Simple, Creamy Cheesecake
This recie has been years in the making. Tweaked to perfection.Tweaking, taking ingredients out, addind some in. My favorite thing about this is it is super creamy, and is not at all a cakey texture. Sometimes when you go to a restaurant, the cheesecake has a bit of a spongey texture to it. Simulating cake a little but. But not this recipe. Its a true cheesecake. The crust is perfectly baked to a crispy texure, and is the perfest amount of crunchiness to balance to smooth cheesecake. And it can easily swapped out for any other type of cookie, nut, or wafer you think would make the perfect crust!
Hello! My name is Kelby Norfleet. I started making cheesecakes about 6 years ago. People would always summary I should sell them, but I never entertained the idea. Fast forward to a year ago, I now sell cheeseckes with my sister and hope to open a store one day.
Outting together this cheesecake is a lot of work, but its simple, and eas, and well worth the wait. It is split into 3 separate categoies: Preparethe crust, and preparing the mix. My favorite thing about this is it is super creamy, and is not at all a cakey texture. Sometimes when you go to a restaurant, the cheesecake has a bit of a spongey texture to it. Simulating cake a little but. But not this recipe. Its a true cheesecake. The crust is perfectly baked to a crispy texure, and is the perfest amount of crunchiness to balance to smooth cheesecake. And it can easily swapped out for any other type of cookie, nut, or wafer you think would make the perfect crust!
Classic Cheesecake
This delicioius cheesecake serves around 14 people, depending on how big you slice it.
Ingredients:
- 2 packs Graham Crackers
- 2 tbsp Butter
- 24 ounces Cream Cheese
- 16 ounces sour cream
- 2 cups white sugar
- 1/4 cup flour
- 5tsp vanilla extract
- 5 eggs
- juice of half a lemon
Directions
For the crust:
1. Prepare the pan by lining it with parchment paper. Set aside
2. Combine the butter and crushed graham crackers in a bowl together. Mix well.
3. Press mixture into a pan and bake at 350 degrees for about 20 minutes
For the Cheesecake mix
4. Beat the room temperature cream cheese until soft, and fluffy.
5. Add in the sugar about a third cup at a time, stopping to beat in the sugar completely before adding more.
6. beat in the eggs, one at a time
7. Add in the lemon juice, the vanilla extract. Sift in the flour. Stir well to combine, and make sure there are no lumps. Then add in the sour cream.
8. Pour mixture into the pan you prepared for the crust, and bake in the oven for about 80 minutes, or until the top barely jiggles when touched
9. Carefully remove cheesecake from pan by flipping it over onto a flat surface, and then flipping it onto your serving dish. If necessary, run a knife around the edges and soak the bottim of the pan in hot water before trying to remove. Serve with any topping you like!
**See tip**
If the cheesecake is tight fitting in the pan, you can use a springform pan instead. But you must wrap it well in foil. Or, simple run a knife around the inside of the pan, and allow it to sit in hot water for about 5 minutes before removing it.


WITNESS LIST Redistricting Committee July 8, 2000-9:00A REDISTRICTING On: Alaniz, David Perez (Mayor of La Villa), La Villa Besteiro Jr., Raul A. (self), Brownsville Borchard, Richard (Nueces County Judge), Corpus Christi Braught, Gene (Mayor of Weslaco), Weslaco Caceres, Cain (self), Elsa Calvillo, Simon D. (self), Mercedes Castillo Jr., Miguel (Mayor of the City of Mercedes), Mercedes Cuellar, Rep. Henry (District 42), Laredo Ellis, Gary (Ivan Welker, Acting City Manager for the City of Brownsville), Brownsville Esquivel Jr., Filemon (City of Kingsville, TX- Mayor), Kingsville Flores, Ismael "Kino" (District 36), Mission Fogarty, Patricia C. (self), McAllen Gonzalez, Cristina (Senator Judith Zaffirini), Austin Gonzalez, Oscar O. (Jim Hogg County Commissioner), Hebbronville Gutierrez, Rep. Roberto (District 41), McAllen Hebert, J. Gerald (IMPAC 2000), Washington D.C. Hinojosa, Ruben (U.S. Congress-Texas District 15), Mercedes Madrigal, Gregorio M. (Mayor of City of Elsa), Elsa Martinez, Mercurio (County Judge for Webb County), Laredo Mendoza, Robert S. (Cameron County Election Administration), Brownsville Messbarger, Dick (Greater Kingsville Economic Development Council), Kingsville Molina, Judge Agapito (County Judge for Jim Hogg County), Hebbronville Porter, Gordon (County Commissioner, San Patricio County), Ingleside Pulido, Jose Eloy (Hidalgo County Judge), Edinburg Saldana, Rodolfo (Mayor of the City of Lyford), Lyford Salinas, Simon (Willacy County Judge), Raymondville Selman, Samuel Keith (City of Laredo), Laredo Wise, Rep. Miguel (District 39), Weslaco Yowell, Joel (Texas Republican County Chairmans Association), Corpus Christi Registering, but not testifying: On: Burleson, Dennis (Mission Economic Development Authority), Mission Dorsey, Carolyn (State Representative Gene Seaman), Corpus Christi Ramirez, Sylvia (Congressman Solomon P. Ortiz), Corpus Christi Summers, Bill (Rio Grande Valley Partnership), Weslaco Tamez, Israel (self), Raymondville Written materials submitted: On: Brisack, Chris A. (self), Edinburg Rutledge Jr., Hollis V. (Texas Republican County Chair Association), Mission Salazar, Ezequiel (self), Elsa Silva, Ramiro (City of Edcouch), Edcouch Valles-Pankratz, Sheila (Hidalgo County Republican Party Deputy Chair), Mission


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In my younger and more vulnerable years my father gave me some advice that I've been turning over in my mind ever since. 'Whenever you feel like criticizing anyone,' he told me, 'just remember that all the people in this world haven't had the advantages that you've had.'
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Public Member Functions | |
| (id) | - initWithThreadNumber:stackFrames:crashed:registers: |
| Initialize the crash log thread information. | |
Properties | |
| NSInteger | threadNumber |
| Application thread number. | |
| NSArray * | stackFrames |
| Thread backtrace. | |
| BOOL | crashed |
| If this thread crashed, set to YES. | |
| NSArray * | registers |
| State of the general purpose and related registers, as a list of PLCrashReportRegister instances. |
Provides thread state information, including a backtrace and register state.
- (NSArray*) registers [read, assign] |
State of the general purpose and related registers, as a list of PLCrashReportRegister instances.
If this thead did not crash (crashed returns NO), this list will be empty.
- (NSArray*) stackFrames [read, assign] |
Thread backtrace.
Provides an array of PLCrashReportStackFrame instances. The array is ordered, last callee to first.


RISK ASSESSMENT OF OLD LAW TENEMENTS
BROOKLYN, NEW YORK
need to write something here
Brooklyn, New York
Hover Over a Building


July 16
When he, the Spirit of truth, is come, he will guide you into all truth: for he shall not speak of himself; but whatsoever he shall hear, that shall he speak: and he will show you things to come. John 16:13
Jesus said the Holy Spirit would guide us into all truth. Not just enough truth to get by on. Not just an occasional truth to help us teach our Sunday school classes. All truth! If you're a businessman, that means the Holy Spirit will show you how to increase your profits and reduce your expenses. If you're a mother, it means the Holy Spirit will show you how to settle arguments between your children. If you're a student, it means the Holy Spirit will show you how to excel in your classes.
In fact, if you know Jesus Christ and are baptized in the Holy Ghost, somehow inside you is the answer to every financial problem, every spiritual problem and every physical problem that exists. You have answers for problems you don't even know about yet! Back during World War II, for example, the United States ran into some serious trouble. Their ships were being sunk by the enemy faster than they could build new ones, a process which at that time took a year.
In an effort to solve their dilemma, a method was devised by which a ship could be built in a single day. The problem was, the process involved building the ship upside down and, when the ships were turned upright, the welds would pop and the ship would come apart.
The problem was presented to a deeply spiritual man who was a famous industrialist at the time. "I'll find out how to do it," he said. And, sure enough, after days of prayer and fasting, God showed him the welding formula that would hold the ship together.
If you're facing a problem today, don't drag around trying to handle it on your own. Take Jesus at His Word and start asking the Holy Spirit to give you the knowledge you need to solve it. Put the wisdom of the ages to work on your job, in your family and in your world. Tap into the truths He's placed in you.
Scripture Reading: John 14:6-17


|
QuantumLibrary
|
Classes | |
| struct | Allocator |
| struct | AllocatorTraits |
| Allows application-wide settings for the various allocators used by Quantum. More... | |
| struct | BoostAllocator |
| struct | BrokenPromiseException |
| class | Buffer |
| Container which allows buffered access to a series of values. Values are pushed-in (written) by a producer(s) and pulled-out (read) by a consumer(s). More... | |
| struct | BufferClosedException |
| struct | BufferingDataException |
| class | Capture |
| Class allowing lambda parameter captures. More... | |
| class | ConditionVariable |
| This class represents a coroutine-compatible implementation of the std::condition_variable. Most methods of the latter have been recreated with the same behavior. This object will yield instead of blocking if called from a coroutine. More... | |
| class | Configuration |
| class | Context |
| Concrete class representing a coroutine or a thread context. More... | |
| struct | ContiguousPoolManager |
| Provides fast (quasi zero-time) in-place allocation for STL containers. Objects are allocated from a contiguous buffer (aka object pool). When the buffer is exhausted, allocation is delegated to the heap. The default buffer size is 1000. More... | |
| struct | CoroContextTag |
| struct | CoroutinePoolAllocator |
| Provides fast (quasi zero-time) in-place allocation for coroutines. Coroutine stacks are pre-allocated from separate (i.e. non-contiguous) heap blocks and maintained in a reusable list. More... | |
| struct | CoroutinePoolAllocatorProxy |
| class | Dispatcher |
| Parallel execution engine used to run coroutines or IO tasks asynchronously. This class is the main entry point into the library. More... | |
| class | DispatcherCore |
| Class implementing the dispatching logic unto worker threads. Used for both coroutines and IO tasks. More... | |
| class | Function |
| Similar implementation to std::function except that it allows capture of non-copyable types. More... | |
| class | Function< RET(ARGS...)> |
| struct | Functions |
| Contains typedefs for various functions. More... | |
| class | Future |
| Class representing a promised future. Can only be instantiated via a Promise object. More... | |
| struct | FutureAlreadyRetrievedException |
| struct | FutureException |
| Exception thrown by a Future or Promise object during various errors. More... | |
| class | FutureJoiner |
| Utility class that joins N futures into a single one. More... | |
| struct | HeapAllocator |
| Provides a heap-based object pool to the underlying ContiguousPoolManager. The default buffer size is 1000. More... | |
| interface | IContextBase |
| This interface exposes shared functionality between IThreadContext and ICoroContext. More... | |
| interface | ICoroContext |
| Exposes methods to manipulate the coroutine context. More... | |
| interface | ICoroContextBase |
| Exposes methods to manipulate the coroutine context, especially future wait methods. More... | |
| interface | ICoroFuture |
| Exposes methods to access a coroutine-compatible future. More... | |
| interface | ICoroFutureBase |
| Exposes methods to access a coroutine-compatible future. More... | |
| interface | ICoroPromise |
| Exposes methods to access and manipulate a coroutine-compatible promise. More... | |
| interface | ICoroSync |
| Provides an interface to facilitate 'implicit' coroutine yielding within other primitives such as mutexes and condition variables or to allow 'explicit' cooperative yielding by the user. More... | |
| class | IoQueue |
| Thread queue for executing IO tasks. More... | |
| class | IoTask |
| Long running or blocking task running in the IO thread pool. More... | |
| interface | IPromiseBase |
| Exposes methods to manipulate and access a promise. More... | |
| interface | IQueue |
| Interface to a task queue. For internal use only. More... | |
| interface | IQueueStatistics |
| Interface to access and manipulate a QueueStatistics object. More... | |
| interface | ITask |
| Interface to a task. For internal use only. More... | |
| interface | ITaskAccessor |
| Interface to a task accessor. For internal use only. More... | |
| interface | ITaskContinuation |
| Interface to a task continuation. For internal use only. More... | |
| interface | ITerminate |
| Represents an object which can be terminated. This interface allows certain objects to be explicitly disposed of before their destructors are called. More... | |
| interface | IThreadContext |
| Exposes methods to manipulate the thread context. More... | |
| interface | IThreadContextBase |
| Exposes methods to manipulate the thread context, especially future wait methods. More... | |
| struct | IThreadFuture |
| struct | IThreadFutureBase |
| interface | IThreadPromise |
| Exposes methods to access and manipulate a non-coroutine promise (i.e. used in a thread) More... | |
| class | Mutex |
| Coroutine-compatible implementation of a mutex. More... | |
| struct | NoStateException |
| class | Promise |
| Class representing a promised value. More... | |
| struct | PromiseAlreadySatisfiedException |
| struct | PromiseNotSatisfiedException |
| class | QueueStatistics |
| Provides various counters related to queues and task execution. More... | |
| struct | ReturnOf |
| struct | SequenceKeyData |
| class | SequenceKeyStatistics |
| Implementation of a statistics collection for a SequenceKey in Sequencer. More... | |
| class | SequenceKeyStatisticsWriter |
| class | Sequencer |
| Implementation of a key-based task sequencing with quantum. More... | |
| class | SequencerConfiguration |
| Implementation of a configuration class for Sequencer. More... | |
| class | SharedState |
| Shared state used between a Promise and a Future to exchange values. More... | |
| class | SharedState< Buffer< T > > |
| class | SpinLock |
| Coroutine-compatible spinlock. Used internally for mutexes since threads running coroutines cannot block. More... | |
| struct | StackAllocator |
| Provides a stack-based object pool to the underlying ContiguousPoolManager. The default buffer size is 1000. More... | |
| struct | StackTraits |
| Allows application-wide overrides for the coroutine stack traits which are used internally by boost::coroutines2. More... | |
| struct | StackTraitsProxy |
| struct | StlAllocator |
| class | Task |
| Runnable object representing a coroutine. More... | |
| class | TaskQueue |
| Thread queue for running coroutines. More... | |
| struct | ThreadContextTag |
| struct | ThreadTraits |
| Allows application-wide settings for the various thread settings used by Quantum. More... | |
| struct | Traits |
| Contains definitions for various traits used by this library. For internal use only. More... | |
| struct | Util |
| Utility to bind a user callable function unto a coroutine or an IO task. More... | |
| struct | YieldingThreadDuration |
| This class provides the same functionality as a coroutine yield when called from a thread context. More... | |
Typedefs | |
| using | ContextAllocator = StackAllocator< Context< int >, __QUANTUM_CONTEXT_ALLOC_SIZE > |
| using | FutureAllocator = StackAllocator< Future< int >, __QUANTUM_FUTURE_ALLOC_SIZE > |
| using | IoTaskAllocator = StackAllocator< IoTask, __QUANTUM_IO_TASK_ALLOC_SIZE > |
| using | PromiseAllocator = StackAllocator< Promise< int >, __QUANTUM_PROMISE_ALLOC_SIZE > |
| using | TaskAllocator = StackAllocator< Task, __QUANTUM_TASK_ALLOC_SIZE > |
| using | IContextBasePtr = IContextBase::Ptr |
| template<class RET > | |
| using | CoroContext = ICoroContext< RET > |
| template<class RET > | |
| using | CoroContextPtr = typename ICoroContext< RET >::Ptr |
| using | ICoroContextBasePtr = ICoroContextBase::Ptr |
| template<class T > | |
| using | CoroFuture = ICoroFuture< T > |
| template<class T > | |
| using | CoroFuturePtr = typename ICoroFuture< T >::Ptr |
| using | ICoroFutureBasePtr = ICoroFutureBase::Ptr |
| template<class T > | |
| using | CoroPromise = ICoroPromise< Promise, T > |
| template<class T > | |
| using | CoroPromisePtr = typename ICoroPromise< Promise, T >::Ptr |
| using | ICoroSyncPtr = ICoroSync::Ptr |
| using | IPromiseBasePtr = IPromiseBase::Ptr |
| using | IQueuePtr = IQueue::Ptr |
| using | QueueListAllocator = StackAllocator< ITask::Ptr, __QUANTUM_QUEUE_LIST_ALLOC_SIZE > |
| using | ITaskPtr = ITask::Ptr |
| using | ITaskWeakPtr = ITask::WeakPtr |
| using | ITaskAccessorPtr = ITaskAccessor::Ptr |
| using | ITaskContinuationPtr = ITaskContinuation::Ptr |
| using | ITaskContinuationWeakPtr = ITaskContinuation::WeakPtr |
| template<class RET > | |
| using | ThreadContext = IThreadContext< RET > |
| template<class RET > | |
| using | ThreadContextPtr = typename IThreadContext< RET >::Ptr |
| using | IThreadContextBasePtr = IThreadContextBase::Ptr |
| template<class T > | |
| using | ThreadFuture = IThreadFuture< T > |
| template<class T > | |
| using | ThreadFuturePtr = typename IThreadFuture< T >::Ptr |
| using | IThreadFutureBasePtr = IThreadFutureBase::Ptr |
| template<class T > | |
| using | ThreadPromise = IThreadPromise< Promise, T > |
| template<class T > | |
| using | ThreadPromisePtr = typename IThreadPromise< Promise, T >::Ptr |
| template<class RET > | |
| using | ContextPtr = typename Context< RET >::Ptr |
| using | TaskDispatcher = Dispatcher |
| template<class T > | |
| using | FuturePtr = typename Future< T >::Ptr |
| using | IoTaskPtr = IoTask::Ptr |
| using | IoTaskWeakPtr = IoTask::WeakPtr |
| template<class T > | |
| using | PromisePtr = typename Promise< T >::Ptr |
| using | TaskPtr = Task::Ptr |
| using | TaskWeakPtr = Task::WeakPtr |
| using | CoroStackAllocator = CoroutinePoolAllocatorProxy< StackTraitsProxy > |
| template<class T , class V > | |
| using | BufferType = std::enable_if_t< Traits::IsBuffer< T >::value &&!std::is_same< std::decay_t< V >, T >::value &&std::is_convertible< std::decay_t< V >, typename Traits::IsBuffer< T >::Type >::value > |
| template<class T , class V > | |
| using | NonBufferType = std::enable_if_t<!Traits::IsBuffer< T >::value &&std::is_convertible< std::decay_t< V >, T >::value > |
| template<class T > | |
| using | BufferRetType = std::enable_if_t< Traits::IsBuffer< T >::value, typename Traits::IsBuffer< T >::Type > |
| template<class T > | |
| using | NonBufferRetType = std::enable_if_t<!Traits::IsBuffer< T >::value, typename Traits::IsBuffer< T >::Type > |
| using | YieldingThread = YieldingThreadDuration< std::chrono::microseconds > |
| using | StatsPtr = std::shared_ptr< SequenceKeyStatisticsWriter > |
Enumerations | |
| enum | BufferStatus { BufferStatus::DataReceived, BufferStatus::DataPosted, BufferStatus::DataPending, BufferStatus::Closed } |
| Defines the result of the operation on the buffer object. More... | |
| enum | FutureState { FutureState::PromiseNotSatisfied = 1, FutureState::PromiseAlreadySatisfied, FutureState::BrokenPromise, FutureState::FutureAlreadyRetrieved, FutureState::NoState, FutureState::BufferingData, FutureState::BufferClosed } |
| Represents the internal state of a future/promise pair. Modeled after std::future_errc. More... | |
Functions | |
| template<typename FUNC , typename ... ARGS> | |
| Capture< FUNC, ARGS... > | makeCapture (FUNC &&func, ARGS &&... args) |
| QueueStatistics | operator+ (QueueStatistics lhs, const IQueueStatistics &rhs) |
| std::ostream & | operator<< (std::ostream &out, const IQueueStatistics &stats) |
| Overloads stream operator for IQueueStatistics object. More... | |
| template<typename RET , typename FUNC , typename... ARGS, size_t... I, typename... T> | |
| RET | apply_impl (FUNC &&func, std::tuple< ARGS... > &&tuple, std::index_sequence< I... >, T &&...t) |
| template<typename RET , typename FUNC , typename... ARGS, typename... T> | |
| RET | apply (FUNC &&func, std::tuple< ARGS... > &&tuple, T &&...t) |
| void | ThrowFutureException (FutureState state) |
| template<typename RET , typename CAPTURE > | |
| int | bindCoro (Traits::Yield &yield, std::shared_ptr< CoroContext< RET >> ctx, CAPTURE &&capture) |
| template<typename RET , typename CAPTURE > | |
| int | bindIo (std::shared_ptr< Promise< RET >> promise, CAPTURE &&capture) |
| using Bloomberg::quantum::BufferRetType = typedef std::enable_if_t<Traits::IsBuffer<T>::value, typename Traits::IsBuffer<T>::Type> |
| using Bloomberg::quantum::BufferType = typedef std::enable_if_t<Traits::IsBuffer<T>::value && !std::is_same<std::decay_t<V>,T>::value && std::is_convertible<std::decay_t<V>, typename Traits::IsBuffer<T>::Type>::value> |
| using Bloomberg::quantum::ContextAllocator = typedef StackAllocator<Context<int>, __QUANTUM_CONTEXT_ALLOC_SIZE> |
| using Bloomberg::quantum::ContextPtr = typedef typename Context<RET>::Ptr |
| using Bloomberg::quantum::CoroContext = typedef ICoroContext<RET> |
| using Bloomberg::quantum::CoroContextPtr = typedef typename ICoroContext<RET>::Ptr |
| using Bloomberg::quantum::CoroFuture = typedef ICoroFuture<T> |
| using Bloomberg::quantum::CoroFuturePtr = typedef typename ICoroFuture<T>::Ptr |
| using Bloomberg::quantum::CoroPromise = typedef ICoroPromise<Promise,T> |
| using Bloomberg::quantum::CoroPromisePtr = typedef typename ICoroPromise<Promise,T>::Ptr |
| using Bloomberg::quantum::CoroStackAllocator = typedef CoroutinePoolAllocatorProxy<StackTraitsProxy> |
| using Bloomberg::quantum::FutureAllocator = typedef StackAllocator<Future<int>, __QUANTUM_FUTURE_ALLOC_SIZE> |
| using Bloomberg::quantum::FuturePtr = typedef typename Future<T>::Ptr |
| using Bloomberg::quantum::IContextBasePtr = typedef IContextBase::Ptr |
| using Bloomberg::quantum::ICoroContextBasePtr = typedef ICoroContextBase::Ptr |
| using Bloomberg::quantum::ICoroFutureBasePtr = typedef ICoroFutureBase::Ptr |
| using Bloomberg::quantum::ICoroSyncPtr = typedef ICoroSync::Ptr |
| using Bloomberg::quantum::IoTaskAllocator = typedef StackAllocator<IoTask, __QUANTUM_IO_TASK_ALLOC_SIZE> |
| using Bloomberg::quantum::IoTaskPtr = typedef IoTask::Ptr |
| using Bloomberg::quantum::IoTaskWeakPtr = typedef IoTask::WeakPtr |
| using Bloomberg::quantum::IPromiseBasePtr = typedef IPromiseBase::Ptr |
| using Bloomberg::quantum::IQueuePtr = typedef IQueue::Ptr |
| using Bloomberg::quantum::ITaskAccessorPtr = typedef ITaskAccessor::Ptr |
| using Bloomberg::quantum::ITaskContinuationPtr = typedef ITaskContinuation::Ptr |
| using Bloomberg::quantum::ITaskPtr = typedef ITask::Ptr |
| using Bloomberg::quantum::ITaskWeakPtr = typedef ITask::WeakPtr |
| using Bloomberg::quantum::IThreadContextBasePtr = typedef IThreadContextBase::Ptr |
| using Bloomberg::quantum::IThreadFutureBasePtr = typedef IThreadFutureBase::Ptr |
| using Bloomberg::quantum::NonBufferRetType = typedef std::enable_if_t<!Traits::IsBuffer<T>::value, typename Traits::IsBuffer<T>::Type> |
| using Bloomberg::quantum::NonBufferType = typedef std::enable_if_t<!Traits::IsBuffer<T>::value && std::is_convertible<std::decay_t<V>,T>::value> |
| using Bloomberg::quantum::PromiseAllocator = typedef StackAllocator<Promise<int>, __QUANTUM_PROMISE_ALLOC_SIZE> |
| using Bloomberg::quantum::PromisePtr = typedef typename Promise<T>::Ptr |
| using Bloomberg::quantum::QueueListAllocator = typedef StackAllocator<ITask::Ptr, __QUANTUM_QUEUE_LIST_ALLOC_SIZE> |
| using Bloomberg::quantum::StatsPtr = typedef std::shared_ptr<SequenceKeyStatisticsWriter> |
| using Bloomberg::quantum::TaskAllocator = typedef StackAllocator<Task, __QUANTUM_TASK_ALLOC_SIZE> |
| using Bloomberg::quantum::TaskDispatcher = typedef Dispatcher |
| using Bloomberg::quantum::TaskPtr = typedef Task::Ptr |
| using Bloomberg::quantum::TaskWeakPtr = typedef Task::WeakPtr |
| using Bloomberg::quantum::ThreadContext = typedef IThreadContext<RET> |
| using Bloomberg::quantum::ThreadContextPtr = typedef typename IThreadContext<RET>::Ptr |
| using Bloomberg::quantum::ThreadFuture = typedef IThreadFuture<T> |
| using Bloomberg::quantum::ThreadFuturePtr = typedef typename IThreadFuture<T>::Ptr |
| using Bloomberg::quantum::ThreadPromise = typedef IThreadPromise<Promise,T> |
| using Bloomberg::quantum::ThreadPromisePtr = typedef typename IThreadPromise<Promise,T>::Ptr |
| using Bloomberg::quantum::YieldingThread = typedef YieldingThreadDuration<std::chrono::microseconds> |
|
strong |
Defines the result of the operation on the buffer object.
| Enumerator | |
|---|---|
| DataReceived | Data has been successfully read from the buffer. |
| DataPosted | Data has been successfully written to the buffer. |
| DataPending | Buffer is empty and more data is on the way. |
| Closed | Buffer is closed. Push operations are not allowed. Pull operations are allowed until buffer is emtpy. |
|
strong |
Represents the internal state of a future/promise pair. Modeled after std::future_errc.
| Enumerator | |
|---|---|
| PromiseNotSatisfied | Future value has not yet been set. |
| PromiseAlreadySatisfied | Future value has been set but not yet consumed. |
| BrokenPromise | Promise could not be fulfilled. |
| FutureAlreadyRetrieved | Future value has been consumed. In the case of a buffer, no pulling is allowed. |
| NoState | |
| BufferingData | Buffered future is being streamed. |
| BufferClosed | Buffer is closed for pushing data. Data can still be pulled. |
| RET Bloomberg::quantum::apply | ( | FUNC && | func, |
| std::tuple< ARGS... > && | tuple, | ||
| T &&... | t | ||
| ) |
| RET Bloomberg::quantum::apply_impl | ( | FUNC && | func, |
| std::tuple< ARGS... > && | tuple, | ||
| std::index_sequence< I... > | , | ||
| T &&... | t | ||
| ) |
| int Bloomberg::quantum::bindCoro | ( | Traits::Yield & | yield, |
| std::shared_ptr< CoroContext< RET >> | ctx, | ||
| CAPTURE && | capture | ||
| ) |
| int Bloomberg::quantum::bindIo | ( | std::shared_ptr< Promise< RET >> | promise, |
| CAPTURE && | capture | ||
| ) |
| Capture< FUNC, ARGS... > Bloomberg::quantum::makeCapture | ( | FUNC && | func, |
| ARGS &&... | args | ||
| ) |
|
inline |
|
inline |
Overloads stream operator for IQueueStatistics object.
| [in] | out | Output stream. |
| [in] | stats | Statistics object to stream. |
|
inline |


The step was taken because the social media giant found it breached its community standards.
The man, who cannot be identified, was named in a series of online posts and allegedly subjected to a "sting operation" where a group confronted him at his home.
Referred to as R, he is suing Facebook and the suspected operator of the page 'Not One Nonce Can Escape' (Nonce).
According to his lawyers, he was accused of being a paedophile in a number of posts accompanied by images and videos about him.
Earlier this month a group of people were said to have turned up at his family home.
Disturbances in the street involved neighbours being told R is a paedophile and that they should watch their children, it was claimed.
He was arrested by police called to the scene, but later released on bail without charge.
The man obtained an injunction to stop any further material about him appearing on the social media network.
At a further review the court was on Wednesday told that three postings have been taken down.
Counsel for the company, Peter Hopkins, also disclosed: "In the course of removing those specific posts Facebook came to the conclusion that the page as a whole was in breach of its community standards and has removed the page.
"The page is down and the content is down."
Sean Mullan, representing R, described the firm's response as helpful, but expressed concern that further comments about his client may have appeared on other "mirrored" pages.
Adjourning proceedings, Mrs Justice Keegan warned the suspected operator of the Nonce page that he remains subject to the injunction.
"If it's the case that (he) is behind any subsequent pages that poses a difficulty for him, we would bring the matter back and he would be in contempt of court."
Lawyers for R are seeking damages from that man and Facebook for its allegedly inadequate reporting mechanism.
Outside court his solicitor, Ciaran Moynagh of Phoenix Law, said: "My client is relieved the page is down and details about him cannot be further disseminated.


Two clips for your instruction and enlightenment. First, a Tesla Cage Of Death! Many thanks to Ed Baxter for drawing it to my attention.
Next, the radio recording of WNEW reporter Icarus “Ike” Pappas on the scene as Jack Ruby shoots Lee Harvey Oswald in Dallas on 24 November 1963. “Jack Ruby's the name.” “Jack Ruby?” “He runs the Carousel Club.” “He runs the Carousel Club?” Holy mackerel! [This clip was lost to time, sorry.]


This inspection reports calls with
kotlinx.coroutines.experimental.Deferred
result that is never used, so nobody will wait for execution of all related actions.


UML Model
You can browse the UML Model of CAPE-OPEN SMST Component. It contains four packages :
Use-Case View : use-cases model, sequence and collaboration diagrams.
Logical View : interface and state diagrams.
Component View : packages and components diagrams.
Deployment View : deployment diagram.
Open the model using a visual modelling tools :
Rose format - You just need the Rational Rose 98 (or upper) software !
Notes :
The model was designed with Rational Rose 98 SP1 - Rose Professional Edition - 4.5.8163.3
If possible, give your preference to this native file. You have all surfing capabilities.
Open the model using alternative formats :
HTML - Go on with your browser.
HTML format n°1
Nice because it keeps the organization of Rose file. Unfortunately, this format doesn't display the Component View, the Deployment View and the packages descriptions (it's a pity).HTML format n°2
All information but a little bit confused (doesn't keep the organization of Rose file)
Each view has a link : Use-Case View, Logical View, Component View, Deployment View.Microsoft Word 97 - For printing capabilities even if some figures are too large.
Each view has a link : Use-Case View, Logical View, Component View, Deployment View.
Notes :
You should open the HTML formats using a new window in order to come back here quickly.
You could have some problems with the banner of the HTML formats according to your browser.


Wrapper around several ways of converting objects to mcmc.list
format,
automated based on the input object class.
post_convert(obj)
| obj | An object storing posterior samples from an MCMC algorithm.
Accepted classes are |
|---|
The same information as passed in the obj
argument, but formatted as mcmc.list
class.
Accepted classes are produced by several packages, including but probably not limited to:
stanfit
objects are created by rstan::stan()
, which also provides rstan::As.mcmc.list()
. Rather than requiring users to have 'rstan' installed to use 'postpack', post_convert()
will instruct users to use this function if supplied a stanfit
object.
bugs
objects are created by R2WinBUGS::bugs()
and R2OpenBUGS::bugs()
.
rjags
objects are created by R2jags::jags()
.
list
objects are created by nimble::runMCMC()
, 'MCMCpack' functions, or custom MCMC algorithms.
matrix
objects are created by post_subset()
and is often the format of posterior quantities derived from monitored nodes.
mcmc.list
objects are created by rjags::coda.samples()
, jagsUI::jags.basic()
, and jagsUI::jags()
$samples
. If a mcmc.list
object is passed to obj
, an error will be returned telling the user this function is not necessary.
If you find that a critical class conversion is missing, please submit an issue requesting its addition with a minimum working example of how it can be created.
If samples are stored in a list
object, the individual elements must be matrix
or mcmc
class, storing the samples (rows) across parameters (columns, with names) for each chain (list
elements). If list
elements are in matrix
format, they will be coerced to mcmc
format, and thinning, start, and end intervals may be inaccurate.
If samples are stored in a matrix
object, rows should store samples and columns should store nodes. Multiple chains should be combined using base::rbind()
. Two additional columns must be present: "CHAIN"
and "ITER"
, which denote the MCMC chain and iteration numbers, respectively.
## EXAMPLE 1 # load example mcmc.list data(cjs) # take a subset from cjs as a matrix, retain chain and iter ids cjs_sub = post_subset(cjs, "^B", matrix = TRUE, chains = TRUE, iters = TRUE) # convert back to mcmc.list class(post_convert(cjs_sub))#> [1] "mcmc.list"## EXAMPLE 2: create mcmc.list from hypothetical MCMC samples; chains are list elements # create hypothetical samples; can't use postpack on this - not an mcmc.list samps = lapply(1:3, function(i) { m = matrix(rnorm(100), 20, 5) colnames(m) = paste0("param", 1:5) m }) # convert samps_new = post_convert(samps) # can use postpack now post_summ(samps_new, "param")#> param1 param2 param3 param4 param5 #> mean -0.2405483 -0.02659635 0.14732366 0.009101542 0.3700505 #> sd 1.0889150 0.90802879 1.01711781 1.044506489 1.0530227 #> 50% -0.2597395 0.06917890 0.05828312 0.034392545 0.4834371 #> 2.5% -2.2597993 -1.62761125 -1.72047568 -2.006158943 -1.5991835 #> 97.5% 2.0974833 1.76265081 2.29968269 2.032693411 2.0556730## EXAMPLE 3: create mcmc.list from hypothetical MCMC samples; chains rbind-ed matrices # create samples f = function() { m = matrix(rnorm(100), 20, 5) colnames(m) = paste0("param", 1:5) m } samps = rbind(f(), f(), f()) # assign chain and iter IDs to each sample samps = cbind(CHAIN = rep(1:3, each = 20), ITER = rep(1:20, 3), samps) # convert samps_new = post_convert(samps) # can use postpack now post_summ(samps_new, "param")#> param1 param2 param3 param4 param5 #> mean 0.05067511 -0.04485533 0.05532735 -0.1874525 0.06014872 #> sd 1.05573920 1.03113795 1.02712251 0.9799174 0.93816522 #> 50% 0.06089166 0.16803656 -0.13232099 -0.3274543 -0.02304236 #> 2.5% -1.69592511 -2.41449420 -1.50040514 -1.9526691 -1.99189283 #> 97.5% 2.04088203 1.43784392 1.82063153 1.7346364 1.86971692


Conservative Party's election manifesto dominates Sunday papers
Previews of the Conservative Party’s election manifesto dominate the Sunday newspapers.
The Sunday Telegraph centres on a Tory plan to axe hospital car parking fees for millions of people.
Sorry, this content isn't available on your device.
The Sunday Times reports on Prime Minister Boris Johnson’s pledge not to raise personal taxes.
Sorry, this content isn't available on your device.
And the Sunday Express calls the manifesto, which will be released on Sunday, Mr Johnson’s “big Christmas gift to Britain”.
Sorry, this content isn't available on your device.
The Observer also features Mr Johnson’s tax plans on its front page, but leads with a major funding pledge from the Labour Party to help women caught in a pension trap.
Sorry, this content isn't available on your device.
The Sunday Mirror carries the same pension story, along with an account of another woman who has made claims of an association with the Duke of York.
Sorry, this content isn't available on your device.
And The Independent says the Lib Dems are aiming to defeat some major figures of the Brexit debate at the election, such as Dominic Raab.
Sorry, this content isn't available on your device.
Meanwhile, The Mail on Sunday leads on former MI6 chief Richard Dearlove saying Jeremy Corbyn would be a danger to national security if elected prime minister.
Sorry, this content isn't available on your device.
The Sunday People reports on a knife factory allegedly being run inside a prison.
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And the Daily Star Sunday leads on a soap star’s dash to hospital after her dog scratched her eye.
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Traffic Orchestrator Real-Time Tracker
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Piqued favour stairs it enable exeter as seeing. Remainder met improving but engrossed sincerity age.


Connect with people who share your interests, learn about Arionum fundamentals, join our developers and help us to build reliable, fast and secure services backed by blockchain technology.
The majority of community involvement, development discussion, mining assistance, masternode questions, and other topics takes place on our Discord chat. This is the place where decisions and future plans for development occur.
Jump in and meet our development team online, learn from experienced users, or share your experiences with others.
https://arionum.info/discord/
The most frequently asked questions, guides, and tutorials can be found on our forums. Follow the link below to get more information about ARIONUM.
https://forum.arionum.com/
Understand Arionum! A lot of additional informations published by members of our community can be found on the aro.wiki page or pxgamer's arionum documentation page.
http://aro.wiki/
https://pxgamer.github.io/arionum-documentation/


This file contains an overview of the PET runtime system as it comes with the cc65 C compiler. It describes the memory layout, PET-specific header files, available drivers, and any pitfalls specific to that platform.
Please note that PET-specific functions are just mentioned here, they are described in detail in the separate function reference. Even functions marked as "platform dependent" may be available on more than one platform. Please see the function reference for more information.
The standard binary output format generated by the linker for the PET target is a machine language program with a one line BASIC stub, which calls the machine language part via SYS. This means that a program can be loaded as BASIC program and started with RUN. It is of course possible to change this behaviour by using a modified startup file and linker config.
cc65 generated programs with the default setup run with the I/O area and the kernal and BASIC ROM enabled, which gives a usable memory range of $0400 - $7FFF (32KB machine). All ROM entry points may be called directly without additional code.
Special locations:
The text screen is located at $8000.
The C runtime stack is located at $7FFF and growing downwards.
The C heap is located at the end of the program and grows towards the C runtime stack.
Programs containing PET-specific code may use the pet.h
or cbm.h
header files. Using the later may be an option when writing code for more than
one CBM platform, since it includes pet.h
and declares several functions
common to all CBM platforms.
There are currently no special PET functions.
Some functions are available for all (or at least most) of the Commodore machines. See the function reference for declaration and usage.
The following pseudo variables declared in the pet.h
header file do allow
access to hardware located in the address space. Some variables are
structures, accessing the struct fields will access the chip registers.
PIA1, PIA2
Access to the two PIA (peripheral interface adapter) chips is available via
the PIA1
and PIA2
variables. The structure behind these variables
is explained in _pia.h
.
VIA
The VIA
structure allows access to the VIA (versatile interface
adapter). See the _6522.h
header file located in the include
directory for the declaration of the structure.
The names in the parentheses denote the symbols to be used for static linking of the drivers.
No graphics drivers are currently available for the PET.
No extended memory drivers are currently available for the PET.
The default drivers, joy_stddrv (joy_static_stddrv)
, point to pet-stdjoy.joy (pet_stdjoy_joy)
.
pet-ptvjoy.joy (pet_ptvjoy_joy)
Driver for the Protovision 4-player adapter contributed by Groepaz. See Protovision shop for prices and building instructions. Up to two joysticks are supported.
pet-stdjoy.joy (pet_stdjoy_joy)
Driver for the standard PET userport joystick.
No mouse drivers are currently available for the PET.
No serial drivers are currently available for the PET.
Command-line arguments can be passed to main()
. Since that is not
supported directly by BASIC, the following syntax was chosen:
RUN:REM ARG1 " ARG2 IS QUOTED" ARG3 "" ARG5
main()
is the program name.The program return code (low byte) is passed back to BASIC by use of the
ST
variable.
The runtime for the PET uses routines marked as .INTERRUPTOR
for
interrupt handlers. Such routines must be written as simple machine language
subroutines and will be called automatically by the interrupt handler code
when they are linked into a program. See the discussion of the .CONDES
feature in the
assembler manual.
The extended memory at $9000 of the CBM 8x96 may be added to the heap by using the following code:
/* Check for the existence of RAM */
if (PEEK(0x9000) == POKE(0x9000, PEEK(0x9000)+1)) {
/* Add it to the heap */
_heapadd ((void *) 0x9000, 0x2000);
}
This software is provided 'as-is', without any expressed or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software.
Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions:


I am a full stack developer who can create websites and apps and run them across devices. I am currently looking for an occupation where I can contribute to, and also grow my skills as a developer.
Helped out at the local Boys and Girls club as a Mentor where I helped teach girls how to design video game elements using the scratch platform.
Signed up with a team who worked over a 24 hour period to create a website for the non-profit, Silver ribbon community partners.
Apart from learning about web developing, I enjoy traveling to different cities and seeing concerts. I also enjoy vacationing and visiting family in Jamaica about every other year. On a regular schedule I enjoy going to the gym, watching a wide range of movies and shows, and playing video games.


Advanced aspects: the Euclidean space as a Riemannian manifold#
This tutorial introduces some vector calculus capabilities of SageMath within the 3-dimensional Euclidean space. The corresponding tools have been developed via the SageManifolds project.
The tutorial is also available as a Jupyter notebook, either
passive (nbviewer
)
or interactive (binder
).
The Euclidean 3-space#
Let us consider the 3-dimensional Euclidean space \(\mathbb{E}^3\), with Cartesian coordinates \((x,y,z)\):
sage: E.<x,y,z> = EuclideanSpace()
sage: E
Euclidean space E^3
\(\mathbb{E}^3\) is actually a Riemannian manifold (see
pseudo_riemannian
), i.e. a smooth real
manifold endowed with a positive definite metric tensor:
sage: E.category()
Join of
Category of smooth manifolds over Real Field with 53 bits of precision and
Category of connected manifolds over Real Field with 53 bits of precision and
Category of complete metric spaces
sage: E.base_field() is RR
True
sage: E.metric()
Riemannian metric g on the Euclidean space E^3
Actually RR
is used here as a proxy for the real field (this should be
replaced in the future, see the discussion at github issue #24456) and the 53 bits of precision play
of course no role for the symbolic computations.
Let us introduce spherical and cylindrical coordinates on \(\mathbb{E}^3\):
sage: spherical.<r,th,ph> = E.spherical_coordinates()
sage: cylindrical.<rh,ph,z> = E.cylindrical_coordinates()
The user atlas of \(\mathbb{E}^3\) has then three charts:
sage: E.atlas()
[Chart (E^3, (x, y, z)), Chart (E^3, (r, th, ph)), Chart (E^3, (rh, ph, z))]
while there are five vector frames defined on \(\mathbb{E}^3\):
sage: E.frames()
[Coordinate frame (E^3, (e_x,e_y,e_z)),
Coordinate frame (E^3, (∂/∂r,∂/∂th,∂/∂ph)),
Vector frame (E^3, (e_r,e_th,e_ph)),
Coordinate frame (E^3, (∂/∂rh,∂/∂ph,∂/∂z)),
Vector frame (E^3, (e_rh,e_ph,e_z))]
Indeed, there are two frames associated with each of the three coordinate
systems: the coordinate frame (denoted with partial derivatives above) and an
orthonormal frame (denoted by e_*
above), but for Cartesian coordinates,
both frames coincide.
We get the orthonormal spherical and cylindrical frames by:
sage: spherical_frame = E.spherical_frame()
sage: spherical_frame
Vector frame (E^3, (e_r,e_th,e_ph))
sage: cylindrical_frame = E.cylindrical_frame()
sage: cylindrical_frame
Vector frame (E^3, (e_rh,e_ph,e_z))
On the other side, the coordinate frames \(\left(\frac{\partial}{\partial r},
\frac{\partial}{\partial\theta}, \frac{\partial}{\partial \phi}\right)\) and
\(\left(\frac{\partial}{\partial \rho}, \frac{\partial}{\partial\phi},
\frac{\partial}{\partial z}\right)\) are returned by the method
frame()
acting on the
coordinate charts:
sage: spherical.frame()
Coordinate frame (E^3, (∂/∂r,∂/∂th,∂/∂ph))
sage: cylindrical.frame()
Coordinate frame (E^3, (∂/∂rh,∂/∂ph,∂/∂z))
Charts as maps \(\mathbb{E}^3 \rightarrow \mathbb{R}^3\)#
The chart of Cartesian coordinates has been constructed at the
declaration of E
; let us denote it by cartesian
:
sage: cartesian = E.cartesian_coordinates()
sage: cartesian
Chart (E^3, (x, y, z))
Let us consider a point \(p\in \mathbb{E}^3\), defined by its Cartesian coordinates:
sage: p = E((-1, 1,0), chart=cartesian, name='p')
sage: p
Point p on the Euclidean space E^3
sage: p.parent() is E
True
The coordinates of \(p\) in a given coordinate chart are obtained by letting the corresponding chart act on \(p\):
sage: cartesian(p)
(-1, 1, 0)
sage: spherical(p)
(sqrt(2), 1/2*pi, 3/4*pi)
sage: cylindrical(p)
(sqrt(2), 3/4*pi, 0)
Riemannian metric#
The default metric tensor of \(\mathbb{E}^3\) is:
sage: g = E.metric()
sage: g
Riemannian metric g on the Euclidean space E^3
sage: g.display()
g = dx⊗dx + dy⊗dy + dz⊗dz
sage: g[:]
[1 0 0]
[0 1 0]
[0 0 1]
The above display in performed in the default frame, which is the Cartesian one. Of course, we may ask for display with respect to other frames:
sage: g.display(spherical_frame)
g = e^r⊗e^r + e^th⊗e^th + e^ph⊗e^ph
sage: g[spherical_frame, :]
[1 0 0]
[0 1 0]
[0 0 1]
In the above display, e^r
= \(e^r\), e^th
= \(e^\theta\) and
e^ph
= \(e^\phi\) are the 1-forms defining the coframe dual to the
orthonormal spherical frame \((e_r,e_\theta,e_\phi)\):
sage: spherical_frame.coframe()
Coframe (E^3, (e^r,e^th,e^ph))
The fact that the above metric components are either 0 or 1 reflect the orthonormality of the vector frame \((e_r,e_\theta,e_\phi)\). On the contrary, in the coordinate frame \(\left(\frac{\partial}{\partial r}, \frac{\partial}{\partial\theta}, \frac{\partial}{\partial \phi}\right)\), which is not orthonormal, some components differ from 0 or 1:
sage: g.display(spherical.frame())
g = dr⊗dr + (x^2 + y^2 + z^2) dth⊗dth + (x^2 + y^2) dph⊗dph
Note that the components are expressed in terms of the default chart, namely
the Cartesian one. To have them displayed in terms of the spherical chart, we
have to provide the latter as the second argument of the method
display()
:
sage: g.display(spherical.frame(), spherical)
g = dr⊗dr + r^2 dth⊗dth + r^2*sin(th)^2 dph⊗dph
Since SageMath 8.8, a shortcut is:
sage: g.display(spherical)
g = dr⊗dr + r^2 dth⊗dth + r^2*sin(th)^2 dph⊗dph
The matrix view of the components is obtained via the square bracket operator:
sage: g[spherical.frame(), :, spherical]
[ 1 0 0]
[ 0 r^2 0]
[ 0 0 r^2*sin(th)^2]
Similarly, for cylindrical coordinates, we have:
sage: g.display(cylindrical_frame)
g = e^rh⊗e^rh + e^ph⊗e^ph + e^z⊗e^z
sage: g.display(cylindrical)
g = drh⊗drh + rh^2 dph⊗dph + dz⊗dz
sage: g[cylindrical.frame(), :, cylindrical]
[ 1 0 0]
[ 0 rh^2 0]
[ 0 0 1]
The metric \(g\) is a flat: its Riemann curvature tensor
(see
riemann()
)
is zero:
sage: g.riemann()
Tensor field Riem(g) of type (1,3) on the Euclidean space E^3
sage: g.riemann().display()
Riem(g) = 0
The metric \(g\) defines the dot product on \(\mathbb{E}^3\):
sage: u = E.vector_field(x*y, y*z, z*x)
sage: u.display()
x*y e_x + y*z e_y + x*z e_z
sage: v = E.vector_field(-y, x, z^2, name='v')
sage: v.display()
v = -y e_x + x e_y + z^2 e_z
sage: u.dot(v) == g(u,v)
True
Consequently:
sage: norm(u) == sqrt(g(u,u))
True
The Levi-Civita tensor#
The scalar triple product of \(\mathbb{E}^3\) is provided by the Levi-Civita tensor (also called volume form) associated with \(g\) (and chosen such that \((e_x,e_y,e_z)\) is right-handed):
sage: epsilon = E.scalar_triple_product()
sage: epsilon
3-form epsilon on the Euclidean space E^3
sage: epsilon is E.volume_form()
True
sage: epsilon.display()
epsilon = dx∧dy∧dz
sage: epsilon.display(spherical)
epsilon = r^2*sin(th) dr∧dth∧dph
sage: epsilon.display(cylindrical)
epsilon = rh drh∧dph∧dz
Checking that all orthonormal frames introduced above are right-handed:
sage: ex, ey, ez = E.cartesian_frame()[:]
sage: epsilon(ex, ey, ez).display()
epsilon(e_x,e_y,e_z): E^3 → ℝ
(x, y, z) ↦ 1
(r, th, ph) ↦ 1
(rh, ph, z) ↦ 1
sage: epsilon(*spherical_frame)
Scalar field epsilon(e_r,e_th,e_ph) on the Euclidean space E^3
sage: epsilon(*spherical_frame).display()
epsilon(e_r,e_th,e_ph): E^3 → ℝ
(x, y, z) ↦ 1
(r, th, ph) ↦ 1
(rh, ph, z) ↦ 1
sage: epsilon(*cylindrical_frame).display()
epsilon(e_rh,e_ph,e_z): E^3 → ℝ
(x, y, z) ↦ 1
(r, th, ph) ↦ 1
(rh, ph, z) ↦ 1
Vector fields as derivations#
Let \(f\) be a scalar field on \(\mathbb{E}^3\):
sage: f = E.scalar_field(x^2+y^2 - z^2, name='f')
sage: f.display()
f: E^3 → ℝ
(x, y, z) ↦ x^2 + y^2 - z^2
(r, th, ph) ↦ -2*r^2*cos(th)^2 + r^2
(rh, ph, z) ↦ rh^2 - z^2
Vector fields act as derivations on scalar fields:
sage: v(f)
Scalar field v(f) on the Euclidean space E^3
sage: v(f).display()
v(f): E^3 → ℝ
(x, y, z) ↦ -2*z^3
(r, th, ph) ↦ -2*r^3*cos(th)^3
(rh, ph, z) ↦ -2*z^3
sage: v(f) == v.dot(f.gradient())
True
sage: df = f.differential()
sage: df
1-form df on the Euclidean space E^3
sage: df.display()
df = 2*x dx + 2*y dy - 2*z dz
sage: v(f) == df(v)
True
The algebra of scalar fields#
The set \(C^\infty(\mathbb{E}^3)\) of all smooth scalar fields on \(\mathbb{E}^3\) forms a commutative algebra over \(\mathbb{R}\):
sage: CE = E.scalar_field_algebra()
sage: CE
Algebra of differentiable scalar fields on the Euclidean space E^3
sage: CE.category()
Join of Category of commutative algebras over Symbolic Ring and Category of homsets of topological spaces
sage: f in CE
True
In SageMath terminology, \(C^\infty(\mathbb{E}^3)\) is the parent of scalar fields:
sage: f.parent() is CE
True
The free module of vector fields#
The set \(\mathfrak{X}(\mathbb{E}^3)\) of all vector fields on \(\mathbb{E}^3\) is a free module of rank 3 over the commutative algebra \(C^\infty(\mathbb{E}^3)\):
sage: XE = v.parent()
sage: XE
Free module X(E^3) of vector fields on the Euclidean space E^3
sage: XE.category()
Category of finite dimensional modules over Algebra of differentiable
scalar fields on the Euclidean space E^3
sage: XE.base_ring()
Algebra of differentiable scalar fields on the Euclidean space E^3
sage: XE.base_ring() is CE
True
sage: rank(XE)
3
The bases of the free module \(\mathfrak{X}(\mathbb{E}^3)\) are nothing but the vector frames defined on \(\mathbb{E}^3\):
sage: XE.bases()
[Coordinate frame (E^3, (e_x,e_y,e_z)),
Coordinate frame (E^3, (∂/∂r,∂/∂th,∂/∂ph)),
Vector frame (E^3, (e_r,e_th,e_ph)),
Coordinate frame (E^3, (∂/∂rh,∂/∂ph,∂/∂z)),
Vector frame (E^3, (e_rh,e_ph,e_z))]
Tangent spaces#
A vector field evaluated at a point $p$ is a vector in the tangent space \(T_p\mathbb{E}^3\):
sage: p
Point p on the Euclidean space E^3
sage: vp = v.at(p)
sage: vp
Vector v at Point p on the Euclidean space E^3
sage: vp.display()
v = -e_x - e_y
sage: Tp = vp.parent()
sage: Tp
Tangent space at Point p on the Euclidean space E^3
sage: Tp is E.tangent_space(p)
True
sage: Tp.category()
Category of finite dimensional vector spaces over Symbolic Ring
sage: dim(Tp)
3
sage: isinstance(Tp, FiniteRankFreeModule)
True
The bases on \(T_p\mathbb{E}^3\) are inherited from the vector frames of \(\mathbb{E}^3\):
sage: Tp.bases()
[Basis (e_x,e_y,e_z) on the Tangent space at Point p on the Euclidean space E^3,
Basis (∂/∂r,∂/∂th,∂/∂ph) on the Tangent space at Point p on the Euclidean space E^3,
Basis (e_r,e_th,e_ph) on the Tangent space at Point p on the Euclidean space E^3,
Basis (∂/∂rh,∂/∂ph,∂/∂z) on the Tangent space at Point p on the Euclidean space E^3,
Basis (e_rh,e_ph,e_z) on the Tangent space at Point p on the Euclidean space E^3]
For instance, we have:
sage: spherical_frame.at(p)
Basis (e_r,e_th,e_ph) on the Tangent space at Point p on the
Euclidean space E^3
sage: spherical_frame.at(p) in Tp.bases()
True
Levi-Civita connection#
The Levi-Civita connection associated to the Euclidean metric \(g\) is:
sage: nabla = g.connection()
sage: nabla
Levi-Civita connection nabla_g associated with the Riemannian metric g
on the Euclidean space E^3
The corresponding Christoffel symbols with respect to Cartesian coordinates
are identically zero: none of them appear in the output of
christoffel_symbols_display()
,
which by default displays only nonzero Christoffel symbols:
sage: g.christoffel_symbols_display(cartesian)
On the contrary, some of the Christoffel symbols with respect to spherical coordinates differ from zero:
sage: g.christoffel_symbols_display(spherical)
Gam^r_th,th = -r
Gam^r_ph,ph = -r*sin(th)^2
Gam^th_r,th = 1/r
Gam^th_ph,ph = -cos(th)*sin(th)
Gam^ph_r,ph = 1/r
Gam^ph_th,ph = cos(th)/sin(th)
By default, only nonzero and nonredundant values are displayed (for instance \(\Gamma^\phi_{\ \, \phi r}\) is skipped, since it can be deduced from \(\Gamma^\phi_{\ \, r \phi}\) by symmetry on the last two indices).
Similarly, the nonzero Christoffel symbols with respect to cylindrical coordinates are:
sage: g.christoffel_symbols_display(cylindrical)
Gam^rh_ph,ph = -rh
Gam^ph_rh,ph = 1/rh
The Christoffel symbols are nothing but the connection coefficients in the corresponding coordinate frame:
sage: nabla.display(cylindrical.frame(), cylindrical, only_nonredundant=True)
Gam^rh_ph,ph = -rh
Gam^ph_rh,ph = 1/rh
The connection coefficients with respect to the orthonormal (non-coordinate) frames are (again only nonzero values are displayed):
sage: nabla.display(spherical_frame, spherical)
Gam^1_22 = -1/r
Gam^1_33 = -1/r
Gam^2_12 = 1/r
Gam^2_33 = -cos(th)/(r*sin(th))
Gam^3_13 = 1/r
Gam^3_23 = cos(th)/(r*sin(th))
sage: nabla.display(cylindrical_frame, cylindrical)
Gam^1_22 = -1/rh
Gam^2_12 = 1/rh
The Levi-Civita connection \(\nabla_g\) is the connection involved in the standard differential operators:
sage: from sage.manifolds.operators import *
sage: grad(f) == nabla(f).up(g)
True
sage: nabla(f) == grad(f).down(g)
True
sage: div(u) == nabla(u).trace()
True
sage: div(v) == nabla(v).trace()
True
sage: laplacian(f) == nabla(nabla(f).up(g)).trace()
True
sage: laplacian(u) == nabla(nabla(u).up(g)).trace(1,2)
True
sage: laplacian(v) == nabla(nabla(v).up(g)).trace(1,2)
True


Creat a GIF button!
Add any topic into the text field below and hit Add Button! Then generate your GIFs by clicking your new button!
Add Button!


Rhinelander city administrator is subject of search warrants
RHINELANDER, Wis. (AP) - Authorities say the Rhinelander city administrator is the subject of two search warrants executed at City Hall as part of an investigation into public records tampering.
The search warrants executed Thursday allege Daniel Guild failed to release public records that had been requested by media and law enforcement. Authorities also allege he altered an email and presented it as an original.
According to the Wausau Daily Herald and WSAW-TV, the search warrants sought emails between Guild and various council members and city employees, as well as copies of disciplinary records involving a former public works director.
The Oneida County Sheriff's Office says the investigation is ongoing.
Guild was named city administrator in September 2018. He has not been charged and did not immediately reply to a request for comment from The Associated Press.


Examples
Simple map
UI Layer
Events Layer
UI and Events
Streetview Layer
Pixel Ratio settings
Marker
Custom Marker
Marker Events
Marker Window
Multiple Markers


Trains suspended between Sudbury and Marks Tey
by Katy SandallsA broken down train has caused services to be suspended between Sudbury and Marks Tey.
In a statement on Twitter Greater Anglia said: "Owing to a train fault the Marks Tey to Sudbury train service has been suspended and replaced with a bus service.
"Greater Anglia are sorry if your journey has been affected by this disruption."
The bus service will run for the rest of the day.


How to GET and POST in node.js
Enter text here that will be sent to the server using the POST method.


The keyboard is the most efficient way to use DMDAnimator. Below are the keys recognized:
| Key | Purpose |
|---|---|
| Arrow Keys | Move over the DMD. |
| ⇧-Arrow | Select a rectangular portion of the DMD. |
| ⌘-Arrow | Shift/offset the contents of the DMD. |
| ` | Set the current pixel to be off (black). |
| 1 | Set the current pixel to intensity level 1 (30%). |
| 2 | Set the current pixel to intensity level 2 (60%). |
| 3 | Set the current pixel to intensity level 3 (100%). |
| ⇧⌘N | Create a new frame after the current frame. |
| , or ⌘[ | Step backward one frame. |
| . or ⌘] | Step forward one frame. |
| Space | Toggle play/pause. |
The format of .dmd files recognized by DMDAnimator is constructed as follows:
file() { number_of_frames 1 byte for(i = 0; i < number_of_frames; i++) { frame() 4096 bytes } } frame() { for(row = 0; row < 32; row++) { for(col = 0; col < 128; col++) { pixel() 1 byte } } } pixel() { // 1 byte where value is: // 0 = off, 1 = low, 2 = medium, 3 = high intensity // Clear state is not implemented. }
© 2007 Incomplete Labs.


Country music's biggest night: What is the Country Music Association?
by Sandy KenyonNASHVILLE -- Country music stars will soon descend on Nashville for the CMA Awards -- known as country music's biggest night.
Nashville is known as Music City USA for a reason -- it's mecca to those looking for their big break.
A statue of Bill Monroe, known as the Father of Bluegrass Music, stands outside what's been called The Mother Church of Country Music. The Ryman Auditorium is entertainment reporter Sandy Kenyon met the CEO of The Country Music Association (CMA), Sarah Trahern.
"CMA was created in 1958 in a hotel room in Miami when Elvis Presley was taking over the radio, and country radio stations were turning from country to rock & roll," she explained.
In fact, a recent PBS documentary called "Country Music" by Ken Burns, shows how this format survived that challenge and others through the years with the help of the CMA and its awards show, which was first telecast back in 1968.
Dan Rogers, the General Manager of The Grand Ole Opry, took Kenyon on stage at The Ryman to show where, "folks like Johnny Cash, Merle Haggard, Loretta Lynn would've been sitting out there in the pews, hoping that their names would be called."
He is one of 7,500 eligible voters who get to determine the winners on Wednesday night. Singer Gretchen Wilson is another.
"I vote on songs based on how they make me feel," Wilson said backstage at Bridgestone Arena after a rehearsal. "Because if a song moves you, then it means something."
Behind the glitz and glamour of country music's biggest night stand industry professionals who make their living in this format. Some, like Wilson and Sara Evans, are stars.
"I just kinda go with my gut and, you know, may the best song win," Evans said.
Others work behind-the-scenes, like Rogers. But here, everyone is a fan.
Coverage on Wednesday evening starts with a live streaming event at ontheredcarpet.com at 6:30P EST followed by a half hour pre-show hosted by Kenyon and KABC-TV's George Pennacchio.
The 2019 CMA Awards will air Wednesday, Nov. 13 at 8 p.m. ET/PT | 7 p.m. CT on ABC.


Android 4.0
Super Amoled 720p Screen
Android 4.0, Ice Cream Sandwich brings an entirely new look and feel..
Real-life sharing is nuanced and rich. Galaxy Nexus makes sharing..
Your photos upload themselves with Instant Upload, which makes ..
Google Music makes discovery, purchase, and listening effortless and..


{% extends "email/_wrapper.html" %} {% block content %}
Hi {{ carpool.driver.name }}!
Thank you for signing up to carpool!
Here's the information you entered about your trip:
Pickup: {{ carpool.from_place }}
Destination Name: {{ carpool.destination.name }}
Destination Address: {{ carpool.destination.address }}
Your carpool's departure time is {{ carpool.leave_time | humanize }}, only two days away!
As the driver, it's your responsibility to coordinate with your riders. Make sure you have spoken with them to confirm their rides and settle all the details of pickup and drop-off.
If you have no passengers yet, make sure you check your email or your carpool details for any ride requests you may have missed.
You can also use that link to make changes to the details of your carpool, cancel your carpool, or remove a passenger. Please make any changes you need to make in a timely manner so you and your passengers have time to plan around them.
You are doing great work, thank you for driving!
{{ config.get('BRANDING_EMAIL_SIGNATURE') }}
SAFETY TIPS
CANVASSING TIPS


Hi, FIRSTNAME
We all missed you at the club night! These things are not mandatory, of course, but getting to know your colleagues is very important to ensure that you have a happy career, as well as to improve synergy.
Besides, you need to unwind and have fun sometimes. As an HR guy, it's my job to make sure that you don't wear yourself out :). Remember, all work and no play makes FIRSTNAME a dull GENDERREF. You missed out on much merriment, yesterday. We all tried some marvellous new drinks, and Vita and Sandra looked adorable dancing together.
There are no more social events this week, but you'll have more opportunities for fun soon enough. Make sure you prioritize them :).
Benedetto Tornincasa
Human Relations
Senior Consultant / Haka Leader


[1]
Disk drive OK; Interface Sucks
[2]
Nice looks; Doesn't last
[3]
Styling, capacity, price; Not compatible with MS Vista


Placement Details
HP
About
The Hewlett-Packard Company (commonly referred to as HP, and stylized as hp) or Hewlett-Packard (/ˈhjuːlɪt ˈpækərd/ HEW-lit PAK-ərd) was an American multinational information technology company headquartered in Palo Alto, California. It developed and provided a wide variety of hardware components as well as software and related services to consumers, small- and medium-sized businesses (SMBs) and large enterprises, including customers in the government, health and education sectors. In 1999, HP split into two companies: one retaining the original company name, the other named Agilent Technologies. The first product line of Hewlett-Packard, test and measurement equipment, went to Agilent Technologies, while HP retained focus on its later products including computers and printers. In 2015, HP again was split into two separate companies, HP Inc. and Hewlett Packard Enterprise.
Prerequisites
70 percent or above in B.Tech, Class X and XII.
No backlogs at the time of interview
Written Round :
The Written round consists of three major sections namely General Aptitude, Verbal Ability and Programming section. General Aptitude Test, has mathematical reasoning and logical reasoning questions. Programming section contains questions from C/C++, Networks, Operating System, DBMS, Software Engineering
Our Services
- Communication Networks
- Desktop Computers
- Storage Systems
- Mobile Devices
- Enterprise Software
- Data Centers


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A mobile monitoring system to map CO2 emissions in urban environments.
A project by the Micrometerology Group at the University of British ColumbiaThis repository contains the Arduino software and the assembly instructions for the DIYSCO2 sensor.
View RepoThis repository contains the python code for processing the raw sensor data points.
View RepoThis repository contains the R code for the analysis which was performed as part of our paper.
View RepoExplore this interactive map of the grid averaged mixing ratios and emissions of Vancouver, BC.
View PageThis repository contains the R code for matching the traffic count data to the OSM street network for our specific project area in Vancouver, BC
View RepoThis repository contains python code for: 1. transferring data from the DIYSCO2 system to your machine and 2. combining the .dat files into a csv based on a date range.
View Project


Create new Pieces and delete existing ones.
Create new Connections and delete existing ones.
Create a new game.
Edit and delete existing games.
Upload new Puzzle Pieces.
Edit and delete existing sets of Puzzle Pieces.


@* * This template is called from the `index` template. This template * handles the rendering of the page header and body tags. It takes * two arguments, a `String` for the title of the page and an `Html` * object to insert into the body of the page. *@ @(title: String)
@* Here's where we render the page title `String`. *@No requirements found
| Status | Source Name | Source IP | Destination Name | Destination IP | Services | Applications | Action | |
|---|---|---|---|---|---|---|---|---|
| {{ req.sourceName }} | {{ req.sourceIp }} | {{ req.destinationName }} | {{ req.destinationIp }} | {{ req.services | printServices }} | {{ req.tags | printApplications }} | {{ req.action }} |
No requirements found
| Source Name | Source IP | Destination Name | Destination IP | Services | Applications | Action | |
|---|---|---|---|---|---|---|---|
| {{ req.sourceName }} | {{ req.sourceIp }} | {{ req.destinationName }} | {{ req.destinationIp }} | {{ req.services | printServices }} | {{ req.tags | printApplications }} | {{ req.action }} |


Request From: {{requestingStoreName}}
Requisition Date: {{requisitionDate}} ({{requisitionDate | nepaliDate:'format':'YYYY-MM-DD'}} BS )
REQUISITION DETAILS PRINT
| Item Name | Item Code | Quantity | Received Qty. | Pending Qty. | Status | Remarks | |
| {{reqItm.ItemName}} | {{reqItm.Code}} | {{reqItm.Quantity}} | {{reqItm.ReceivedQuantity}} | {{reqItm.PendingQuantity}} | {{reqItm.RequisitionItemStatus}} | {{reqItm.Remark}} |


Moya Response Handler
Quick to configure Moya plugin to handle API responses for mobile app.
Why?
When I build mobile apps, this is how I want to handle API network requests:
Was the API request successful (HTTP response status code >=200, <300)?
- Yes
- Parse the response to JSON, string, image, etc. Use the response on my app.
- No
- Was it a network connectivity issue?
- Yes
- Show the user a human readable message saying they have no Internet, request failed but they can try again, etc.
- No
- Was the network request successful, but the server responded back with a status code >=300?
- Yes
- Let me see the status code, possibly parse the response body, then return a human readable message to the user telling them about the error and how they can fix it.
- No
- Was the error a Moya error such as an error parsing the respone body?
- Yes
- Handle however you wish. I want to log this error as it’s probably an error with the app. Then, return human reable message to the user.
- No
- The error is unknown. Handle however you wish. I want to log this error as it’s probably an error with the app. Then, return human reable message to the user.
With all of the mobile apps I build and maintain, I copy/pasted this boilerplate code into each app and edited the code minimally to conform to the app I was building. This boilerplate code was hard to maintain across multiple apps, was a hard API to remember, error prone if I ever messed up a use case, and ugly. Because of this, I built this Moya plugin to allow me to have a quick, flexible, no boilerplate code solution for each of my apps.
How?
- Create a class that inherits the
MoyaResponseHandler
protocol.
class MyMoyaResponseHandler: MoyaResponseHandler {
...
}
- Install the plugin by providing a plugin instance to your
MoyaProvider
:
MoyaProvider<Target>(plugins: [MoyaResponseHandlerPlugin(handler: MyMoyaResponseHandler)])
- Use your
MoyaProvider
as usual to call your endpoints.
Installation
MoyaResponseHandlerPlugin is available through CocoaPods. To install it, simply add the following line to your Podfile:
pod "MoyaResponseHandlerPlugin"
Author
- Levi Bostian - GitHub, Twitter, Website/blog
License
MoyaResponseHandlerPlugin is available under the MIT license. See the LICENSE file for more info.
Docs
Development
Documentation
Docs for the plugin are located in docs
directory.
The docs are generated via jazzy using command: jazzy --podspec MoyaResponseHandlerPlugin.podspec
(assuming jazzy is intalled. If not: gem install jazzy
)
Credits
Photo by Steve Richey on Unsplash


Use HTML5 to build cutting edge websites with a focus on progressive enhancment to support legacy browsers.


She hugged him to her, glad she had woken him in time. His mind had been falling, spinning like a plate, but she caught it, she did, before it cracked against this disease. No respecter of cleanliness or isolation was this plague of the soul, contracted by sharing vibrations. Everyone suffered, from its first night onwards. Nobody knew how or why it....
"Why?" murmured Jessica as she started to doze, moving her head to Luke's lap. He shushed and began to stroke her hair. How beautiful it had been! Spun gold, maybe, but that wasn't doing it justice. He remembered how it soaked up some essence of Jessica from the roots and lived in the air when she turned her head sharply. He remembered the sun catching it last August, bouncing off it to his eyes as if it could not spread the story of her quickly enough. He remembered all this as he fingered the lank strands, not washed since they had last found running water two weeks ago. Frowning he tried to love her hair again, and smiled a little when a tiny glow answered from deep inside himself.
There were shrieks outside. Marauding ranks of the now near-mad (for who of the truly mad would fancy himself in a group of crazy people?) were looting nearby houses. But this wreck, with its two wrecks, had already been stripped. Luke worried every time he heard sounds outside, but always had to agree with himself that they were safe here. In contrast Jessica only knew safety, wrapped up in his warmth and already asleep.
... As a child Jessica had grown up on a country estate, and now inside the ropes and sinews of her head Jessica was as a child. She tripped lightly up the grand steps of her parents' estate, kept paved, carpeted, cleaned by her parents equally grand income. Over the grey stone, dusty even when it was not, she skipped towards her father. Dead for ten years but now here, he hugged her close and told her how much he missed her. She had been away, must have been somewhere, with friends or---
Crying silently. There were always tears, Luke thought. That bit she always said she couldn't remember. The fear and shock---the sickness---always blotted out what had made her cry.
"He's in the billiard room," her father said, leading her by the elbow. He was always costume-dramatic, and she caught the bug from him and started thinking the same way. "A suitor?" she thought. "A tutor? A pop star? She knew he'd been doing work for Apple---those haircuts, the clothes, the rich voices that drove a spike into her belly---and maybe he'd got talking over some... barristery thing. He'd come round for a drink of tea and a look round the grounds, or maybe the other one, the one she fancied less.... Bewildered (but not to the point of wakefulness) she let herself be steered to the doors. Standing before them and seeing their tallness, twice as tall as Denise her younger sister and dark with the wood of local trees, she suddenly realized who was beyond the doors. The notion opened in her mind like a container of ice, chilling her and freezing her feet to the floor, no, no, Daddy, no, it's not---
---whimpering and wrinkling her nose, that was the cue, but how could he wake her now, God, she was pretty when she could get some rest. If he sat here and just stroked her hair, led a finger along her jawline, whispered he loved her: would that be enough? Would that seep into her skull and cleanse her? But as the doors creaked open and her father pushed her forward and the man in black came towards her and stabbed towards her heart, she only had time to feel the point of the blade against the skin of her belly when
Luke woke her, wriggling her shoulders which wriggled back. She always woke in a foul temper, but still kissed him, to tell him, "it's all right, I understand. Thank you. I'll thank you when I've woken up some more," the kiss said, but did not add that she might never be that awake again.


Last Friday morning I woke up completely exhausted. Each previous day that week felt as if it shoud have been Friday, but disappointingly turned out to be just some anonymous middle-of-the-week day. I’m sure I don’t need to explain the intense psychological role the day Friday plays in our lives - we have internet sensations for that. But this Friday, instead of strolling into work late, taking extra long coffee breaks, catching up on blogs for hours, and mentally checking out right about lunchtime per the usual Friday routine in Corporate America - I did something different.
I got in the zone. I layed out the design for a project I’d been interested in but slightly intimidated by. Though aware I probably didn’t have enough time to get through it, I dove in. I had one meeting and two phone conferences scheduled that encroached on my maker’s schedule potential for the day, but I let my brain roam into the project anyway. I started with a brief work breakdown structure, gradually adding more detail as I reviewed the intermediate pieces all the way until I wrote the code as easily as I’d written the notes. Two meetings were postponed. By the time the third came around, I was in too deep.
I didn’t eat lunch, I barely noticed the office puppy, and I didn’t even refill my water glass for several hours. I just created. I wrote code, I tested, I rewrote, I tested, I simplified. I kept the entire project - a horizontal data slice of our entire application - in my head and just executed, piece by piece, until I had something I could push together and deploy so that anyone could perform this magic with just one command. Every step of the way presented new obstacles - merge conflicts, unfamiliar deploy tools, arbitrary configs to update - but they didn’t phase me. I was in the zone. I eventually grabbed a few goldfish and a new water glass while waiting on a test data import, but the buzz from powering through this intimidating project stayed with me.
I spend a lot of time dicussing the future of technology and especially diversity in technology for a variety of reasons - innovation, equality, national security, product quality to name a few. But it’s days like Friday, especially because it was Friday, that represent a more indulgent but also meaningful reason I hope people give technical careers a shot: passion.
I have extreme passion for what I do. I can work as if my sore eyes and empty stomach and dry throat don’t even exist because I absolutely love what I’m doing. I can get wholly absorbed in something that helps other people (my team, our customers), that I get paid for, and that makes me a better and more capable problem solver. I have complete intellectual freedom, and I’ve been able to experiment enough to find challenges that both frustrate and satisfy me. Beyond the essentials of food and shelter, I wish nothing more for other humans than that they might find their own zone. That they might know what it feels like to immerse themselves in something so deeply and so fully that time flies. Perhaps coding isn’t that for many people. I certainly never would have guessed it would be for me. And yet, programming took me from a potentially miserable, rainy day to an enthusiastic, high-on-life adrenaline-infused night.


[Note that followups are directed to rec.arts.movies.current-films and rec.arts.movies.startrek.current only, not to rec.arts.sf.movies. -Moderator]
STAR TREK: FIRST CONTACT A film review by Serdar Yegulalp Copyright 1997 Serdar Yegulalp
CAPSULE: The Even-Off Rule holds up once again; this is easily the best "Trek" yet. Do not wait for video.
Ask any Star Trek devotee about the Even-Odd Rule of Trek Movies, and you're likely to get one of the oddest bits of movie folklore this side of the man who allegedly hanged himself on the set of "The Wizard of Oz".
The Even-Odd rule is simple: all of the odd-numbered Star Trek movies stink, and the even-numbered ones are wicked cool. Think for a minute: since when has anyone actually admitted to liking Star Trek: The Motionless Picture? Or Trek 3, the Search for Cash? Trek 5 (about which the less said, the better)? And wasn't the first Next Generation Trek movie a bit of a letdown?
The reverse also seems to hold true: Treks II, IV and VI all hold up well on repeat viewings -- not just as Trek movies, but as movies, period. My personal votes go for Trek II -- and now Trek VIII, or "First Contact", as the wags at Paramount have chosen to dub it.
If you didn't follow "Star Trek: The Next Generation" when it was on TV, you may miss a few things, but the opening five minutes cover that territory without too much trouble. That, and we get *easily* one of the most amazing opening shots I've ever seen: basically, a pull-back shot that starts at the near-microscopic level and ends up giving us a view of something about the size of a small planet. It's something else.
The story settles into place quickly. The Borg, a monolithic race who fused technology and biology milennia ago, are even more hellbent on assimilating the Federation's space than ever. Not good. To that end, they've employed a dastardly plot that ultimately involves time travel -- to say more would spoil the fun -- and the crew of the Enterprise decide to defy orders and follow them.
The movie quickly bifurcates into the familiar away team / up-on-the-ship plot threads, although each one of them develop in totally different directions. The ship becomes the center of a swarming Borg invasion (something like "Die Hard" in space), and the away team find themselves having to adapt to rather primitive surroundings (oh, and there's this little problem with the locals...) I'm being deliberately vague to avoid ruining a good many surprises -- not the least of which involves Data's newly-installed emotion chip (you remember that, right?) and the Borg queen. The less said about her, definitely the better.
(This movie may also settle some bets among Trek enthusiasts: "So what would happen in a Borg and Data got into an arm-wrestling match?" Or a Borg and Worf, for that matter? Watch and learn...)
The cast is in fine form. Memorable scenes include Deanna Troi (Marina Sirtis) getting royally drunk on *real* alcohol for a change, and Data's increasingly tense exvhanges with the Borg queen. The supporting actors are also good. Alfre Woodard is especially well-used (her funniest line about the Borg: "Sounds like they're Swedish..."), and she and Patrick Stewart have one amazingly well-written and -played scene together near the end.
Jonathan Frakes, the actor who portrays William Riker in the series, was given the helm this time. According to the press notes, he studied films like "Blade Runner", "2001" and the earlier "Star Trek" films for notes an inspiration. The homework paid off: this is easily the best of the "Trek" movies, and a standalone triumph, too.
Three and a half our of four phasers.
<EMAIL_ADDRESS>EFNet IRC: GinRei http://serdar.home.ml.org another worldly device...
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


to contact us, please email<EMAIL_ADDRESS>This website we're creating is going to be a base for a page I volunteer for, this will eventually turn into a dynamic website allowing us to integrate servers into the website and allowing us to use user databases. This is the website I volunteer for: OFL


Behave generally distinguishes between two types of nodes: action- and control nodes.
Action nodes are tree leaf nodes, the behaviour of which is directly decided by your code.
Control nodes are built-in node types which can be configured to your needs, but to which you can not add new types. Generally, the purpose of control nodes is flow control – directing a tick to one or more target action nodes.
When visualised, each node is split into as many as three separate boxes. The largest is the node body, at the center of which you find an icon indicating the node type. Various configuration switches may occupy the corners of the node body.
The smaller box above is the input connection socket. Drag connections from an output or control socket to an input socket to connect up nodes. At runtime, the node the connection comes from is then responsible for, under the right circumstances, ticking the node to which the connection goes.
Below the node body, unless the node is an action, is one slim or broad box. This is the output connection socket. Since actions are leaf nodes, they can have no outputs and thus have no output connection socket. A broad output connection socket signified multiple possible outputs whereas a slim connection socket means the node only gives one output connection.
For decorators, a third box is shown to the right of the node body. This is the control connection socket. It dictates the behaviour of the decorator, as outlined in the description of the specific decorator type.
Each node – regardless of type – shares some base settings.
Comment: This text field just lets you input whatever you like in order to assist when reading and designing trees. It has no runtime implications.
Context: At runtime, each tree has a current context, which is reset when the tree is reset, but can be set by any node as it gets ticked. Tree context is useful as an additional grouping of behaviour – changing how actions or especially priority selectors behave.
Invert: When enabled, the success / failure results of the node are inverted. Running results are unaffected.
Instant: Normally, one branch is executed per tick of a behaviour tree. This happens by control nodes ticking the current child and if its continuation requirement is met, incrementing to next child and returning running themselves – delaying execution of the next child till next tick.
If, however, the child returning success / failure has been marked as instant, the control will immediately proceed to ticking its next child.
All controls and their behaviour is listed in this section. Note, however, that the editor will also display documentation for the currently selected node.
Sequences tick each of their children one at a time from left to right. If a child returns Failure, so does the Sequence. If it returns Success, the Sequence will move on to the next child in line and return Running.
If a child returns Running, so does the Sequence and that same child will be ticked again next time the Sequence is ticked.
Once the Sequence reaches the end of its child list, it returns Success and resets its child index – meaning the first child in the line will be ticked on the next tick of the Sequence.
Selectors tick each of their children one at a time from left to right. If a child returns Success, then so does the Selector. If it returns Failure, the Selector will move on to the next child in line and return Running.
If a child returns Running, so does the Selector and that same child will be ticked again next time the Selector is ticked.
Once the Selector reaches the end of its child list, it returns Failure and resets its child index – meaning the first child in the line will be ticked on the next tick of the Selector.
A type of selector, the priority selector shares some behaviour with the action node as its behaviour is dictated by your code.
When ticked, a Priority Selector will query the agent for the highest priority of its outgoing connections. The connection corresponding to the returned id will then be ticked by the Priority Selector and its return value passed on.
If the ticked connection returns Running, then the Priority Selector will not re-query priority on next tick.
If a priority query returns the Unknown priority id or an id outside the queried set, the Priority Selector will return Failure.
Unlike other control nodes, the Parallel node ticks all of its children each time it itself is ticked.
The order in which the children are ticked is left to right.
When a Parallel component returns non-Running depends entirely on “Child completion” and “Component completion” settings.
The child completion parameter determines how child return values are handled.
The component completion parameter determines when the Parallel node returns Success.
Note that the Parallel node checks for failure before it checks for completion. So with component completion set to One and child completion set to Success, if the first child returns Success and the other Failure on the same tick, the Parallel will return Failure.
Until the Parallel node can return either Success or Failure, each tick on it will result in Running.
A sub-type of control nodes, decorators are set apart by having a control input connection and only one child connection. Additionally, decorators evaluation does not follow the same rules as that of other nodes.
In Behave 1, decorators were more similar to actions in that their behaviour was dictated directly by the agent class through decorator handlers. Since in Behave 2, decorators are now control nodes, there is no need for on-agent decorator handlers. Behaviour is strictly dictated via the control connection.
Interrupters are evaluated every tick a node in their subtree is.
Each evaluation, the interrupter ticks its control input and if the result is Failure, in stead of (in case of Success) letting the tick pass through, it resets and returns Failure itself.
Control tick resulting in Running effectively delays child execution.
Repeaters are evaluated when their child connection returns Success or Failure.
Each evaluation, the repeater ticks its control input and if the result is Success, in stead of (in case of Failure) returning the tick result from its child connection, it resets and returns Running itself.
Control tick resulting in Running has the same effect as Success – only the control input is not reset.
If the control of the repeater is instant, repetition will be immediate. This carries the danger of an infinite loop.
There is not much to say about actions as their behaviour is completely determined by their implementation in your agent code. However in addition to the default settings, actions do come with an additional action name, string parameter and a float parameter.
These are passed directly to the action handler code – allowing additional customisation – aside from the tree context.
Like contexts, action names are not limited by the handler code – the designer can freely type in anything and then worry about implementation later. However it is possible to pre-populate the library with action names, by adding mandatory actions to the library.
Mandatory actions are useful not only as they pre-populate the action name auto-complete, but also if you like to keep some handler code around for not commonly used debug actions.
A bit of an odd one out, the reference node is not really a control node nor an action node. References facilitate easy re-use of subtrees by allowing the designer to build the subtree as a separate tree and then use it in other trees by simply adding a reference to it.
At runtime the behaviour of the resulting tree is exactly the same as if the referenced tree had been pasted in as a subtree at the location of a reference, however the binary and memory footprint is slightly smaller.
In order to promote even more re-use of trees through references, you can expose the context, string- and float parameter of tree nodes as named parameters of that tree.
Tree parameters appear on the tree canvas during edit and on reference nodes referencing that tree. Each parameter value may then be set specifically for that reference node.
Naming two parameters of the same type (from different nodes) the same will link them – gaining the external appearance of one parameter.


Why use DSL?
// https://github.com/iMartinKiss/KeepLayout
[@[viewOne, viewTwo, viewThree]
keepHorizontalOffsets:KeepRequired(20.f)];
To express the strictly limited functionality in a more readable way
// https://github.com/martydill/ios-queryable
NSArray* widgets = [[[[[self.managedObjectContext
ofType:@"Widget"]
where:@"Type == 'abc'"]
orderBy:@"createddate"]
take:5]
toArray];
// https://github.com/kiwi-bdd/Kiwi
describe(@"Team", ^{
context(@"when newly created", ^{
it(@"should have 11 players", ^{
id team = [Team team];
[[[team should] have:11] players];
});
});
});
What matters when writing a DSL?
It should make your code easier to read and understand - do not mislead other programmers
It should aim at solving the problem in a simpler way, not in a more clever way


In the real-world, every object performs a certain action. Without even realizing it, we perform hundreds of actions every single day! Take for example, humans. There is a wide range of common behaviors amongst humans such as eating, drinking, sleeping, crying, smiling. These all could be considered "actions" that the class Human performs. This is where instance methods come into play. Because we know that humans have a set of common behaviors or actions, we can create a class and input these actions into the class, and anytime there is a new instance of the Human class, for example a new baby that is born, this baby will share all of those attributes or behaviors.
Let's use a different example and consider the instance methods and instance variables as we go. Consider a professional NBA basketball player. What if we wanted to assign certain behaviors or actions to all basketball players such as jump or pass or dunk or shoot? We would need to create a class called Basketball_Player. We would then need to initialize the class so that we can have an argument that is passed in such as the name of the basketball player, their age, and their skill rating. Now that we have initialized the class with a method, we need to create specefic methods that display the action that is being performed. For example, the action of performing a dunk. By defining the method dunk and return a string that says "swoosh" we now have a method we could call on any instances of the Basketball_Player class.


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--- title: Stockist Web App layout: page ---
The app uses the Financial API to list latest stocks allowing users to filter the most active, gainers and losers. The user can also search for individual stocks. For more details see project [presentation](https://youtu.be/l5s8WUlm1L8)
I made use of the React and Redux with Financial Stock API and Bootstrap to style the application.
It was first time working with Financial Stock API, using axios and deciding which endpoint to fetch as well as deciding on the app flow and layout was my major challenge.