/****************************************************************************
**
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** Contact: https://www.qt.io/licensing/
**
** This file is part of the QtConcurrent module of the Qt Toolkit.
**
** $QT_BEGIN_LICENSE:LGPL$
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** accordance with the commercial license agreement provided with the
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** and conditions see https://www.qt.io/terms-conditions. For further
** information use the contact form at https://www.qt.io/contact-us.
**
** GNU Lesser General Public License Usage
** Alternatively, this file may be used under the terms of the GNU Lesser
** General Public License version 3 as published by the Free Software
** Foundation and appearing in the file LICENSE.LGPL3 included in the
** packaging of this file. Please review the following information to
** ensure the GNU Lesser General Public License version 3 requirements
** will be met: https://www.gnu.org/licenses/lgpl-3.0.html.
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** GNU General Public License Usage
** Alternatively, this file may be used under the terms of the GNU
** General Public License version 2.0 or (at your option) the GNU General
** Public license version 3 or any later version approved by the KDE Free
** Qt Foundation. The licenses are as published by the Free Software
** Foundation and appearing in the file LICENSE.GPL2 and LICENSE.GPL3
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****************************************************************************/
#ifndef QTCONCURRENT_THREADENGINE_H
#define QTCONCURRENT_THREADENGINE_H
#include <QtConcurrent/qtconcurrent_global.h>
#if !defined(QT_NO_CONCURRENT) ||defined(Q_CLANG_QDOC)
#include <QtCore/qthreadpool.h>
#include <QtCore/qfuture.h>
#include <QtCore/qdebug.h>
#include <QtCore/qexception.h>
#include <QtCore/qwaitcondition.h>
#include <QtCore/qatomic.h>
#include <QtCore/qsemaphore.h>
QT_BEGIN_NAMESPACE
namespace QtConcurrent {
// The ThreadEngineBarrier counts worker threads, and allows one
// thread to wait for all others to finish. Tested for its use in
// QtConcurrent, requires more testing for use as a general class.
class ThreadEngineBarrier
{
private:
// The thread count is maintained as an integer in the count atomic
// variable. The count can be either positive or negative - a negative
// count signals that a thread is waiting on the barrier.
QAtomicInt count;
QSemaphore semaphore;
public:
ThreadEngineBarrier();
void acquire();
int release();
void wait();
int currentCount();
bool releaseUnlessLast();
};
enum ThreadFunctionResult { ThrottleThread, ThreadFinished };
// The ThreadEngine controls the threads used in the computation.
// Can be run in three modes: single threaded, multi-threaded blocking
// and multi-threaded asynchronous.
// The code for the single threaded mode is
class Q_CONCURRENT_EXPORT ThreadEngineBase: public QRunnable
{
public:
// Public API:
ThreadEngineBase();
virtual ~ThreadEngineBase();
void startSingleThreaded();
void startBlocking();
void startThread();
bool isCanceled();
void waitForResume();
bool isProgressReportingEnabled();
void setProgressValue(int progress);
void setProgressRange(int minimum, int maximum);
void acquireBarrierSemaphore();
protected: // The user overrides these:
virtual void start() {}
virtual void finish() {}
virtual ThreadFunctionResult threadFunction() { return ThreadFinished; }
virtual bool shouldStartThread() { return futureInterface ? !futureInterface->isPaused() : true; }
virtual bool shouldThrottleThread() { return futureInterface ? futureInterface->isPaused() : false; }
private:
bool startThreadInternal();
void startThreads();
void threadExit();
bool threadThrottleExit();
void run() override;
virtual void asynchronousFinish() = 0;
#ifndef QT_NO_EXCEPTIONS
void handleException(const QException &exception);
#endif
protected:
QFutureInterfaceBase *futureInterface;
QThreadPool *threadPool;
ThreadEngineBarrier barrier;
QtPrivate::ExceptionStore exceptionStore;
};
template <typename T>
class ThreadEngine : public virtual ThreadEngineBase
{
public:
typedef T ResultType;
virtual T *result() { return nullptr; }
QFutureInterface<T> *futureInterfaceTyped()
{
return static_cast<QFutureInterface<T> *>(futureInterface);
}
// Runs the user algorithm using a single thread.
T *startSingleThreaded()
{
ThreadEngineBase::startSingleThreaded();
return result();
}
// Runs the user algorithm using multiple threads.
// This function blocks until the algorithm is finished,
// and then returns the result.
T *startBlocking()
{
ThreadEngineBase::startBlocking();
return result();
}
// Runs the user algorithm using multiple threads.
// Does not block, returns a future.
QFuture<T> startAsynchronously()
{
futureInterface = new QFutureInterface<T>();
// reportStart() must be called before starting threads, otherwise the
// user algorithm might finish while reportStart() is running, which
// is very bad.
futureInterface->reportStarted();
QFuture<T> future = QFuture<T>(futureInterfaceTyped());
start();
acquireBarrierSemaphore();
threadPool->start(this);
return future;
}
void asynchronousFinish() override
{
finish();
futureInterfaceTyped()->reportFinished(result());
delete futureInterfaceTyped();
delete this;
}
void reportResult(const T *_result, int index = -1)
{
if (futureInterface)
futureInterfaceTyped()->reportResult(_result, index);
}
void reportResults(const QVector<T> &_result, int index = -1, int count = -1)
{
if (futureInterface)
futureInterfaceTyped()->reportResults(_result, index, count);
}
};
// The ThreadEngineStarter class ecapsulates the return type
// from the thread engine.
// Depending on how the it is used, it will run
// the engine in either blocking mode or asynchronous mode.
template <typename T>
class ThreadEngineStarterBase
{
public:
ThreadEngineStarterBase(ThreadEngine<T> *_threadEngine)
: threadEngine(_threadEngine) { }
inline ThreadEngineStarterBase(const ThreadEngineStarterBase &other)
: threadEngine(other.threadEngine) { }
QFuture<T> startAsynchronously()
{
return threadEngine->startAsynchronously();
}
operator QFuture<T>()
{
return startAsynchronously();
}
protected:
ThreadEngine<T> *threadEngine;
};
// We need to factor out the code that dereferences the T pointer,
// with a specialization where T is void. (code that dereferences a void *
// won't compile)
template <typename T>
class ThreadEngineStarter : public ThreadEngineStarterBase<T>
{
typedef ThreadEngineStarterBase<T> Base;
typedef ThreadEngine<T> TypedThreadEngine;
public:
ThreadEngineStarter(TypedThreadEngine *eng)
: Base(eng) { }
T startBlocking()
{
T t = *this->threadEngine->startBlocking();
delete this->threadEngine;
return t;
}
};
// Full template specialization where T is void.
template <>
class ThreadEngineStarter<void> : public ThreadEngineStarterBase<void>
{
public:
ThreadEngineStarter<void>(ThreadEngine<void> *_threadEngine)
:ThreadEngineStarterBase<void>(_threadEngine) {}
void startBlocking()
{
this->threadEngine->startBlocking();
delete this->threadEngine;
}
};
//! [qtconcurrentthreadengine-1]
template <typename ThreadEngine>
inline ThreadEngineStarter<typename ThreadEngine::ResultType> startThreadEngine(ThreadEngine *threadEngine)
{
return ThreadEngineStarter<typename ThreadEngine::ResultType>(threadEngine);
}
} // namespace QtConcurrent
QT_END_NAMESPACE
#endif // QT_NO_CONCURRENT
#endif
↑ V690 The 'ThreadEngineStarterBase' class implements a copy constructor, but lacks the copy assignment operator. It is dangerous to use such a class.


General Server Error
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- You or your browser did something to upset our server, or there is too much traffic coming from you.
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mixed dbplus_rsecindex ( resource $relation , mixed $domlist , int $type )
dbplus_rsecindex() will create a new secondary index for relation with consists of the domains specified by domlist and is of type type
Returns resource on success or DBPLUS_ERR_UNKNOWN on failure.


Terrorists obtain money from a number of sources. For example:
Click on the terms below to see more details
There is evidence that other countries have been involved in supporting terrorists, either by assisting in the planning of attacks or by providing resources, safe harbours and other support to terrorist networks.
Terrorists may operate legitimate businesses, generating profit to finance their activities. Or they may receive donations from other legitimate businesses.
Money is made available from other individuals, including other terrorists or sympathisers, as well as organisations such as charities and religious organisations.


- acceptFollowRequest(String) - Method in class com.example.vybe.RequestController
-
- activityRule - Variable in class com.example.vybe.CreateAccountActivityTest
-
- activityRule - Variable in class com.example.vybe.LoginActivityTest
-
- activityRule - Variable in class com.example.vybe.MapFragmentTest
-
- activityRule - Variable in class com.example.vybe.MyVibesActivityTest
-
- activityRule - Variable in class com.example.vybe.SocialActivityTest
-
- activityRule - Variable in class com.example.vybe.ViewProfileActivityTest
-
- add(User) - Method in class com.example.vybe.ProfileAdapter
-
- AddEditController - Class in com.example.vybe.AddEdit
-
This class sets initial Vibe Event information in the AddEditVibeEventActivity
and uploads and saves the new Vibe Event information to Firestore
This class also implements the singleton pattern to ensure there is only
ever one instance of the class throughout application use
- AddEditVibeEventActivity - Class in com.example.vybe.AddEdit
-
This Activity displays the screen for a user to add a vibe event, or
edit an existing vibe event by adding or modifying the different vibe attributes
- AddEditVibeEventActivity() - Constructor for class com.example.vybe.AddEdit.AddEditVibeEventActivity
-
- addFollowedVibeLocations() - Method in class com.example.vybe.MapViewActivity
-
Adds most recent vibe marker from each person you follow to the map
- addMarker(LatLng, int, String) - Method in class com.example.vybe.MapFragment
-
Adds a marker to the map
- addMyVibeLocations() - Method in class com.example.vybe.MapViewActivity
-
Adds personal vibe markers to the map
- addVibeEvent() - Method in class com.example.vybe.AddEdit.AddEditController
-
This method creates a new vibe event and initializes it
in Firestore by assigning an ID
- API_KEY - Static variable in class com.example.vybe.util.APIKey
-
- APIKey - Class in com.example.vybe.util
-
- APIKey() - Constructor for class com.example.vybe.util.APIKey
-
- at(int) - Static method in enum com.example.vybe.Models.SocSit
-
Get a SocSit using its index
- atPosition(int) - Method in class com.example.vybe.Helpers.RecyclerViewMatcher
-
- atPositionOnView(int, int) - Method in class com.example.vybe.Helpers.RecyclerViewMatcher
-
- AUTOCOMPLETE_REQUEST_CODE - Static variable in class com.example.vybe.util.Constants
-


There's no formulas. It's all about passion, honesty and hard work. It might look glamorous, but it takes a lot of hard work. The blessing with the arts is that you can do it forever.


On the way to death
On the way of learning
试着在里观看音视频
posted on 16 Oct 2015 under category movie
Try, very like it
Your user agent does not support the HTML5 Video element.


CENTRO MÉDICO PUERTA DE HIERRO
Appointment type
Soon appointment(5-14 days):
Regular appointment (2-6 weeks):
Routine appointment (1-6 months):
In which hospital would you like your appointment?.
Select
PH ANDARES
PH GDL SUR
PH TEPIC
PH VALLARTA
Continue
send


Credits and Open Source libraries
This site is built by Jason Browne with the help of a set of Open Source projects, credited below.
The site itself is Open Source and licensed under the Apache License 2.0.
This site is built by Jason Browne with the help of a set of Open Source projects, credited below.
The site itself is Open Source and licensed under the Apache License 2.0.


Prosopis cover distribution invasion species variables areas Afar invaded invasive management current model fractional study IAPS area environmental {border-style Region different plant drivers px;} #ffffff;} (). importance data used spatial explanatory reflectance trees using abundance land maps Ecol. Landsat alien important mean modelling threshold ./j.-...x approach future increasing landscape presence Ethiopia accuracy field high juliflora models relative (Fig. Biol. Elevation National Zone factors highest image information input map number overall range scenario spread Random South absence case climate explaining forest local plots px; strategies temperature tree variables, {font-family (Appendix Fractional Prosopis, Region, Remote Sens. Van away calculated control ecosystem font-size identify included key likely parts performance potential regression selected species, suitable uninvaded variable vegetation ./s--- Africa Awash District Environ. Ethiopia, Figure Invasions Moreover, Region. USGS datasets distance districts double; explain level levels low mapping minimum modeling native patches region sampling shown southern spectral strategy suggest use values villages, ≥%, Agency Amibara Calculated DistRiver DistRoad DistVillage Ecography Elith, NDVI OLI, Richardson Swiss [], annual assess biological border-color border-width continue early effect estimated fitted gradient grid.. habitats help i.e. impacts index invasions large linear livestock predicting prevent rainfall random rate resolution response results riparian roads role seeds significant solid; structures suggesting {font-style {font-weight (Cop.). (i) (ii) (the Commons Conserv. Creative Derived Development Fig. Mapping River Science Spatial achieved algorithm approximately areas, average band bold climatic collected considered courier; cover, derived developed developing difference dispersal disturbance dry effects em; establishment explained grazing impact independent invasion. isolated learning left main material measures moisture national need objectives original particularly patterns plantations predictors previous providing pt;} range. relatively remote road saltcedar satellite set soil source spatially support surface topography, validation various woody mm


This is my Robotics Website! I will present progress on projects, builds, and anything else related to robotics. Learn more about me here.
The current project that is being worked on is the pinewood derby car. The pinewood derby car is a vehicle with mostly wooden construction, along with some other materials in order to create the fastest vehicle possible. Learn more about the car here.


It’s November, and you know what that means! Library releases!!! We’re now publishing with sbt 1.0.x, and we now also publish sbt-scrooge-plugin for sbt 1.0.x. We are also continuing to publish sbt-scrooge-plugin for sbt 0.13.x.
Finagle 17.11.0, Finatra 17.11.0, Scrooge 17.11.0, TwitterServer 17.11.0, and Util 17.11.0.
New Features:
finagle-core: Add ResponseClassifier
s, RetryOnTimeout and RetryOnChannelClosed,
for exceptions that are commonly retried when building from ClientBuilder but had
no MethodBuilder equivalents. 3d292b49
finagle-netty4: Netty4Transporter
and Netty4Listener
are now accessible, which
allows external users to create their own protocols for use with Finagle on Netty 4.
3ce475db
Breaking API Changes:
finagle-core: Numerous overloads of c.t.f.Server.serve
have been marked final.
ea543806
finagle-thrift: Correctly send mux.Request#contexts
in all cases. There were some
cases in which mux.Request#contexts
were not always propagated. The contexts are
now always written across the transport. Note that there may be duplicated contexts
between “local” context values and “broadcast” context values. Local values will
precede broadcast values in sequence. 45832aad
Changed:
Fixed:
New Features:
c.t.util.security.PrivateKeyFile
for reading PKCS#8
PEM formatted PrivateKey
files. 23f4a6a0scrooge-generator: Deprecated some scala generated classes and use new ones
FutureIface
-> MethodPerEndpoint
,
MethodIface
-> MethodPerEndpoint.apply()
,
MethodIfaceBuilder
-> MethodPerEndpointBuilder
,
BaseServiceIface
-> ServicePerEndpoint
,
ServiceIface
-> ServicePerEndpoint
,
ServiceIfaceBuilder
-> ServicePerEndpointBuilder
.
To construct a client use c.t.f.ThriftRichClient.servicePerEndpoint
instead of
newServiceIface
, to convert ServicePerEndpoint
to MethodPerEndpoint
use
c.t.f.ThriftRichClient.methodPerEndpoint
instead of newMethodIface
. 26f86b2b
scrooge-generator: (BREAKING API CHANGE) Change the java generator to no longer
generate files with org.slf4j
imports and remove limited usage of org.slf4j
Logger in generated services. bf5364be
Breaking API Changes:
c.t.server.logging.Logging
trait
constructor instead of in premain
to apply format as early in the logging
stack as possible. However, this means that users overriding the
def defaultFormatter
will not be able to use any flags to configure their
formatting, note: the default LogFormatter
does not use flags.
ec674bc5


Consider the following definition of the gcd_list function that, when completed, will compute the greatest common divisor of a list of numbers:
1. var gcd_list = function (ns) { 2. var gcd_list_cps = function (ns,k) { 3. if ( ????? ) { 4. return "Cannot ask for the gcd of the empty list"; 5. } else if ( ????? ) { 6. return 1; 7. } else if ( ????? ) { 8. return k(fp.hd(ns)); 9. } else { 10. return gcd_list_cps( fp.tl(ns), 11. function (x) { 12. return k(gcd( ????? )); 13. }); 14. } 15. }; 16. return gcd_list_cps(ns,function (x) { return x; }); 17. };
Here is a sample session using this function:
> gcd_list( [ 5 ] ) 5 > gcd_list( [ 5, 1, 35, 40 ] ) 1 > gcd_list( [ 5, 15, 35, 40 ] ) 5 > gcd_list( [ ] ) 'Cannot ask for the gcd of the empty list'
The function above uses continuation-passing style in such a way that, if a 1 is ever encountered in the list, then the gcd function will never be called because we immediately know that the gcd of all of the numbers in the list must be 1 without the need for any computation. What should the question marks on line 5 be replaced with to ensure the function behaves this way?
Note that returning 1 (on line 6) requires no work. Of course, 1 must also be the correct return value for this case.


“It has been observed that in their treatment of the Western frontier Bret Harte made the prevalent contempt for the law picturesque and Mark Twain found it humorous, but Ambrose Bierce labeled it for what it was—murder, armed robbery, assault with intent to kill. His occasional essays into Western crime were as bluntly stated as a police blotter: no chivalrous gamblers, just cardsharks; no courtly gunfighters, just homicidal psychopaths; no golden-hearted dancehall girls, just pathetic whores; no gallant soldiers nor stouthearted pioneers, just men on the government payroll bored by routine and farmers looking for a better piece of land. The Western legend was, to use his favourite word, bosh.”
Richard O'Connor, Ambrose Bierce : A Biography (1967)


standard libraries
standard libraries
standard libraries
irt libraries
All Projects
DIA/SWATH
DIA/SWATH type experiments
PRM
PRM type experiments
analysis results after extracting
running tasks


Find {{ puzzle.name }} for {{ team.name }}
{% if success %}
Found puzzle for team.
{% else %}
This team has not found this puzzle. Click the following button to find the puzzle for the team.
{% csrf_token %}
{% endif %}
Return to team overview


{% extends 'base.html' %} {% block content %} Exchange4Students Stevens Institute of Technology's Premier Exchange Marketplace INTERNAL SERVER ERROR Uh oh, something has gone wrong! Please try again. {% endblock %}
Stevens Institute of Technology's Premier Exchange Marketplace


PAM_WHEEL
Section: Linux\-PAM Manual (8)Updated: 03/02/2009
Index Return to Main Contents
pam_wheel - Only permit root access to members of group wheel
Synopsis
- pam_wheel.so [debug] [deny] [group=name] [root_only] [trust] [use_uid]
DESCRIPTION
OPTIONS
debug
- Print debug information.
deny
- Reverse the sense of the auth operation: if the user is trying to get UID 0 access and is a member of the wheel group (or the group of the group option), deny access. Conversely, if the user is not in the group, return PAM_IGNORE (unless trust was also specified, in which case we return PAM_SUCCESS).
group=name
- Instead of checking the wheel or GID 0 groups, use the name group to perform the authentication.
root_only
- The check for wheel membership is done only.
trust
- The pam_wheel module will return PAM_SUCCESS instead of PAM_IGNORE if the user is a member of the wheel group (thus with a little play stacking the modules the wheel members may be able to su to root without being prompted for a passwd).
use_uid
- The check for wheel membership will be done against the current uid instead of the original one (useful when jumping with su from one account to another for example).
MODULE TYPES PROVIDED
The auth and account module types are provided.
RETURN VALUES
PAM_AUTH_ERR
- Authentication failure.
PAM_BUF_ERR
- Memory buffer error.
PAM_IGNORE
- The return value should be ignored by PAM dispatch.
PAM_PERM_DENY
- Permission denied.
PAM_SERVICE_ERR
- Cannot determine the user name.
PAM_SUCCESS
- Success.
PAM_USER_UNKNOWN
- User not known.
EXAMPLES
The root account gains access by default (rootok), only wheel members can become root (wheel) but Unix authenticate non-root applicants.
-
su auth sufficient pam_rootok.so su auth required pam_wheel.so su auth required pam_unix.so
SEE ALSO
AUTHOR
pam_wheel was written by Cristian Gafton<EMAIL_ADDRESS>Index
This document was created by man2html, using the manual pages.
Time: 05:34:28 GMT, December 24, 2015


Web application designed and developed within the Social & Mobile Computing course. Explores technologies relationship to the social context it operate within and its tangible impact on the surrounding environment.
Created within a multidisciplinary team, considering the concepts that underpin interaction design and computer-supported cooperative work. Personally responsible for developing the incremental prototypes, including the delivered high-fidelity example, as well as conducting user test sessions.
Worked within a strict timeframe, making my personal willingness to work efficiently within a small design team crucial to the overall success of the project. Primary and secondary research was conducted to understand the target user, with the overall goal of the project to increase the sense of community on campus.
Deliverable prototype had the constraint of only using client-side technology, limiting the breath of the system and removed some interactive, required elements. This would have made it difficult to successfully pitch the final prototype, as fundamental sections would have been absent.
I remediated this constraint by storing data in the browser session, effectively mimicking the function of a full three-tier website. This highlights my ability to creatively solve a problem when options are limited.


Font1, Now, this is very much a he-snapped/he-snapped situation; it's easy to see Daly's side of things here.  "I was looking to take a drop and a camera was 6 inches away from my face," Daly said in a statement after the round.
Font2, We don't go out of our way to find stories that make John Daly look bad. Really, I swear. They just kind of drop in our laps, like this newest one: in Australia on Thursday, Daly didn't exactly take kindly to being photographed. Daly, finishing out an ugly 6-over 78 at the Australian Open that likely took him out of cut contention, grabbed the guy's camera and smashed it into a tree.


Duration
10 minutes
Goals
The primary goal of this lab is to use XML to define a checkable sub-menu inside a Toolbar's Actions menu. The image below shows the current state of the Recipes app after the completion of Exercise 2. In this exercise, your goal is to work on the highlighted area.
You will add a new entry to the existing XML menu file to define a sub-menu for the "number of servings" action. This action will then appear inside the toolbar so you will be able to remove the buttons used in the current implementation. When you are done, the app should look like the images below. The image on the left shows the "number of servings" action in the toolbar (the "people" icon). The image on the right shows the UI after clicking on the "people" icon to open the submenu. The sub-menu's three entries are radio buttons since they are mutually exclusive (i.e. you would not simultaneously select both 1 serving and 4 servings for a recipe).
Required assets
This is a continuation of the previous exercise. You can use your existing solution or open the solution in the Exercise 2/Completed folder. The Exercise 3 folder contains a subfolder named Completed with a solution you can use to check your work. Please make sure you have these folders before you begin.
Challenge
- Add a single-checkable sub-menu to actions.xml. The sub-menu needs three items: 1 serving, 2 servings, and 4 servings. Give each sub-menu item an id so they can be identified from code.
-
Modify your handler for the toolbar's
MenuItemClick
event so it sets the number of servings appropriately when each of the sub-menu items are clicked. You must also set the checked state of the selected menu item totrue
. - Remove the previous implementation (the XML for the buttons and the corresponding code).
Steps
Define the sub-menu
- Open actions.xml.
-
Add the following XML to the actions.xml file after the existing "Add to Favorites"
action. Notice how the top-level
item
has a nestedmenu
- this is what creates a sub-menu that pops up when the user selects the top-level item. Also, note that it uses a single-checkable group - it's the "single" option that creates radio buttons in the sub-menu. Finally, notice that the serving items are given ids so they can be identified from code.<item android:title="Servings" android:icon="@drawable/ic_people_white_24dp" app:showAsAction="always"> <menu> <group android:checkableBehavior="single"> <item android:id ="@+id/oneServing" android:title ="1 serving" android:checked="true" /> <item android:id ="@+id/twoServings" android:title ="2 servings" /> <item android:id ="@+id/fourServings" android:title ="4 servings" /> </group> </menu> </item>
Handle sub-menu click
- Open DetailsActivity.cs.
-
Locate your existing handler for the toolbar's
MenuItemClick
event. You will be adding code to this method. -
Add three new cases to the existing
switch
statement:oneServing
,twoServings
, andfourServings
. Inside each case, call theSetServings
method passing the appropriate number of servings (1, 2, or 4). In addition, you must programmatically set single-checkable items to the checked state using theSetChecked
method of the menu item (note that the other items in the group will be unset automatically). The code for the new part of the click handler is given below.
Remove unneeded code
- Open Details.axml.
-
Remove the nested
LinearLayout
that defines the "serving" buttons. - Open DetailsActivity.cs.
-
Remove the click handlers for the three "serving" buttons.
FindViewById<Button>(Resource.Id.oneServingButton).Click += (sender, e) => SetServings(1); FindViewById<Button>(Resource.Id.twoServingsButton).Click += (sender, e) => SetServings(2); FindViewByIdvButton>(Resource.Id.fourServingsButton).Click += (sender, e) => SetServings(4);
Summary
This exercise showed you how to implement a sub-menu of radio buttons. To create a sub-menu, you added
a menu
inside an existing item
. To make the sub-menu use radio buttons, you
used a group
with checkableBehavior
set to single
.


30
1 Now those who are younger than I have nothing but mockery for me—
these young men whose fathers I would have refused to allow to work beside the dogs of my flock.
2 Indeed, the strength of their fathers' hands, how could it have helped me—
men in whom the strength of their mature age had perished?
3 They were thin from poverty and hunger;
they gnawed at the dry ground in the darkness of wilderness and desolation.
4 They plucked saltwort and bushes' leaves;
the roots of the broom tree were their food.
5 They were driven out from among people
who shouted after them as one would shout after a thief.
6 So they had to live in river valleys,
in holes of the earth and of the rocks.
7 Among the bushes they brayed like donkeys;
under the bushes they gathered together.
8 They were descendants of fools, indeed, of worthless men;
they were driven out of the land by whips.
9 But now, for their sons I have become their subject for a song of mockery;
indeed, I am now a joke to them.
10 They abhor me and stand far off from me;
they do not refrain from spitting in my face.
11 For God has unstrung the string to my bow and has afflicted me,
and so these people lose all self-control in front of me.
12 Upon my right hand rise the rabble;
they drive me away and
pile up against me their siege mounds.
13 They destroy my path;
they push forward disaster for me,
men who have no one to hold them back.
14 They come against me like an army through a wide hole in a city wall;
in the midst of the destruction they roll themselves in on me.
15 Terrors are turned upon me;
my honor is driven away as if by the wind;
my prosperity passes away as a cloud.
16 Now my life is pouring out from within me;
many days of suffering have laid hold on me.
17 In the night my bones in me are pierced;
the pains that gnaw at me take no rest.
18 God's great force has seized my clothing;
it wraps around me like the collar of my tunic.
19 He has thrown me into the mud;
I have become like dust and ashes.
20 I cry to you, God, but you do not answer me;
I stand up, and you merely look at me.
21 You have changed and become cruel to me;
with the power of your hand you persecute me.
22 You lift me up to the wind and cause it to drive me along;
you melt me in the storm.
23 For I know that you will bring me to death,
to the house destined for all living things.
24 However, does no one reach out with his hand to beg for help when he falls?
Does no one in trouble call out for help?
25 Did not I weep for him who was in trouble?
Did I not grieve for the needy man?
26 When I looked for good, then evil came;
when I waited for light, darkness came instead.
27 My heart is troubled and does not rest;
days of affliction have come on me.
28 I go about with darkened skin but not because of the sun;
I stand up in the assembly and cry for help.
29 I am a brother to jackals,
a companion of ostriches.
30 My skin is black and falls away from me;
my bones are burned with heat.
31 Therefore my harp is tuned for songs of mourning,
my flute for the singing of those who wail.


You can generate the most power with barbell lifts, so the standard barbell bench allows you to move the most weight. It's also an easier lift to control than pressing with heavy dumbbells.
Go for a less-steep incline to hit the upper pecs without as much stress on the delts. If you're really looking to build that shelf of an upper chest, EMG results have suggested that bringing your grip in a bit closer may hammer upper-chest fibers significantly more.
 Chest dips are a great spotter-free alternative to the decline press.
This exercise is a great movement teacher, and you can go for a great pump without having to balance any weights. EMG data shows that activation of the pectoralis major and anterior delt are statistically similar between the pec deck and bench press, which means that even though you'll probably be working in different rep ranges for each exercise, you'll get great chest activation from this machine.
If you are new at this exercise and do not have the strength to perform it, you can either bend your legs at the knees to take off resistance or perform the exercise against the wall instead of the floor. For the most advanced lifters, you can place your feet at a high surface such as a bench in order to increase the resistance and to target the upper chest more.
This is technically more than a back exercise—it hits the entire posterior chain from your calves to your upper traps—but it's the absolute best for overall backside development. Technique is uber-important with the deadlift, but once you nail it, you can progress to lifting monster weights that will recruit maximum muscle, release muscle-building hormones, and help you get big.
It's always a good idea to have an overhead pulling movement in your back routine, and the pull-up is one of the best. Wide-grip pull-ups are excellent for putting emphasis on the upper lats. A closer grip may allow for a longer range of motion, but it may be possible to load the wide-grip pull-up to a greater degree because of an optimized starting joint position. The biggest challenge here for most trainers is training to failure in the right rep range for growth, which is 8-12.
These aren't squats, so keep your legs locked in a bent angle throughout. You also typically have a choice of hand positions and width. A wider grip will put more emphasis on the lats, while a neutral grip will better target the middle back (rhomboids, teres, and traps). This exercise is probably one of the easier rows to spot.
The exercise primarily targets the trapezius muscle of the back. The barbell shrug is an isolation movement, meaning it utilizes just one joint. Shrugs should be part of a back workout that also includes compound movements such as lat pulldowns, pullups and rows.
This is a great single-joint movement for the middle delts, but they're tougher to master than they seem. Beginners often have trouble learning how to lead with their elbows. They also tend to rest at the bottom of the motion, when in fact it's better to stop the downward arc when their arms are about 30 degrees out to their sides.
 Press the weights overhead while simultaneously rotating your wrists, so that, in the top position, your palms face forward. Rotate your wrists in the opposite direction when lowering the weights.
Skip the machines. A recent study showed that the EMG activity for the posterior deltoid and infraspinaturs was greatest when performing a reverse fly with a neutral hand position (palms facing each other) compared to a pronated grip (palms down). While you might be tempted to hop onto the seated reverse fly machine, you're better off using free weights and a bench to perform the prone reverse dumbbell fly. Not only do free weights allow you to get in the optimal hand position, the movement also better isolates the rear delts and recruits more stabilizers than the machines.
The biceps brachii actually consists of two portions or "heads," with differing attachment points. The "long" head actually attaches above the shoulder joint, which means that the position of the upper arm relative to the body can determine how much each head of the biceps helps during a curl.  The more horizontal the bench, the more the long head will be stretched.
Many find the EZ bar significantly more comfortable than a straight bar. It shifts a little bit of the load from the biceps brachii to your other elbow flexors, so an argument could be made that the EZ bar curl is the best all-around biceps builder.
The "hammer" or neutral wrist position will typically be our strongest curl. This is because all of our elbow flexors are actively involved; the brachialis is worked the hardest. I would recommend doing this movement like a concentration curl or on a preacher bench. This should minimize cheating and maximize recruitment.
While this move—also known as a French press or lying triceps extension—doesn't necessarily isolate the lateral or long-triceps head more than the other exercises, the arm position perpendicular to your body combines the activity of the two heads to catapult this movement to the top of the list.
Cable push-downs actually activated the lateral head of the triceps greater than skullcrushers, kick-backs, or any other major triceps exercise.2 If you're not doing this movement already, it's a fairly good single-joint lateral-head movement as long as you don't let your elbows drift from your sides.
Once your arms go overhead, the long head becomes the target, so it's always a good idea to include some kind of arms-overhead exercise in your triceps routine. This is but one of many good options, and it's probably the easiest to get into the start position, especially when seated. If you've got a partner, it's even easier if he hands you the weight. (You can also do a few assisted reps.) Once again, minimize elbow flare on this movement.
Dumbbell or barbell, up to you. Grasp the bar overhand at whatever width is comfortable. Keeping your upper arms against your sides, curl the bar.
Hold a dumbbell in each hand and sit on a bench, box, or chair. Rest your forearms on your thighs and allow your wrists to bend back over your knees so the weights hang down. Curl the dumbbells up by just flexing your wrists.
Loaded Russian twists, performed for 10 reps per side. Hold a weight with both arms for resistance. Twist your torso to the right side until your arms are parallel with the floor. Move back to the starting position and then move to the opposite side.
The hanging leg raise is another great ab exercise. Hanging from a chin-up bar, raise your legs until your legs and torso from a 90-degree angle. I usually do this exercise with a little twist, rotating my legs side to side. More work, greater reward.
The plank helps develop overall core strength and stability. Hold yourself up using both elbows in the prone position and hold the position for as long as you possibly can. Also, incorporate the side plank into your ab routine, which is basically the same as the normal plank, only you lean on one elbow at the time and switch sides to hit both your left and right obliques.
With this movement, you’re targeting all three key areas at the same time. It combines a regular crunch, the side-to-side motion that targets the obliques, and the reverse crunch that hits the lower abs.
It’s a simple exercise, and you’re safe and supported on the ground. With the legs coming off the floor, you’re getting your lower abs.
Squats are the king of lower-body exercises. Why? Well, they work pretty much every muscle in your legs while strengthening your core, hips, and lower back. Just make sure you get the most out of the movement. With a back squat, stopping at parallel or just barely below puts most of the emphasis on your quads, leaving your glutes less engaged.
The Hip Thrust is a glute exercise designed to improve your strength, speed and power by teaching optimal hip extension. It's all about the power in your glutes, which are among the most powerful muscles in your body.
 Always engage your core. Step forward with one leg, lowering your hips until both knees are bent at about a 90-degree angle.
This one is deceptively difficult, partly because of balance and partly because you're training one side at a time. The Bulgarian split squat is essentially a split squat, but your rear leg is elevated, which forces the front leg to pick up more of the workload. Try it on a Smith machine if you find it difficult to balance the weight.
the leg press allows for a variety of foot positions, effectively enabling you to target weaknesses such as the teardrops or outer thighs.  A rounded back puts you at risk for an injury.
Squat doesn't only build glutes, squat is the king because they're simply the most challenging leg movement you can do, especially when loaded appropriately. They work all the lower-body musculature (we're counting glutes), and have been shown to spike muscle-building hormone release.
The standing calf raise is a staple of basically all calf workouts because it’s simple and effective. Could be done with barbell, machines, dumbbell or even body weights.


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Based on the video, I think DBC seems like a crazy experience. We are going into this experiment that we know will be extremely hard and that will kick our ass day in and day out. It will push us faster and further than we have probably ever been pushed, but we will have a supportive community around us, helping us along the way. And I think that going beyond our limits is the only way we grow. We will get our of DBC what we put in. We will have a supportive community and all the information in front of us, but nobody can force you to learn. We need to ask questions and not be afraid to say I don't know. We will only be able to take that next step if we are honest with ourselves. I really enjoy working with others and problem solving. I think this type of learning environment was made for me and I am very excited to be immersed in it. My expectations of DBC really have not changed after watching this video. I did a lot of research on DBC before I even applied. With all of that being said I would be lying if I said I wasn't nervous. I am extremely nervous to quit a steady, good paying job to take a class with no guarantees at the end. This is a big risk for me and sometimes I feel a little overwhelmed, but I just need to take it one step at a time and I will be successful.


Guidance
A leaflet for parents and carers of children whose school is due for inspection.
MS Word Document , 206KB
PDF , 459KB , 8 pages
Review your child’s school on Parent View .
The leaflet gives information on why, how long and when Ofsted inspect, and also how parents and carers can share their views.
The document applies to:
Published: 5 August 2014
Updated: 28 September 2016
From: Ofsted


VNCNT.tk
About
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Bluetooth talk by Niels Leenheer
Interesting subjects
Bluetooth and the web
A lot of hassle
There are possibilities


Payer
public typealias Payer = PaymentPayer
-
The payer information for an order’s payer.
See moreDeclaration
Swift
public struct Info: Content, ValidationSetable, Equatable
Docs (98% documented)
public typealias Payer = PaymentPayer
The payer information for an order’s payer.
See moreSwift
public struct Info: Content, ValidationSetable, Equatable


HTTPServer
public class HTTPServer
Stand-alone HTTP server. Provides the same WebConnection based interface as the FastCGI server.
-
The directory in which web documents are sought.
Declaration
Swift
public let documentRoot: String
-
The port on which the server is listening.
Declaration
Swift
public var serverPort: UInt16 = 0
-
The local address on which the server is listening. The default of <IP_ADDRESS> indicates any local address.
Declaration
Swift
public var serverAddress = "<IP_ADDRESS>"
-
Switch to user after binding port
Declaration
Swift
public var runAsUser: String?
-
The canonical server name. This is important if utilizing the
WebRequest.serverName
SERVER_NAME
variable.Declaration
Swift
public var serverName = ""
-
Initialize the server with a document root. - parameter documentRoot: The document root for the server.
Declaration
Swift
public init(documentRoot: String)
Parameters
documentRoot
The document root for the server.
-
Set the request filters. Each is provided along with its priority. The filters can be provided in any order. High priority filters will be sorted able lower priorities. Filters of equal priority will maintain the order given here.
Declaration
Swift
public func setRequestFilters(_ request: [(HTTPRequestFilter, HTTPFilterPriority)]) -> HTTPServer
-
Set the response filters. Each is provided along with its priority. The filters can be provided in any order. High priority filters will be sorted able lower priorities. Filters of equal priority will maintain the order given here.
Declaration
Swift
public func setResponseFilters(_ response: [(HTTPResponseFilter, HTTPFilterPriority)]) -> HTTPServer
-
Start the server on the indicated TCP port and optional address. - parameter port: The port on which to bind. - parameter bindAddress: The local address on which to bind.
Declaration
Swift
public func start(port: UInt16, bindAddress: String = "<IP_ADDRESS>") throws
Parameters
port
The port on which to bind.
bindAddress
The local address on which to bind.
-
Start the server on the indicated TCP port and optional address. - parameter port: The port on which to bind. - parameter sslCert: The server SSL certificate file. - parameter sslKey: The server SSL key file. - parameter bindAddress: The local address on which to bind.
Declaration
Swift
public func start(port: UInt16, sslCert: String, sslKey: String, dhParams: String? = nil, bindAddress: String = "<IP_ADDRESS>") throws
Parameters
port
The port on which to bind.
sslCert
The server SSL certificate file.
sslKey
The server SSL key file.
bindAddress
The local address on which to bind.
-
Stop the server by closing the accepting TCP socket. Calling this will cause the server to break out of the otherwise blocking
start
function.Declaration
Swift
public func stop()


uBit.compass¶
Overview¶
Onboard the micro:bit is an electronic magnetometer. Like the accelerometer, the
magnetometer is linked to the i2c bus, which is used to access data
on the magnetometer.
The magnetometer provides information about the magnetic field where a micro:bit is situated, crucially providing an indication of where magnetic North is located.
Raw magnetic field information alone is not enough to provide accurate compass headings. Therefore, the accelerometer is used in conjunction with the magnetometer to reduce the inaccuracy of the magnetometer reading.
The magnetometer is inaccurate because it considers all 3 planes: x, y and z. The heading North only exists in the horizontal planes (x and y), therefore we only need values in these planes. The accelerometer is used to filter out the vertical plane (z) to make our headings far more accurate. You can see this in action when calibrating the compass.
After calibration has been performed, the end product is an e-compass!
The micro:bit uses the NXP MAG3110.
Real time updates¶
When using the standard uBit presentation, the compass is continuously updated in the background using an idle thread (after it is first used), which is executed whenever the micro:bit has no other tasks to perform.
If there is no scheduler running, the values are synchronously read on get[X,Y,Z]()
and heading()
calls. Additionally, if you would like to drive compass updates manually updateSample()
can be used.
Message Bus ID¶
| Constant | Value |
|---|---|
| MICROBIT_ID_COMPASS | 5 |
Message Bus Events¶
| Constant | Value |
|---|---|
| MICROBIT_COMPASS_EVT_CAL_REQUIRED | 1 (DEPRECATED) |
| MICROBIT_COMPASS_EVT_CAL_START | 2 (DEPRECATED) |
| MICROBIT_COMPASS_EVT_CAL_END | 3 (DEPRECATED) |
| MICROBIT_COMPASS_EVT_DATA_UPDATE | 4 |
| MICROBIT_COMPASS_EVT_CONFIG_NEEDED | 5 |
| MICROBIT_COMPASS_EVT_CALIBRATE | 6 |
API¶
Constructor¶
MicroBitCompass( MicroBitI2C & _i2c, MicroBitAccelerometer & _accelerometer, MicroBitStorage & _storage)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.MicroBitAccelerometer &_accelerometer - an instance of the accelerometer, used for tilt compensation.MicroBitStorage &_storage - an instance of MicroBitStorage , used to persist calibration data across resets.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitAccelerometer accelerometer(i2c);
MicroBitStorage storage;
MicroBitCompass compass(i2c, accelerometer, storage);
MicroBitCompass( MicroBitI2C & _i2c, MicroBitAccelerometer & _accelerometer, MicroBitStorage & _storage, uint16_t address)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.MicroBitAccelerometer &_accelerometer - an instance of the accelerometer, used for tilt compensation.MicroBitStorage &_storage - an instance of MicroBitStorage , used to persist calibration data across resets.uint16_taddress - the default address for the compass register on the i2c bus. Defaults to MAG3110_DEFAULT_ADDR.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitAccelerometer accelerometer(i2c);
MicroBitStorage storage;
MicroBitCompass compass(i2c, accelerometer, storage);
MicroBitCompass( MicroBitI2C & _i2c, MicroBitAccelerometer & _accelerometer, MicroBitStorage & _storage, uint16_t address, uint16_t id)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.MicroBitAccelerometer &_accelerometer - an instance of the accelerometer, used for tilt compensation.MicroBitStorage &_storage - an instance of MicroBitStorage , used to persist calibration data across resets.uint16_taddress - the default address for the compass register on the i2c bus. Defaults to MAG3110_DEFAULT_ADDR.uint16_tid - the ID of the new MicroBitCompass object. Defaults to MAG3110_DEFAULT_ADDR.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitAccelerometer accelerometer(i2c);
MicroBitStorage storage;
MicroBitCompass compass(i2c, accelerometer, storage);
MicroBitCompass( MicroBitI2C & _i2c, MicroBitAccelerometer & _accelerometer)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.MicroBitAccelerometer &_accelerometer - an instance of the accelerometer, used for tilt compensation.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitAccelerometer accelerometer(i2c);
MicroBitCompass compass(i2c, accelerometer, storage);
MicroBitCompass( MicroBitI2C & _i2c, MicroBitAccelerometer & _accelerometer, uint16_t address)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.MicroBitAccelerometer &_accelerometer - an instance of the accelerometer, used for tilt compensation.uint16_taddress - the default address for the compass register on the i2c bus. Defaults to MAG3110_DEFAULT_ADDR.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitAccelerometer accelerometer(i2c);
MicroBitCompass compass(i2c, accelerometer, storage);
MicroBitCompass( MicroBitI2C & _i2c, MicroBitAccelerometer & _accelerometer, uint16_t address, uint16_t id)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.MicroBitAccelerometer &_accelerometer - an instance of the accelerometer, used for tilt compensation.uint16_taddress - the default address for the compass register on the i2c bus. Defaults to MAG3110_DEFAULT_ADDR.uint16_tid - the ID of the new MicroBitCompass object. Defaults to MAG3110_DEFAULT_ADDR.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitAccelerometer accelerometer(i2c);
MicroBitCompass compass(i2c, accelerometer, storage);
MicroBitCompass( MicroBitI2C & _i2c, MicroBitStorage & _storage)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.MicroBitStorage &_storage - an instance of MicroBitStorage , used to persist calibration data across resets.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitStorage storage;
MicroBitCompass compass(i2c, storage);
MicroBitCompass( MicroBitI2C & _i2c, MicroBitStorage & _storage, uint16_t address)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.MicroBitStorage &_storage - an instance of MicroBitStorage , used to persist calibration data across resets.uint16_taddress - the default address for the compass register on the i2c bus. Defaults to MAG3110_DEFAULT_ADDR.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitStorage storage;
MicroBitCompass compass(i2c, storage);
MicroBitCompass( MicroBitI2C & _i2c, MicroBitStorage & _storage, uint16_t address, uint16_t id)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.MicroBitStorage &_storage - an instance of MicroBitStorage , used to persist calibration data across resets.uint16_taddress - the default address for the compass register on the i2c bus. Defaults to MAG3110_DEFAULT_ADDR.uint16_tid - the ID of the new MicroBitCompass object. Defaults to MAG3110_DEFAULT_ADDR.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitStorage storage;
MicroBitCompass compass(i2c, storage);
MicroBitCompass( MicroBitI2C & _i2c)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitCompass compass(i2c);
MicroBitCompass( MicroBitI2C & _i2c, uint16_t address)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.uint16_taddress - the default address for the compass register on the i2c bus. Defaults to MAG3110_DEFAULT_ADDR.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitCompass compass(i2c);
MicroBitCompass( MicroBitI2C & _i2c, uint16_t address, uint16_t id)¶
Description¶
Constructor. Create a software representation of an e-compass.
Parameters¶
MicroBitI2C &_i2c - an instance of i2c, which the compass is accessible from.uint16_taddress - the default address for the compass register on the i2c bus. Defaults to MAG3110_DEFAULT_ADDR.uint16_tid - the ID of the new MicroBitCompass object. Defaults to MAG3110_DEFAULT_ADDR.
Example¶
MicroBitI2C i2c(I2C_SDA0, I2C_SCL0);
MicroBitCompass compass(i2c);
configure¶
int configure()¶
Description¶
Configures the compass for the sample rate defined in this object. The nearest values are chosen to those defined that are supported by the hardware. The instance variables are then updated to reflect reality.
Returns¶
MICROBIT_OK or MICROBIT_I2C_ERROR if the magnetometer could not be configured.
setPeriod¶
int setPeriod( int period)¶
Description¶
Attempts to set the sample rate of the compass to the specified value (in ms).
Parameters¶
intperiod - the requested time between samples, in milliseconds.
Returns¶
MICROBIT_OK or MICROBIT_I2C_ERROR if the magnetometer could not be updated.
Example¶
// sample rate is now 20 ms.
compass.setPeriod(20);
Note
The requested rate may not be possible on the hardware. In this case, the nearest lower rate is chosen.
getPeriod¶
int getPeriod()¶
Description¶
Reads the currently configured sample rate of the compass.
Returns¶
The time between samples, in milliseconds.
heading¶
int heading()¶
Description¶
Gets the current heading of the device, relative to magnetic north.
If the compass is not calibrated, it will raise the MICROBIT_COMPASS_EVT_CALIBRATE event.
Users wishing to implement their own calibration algorithms should listen for this event, using MESSAGE_BUS_LISTENER_IMMEDIATE model. This ensures that calibration is complete before the user program continues.
Returns¶
the current heading, in degrees. Or MICROBIT_CALIBRATION_IN_PROGRESS if the compass is calibrating.
Example¶
compass.heading();
whoAmI¶
int whoAmI()¶
Description¶
Attempts to read the 8 bit ID from the magnetometer, this can be used for validation purposes.
Returns¶
the 8 bit ID returned by the magnetometer, or MICROBIT_I2C_ERROR if the request fails.
Example¶
compass.whoAmI();
getX¶
int getX()¶
Description¶
Reads the value of the X axis from the latest update retrieved from the magnetometer.
Returns¶
The magnetic force measured in the X axis, in nano teslas.
Example¶
compass.getX();
int getX( MicroBitCoordinateSystem system)¶
Description¶
Reads the value of the X axis from the latest update retrieved from the magnetometer.
Parameters¶
MicroBitCoordinateSystemsystem - The coordinate system to use. By default, a simple cartesian system is provided.
Returns¶
The magnetic force measured in the X axis, in nano teslas.
Example¶
compass.getX();
getY¶
int getY()¶
Description¶
Reads the value of the Y axis from the latest update retrieved from the magnetometer.
Returns¶
The magnetic force measured in the Y axis, in nano teslas.
Example¶
compass.getY();
int getY( MicroBitCoordinateSystem system)¶
Description¶
Reads the value of the Y axis from the latest update retrieved from the magnetometer.
Parameters¶
MicroBitCoordinateSystemsystem - The coordinate system to use. By default, a simple cartesian system is provided.
Returns¶
The magnetic force measured in the Y axis, in nano teslas.
Example¶
compass.getY();
getZ¶
int getZ()¶
Description¶
Reads the value of the Z axis from the latest update retrieved from the magnetometer.
Returns¶
The magnetic force measured in the Z axis, in nano teslas.
Example¶
compass.getZ();
int getZ( MicroBitCoordinateSystem system)¶
Description¶
Reads the value of the Z axis from the latest update retrieved from the magnetometer.
Parameters¶
MicroBitCoordinateSystemsystem - The coordinate system to use. By default, a simple cartesian system is provided.
Returns¶
The magnetic force measured in the Z axis, in nano teslas.
Example¶
compass.getZ();
getFieldStrength¶
int getFieldStrength()¶
Description¶
Determines the overall magnetic field strength based on the latest update from the magnetometer.
Returns¶
The magnetic force measured across all axis, in nano teslas.
Example¶
compass.getFieldStrength();
readTemperature¶
int readTemperature()¶
Description¶
Reads the current die temperature of the compass.
Returns¶
the temperature in degrees celsius, or MICROBIT_I2C_ERROR if the temperature reading could not be retreived from the accelerometer.
calibrate¶
int calibrate()¶
Description¶
Perform a calibration of the compass.
This method will be called automatically if a user attempts to read a compass value when the compass is uncalibrated. It can also be called at any time by the user.
The method will only return once the compass has been calibrated.
Returns¶
MICROBIT_OK, MICROBIT_I2C_ERROR if the magnetometer could not be accessed, or MICROBIT_CALIBRATION_REQUIRED if the calibration algorithm failed to complete successfully.
Note
THIS MUST BE CALLED TO GAIN RELIABLE VALUES FROM THE COMPASS
setCalibration¶
void setCalibration( CompassSample calibration)¶
Description¶
Configure the compass to use the calibration data that is supplied to this call.
Calibration data is comprised of the perceived zero offset of each axis of the compass.
After calibration this should now take into account trimming errors in the magnetometer, and any "hard iron" offsets on the device.
calibration
A CompassSample containing the offsets for the x, y and z axis.
Parameters¶
CompassSamplecalibration - A CompassSample containing the offsets for the x, y and z axis.
getCalibration¶
CompassSample getCalibration()¶
Description¶
Provides the calibration data currently in use by the compass.
More specifically, the x, y and z zero offsets of the compass.
Returns¶
calibration A CompassSample containing the offsets for the x, y and z axis.
updateSample¶
int updateSample()¶
Description¶
Updates the local sample, only if the compass indicates that data is stale.
Note
Can be used to trigger manual updates, if the device is running without a scheduler. Also called internally by all getX,Y,Z member functions.
isCalibrated¶
int isCalibrated()¶
Description¶
Returns 0 or 1. 1 indicates that the compass is calibrated, zero means the compass requires calibration.
isCalibrating¶
int isCalibrating()¶
Description¶
Returns 0 or 1. 1 indicates that the compass is calibrating, zero means the compass is not currently calibrating.
clearCalibration¶
void clearCalibration()¶
Description¶
Clears the calibration held in persistent storage, and sets the calibrated flag to zero.


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public interface IPropertyMapping
Note that the type of the external object and the type of any Jazz item being synchronized with it are identified by the synchronization rule that contains this mapping object.
The transformation between external property values and Jazz property values
are defined by the values returned by #getTransformExtensionName()
and getValueMappings()
. If #getTransformExtensionName()
returns a non-null value, then it identifies an extension that is invoked
to compute a value. If getValueMappings()
returns a non-null value,
then the mapping is between enumerated values. Otherwise, values are simply
copied verbatim.
ISyncRule
,
IValueMapping
| Modifier and Type | Method and Description |
|---|---|
java.lang.String |
getExternalPropertyName()
Get the name of the external property being replicated and/or
synchronized.
|
IValueMapping |
getExternalValueMapping(java.lang.String externalValue)
Get the mapping for a particular external value, if one exists.
|
java.lang.String |
getItemPropertyName()
Get the name of the Jazz item property being synchronized with
the external item.
|
IValueMapping |
getItemValueMapping(java.lang.String itemValue)
Get the mapping for a particular item value, if one exists.
|
java.lang.String |
getReferenceSyncRule()
Get the name of a sync rule to use for synchronizing referenced objects.
|
java.util.List |
getRequiredExternalPropertiesList()
Get any external properties which must be computed before the external
property represented by this mapping is.
|
java.util.List |
getRequiredItemPropertiesList()
Get any item properties which must be computed before the item property
represented by this mapping is.
|
java.lang.String |
getTransformExtension()
Get the name of any value transformation extension.
|
java.util.List |
getValueMappings()
Get any enumerated value mappings defined for the transformation between
external and Jazz property values.
|
boolean |
isExternalIdentifier()
Determine whether this property value can be used as an identifier
for finding existing external objects.
|
boolean |
isExternalModifier()
Determine whether this external property value can be used to determine
the identity of the user that modified the external object.
|
boolean |
isIncoming()
Determine whether incoming synchronization applies (the Jazz property
should be set from the external property).
|
boolean |
isItemIdentifier()
Determine whether this property value can be used as an identifier
for finding existing Jazz items.
|
boolean |
isOutgoing()
Determine whether outgoing synchronization applies (the external property
should be set from the Jazz property).
|
void |
setExternalIdentifier(boolean value)
Set whether the value of this property can be used as an identifier for
finding existing external objects.
|
void |
setExternalModifier(boolean value)
Set whether the external value of this property can be used to determine
the identity of the user that modified the external object.
|
void |
setExternalPropertyName(java.lang.String name)
Set the external property name for this mapping.
|
void |
setIncoming(boolean mode)
Set whether incoming synchronization applies.
|
void |
setItemIdentifier(boolean value)
Set whether the value of this property can be used as an identifier for
finding existing Jazz items.
|
void |
setItemPropertyName(java.lang.String name)
Set the name of the Jazz item property being synchronized with the
external property.
|
void |
setOutgoing(boolean mode)
Set whether outgoing synchronization applies.
|
void |
setReferenceSyncRule(java.lang.String syncRuleName)
Set the name of the sync rule to use for synchronizing objects referenced
by the value of the property this mapping is for.
|
void |
setRequiredExternalPropertiesList(java.util.List properties)
Set the external properties which must be computed before the external property
represented by this mapping.
|
void |
setRequiredItemPropertiesList(java.util.List properties)
Set the item properties which must be computed before the item property
represented by this mapping.
|
void |
setTransformExtension(java.lang.String value)
Set the name of a transformation extension.
|
java.lang.String getExternalPropertyName()
null
or the
empty string if the property is not marked for outgoing synchronizationvoid setExternalPropertyName(java.lang.String name)
name
- the external property name; may be null
java.lang.String getItemPropertyName()
null
or the empty string if the property is not
marked for incoming synchronizationvoid setItemPropertyName(java.lang.String name)
name
- the Jazz item property name; may be null
boolean isIncoming()
getItemPropertyName()
returns a non-null value.true
if incoming synchronization, false
if notvoid setIncoming(boolean mode)
mode
- true
to enable incoming synchronization,
false
to disable itboolean isOutgoing()
getItemPropertyName()
returns a non-null value.true
if outgoing synchronization, false
if notvoid setOutgoing(boolean mode)
mode
- true
to enable outgoing synchronization,
false
to disable itboolean isItemIdentifier()
true
if this property value can be used to find
existing Jazz items; false
if notvoid setItemIdentifier(boolean value)
value
- true
if this property value can be used to find
existing Jazz items; false
if notboolean isExternalIdentifier()
true
if this property value can be used to find
existing external objects; false
if notvoid setExternalIdentifier(boolean value)
value
- true
if this property value can be used to find
existing external objects; false
if notboolean isExternalModifier()
true
if the external value of this property is the
identifier of the user that modified the external object; false
if notvoid setExternalModifier(boolean value)
value
- true
if the external value of this property
can be used to identify the user that modified the external object;
false
if notjava.util.List getRequiredItemPropertiesList()
This list is a copy; to modify the required item properties, use
setRequiredItemPropertiesList(List)
null
void setRequiredItemPropertiesList(java.util.List properties)
null
or empty,
the required properties are cleared. Otherwise, each list element must be
a String.properties
- the list of item properties required by this mapping's
item property; may be empty or null
to clear the listjava.util.List getRequiredExternalPropertiesList()
This list is a copy; to modify the required item properties, use
setRequiredExternalPropertiesList(List)
null
void setRequiredExternalPropertiesList(java.util.List properties)
null
or empty,
the required properties are cleared. Otherwise, each list element must be
a String.properties
- the list of external properties required by this mapping's
external property; may be empty or null
to clear the listjava.lang.String getTransformExtension()
null
or the empty string if the value is defined by
some other transformationvoid setTransformExtension(java.lang.String value)
getTransformExtension()
for the details of this type of
transformation.value
- the transformation extension name, or null
or the empty string to disable any transformation extensiongetTransformExtension()
java.util.List getValueMappings()
IValueMapping
objects that
define the mapping between the values. If this method returns a null
value or empty list, then some other transformation type will be used.
To modify the value mappings for this transformation, call this method to get the list, then add or remove entries from it.
IValueMapping
objects; may be empty;
never null
IValueMapping getItemValueMapping(java.lang.String itemValue)
itemValue
- the external valuenull
if
none was foundIValueMapping getExternalValueMapping(java.lang.String externalValue)
externalValue
- the external valuenull
if
none was foundjava.lang.String getReferenceSyncRule()
com.ibm.team.interop.service.AbstractInteropItemManager
or
com.ibm.team.interop.service.AbstractInteropExternalManager
in order to use the encoding and decoding routines that meet these
formatting requirements.null
or the
empty string if some other transformation is being usedvoid setReferenceSyncRule(java.lang.String syncRuleName)
getReferenceSyncRule()
for the details of this type of
transformation.syncRuleName
- the name of the sync rule to use for referenced objects, or
null
or the empty string to use some other
transformation for this property


Though the team is willing to answer almost any kind of questions, from sports trivia to Trivial Pursuit, we specialize in a format called ACF -- Academic Competition Foundation. Started in 1990 by John Nam and Ramesh Kannappan of the MAQT and Carol Guthrie of Tennessee, ACF has become a standard for quiz bowl questions. Games consist of 20 "tossup" questions, answerable by either team. Upon answering a tossup correctly, the team that does so receives a 30-point multiple-part bonus question. The questions are academic and structured to give more difficult clues first and easy clues last, thus rewarding the team with the greater knowledge.
Unfortunately, ACF died a few years ago due to a number of reasons. A new ACF has been formed, and the MAQT is fully behind the effort. David Hamilton is the creator of the new ACF website, for which the MAQT is providing space.
A long time ago, the MAQT used to be affiliated with College Bowl, inc. CBI, or "The Company" as it is affectionately known, used to be the only game in town if you wanted to play in a national tournament against other good quiz bowl teams. But the exorbitant price of CBI, along with the low quality of their questions led the Maryland team to de-affiliate and ultimately to start ACF as a low-cost, high-quality alternative to the low-quality, high-cost College Bowl game.
A relative newcomer to the format wars is NAQT, which is a timed format which contains features reminiscent of both ACF and CBI, and probably best known for its inclusion of power tossups. A recent surge in interest in trash tournaments has led to the development of TRASH (Total Recall About Strange Happenings), to whose tournaments we sent several teams last year.
In addition to CBI and ACF, quiz teams at individual schools host "invitational" tournaments. The "invitational circuit" varies from an approximation to CBI (Georgetown, Vanderbilt, etc.) to ACF (Georgia Tech's and Virginia's tournaments, just to name a few).
Maryland's own invitational ACF-style tournament, the Terrapin Invitational, is one of the oldest in the nation. In Fall of 1999, it will be held for the thirteenth straight year.
So, you may be wondering, how good is Maryland at quiz bowl? The answer: a lot better than at football. Maryland is ranked number 2 in the nation. In the seven times that the ACF National tournament has been held, Maryland has taken second four times and third twice. Of the 10-14 invitational tournaments the team attends each year, it wins between 7-8. This year, Maryland placed third in ACF nationals and won 9 tournaments.
But enough chest-beating. If you want to join the team, we'd love to have you. One of our goals is to give everyone who wants to play the opportunity to compete at tournaments, and we often send 3 or more teams to tournaments around the country. All levels of knowledge are welcome, and it doesn't matter if you're a freshman or a grad student. The team is good not because of astute recruiting, but because players get better by playing. If you join the team, you can become a good player regardless of where you start out.


The patterns in the input are written using regular expressions in the style of lex, with a more Caml-like syntax. These are:
'c'
match the character 'c'. The character constant is the same syntax as Objective Caml character.
_
(underscore) match any character.
eof
match an end-of-file .
"foo"
the literal string "foo". The syntax is the same syntax as Objective Caml string constants.
['x' 'y' 'z']
character set; in this case, the pattern matches either an 'x', a 'y', or a 'z' .
['a' 'b' 'j'-'o' 'Z']
character set with a range in it; ranges of characters 'c1' - 'c2' (all characters between c1 and c2, inclusive); in this case, the pattern matches an `a', a `b', any letter from `j' through `o', or a `Z'.
[^ 'A'-'Z']
a "negated character set", i.e., any character but those in the class. In this case, any character EXCEPT an uppercase letter.
[^ 'A'-'Z' '\n']
any character EXCEPT an uppercase letter or a newline
r*
zero or more r's, where r is any regular expression
r+
one or more r's, where r is any regular expression
r?
zero or one r's, where r is any regular expression (that is, "an optional r")
ident
the expansion of the "ident" defined by an earlier let ident = regexp definition.
(r)
match an r; parentheses are used to override precedence (see below)
rs
the regular expression r followed by the regular expression s; called "concatenation"
r|s
either an r or an s
r#s
match the difference of the two specified character sets.
r as ident
bind the string matched by r to identifier ident.
The regular expressions listed above are grouped according to precedence, from highest precedence at the top to lowest at the bottom; '*' and '+' have highest precedence, followed by '?', 'concatenation', '|', and then 'as'. For example,
"foo" | "bar"*
is the same as
("foo")|("bar"*)
since the '*' operator has higher precedence than than alternation ('|'). This pattern therefore matches either the string "foo" or zero-or-more of the string "bar".
To match zero-or-more "foo"'s-or-"bar"'s:
("foo"|"bar")*
A negated character set such as the example "[^ 'A'-'Z']" above will match a newline unless "\n" (or an equivalent escape sequence) is one of the characters explicitly present in the negated character set (e.g., "[^ 'A'-'Z' '\n']"). This is unlike how many other regular expression tools treat negated character set, but unfortunately the inconsistency is historically entrenched. Matching newlines means that a pattern like [^"]* can match the entire input unless there's another quote in the input.


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Theme example
This is a template showcasing the optional theme stylesheet included in Bootstrap. Use it as a starting point to create something more unique by building on or modifying it.
Honoka
Honoka is one of the original Bootstrap theme.
This is a template showcasing the optional theme stylesheet included in Bootstrap. Use it as a starting point to create something more unique by building on or modifying it.
Honoka is one of the original Bootstrap theme.


This Systems Biology Package (Gelius-Dietrich et. al. (2012) <doi:10.1186/1752-0509-7-125>) implements algorithms for constraint based analyses of metabolic networks, e.g. flux-balance analysis (FBA), minimization of metabolic adjustment (MOMA), regulatory on/off minimization (ROOM), robustness analysis and flux variability analysis. The package is easily extendable for additional algorithms. Most of the current LP/MILP solvers are supported via additional packages.
| Version: | 2.1.2 |
| Depends: | R (≥ 3.2.0), Matrix, lattice |
| Imports: | methods |
| Suggests: | glpkAPI (≥ 1.2.8), cplexAPI (≥ 1.2.4), clpAPI (≥ 1.2.4), lpSolveAPI (≥ <IP_ADDRESS>), parallel, grid |
| Published: | 2018-08-15 |
| Author: | Mayo Roettger [cre], Gabriel Gelius-Dietrich [aut], C. Jonathan Fritzemeier [ctb], Rajen Piernikarczyk [ctb], Marc Andre Daxer [ctb], Benjamin Braasch [ctb], Abdelmoneim Desouki [ctb], Martin J. Lercher [ctb] |
| Maintainer: | Mayo Roettger <mayo.roettger at hhu.de> |
| License: | GPL-3 | file LICENSE |
| URL: | http://www.cs.hhu.de/lehrstuehle-und-arbeitsgruppen/computational-cell-biology/software/sybil.html |
| NeedsCompilation: | no |
| Citation: | sybil citation info |
| Materials: | README NEWS |
| CRAN checks: | sybil results |
| Reference manual: | sybil.pdf |
| Vignettes: |
sybil – Efficient Constrained Based Modelling in R |
| Package source: | sybil_2.1.2.tar.gz |
| Windows binaries: | r-devel: sybil_2.1.2.zip, r-release: sybil_2.1.2.zip, r-oldrel: sybil_2.1.2.zip |
| OS X binaries: | r-release: sybil_2.1.2.tgz, r-oldrel: sybil_2.1.2.tgz |
| Old sources: | sybil archive |
| Reverse depends: | BacArena, GlobalFit, metaboGSE, RSeed, sybilccFBA, sybilcycleFreeFlux, sybilDynFBA |
| Reverse imports: | exp2flux, g2f |
| Reverse suggests: | abcdeFBA, minval |
Please use the canonical form https://CRAN.R-project.org/package=sybil to link to this page.


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// コミットグラフ digraph g { graph [rankdir = BT] develop -> A -> B -> C -> D [weight = 5]; A -> branch1 [label="checkout -b"]; branch1 -> c1 -> c2 [label="commit", weight = 4]; c2 -> B [label="merge"]; c1 [label=""]; c2 [label=""]; A -> branch2 [label="checkout -b"]; branch2 -> c3 -> c4 -> c5 [label="commit", weight = 4]; c5 -> C [label="merge"]; B -> c4 [label="pull"]; c3 [label=""]; c4 [label=""]; c5 [label=""]; {rank = same;branch1;branch2} }
digraph G { subgraph cluster_0 { style=filled; color=lightgrey; node [style=filled,color=white]; a0 -> a1 -> a2 -> a3; label = "process #1"; } subgraph cluster_1 { node [style=filled]; b0 -> b1 -> b2 -> b3; label = "process #2"; color=blue } start -> a0; start -> b0; a1 -> b3; b2 -> a3; a3 -> a0; a3 -> end; b3 -> end; start [shape=Mdiamond]; end [shape=Msquare]; }


Class AscmvcEvent
The class AscmvcEvent extends the Laminas\EventManager\Event class and adds logic that is specific to this MVC.
Class AscmvcEventManager
The AscmvcEventManager class extends the Laminas\EventManager\EventManager class and adds events and logic that are specific to this MVC.
Class AscmvcEventManagerFactory
Returns an instance of the AscmvcEventManager without a shared manager.
Class Atlas
The Atlas class extends the AbstractModelObject and uses the atlas/orm library.
Class Controller
The Controller class extends the AbstractController and implements the AscmvcEventManagerListenerInterface.
Class ControllerManager
The ControllerManager class extends the AbstractControllerManager and acts as the MVC's dispatcher object.
Class Doctrine
The Doctrine class extends the AbstractModelObject and uses the doctrine/dbal and doctrine/orm libraries.
Class FastRouter
The FastRouter class extends the AbstractRouter class and uses the nikic/fast-route library.
An example of a general-purpose implementation that includes the optional functionality of allowing multiple base directories for a single namespace prefix.
Given a foo-bar package of classes in the file system at the following paths ...
/path/to/packages/foo-bar/
src/
Baz.php # Foo\Bar\Baz
Qux/
Quux.php # Foo\Bar\Qux\Quux
tests/
BazTest.php # Foo\Bar\BazTest
Qux/
QuuxTest.php # Foo\Bar\Qux\QuuxTest
... add the path to the class files for the \Foo\Bar\ namespace prefix as follows:
<?php
// instantiate the loader
$loader = new \Example\Psr4AutoloaderClass;
// register the autoloader
$loader->register();
// register the base directories for the namespace prefix
$loader->addNamespace('Foo\Bar', '/path/to/packages/foo-bar/src');
$loader->addNamespace('Foo\Bar', '/path/to/packages/foo-bar/tests');
The following line would cause the autoloader to attempt to load the \Foo\Bar\Qux\Quux class from /path/to/packages/foo-bar/src/Qux/Quux.php:
<?php
new \Foo\Bar\Qux\Quux;
The following line would cause the autoloader to attempt to load the \Foo\Bar\Qux\QuuxTest class from /path/to/packages/foo-bar/tests/Qux/QuuxTest.php:
<?php
new \Foo\Bar\Qux\QuuxTest;


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Press release
New guidance helps teachers to identify bad behaviour from poor mental health.
New guidance published today by the government will help teachers better identify underlying mental health problems in young people – meaning fewer pupils will wrongly be labelled trouble-makers.
Education Minister Elizabeth Truss said it would help ensure pupils with unmet mental health needs will get the help they need at an earlier stage. A 2012 Centre for Mental Health report estimates around 15% of pupils aged 5 to 16 have mental health problems that put them at increased risk of developing more serious issues in the future.
At the same time, it will enable teachers to be more confident in spotting those children who are simply behaving badly, and do not have a mental health issue.
The guidance, created by the Department for Education in consultation with headteachers, mental health professors and the Department of Health, is designed to ensure teachers are confident in finding help for at-risk pupils.
The guidance outlines to schools that they could use pupil questionnaires, teacher training toolkits and mental health factsheets to help identify potential issues. This means problems can be tackled before they become more serious, as well as helping schools know when to refer pupils to mental health experts, such as the Child and Adolescent Mental Health Services ( CAMHS ).
The guidance also outlines what schools can do to provide a stable environment for their pupils. This includes:
Education Minister Elizabeth Truss said:
At the moment too many young people are unfairly labelled as trouble-makers when in fact they have unmet mental health problems.
Good mental health among pupils is fundamental to their wellbeing and success. We know schools want clear guidelines on how best to separate poor behaviour from underlying mental health issues.
Teachers are not therapists but they play a vital role in the lives of their pupils. A healthier, happier classroom allows teachers to get on with what they do so well – teaching and inspiring the next generation.
She added:
Teachers know their pupils and have real influence – but at the same time they understandably sometimes feel uncertain about what exactly they should do, or when to act.
Teachers who know how and when to help can make all the difference for children with mental health problems.
Examples of schools that currently handle their pupils’ mental health well include:
St Marylebone C of E School, in Westminster, London, where teachers use its curriculum to promote well-being. Pupils learn that mental health is as important as physical health, and that relaxation and contemplation can foster positive mental health
Hardenhuish School, an academy in Chippenham, Wiltshire, uses pastoral managers to support pupils before, during and after their involvement with CAMHS . They also have peer mentoring system between their 17-year-old and 15-year-old pupils
Teacher Fran Congdon, senior leader of personal, social, health and economic education ( PSHE ), at St Marylebone C of E School, in Westminster, London, said:
I welcome these guidelines that enable schools to review their provision and adopt a strategic and informed approach to emotional and mental health in school.
School is a formative time for young people, during which their character and values are developing. Therefore it is essential to equip them with strategies to manage their own emotional lives, social pressures and personal goals and obstacles.
Mick Cooper, Professor of Counselling Psychology at the University of Roehampton, said:
Guidelines for addressing mental health issues in schools are an important new development. Schools should be positive and affirming of young people and help them explore and address emotional, as well as educational, problems.
Research shows that young people with mental health issues can find it difficult to concentrate and learn at school. Addressing these problems early on may help young people to make the most of their education and wider life.
Peter Fonagy, Professor of Psychoanalysis and Head of Clinical, Educational and Health Psychology at University College London, said:
These new guidelines will be an invaluable tool for all of us involved in this most important of all social responsibilities: ensuring that children and families obtain the high quality of support they deserve.
Schools have a critical part to play in building resilience in our children. Schools are well placed to help troubled youngsters by understanding their individual needs. Schools can then support them in a normal, non-stigmatizing environment.
Philip Rush, Principal of St Peter’s High School in Stroud, Gloucestershire, said:
All schools need to treat mental health issues with care and professional expertise.
I welcome this new guidance as many pupils may be suffering, sometimes as the result of chronic conditions, sometimes as the result of trauma or tragedy, or sometimes as part of wider health issues.
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 16 June 2014
From: Department for Education
Part of: School behaviour and attendance


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PyCon China 2011
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Dec 3, 2011 - Dec 4, 2011 9:30 AM - 6:00 PM
Shanghai, China
Webcast: http://live.topgeek.org
Time: 2011/12/3 9:30-2011/12/4 17:30
In this PyCon China conference
We will draw 2 Bambook
as the prize of the participants.
everyone has the opportunity, as long as you have already registered.
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Guido van Rossum
Christmas, 1989: Python was invented by
Guido van Rossum.
January, 1994: Python 1.0 Released.
September 5, 2000: Python 1.6 Released.
October 16, 2000: Python 2.0 Released.
December 3, 2008: Python 3.0 Released.
......


Computational simulations of zabuyelite. (a) Bulk structure of zabuyelite, where the green sphere: Li, black spheres: C and red spheres: O. The green polyhedra show the tetrahedral Li sites. (b) Predicted equilibrium morphology of the dry zabuyelite crystal in vacuo based on the surface energies of the most stable surfaces.


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Full description about university will be in this block. Full description about university will be in this block. Full description about university will be in this block. Full description about university will be in this block.
One of the best IT universities of the world
It is hard to study here. But it is only beginning. I hope I can get used to difficulties
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<EMAIL_ADDRESS>Street Abylaikhana 1/1, Kaskelen, Kazakhstan


Yamaha OX99-11
Specs
Price |
N/A |
Top Speed |
186mph(claimed) |
Acceleration |
|
Engine |
|
0-30mph |
N/A |
Type |
V12 |
0-60mph |
3.1sec |
Displacement |
3.5L(3500cc) |
0-100 |
N/A |
Power |
450hp@10000rpm |
1/4 mile |
N/A |
Torque |
N/A |
Weight |
2,205 lbs |
Handling |
|
Gas mileage |
|
Skidpad |
N/A |
City |
N/A |
600ft slalom |
N/A |
Highway |
N/A |
Powertrain |
Mid-engined, rear wheel drive, 6 speed manual? |
(? = incomplete data or unverified info, N/A = info Not Available)
Beyond the specs:
This very odd car is the first and last road car produced by Yamaha it was designed to be a lightweight. This car uses a detuned version of their Formula 1 racing V12, but with a 10,000rpm redline they obviously did not change the design much. Because of this very high redline its engine has a very high 128.6hp per liter which is excellent for a naturally aspirated (no turbo or super charger) engine. This car was unfortunately sold at a very high price during a time of economic recession and the Yamaha failed to sell any. To bad because of this fact, very little info is available on this car and the Yamaha is not likely to make another road car. Still, with its 450hp V12 on its very light chassis it was probably very fast and I am sure it had quite a good handling too.
~Oracle


A Tour of the What-If Tool
The What-If Tool is a visualization-based tool to probe the behavior of trained ML models. This article provides a quick walk through of what to expect when getting started in the What-If Tool. Learn about the basic layout and some key functionalities of the What-If Tool.
Tabs
The interface of the What-If Tool is organized by three tabs, which are based on the kind of models loaded into the What-If Tool. Tabs are interactive elements that can be used to navigate into different areas of the What-If Tool, located in the top-right hand side of the interface:
- Datapoint Editor. by default, the What-if Tool will always open in this tab.
- Performance for multi-class and regression models or Performance and Fairness for binary classification models
- Features Overview
Workspaces
Clicking on a tab opens up a corresponding workspace — environments in which different model understanding tasks can be performed. Each workspace offers a group of complementary analyses for individual data points, models, or features.
In the Datapoint Editor, individual data points can be arranged into custom visualizations. Data points can also be edited to see if predictions change, and compared to their counterfactuals. Partial dependence plots indicate a model's sensitivity to a feature value in that data point.
In the Performance workspace, high level model performance can be evaluated using feature-based slices in the data set.
In the Performance and Fairness workspace for binary classification models, high level model performance can be evaluated using feature-based slices in the data set. Additionally, threshold values for individual slices and models can be tweaked for different performance results.
The Features Overview workspace, the distribution of each feature in the loaded dataset is visualized with some high-level summary statistics. This workspace is useful when checking the attributes of the loaded datasets.
Modules and Playgrounds
Workspaces typically have two panels. Left hand panels contain several small windows, known as modules. The right hand panel comprises a playground to visualize and probe trained machine learning models.
Each module contains a group of interactive elements to declare workspace-level preferences, apply transformations to elements in the playground, or get back results from a simulation analysis.
The Configure and Visualize modules apply global preferences to the Performance and Datapoint Editor workspaces respectively:
- The Configure module sets variables such as cost ratio and ground truth feature.
- The Visualize module can be used to toggle between different visualization views, and turn on and off functionality such as counterfactuals.
The Edit module (Datapoint Editor workspace) and the Fairness module (Performance & Fairness workspace) can be used to apply transformations or interventions to their respective playgrounds:
- In the Edit module, change any feature value in a data point selected in the Visualization playground.
- In the Fairness module, fairness optimization strategies optimize the thresholds of different slices in the Performance & Fairness playground.
The Infer module (Datapoint Editor workspace) returns the prediction results of a data point which has been edited in the Edit module. It also displays the prediction results for the counterfactual of a selected data point.
Playgrounds are regions to visualize and probe data and model performance. The playground in the Datapoint Editor workspace is used to create custom visualizations of the loaded dataset and view partial dependence plots. The Performance playgrounds display model performance on slices of the dataset in the form of metrics and scores, precision-recall curves and confusion matrices where applicable. The Features Overview playground visualizes the distribution of each feature in the loaded dataset.
Conclusion
This article introduces key aspects of the layout of the What-If Tool - Tabs, Workspaces, Modules and Playgrounds. Together, modules and playgrounds provide the flexibility needed to superimpose different kinds of analyses, and interact across workspaces for better model understanding.


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