_stop |
( |
uint8_t |
id | ) |
|
Stops a streaming data transfer.
- Parameters
-
- Returns
- Number of remaining sectors.
§ usb_2_memory()
| Ctrl_status usb_2_memory |
( |
uint8_t |
lun, |
|
|
uint32_t |
addr, |
|
|
U16 |
nb_sector |
|
) |
| |
Transfers data from USB to the memory.
- Parameters
-
| lun | Logical Unit Number. |
| addr | Address of first memory sector to write. |
| nb_sector | Number of sectors to transfer. |
- Returns
- Status.
§ g_wr_protect


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redemption fee / per pass |
|
| stamp card | ¥0 |
| coupon | ¥0 |
| voucher | ¥0 |
| event ticket | ¥0 |
| membership card | ¥0 |
| subscription pass | ¥0 |
option |
|
| location triggered notification | 10 |
| custom notification (per unit) | ¥0 |
| payment processing fee | 0.3% |
| number of team members | unlimited |
| data import | |
| data export | |
| pass mailer / per batch | ¥10 |
| add. point of scan / per month | ¥10,000 |
| iBeacon Triggered Notification | 10 |


Prince Andrew's 'sweat' denial is rubbished by GMB's Dr Hilary in a scathing rant
Dr Hilary - who has been a TV medic for more than 30 years - rubbished Prince Andrew's claims he can't sweat
by Lily Waddell, https://www.mirror.co.uk/authors/lily-waddell/Prince Andrew's sweating denial was thrown out the window by Good Morning Britain's Dr Hilary.
The telly doctor, whose broadcasting medical career spans three decades, said it was an "extraordinary" claim by the royal.
During a first Newsnight interview with Emily Maitlis, Prince Andrew denied he sweated when he was confronted about claims he slept with Virginia Giuffe (at the time Roberts).
The Duke Of York said he couldn't be sweaty in a nightclub in 2001 because he doesn't sweat.
He has been in the firing line after Mrs Guiffre accused him of sleeping with her when she was 17.

Dr Hilary had his reservations about Prince Andrew's so-called medical condition stopping him from sweating.
He explained: “It’s an extraordinary claim – there’s only three things that can cause this condition called anhidrosis, firstly it can be congenital, which it clearly isn’t in this case.
"Secondly it can be a prelude to something like heat stroke, where you’re so empty of body fluid you can’t sweat, clearly it isn’t the case here.
"And there’s a third explanation that simply he had an injury or some kind of serious condition which would affect his whole body, and again, which clearly isn’t the case."
During a heated debate on Monday's Good Morning Britain, the doctor insisted Prince Andrew's "adrenaline" explanation "doesn't make sense".
The medic made it publicly clear he was "sceptical" of the claims.
He added: "As for the adrenalin thing in the Falklands, it doesn’t make sense. Sweating isn’t mediated by adrenalin, it’s mediated by acetylcholine… absolutely sceptical.
“It’s very, very rare indeed. I’ve never seen a case.”


There are four main types of solar electric power systems: Pv-direct; grid inter-tied; grid inter-tied with battery backup; and off-grid. These three broad types vary in how closely connected they are to the traditional power utility infrastructure, known as the grid through the location’s power distribution company.


Each release is tagged.
The main branch should contain the latest release.
The easiest way to get the latest release is to either git clone
the repository or select the "Download ZIP" button from the main page.
This software implements a single class to easily add basic file input to your programs.
Just put KeyValueReader.cpp and KeyValueReader.h in your project and add the extra sources to your build.
Note: this software requires the C++11 standard.
For g++ you will need the flag --std=c++11
.
Basic usage looks like the following. For simple programs, you may not want to use a try/catch block and simply let the program abort from any exception that occurs.
string runType;
int problemSize;
double tolerance;
bool doExtraThing;
CKG_Utils::KeyValueReader kvr;
try {
kvr.readFile("input.kv");
kvr.getString("RUN_TYPE", runType);
kvr.getInt("PROBLEM_SIZE", problemSize);
kvr.getDouble("TOLERANCE", tolerance);
kvr.getBool("DO_EXTRA_THING", doExtraThing);
}
catch (KeyValueReader::Exception e) {
// Catch errors
}
enum Exception {
ExceptionAlreadyReadAFile,
ExceptionFileNotRead,
ExceptionOpenFileError,
ExceptionParseFileError,
ExceptionKeyNotFound,
ExceptionStringConversionError
};
void readFile(const std::string &filename);
void getString(const std::string &key, std::string &value) const;
void getInt(const std::string &key, int &value) const;
void getDouble(const std::string &key, double &value) const;
void getFloat(const std::string &key, float &value) const;
void getBool(const std::string &key, bool &value) const;
void print() const;
void reset();
This function reads and parses the file given by filename
.
If a file has already been parse, ExceptionAlreadyReadAFile
is thrown.
If the file cannot be opened, ExceptionOpenFileError
is thrown.
If there is a parse error, ExceptionParseFileError
is returned, but in this case, some lines may be parsed correctly and those lines will be stored by the KeyValueReader.
In the case of parse errors, a line is printed to standard out specifying the line number of the error.
These functions take a key
as input and return the appropriate value
in the KeyValueReader.
If a file has not been read, ExceptionFileNotRead
is thrown.
If the key
does not exist, ExceptionKeyNotFound
is thrown.
If something other than getString is called, a conversion from a string value to the appropriate value is made.
In this case it is possible to get an ExceptionStringConversionError
returned.
Note, the key search is not case sensitive, but the value returned from getString does not change the case of value
from the input file.
This function prints all the key/value pairs in the KeyValueReader.
If a file has not been read, ExceptionFileNotRead
is thrown.
Resets the KeyValueReader to a state where a new file may be read.
The key/value file format is a line based format (i.e. 1 key/value pair should be held on a single line).
The class allows for single line comments starting with the #
character.
Whitespace is ignored except to delimit the key from the value.
A line can consist of a key/value pair with or without a comment, just a comment, or solely whitespace.
Below is the specification for the key/value file format.
(<whitespace>)* <token> (<whitespace)+ <token> (<whitespace>)* <comment>
(<whitespace>)* <comment>
(<whitespace>)*
#
followed by any charactersAn example of an input file might look like the following.
# My Example Key-Value File
RUN_TYPE type1
PROBLEM_SIZE 1000 # Big Problem
TOLERANCE 0.01 # Small Tolerance
DO_EXTRA_THING true


We invited you to celebrate our wedding
No longer two but one
I grow happier with every moment spend by your side
Jl.Sunan Kalijaga Gg Jambu Mente No 6 Sukorejo, Lamongan (Rumah mempelai wanita)
Gedung KPRI Handayani.
my mother had an accident and he helped me with some police papers regarding raharja services. I dislike his profession (bisikku lirih dalam hati).
i feel our Relationship getting stronger each time our eye meet, i think this is love!.
such a short love journey and we got to this point with the blessing of my parents. I choose you
True love is eternal, infinite, and always like itself. It is equal and pure, without violent demonstrations; it is seen with white hairs and is always young in the heart.


1st Trigger
2nd Trigger
3rd Trigger
4th Trigger
This would be what people would see at page load.
This would be what people would see for the first clicked content.
This would be what people would see for the second clicked content.
This would be what people would see for the third clicked content.
This would be what people would see for the fourth clicked content.


Telephone:<PHONE_NUMBER>
E-mail<EMAIL_ADDRESS>420 Orchard Lane, Leafland, OR 97238
Heading south from Portland on Highway 214, turn left on Hardcastle Ave. Turn right on Orchard Lane, and find our driveway on the right- you won't miss the pretty pink mailbox!


Pizza Maker
Pizza Size:
small
medium
large
Toppings
Pepperoni
Canadian Bacon
Italian Sausage
Ground Beef
Mushrooms
Black Olives
White Onions
Green Peppers
Order!
Thanks you for your order!
Your total is $
.


The following is an example of using web fonts from Google Fonts.
For more information: https://fonts.google.com/


vmware-checkvm
Checks to see if the current host is a VMware VM or not.
More information: home page
- Return the current VMware software version (exit status determines whether the system is a VM or not):
vmware-checkvm
- Return the VMware hardware version:
vmware-checkvm -h


Created and Designed by Thiago HPC
Copyright (C) 2017 Thiago Henrique Pereira Cordeiro
Click on any dial to randomly rotate it
Various styles and colors
Many possible sizes
Even GIANT size
GitHub Page w Source Code
Based on Jeff Pihach's tutorial
The entire system consists of only 2 files. It's easy to use and easy to learn from.


Eats
Veg
Non Veg
Chinese
Italian
Drinks
Must try
Pizza
Mocktails
Momos
Tandoori Chicken
Make your first order!
First Name
Last Name
Email
Phone No.
Sign in


Al Sharpton Says NFL’s Demands Were ‘Insulting’ To Colin Kaepernick, Fans, & American People (VIDEO)
by Darrelle LincolnColin Kaepernick “did the right thing” when he decided to suddenly chance workout venues from the Atlanta Falcons practice facility to a local high school, Rev. Al Sharpton said to TMZ.
Sharpton defended Kaepernick over a waiver the league wanted him to sign before participating at the workout, with Kaepernick’s camp believing the language on the injury portion waiver should’ve been narrowed.
“I think Kaepernick handled it right,” Sharpton told TMZ Sports. “To have to be told that you’re gonna have to sign some waivers and limit the media is absolutely insulting.”

He continued by stating he was happy that Kaepernick exposed the NFL’s so-called “hypocrisy.”
After his workout, the former 49ers QB had something to say.
“I’ve been ready for three years,” Kaepernick said. “I’ve been denied for three years. We all know why.  We have nothing to hide. We’re waiting for the 32 owners, the 32 teams, [NFL Commissioner] Roger Goodell, all of them to stop running, stop running from the truth, stop running from the people.”


Watch: Woman Sarpanch from Rajasthan climbs over JCB machine to stop encroachment
The land was allegedly encroached by a man named Vagha Ram who also started construction there to which Rekha Devi opposed.
by ANIJalore: In a viral video, a woman was seen attempting to climb over a JCB machine through its front loader end.
The woman identified as Rekha Devi, Sarpanch of Mandawala village was trying to stop an alleged encroachment.
"The land belongs to gram panchayat. A man, Vagha Ram, illegally encroached the land later the panchayat acted against it. After this, the debris was cleared. Now, he is again encroaching the land and now constructing a wall there. When we went there, he indulged in the scuffle. We have also given a report to police but they did not act," Rekha Devi told ANI.
The land was allegedly encroached by a man named Vagha Ram who also started construction there to which Rekha Devi opposed.
In August, Gram Panchayat Mandawala removed the illegal encroachment.
Deputy Superintendent of Police, Jaidev Singh said: "Sarpanch Rekha Chowdhury had filed a complaint against encroachment in Mandala and we also registered the case. JCB also hit her vehicle. Efforts are being carried out to nab Vagha Ram. The action will be taken".
Catch the latest news, live coverage and in-depth analyses from India and World. Follow us on Facebook and Twitter.


{{ range .Site.Params.profile.tags }}
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{{ if eq .inresume "true" }}
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I believe there is no such thing as failure, it's a result we get by our belief and actions. Let's continuously steer our path until we get a result we want, called as "Success".


A modern sports pool that helps out local charities.
{{instruction}}
Are you ready to predict the world cup?
Login or join with Paypal


Biostatistics & Medical Informatics, University of Wisconsin – Madison
2
~500 B6 x BTBR intercross mice, all knocked out for leptin
3
4
5
6
7
8
9
10
11
12
13
14
15
| Alan Attie Mark Keller |
Biochemistry, UW–Madison | |
| Brian Yandell | Statistics and Horticulture, UW–Madison | |
| Christina Kendziorski Aimee Teo Broman |
Biostatistics & Medical Informatics, UW–Madison | |
| Eric Schadt | Pacific Biosciences of California | |
| Danielle Greenawalt Amit Kulkarni |
Merck & Co., Inc. |
16
D3 and stack.js by Mike Bostock
CoffeeScript by Jeremy Ashkenas
Eloquent JavaScript by Marijn Haverbeke
17


We are equipped with experience faculty havinng work experience of more than 7+ years.
We are here to shine your portfolio like you worked hard in previous years.
Your stunning portfolio is just a few clicks away.
In my history of working with trade show vendors, I can honestly say that there is not one company that I've ever worked with that has better service than Aura.
Quality is always there. Top of the game in terms of that exhibit companies
I have had experiences with other exhibit companies. When I give Exhibit Systems a ten, I would give those others a two.
The Trends section is exactly what we need and a great tool for us to share new ideas & trends with our stakeholders.
It has been a great partnership and I would like to thank the entire Aura team for the support you guys have always extended. c
From the time we have started using Aura Branding Services, the visits to our site have increased exponentially.
Get to know what your career demands from you
.


You're almost finished signing up for ${site_title}. Please click the link below to confirm that this email address (${contact_email}) belongs to you.
${action_url}
This link will expire in ${email_validation_days} days.


# of Monsters:
0
Add a monster
Add 5000 monsters
Remove all monsters
Show first < 100 monsters
Image
Name
Rarelity
Life
Attck
Defence


Perth is situated in the south-west corner of Western Australia and is the second most isolated city on the planet after Honolulu, Hawaii. In fact, Perth is closer to Singapore than Sydney!
The isolation makes Perth seem like it is in a different country to the rest of Australia, providing a totally unique experience to anywhere else in the world - something Western Australians embrace with pride.
Perth is a modern and sophistocated city with heaps of nightlife and wonderful beaches. Most noticable is the relaxed and friendly atmosphere which greets visitors.
Things to do and see
1. Perth Mint
You can watch coins and medallions being minted and see a real gold pour.
The mint was established in 1899. It is now Australia's specialist gold, silver and platinum coin maker. A museum contains a variety of historical displays allied to coins, the gold industry, prospecting and precious metal. The displad precious metal. The displays change monthly.
Opening hours available from
WhatsOn.
Tourist Services
1. Japanese Western Australian Tours.
Terryaki Australia Tour.
2. General Tourism Information.
W.A. Tourism Web Site.
3. Caravanning and Camping in W.A.
Caravan Industry Australia - W.A..
4. Tourist Lounge & Email Services.
Perth Tourist Lounge.
5. Search for Tourist Services in Perth.
CitySearch Perth: Services.
6. Airline Operators in Perth & W.A.
Airlines, Airport Services.
| Monthly avg. Temp (C) | Monthly avg. Clear Days | Monthly avg. Rainfall (mm) |
|---|---|---|
| 24.3 | 11.4 | 66.2 |


This API takes some real estate input data like area and zipcode and give a prediction of the price of this real estate for the Belgian market
The API can be reached by using the following base URL:
https://arnaud-durieux-api-deployment.herokuapp.com/
The Api will return "Alive" if it is up and running
Gives information on the input data type expected
import requests
data = {
"data": [
{
"area": "20",
"property-type": "APARTMENT",
"rooms-number": "null",
"zip-code": "1000",
"building-state": "TO_RENOVATE",
"facade-count": "Nan"
},
{
"area": "20",
"property-type": "APARTMENT",
"zip-code": "1070",
"building-state": "TO RENOVATE"
}
]
}
response = requests.post(
'https://arnaud-durieux-api-deployment.herokuapp.com/predict'
, json=data)
print(response.json())
{
'error:': '',
'prediction': [
128844.16666666666,
89944.35
]
}


Basic Usage
Usage is described in example below. FileDrop component is used internally to handle dragLeave/dragEnter and encapsulate styling
Example includes:
-
Browse file using file system dialog with access to input properties like "multiple" and "accept".
-
Effect while hovering file with wrong data type (for simplicity, example code checks only first item in array) - this is implemented as an input in FileDrop component.
-
List of files with layout that is taken from UX specs
File Drop Component
Please see FileDrop component source code in this example (note that demo is not interactive since this is purely presentational component)
Any content


Select the categories you want to compare on the x and y axis above.
If you want more information on why each tool gets each ranking, hover your mouse over the points.
What do the ratings mean?
dataewan.github.io


Preparation time
30 mins to 1 hour
Cooking time
10 to 30 mins
Serves
Serves 4 as a starter
These croquettes are ideal to hand around at a party, served alongside your favourite dips and with a salad on the side.
Infuse the milk with the bay leaves, lemon rind and dill by bringing all the ingredients to a simmer in a pan, then removing from the heat and leaving to infuse for 20 minutes or longer. Strain the milk.
Heat the butter in a separate pan, tip in the flour and cook for a minute over a low heat. Gradually add the infused milk. Whisk until thick and then boil for a few minutes after all the milk has been used. Remove from the heat and cool for at least 10 minutes before stirring in the smoked salmon.
Pour the mixture into a flat tray to cool and firm up. Put the eggs into a shallow dish, and put the breadcrumbs on a plate.
Spoon out the mixture from the tray and form into small croquettes. Dip them first in the egg and then coat them in the crumbs. Leave to chill in the fridge for 20 minutes.
Preheat a deep-fat fryer to 180C. (CAUTION: hot oil can be dangerous. Do not leave unattended.)
Fry the croquettes in batches for 4-6 minutes each, removing them carefully from the hot oil using a slotted spoon. Serve hot.


1 year access to all our WordPress Themes & Plugins, plus all the future Themes we’ll release over the course of your club subscription for only $199/year. Of course updates and dedicated support are included.
If your business is about creating professional WordPress sites for clients,
this All-in-One package gives you the best way to go.
1 year access to all our WordPress Themes & Plugins, plus all the future Themes we’ll release over the course of your club subscription for only $199/year. Of course updates and dedicated support are included.
Developer members enjoy not only priority support but also limited customization support too. Your questions will be answered on priority and efforts will be made to provide limited customization wherever possible.
Developer members enjoy not only priority support but also limited customization support too. Your questions will be answered on priority and efforts will be made to provide limited customization wherever possible.


| host_index - index number of host |
| Returns an integer IP address for the specified host. host_index must be in the range 1...CountHostIPs(). |
|
; First call CountHostIPs (blank infers the local machine)
n = CountHostIPs("") ; n now contains the total number of known host machines. ; Obtain the internal id for the IP address ip = HostIP(1) ; Convert it to human readable IP address ipaddress$ = DottedIP$(ip) Print "Dotted IP Test" Print "==============" Print "" Print "Internal Host IP ID:" + ip Print "Dotted IP Address:" + ipaddress$ Print "" Print "Press any key to continue" WaitKey() End |


{% extends "base.html" %} {% block content %}
As children, we play games to learn what things are called, like Go Fish.
So, I thought, why not practice Russian with a game? У тебя есть is exactly that, a game for English speakers looking to practice their Russian.
Since 'У тебя есть' means 'Do you have' it made sense to make a game that takes the format of Go Fish. You ask for something and the other player replies truthfully.
{% endblock %}


--- layout: default footerlogos: yes title: "Speaker" lang: en ---
Christian Heise is political theorist / scientist and scientific assistant at Hybrid Publishing lab in the Centre for Digital Cultures at Leuphana UNiversity Lüneburg, where he does a PhD on Open Science. Previously, he was a manager at Deutsche Presse Agentur and worked at ZEIT ONLINE. Apart from his voluntary engagement in the board of OKF DE he is also founding and board member at Förderverein für Freie Netzwerke e.V. (freifunk.net). Christian likes to contribute by talking and writing on the topics Open Data, Open Government, Open Access, Open Science, and Open Networks.
Christian will welcome you at the Federal Ministry of Transport and Digital Infrastructure on 28.04.2017.
Program for the first day