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PAL
A Platform Abstraction Layer connects the mbed-client with the underlying platform.
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#include "pal_types.h"
#include "pal_rtos.h"
#include "pal_plat_rtos.h"
#include "pal_errors.h"
#include "stdlib.h"
#include "string.h"
#include "cmsis_os.h"
#include "critical.h"
Macros | |
| #define | PAL_RTOS_TRANSLATE_CMSIS_ERROR_CODE(cmsisCode) ((int32_t)(cmsisCode + PAL_ERR_RTOS_ERROR_BASE)) |
| #define | PAL_RTOS_MEMORY_POOL_SIZE(blockSize, blockCount) (sizeof(uint32_t)*(3+((blockSize+3)/4)*(blockCount))) |
| the size of the memory to allocate was taken from CMSIS header (cmsis_os.h) More... | |
| #define | PAL_RTOS_MESSAGE_Q_SIZE(messageQSize) (sizeof(uint32_t)*(4 + messageQSize)) |
| the size of the memory to allocate was taken from CMSIS header (cmsis_os.h) More... | |
| #define | PAL_TIMER_DATA_SIZE 6 |
| #define | PAL_MUTEX_DATA_SIZE 4 |
| #define | PAL_SEMAPHORE_DATA_SIZE 2 |
| #define | PAL_NUM_OF_THREAD_INSTANCES 1 |
| #define | PAL_TICK_TO_MILLI_FACTOR 1000 |
Typedefs | |
| typedef struct palThreadFuncWrapper | palThreadFuncWrapper_t |
| typedef struct palThread | palThread_t |
| Thread structure. More... | |
| typedef struct palTimer | palTimer_t |
| Timer structure. More... | |
| typedef struct palMutex | palMutex_t |
| Mutex structure. More... | |
| typedef struct palSemaphore | palSemaphore_t |
| Semaphore structure. More... | |
| typedef struct palMemPool | palMemoryPool_t |
| Memoey Pool structure. More... | |
| typedef struct palMessageQ | palMessageQ_t |
| Message Queue structure. More... | |
| #define PAL_MUTEX_DATA_SIZE 4 |
| #define PAL_NUM_OF_THREAD_INSTANCES 1 |
| #define PAL_RTOS_MEMORY_POOL_SIZE | ( | blockSize, | |
| blockCount | |||
| ) | (sizeof(uint32_t)*(3+((blockSize+3)/4)*(blockCount))) |
the size of the memory to allocate was taken from CMSIS header (cmsis_os.h)
| #define PAL_RTOS_MESSAGE_Q_SIZE | ( | messageQSize | ) | (sizeof(uint32_t)*(4 + messageQSize)) |
the size of the memory to allocate was taken from CMSIS header (cmsis_os.h)
| #define PAL_RTOS_TRANSLATE_CMSIS_ERROR_CODE | ( | cmsisCode | ) | ((int32_t)(cmsisCode + PAL_ERR_RTOS_ERROR_BASE)) |
| #define PAL_SEMAPHORE_DATA_SIZE 2 |
| #define PAL_TICK_TO_MILLI_FACTOR 1000 |
| #define PAL_TIMER_DATA_SIZE 6 |
This definitions should be under #ifdef for different CORTEX-X processors. The current vaules are for cortex-M these are the sizes of the internal data array in definitions arrays
| typedef struct palMemPool palMemoryPool_t |
Memoey Pool structure.
| typedef struct palMessageQ palMessageQ_t |
Message Queue structure.
| typedef struct palMutex palMutex_t |
Mutex structure.
| typedef struct palSemaphore palSemaphore_t |
Semaphore structure.
| typedef struct palThread palThread_t |
Thread structure.
| typedef struct palThreadFuncWrapper palThreadFuncWrapper_t |
| typedef struct palTimer palTimer_t |
Timer structure.
| void NVIC_SystemReset | ( | void | ) |
| int32_t pal_plat_osAtomicIncrement | ( | int32_t * | valuePtr, |
| int32_t | increment | ||
| ) |
Perform an atomic increment for a signed32 bit value.
| [in,out] | valuePtr | The address of the value to increment. |
| [in] | increment | The number by which to increment. |
| palStatus_t pal_plat_osDelay | ( | uint32_t | milliseconds | ) |
Wait for a specified period of time in milliseconds.
| [in] | milliseconds | The number of milliseconds to wait before proceeding. |
| uint64_t pal_plat_osKernelSysMilliSecTick | ( | uint64_t | sysTicks | ) |
Convert the value from kernel system ticks to milliseconds.
| [in] | sysTicks | The number of kernel system ticks to convert into millieseconds. |
| uint32_t pal_plat_osKernelSysTick | ( | ) |
Get the RTOS kernel system timer counter.
| uint64_t pal_plat_osKernelSysTickFrequency | ( | void | ) |
Get the system tick frequency.
| uint64_t pal_plat_osKernelSysTickMicroSec | ( | uint64_t | microseconds | ) |
Convert the value from microseconds to kernel sys ticks. This is the same as CMSIS macro osKernelSysTickMicroSec.
| palStatus_t pal_plat_osMessageGet | ( | palMessageQID_t | messageQID, |
| uint32_t | timeout, | ||
| uint32_t * | messageValue | ||
| ) |
Get a message or wait for a message from a queue.
| [in] | messageQID | The handle for the message queue. |
| [in] | timeout | The timeout in milliseconds. |
| [out] | messageValue | The data to send. |
| palStatus_t pal_plat_osMessagePut | ( | palMessageQID_t | messageQID, |
| uint32_t | info, | ||
| uint32_t | timeout | ||
| ) |
Put a message to a queue.
| [in] | messageQID | The handle for the message queue. |
| [in] | info | The data to send. |
| [in] | timeout | The timeout in milliseconds. |
| palStatus_t pal_plat_osMessageQueueCreate | ( | uint32_t | messageQSize, |
| palMessageQID_t * | messageQID | ||
| ) |
Create and initialize a message queue.
| [in] | messageQSize | The size of the message queue. |
| [out] | messageQID | The ID of the created message queue, zero value indicates an error. |
| palStatus_t pal_plat_osMessageQueueDestroy | ( | palMessageQID_t * | messageQID | ) |
Delete a message queue object.
| [in,out] | messageQID | The handle for the message queue. In success, *messageQID = NULL. |
| palStatus_t pal_plat_osMutexCreate | ( | palMutexID_t * | mutexID | ) |
Create and initialize a mutex object.
| [out] | mutexID | The created mutex ID handle, zero value indicates an error. |
| palStatus_t pal_plat_osMutexDelete | ( | palMutexID_t * | mutexID | ) |
Delete a mutex object.
| [in,out] | mutexID | The ID of the mutex to delete. In success, *mutexID = NULL. |
| palStatus_t pal_plat_osMutexRelease | ( | palMutexID_t | mutexID | ) |
Release a mutex that was obtained by osMutexWait.
| [in] | mutexID | The handle for the mutex. |
| palStatus_t pal_plat_osMutexWait | ( | palMutexID_t | mutexID, |
| uint32_t | millisec | ||
| ) |
Wait until a mutex becomes available.
| [in] | mutexID | The handle for the mutex. |
| [in] | millisec | The timeout for the waiting operation if the timeout expires before the semaphore is released and an error is returned from the function. |
| void* pal_plat_osPoolAlloc | ( | palMemoryPoolID_t | memoryPoolID | ) |
Allocate a single memory block from a memory pool.
| [in] | memoryPoolID | The handle for the memory pool. |
| void* pal_plat_osPoolCAlloc | ( | palMemoryPoolID_t | memoryPoolID | ) |
Allocate a single memory block from a memory pool and set memory block to zero.
| [in] | memoryPoolID | The handle for the memory pool. |
| palStatus_t pal_plat_osPoolCreate | ( | uint32_t | blockSize, |
| uint32_t | blockCount, | ||
| palMemoryPoolID_t * | memoryPoolID | ||
| ) |
Create and initialize a memory pool.
| [in] | blockSize | The size of a single block in bytes. |
| [in] | blockCount | The maximum number of blocks in the memory pool. |
| [out] | memoryPoolID | The ID of the created memory pool, zero value indicates an error. |
| palStatus_t pal_plat_osPoolDestroy | ( | palMemoryPoolID_t * | memoryPoolID | ) |
Delete a memory pool object.
| [in,out] | memoryPoolID | The handle for the memory pool. In success, *memoryPoolID = NULL. |
| palStatus_t pal_plat_osPoolFree | ( | palMemoryPoolID_t | memoryPoolID, |
| void * | block | ||
| ) |
Return the memoryPoolID of the memory block back to a specific memory pool.
| [in] | memoryPoolID | The handle for the memory pool. |
| [in] | block | The block to be freed. |
| void pal_plat_osReboot | ( | void | ) |
Initiate a system reboot.
| palStatus_t pal_plat_osSemaphoreCreate | ( | uint32_t | count, |
| palSemaphoreID_t * | semaphoreID | ||
| ) |
Create and initialize a semaphore object.
| [in] | count | The number of available resources. |
| [out] | semaphoreID | The ID of the created semaphore, zero value indicates an error. |
| palStatus_t pal_plat_osSemaphoreDelete | ( | palSemaphoreID_t * | semaphoreID | ) |
Delete a semaphore object.
| [in,out] | semaphoreID | The ID of the semaphore to delete. In success, *semaphoreID = NULL. |
| palStatus_t pal_plat_osSemaphoreRelease | ( | palSemaphoreID_t | semaphoreID | ) |
Release a semaphore token.
| [in] | semaphoreID | The handle for the semaphore. |
| palStatus_t pal_plat_osSemaphoreWait | ( | palSemaphoreID_t | semaphoreID, |
| uint32_t | millisec, | ||
| int32_t * | countersAvailable | ||
| ) |
Wait until a semaphore token becomes available.
| [in] | semaphoreID | The handle for the semaphore. |
| [in] | millisec | The timeout for the waiting operation if the timeout expires before the semaphore is released and an error is returned from the function. |
| [out] | countersAvailable | The number of semaphores available, if semaphores are not available (timeout/error) zero is returned. |
| palStatus_t pal_plat_osThreadCreate | ( | palThreadFuncPtr | function, |
| void * | funcArgument, | ||
| palThreadPriority_t | priority, | ||
| uint32_t | stackSize, | ||
| uint32_t * | stackPtr, | ||
| palThreadLocalStore_t * | store, | ||
| palThreadID_t * | threadID | ||
| ) |
Create and start a thread function.
| [in] | function | A function pointer to the thread callback function. |
| [in] | funcArgument | An argument for the thread function. |
| [in] | priority | The priority of the thread. |
| [in] | stackSize | The stack size of the thread. |
| [in] | stackPtr | A pointer to the thread's stack. |
| [in] | store | A pointer to thread's local store, can be NULL. |
| [out] | threadID | The created thread ID handle, zero indicates an error. |
| palThreadID_t pal_plat_osThreadGetId | ( | ) |
Get the ID of the current thread.
| void* pal_plat_osThreadGetLocalStore | ( | ) |
Get the storage of the current thread.
| palStatus_t pal_plat_osThreadTerminate | ( | palThreadID_t * | threadID | ) |
Terminate and free allocated data for the thread.
| [in] | threadID | The ID of the thread to stop and terminate. |
| palStatus_t pal_plat_osTimerCreate | ( | palTimerFuncPtr | function, |
| void * | funcArgument, | ||
| palTimerType_t | timerType, | ||
| palTimerID_t * | timerID | ||
| ) |
Create a timer.
| [in] | function | A function pointer to the timer callback function. |
| [in] | funcArgument | An argument for the timer callback function. |
| [in] | timerType | The timer type to be created, periodic or oneShot. |
| [out] | timerID | The ID of the created timer, zero value indicates an error. |
| palStatus_t pal_plat_osTimerDelete | ( | palTimerID_t * | timerID | ) |
Delete the timer object
| [in,out] | timerID | The handle for the timer to delete. In success, *timerID = NULL. |
| palStatus_t pal_plat_osTimerStart | ( | palTimerID_t | timerID, |
| uint32_t | millisec | ||
| ) |
Start or restart a timer.
| [in] | timerID | The handle for the timer to start. |
| [in] | millisec | The time in milliseconds to set the timer to. |
| palStatus_t pal_plat_osTimerStop | ( | palTimerID_t | timerID | ) |
Stop a timer.
| [in] | timerID | The handle for the timer to stop. |
| void pal_plat_RTOSDestroy | ( | void | ) |
De-Initialize thread objects.
| palStatus_t pal_plat_RTOSInitialize | ( | void * | opaqueContext | ) |
Initialize all data structures (semaphores, mutexes, memory pools, message queues) at system initialization. In case of a failure in any of the initializations, the function returns with an error and stops the rest of the initializations.
| [in] | opaqueContext | The context passed to the initialization (not required for generic CMSIS, pass NULL in this case). |


Thu Feb 16, 2017
Ten years ago today, wordbit joined the blogosphere. A few years after that, the term blogosphere joined other buzzwords such as web 2.0 in the internet fad graveyard. I’m hoping social media will be joining them at some point.
But ten years ago, social media was still fun and innocent. Heck - ten years ago, there were no smartphones. The iPhone was to debut about four months later in a defining moment that changed the trajectory of the internet forever. Three years later, in 2010, Wired Magazine declared that “the Web is dead”. The Web, in case you didn’t know, meaning the World Wide Web (WWW) - a collection of html pages served up in desktop browsers. The Web’s death was greatly exaggerated of course - you can thank responsive web design for that.
Then again, there are millions of people who use Facebook but have no idea that Facebook exists on the Internet. Zuckerberg hooked even the most technophobic on the Internet without them even knowing it.
Yes, the world is a different place - but where does that leave the humble blog?
There is no easy answer to that question. In fact, I would argue that the question does not matter.
You’ve probably heard some rendition of “the blog is dead” for many years now. Perhaps that is concerning for those with money at stake. When blogs started generating traffic, along came metrics, advertising, blog rolls, comments, SEO, google analytics, and so on. Without these trappings, you could argue that a blog is nothing but a pulpit in the wilderness. But that is exactly what blogs started out as. That is what a blog really is, in its purest essence.
Here is the world’s first web page. It is nothing more than some text and links - the ultimate content delivery medium (second only to the paper page of a book, a content delivery platform honed over hundreds of years).
Why is it that writers crave a content authoring GUI on the back-end that is clean, simple, and clutter-free? It is ostensibly so that they can focus on their writing without distraction. How hypocritical then, that we save the clutter for the front-end - for the user. Who is the user? It is blindingly simple. When it comes to blogs, the user is only one thing - the user is a reader.
Always respect the reader.
If you’re writing on the web to make a living, then you have my sympathies. In all likelihood, you have moved on to serving bite-sized content for social media junkies to snack on. But for writers who just want to write, there is simply no better medium than the blog - preferably a good old html page served up in under one second.
In under one second you say? Seems like a good time to list the tools I use to accomplish this. As I’ve previously mentioned, I’ve moved on to a static site generator, Hugo, instead of wasting precious seconds with a database call, as you would with Wordpress. The site is hosted on Github, a tool which software developers use as a code respository with version control. I author in Markdown. I use StackEdit as an online markdown editor, mostly because it syncs so nicely with files in Google Drive. I should mention that this authoring setup is gaining favour in the technical writing world as well. In progressive circles at least.
So, wordbit’s design has evolved to meet my ideal of ultimate reader friendliness, and I’m proud of that. But coming up with content is as challenging as its always been. No writer should assume that people have nothing better to do than read their writing, because these days people have plenty to occupy their time. The toughest part for any writer is coming up with a big idea, then staying on point and writing a focused piece of work that doesn’t ramble and stray from the topic. Blogs are a fickle beast because they started as online diaries and have evolved into many things, including legitimate journalism. At best, a blog post is simply an editorial that is interesting to read. If you keep coming back then it is the voice of the writer that appeals to you.
Anyway, I’ve long since given up on pandering to anyone, and mostly just write for my own benefit. But writing in a public medium is always a struggle between maintaining a degree of privacy, being honest, and staying relevant. After all, ten years ago I was at a different stage of life. My priorities have changed, the topics I’m comfortable writing about have changed, and the goals for my blog has changed.
What hasn’t changed is that I still have that compulsion to write that plagues writers everywhere, and that’s not going to end while I’m still breathing. So, here’s to another decade of wordbit. I’ve made it this far - why stop now?


Alexcoin.github.io
About Guy Burt. Guy Burt won the W. H. Smith Young Writers Award when he was twelve. He wrote The Hole, his first novel, when he was eighteen. He is also the author of Sophie and The Dandelion Clock. After the Hole Guy Burt on Amazon.com. FREE shipping on qualifying offers. Martyn persuaded five of his school friends to take part in what he called `an experiment with real life - to stay locked in a windowless cellar in their school for three. Buy Burt's Bees Baby Daily Cream-To-Powder 4 oz on Amazon.com FREE SHIPPING on qualified orders. The Hole is a 2001 British psychological horror film directed by Nick Hamm, and starring Thora Birch, Desmond Harrington, Keira Knightley, Daniel Brocklebank Browse By Author: M - Project Gutenberg. From left to right: A Shy Guy in the NES and SNES versions, along with the Super Mario Advance exclusive
The Remember the New Guy? trope as used in popular culture. A previously unmentioned character who suddenly appears without notice
The Hole - Wikipedia, la enciclopedia libre. This disc is compiled from the chord books of Andy Maynard and Burtie Butler with their kind permission.
Amazon.com: The Hole: Thora Birch, Desmond Harrington, Daniel Brocklebank, Laurence Fox, Keira Knightley, Embeth Davidtz, Steven Waddington, Emma Griffiths Malin. Burt’s Bees Baby Bee Cream To Powder, 4 Ounces - amazon.com. The Hole (2001 film) - Wikipedia. Should you change your own oil to save money? The answer might surprise. On the joy of burnt toast, traveling 245 days a year, the best Masters gift With Guy Yocom. Burt Ward, Actor: Batman. From Caped Crusader to Canine Crusader Little did aspiring actor Burt Ward know that learning martial arts in addition
Taut and eerie, suspenseful and disturbing, The Hole is a compelling novel of physical endurance, psychological survival, and unforgettable revelations made all the more stunning by its shocking end. “A frighteningly Fly Guy - Super Mario Wiki, the Mario encyclopedia. Network (1976) - The Best Movies in Cinematic History. After the Hole: Guy Burt:<PHONE_NUMBER>313: Amazon.com: Books. Mario Party series Fly Guys have been noted for some important roles in the Mario Party series. Mario Party In Mario Party, Fly Guy makes an appearance. Remember the New Guy? - TV Tropes. Born in 1972, Guy Burt is a BAFTA award-winning screenwriter and novelist. He wrote his first novel (After the Hole) when he was 18. He read English Literature at Oxford and then went on to teach for five years before making the jump to full-time writing when After the Hole was adapted as a feature.
The Hole (en Argentina: The hole - En lo profundo, en España: The Hole, en Venezuela: Atrapados) es un thriller, dirigido por Nick Hamm; basado en una novela
Shy Guy - Super Mario Wiki, the Mario encyclopedia. Guy Burt is a novelist and BAFTA award-winning screenwriter. Born in 1972, Burt wrote his first novel, After the Hole , when he was 18. He went on to write two further novels, Sophie and The Dandelion Clock , and taught English for five years. The Hole by Guy Burt, Paperback Barnes Noble®. Should you change your own oil? - Flannel
Maag, Carl R. ¶ Project Trinity, 1945-1946 (English) (as Author) Maartens, Maarten, 1858-1915 ¶ Schwartz, Jozua Marius Willem; My Lady Nobody: A Novel (English). Amazon.com: The Hole: Thora Birch, Desmond Harrington. Guy Burt (born 31 May 1972) is an English author and BAFTA award-winning screenwriter who has worked on series such as The Borgias, and Wire in the Blood. The Hole: Guy Burt:<PHONE_NUMBER>558: Amazon.com: Books.
Taut and eerie, suspenseful and disturbing, The Hole is a compelling novel of physical endurance, psychological survival, and shocking revelations made all the more stunning by its last pages. For in the end, readers will wonder if they will ever know what really happened Una scena del film: Titolo originale: The Hole: Paese di produzione: UK: Anno: 2001: Durata: 102 min: Genere: thriller, orrore: Regia: Nick Hamm: Soggetto: The Hole (film 2001) - Wikipedia. After the Hole (1993) is a psychological horror novel by Guy Burt. It won a Betty Trask Award in 1994. The 2001 film The Hole was based on this book. Plot summary.
My Shot: Jim Nantz - Golf Digest.
Benjamin "Ben" Burtt, Jr. (born July 12, 1948) is an American sound designer, film editor, director, screenwriter, and voice actor. He has worked as sound designer. After the Hole by Guy Burt - Fantastic Fiction. The Hole Guy Burt on Amazon.com. FREE shipping on qualifying offers. “ A COMPELLING PSYCHOLOGICAL TALE A QUICK AND INTRIGUING BOOK WITH A TRULY SATISFYING ENDING.” –Publishers Weekly On a spring day in England. The Hole by Guy Burt PenguinRandomHouse.com. Network (1976) is director Sidney Lumet's brilliant, pitch-black criticism of the hollow, lurid wasteland of television journalism where entertainment.


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Press release
England’s most disadvantaged pupils, including looked after children, are set to benefit from £600 each after the Department for Education announced next year’s Pupil Premium will increase by £112 for each pupil.
Over half a million additional children will also qualify for the premium as the Government has extended its reach to cover any child that has been registered for Free School Meals (FSM) in the past six years. For 2012-13, the premium will be worth £1.25 billion in total.
Children who have been eligible for Free School Meals at any point in their school career have consistently lower educational attainment than those who have never been eligible. In 2009-10 GCSE statistics showed that around a third of pupils who have been on Free School Meals in the previous six years achieved five or more A*- C grades, compared to more than two thirds of their fellow pupils. Pupils at secondary school are also less likely to be registered for Free School Meals even when they are eligible and so are more likely to be picked up by this approach.
The Pupil Premium provides additional funding on top of the main funding a school receives. It is targeted at pupils from disadvantaged backgrounds to ensure they benefit from the same opportunities as pupils from less deprived families. Currently, the premium is worth £488 and goes to children who are currently on Free School Meals. Children in care who have been looked after by local authorities for more than six months also continue to qualify for the Pupil Premium.
Children’s Minister Sarah Teather said:
For too long social background has been a deciding factor in a child’s achievement and future prospects. In a fair society, it’s the Government’s responsibility to close the gulf in achievement, where the poorest children are less likely to leave school with five good GCSEs than their less deprived classmates.
That’s why I’m delighted we are today announcing the increase in the per pupil level of the Pupil Premium for 2012-13, as well as extending the eligibility to reach more children. It will help school tackle the inequalities that have been a part of our state system for far too long. Thousands of children will finally be getting the extra support they need to succeed.
The Coalition Government’s commitment to providing extra funding through the Pupil Premium is set to continue, with total funding due to rise to £2.5 billion a year by 2014-15.
The latest figures available show that:
The Department for Education is also reminding schools and parents across England to make sure those children eligible for Free School Meals are registered as soon as possible so that schools receive the full funding they are entitled to.
The school census is on 19 January 2012. Schools will be able to help parents to apply and their local authority will be able to say the last date applications can be submitted in time for them to confirm eligibility before the census.
Data shows that between three to five per cent of school children could be missing out on the extra cash - between around 200,000 to 350,000 children in England. It also suggests that families in the East Midlands, South East and East of England may be less likely to register their children for FSM, even when they are entitled to them.
Sarah Teather added:
It is essential that children who are eligible for Free School Meals are registered. This will ensure that their school doesn’t miss out on this funding and the opportunities it brings to our poorest children. I therefore urge parents of eligible children to register as soon as possible.
Up to £50m of the £1.25bn will be used to support a Summer School programme to help the most disadvantaged pupils make the transition from primary to secondary school.
It is for schools to decide how the Pupil Premium, allocated to schools per FSM pupil, is spent since they are best placed to assess what additional provision should be made for the individual pupils within their responsibility.
To monitor progress on attainment, new measures will be included in the performance tables that will capture the achievement of pupils covered by the Pupil Premium. From September 2012, we will also require schools to publish online information about how they have used the premium. This will ensure that parents and others are made fully aware of the progress and attainment of pupils covered by the premium.
From April 2012, the Government will provide a £250 per pupil premium to schools with service children - up from £200 this year. Currently 45,000 service children are eligible, which would mean they would benefit from around £11 million.
Our servicemen and women risk their lives for this country and it is a key part of the Armed Forces Covenant that we support their families. Whilst the attainment by service children on average is above that of their peers, they face unique challenges and stresses. The extra funding will help schools can focus on providing this additional, mainly pastoral, support.
ENDS
Information on illustrative Pupil Premium allocations to schools is available on the Department for Education’s website
For 2012-13, the Pupil Premium funding totals £1.25 billion - £1.2 billion for the Pupil Premium to schools and £50 million for a new summer school programme, announced by Deputy Prime Minister on 21 September 2011, to help the most disadvantaged pupils make the transition from primary to secondary school. Further information about the summer school programme, including how schools can access funding, will be made available in the New Year.
We know children who have been eligible for Free School Meals at any point in their school career have consistently lower educational attainment than those who have never been eligible. Current attainment data (2009-10) shows that at GCSE 32.8 per cent of pupils who have been on free school meals in the previous six years achieved five or more A*-C grades in GCSE compared to 63.5 per cent.
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 12 December 2011


{{ "{%" }}extends "errors/error.html"{{ "%}" }} {{ "{%" }}block error{{ "%}" }}
What you were looking for is just not there.


Welcome to the Alerta API for the monitoring and alerting tool.
Some basic examples of using the API are:
Query parameters can be used to filter the results by any valid alert attribute.
| environment=PROD | equality - return alerts whose environment field has the value of PROD |
| environment!=PROD | invert - return alerts whose environment does not have the value PROD |
| service=~frontend.* | regex - return alerts whose service field starts with frontend |
| service!=~frontend.* | invert regex - return alerts whose service field does not start with frontend |
Special query parameters include 'limit', 'sort-by', 'from-date' and 'q' (for a free-form query).
| limit=5 | return the five most recent alerts for the filter |
| sort-by=resource | sort the results by alert resource |
| from-date=2014-01-07T11:11:24.135Z | return alerts from a certain date and time onwards |
| q={"$or":[{"service":"Nova"},{"resource":{"$regex":"nova"}}]} | return Nova service alerts or resource with nova |
| {{ rule.methods|join(', ') }} | {{ rule.rule }} | {{ rule.endpoint }} |


Smithers
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Matrices.householderReflection(A,u);
This function computes the Householder reflection (transformation)
Ar = Q*Awith
Q = I -2*u*u'/(u'*u)
where u is Householder vector, i.e., the normal vector of the reflection plane.
Householder reflection is widely used in numerical linear algebra, e.g., to perform QR decompositions.
// First step of QR decomposition import Modelica.Math.Vectors.Utilities; Real A[3,3] = [1,2,3; 3,4,5; 2,1,4]; Real Ar[3,3]; Real u[:]; u=Utilities.householderVector(A[:,1],{1,0,0}); // u= {0.763, 0.646, 0} Ar=householderReflection(A,u); // Ar = [-6.0828, -5.2608, -4.4388; // 0.0, -1.1508, -2.3016; // 0.0, 2.0, 0.0]
Matrices.Utilities.housholderSimilarityTransformation,
Vectors.Utilities.householderReflection,
Vectors.Utilities.householderVector
function householderReflection extends Modelica.Icons.Function; import Modelica.Math.Vectors; input Real A[:, :] "Rectangular matrix"; input Real u[size(A, 1)] "Householder vector"; output Real RA[size(A, 1), size(A, 2)] "Reflexion of A"; end householderReflection;


Malaviya Sports Tournament (MST) started in 2007. Having become possibly the biggest sports tournament in Rajasthan, it only had about 300 participants from 12 different institutions in its inaugural edition. As the years have gone by, the number of participating institutions and thereby students has increased drastically. Scheduled to take place from the 21st - 23rd of February, participants of MST '19 will be showing their mettle in a plethora of sports events including cricket, basketball, kabbadi, volleyball, weightlifting, chess, badminton, table tennis, and powerlifting. As participation grows, new events may also be announced in the future! Of course, MST '19 doesn't cater merely to the sportspersons or fans out there - there will be a lot more going on, exciting and fun events, cultural activities galore. Although a lot of anticipation has been building for this edition of MST, the tournament is promised to live up to and even beyond all expectations.


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Wife, mom of two who loves code, music and video games.
I love soccer almost as much as I love design.
Dustin is a web developer based in Los Angeles. Aside from building websites, he likes to draw, play video games, and dabbles in photography.
I enjoy practicing martial arts and keyboard.
Music producer turned Web Developer. There is just as much creativity in coding as there is in music production and I love it!
I toured in a band for three years and I enjoy composing orchestral music.
Lover of the outdoors, cooking, music, and temperatures below freezing.
Dad, teacher, and entrepreneur.
I love web-development, music, and playing the trombone.
Enjoys problem-solving and spicy Indian food.


Welcome to our trivia game!
Press the button to answer the question.
Question 1:
What is the name of element 113 on the periodic table?


{% extends "base.html" %} {% load i18n %} {% block title %}{% trans "My profile" %}{% endblock %} {% block breadcrumbs %}
| {% trans "Organization" %} | {% trans "Networks" %} |
|---|---|
| {{peer}} |
{% for network in peer.networks.all %}
{{network}} {% empty %} {% blocktrans %}Ooops! Seems you have no networks associated with your peer. Contact Helpdesk to resolve this issue.{% endblocktrans %} {% endfor %} |


Understanding your diabetes type 2 diagnosis
You'll need to have some tests to find out whether you have type 2 diabetes. If diagnosed, there are things you can do to help with any shock and confusion you might feel.
Test you’ll need to get a diagnosis
To find out if you have diabetes you usually have to go through the following steps:
- Speak to your GP about your symptoms.
- If your GP thinks you might have diabetes they may check your urine and ask for a blood test to check your blood sugar levels. It usually takes about X weeks for the blood test results to come back.
- If the tests show that you have diabetes, your GP will ask you to come in again to explain what will happen next. You’ll be most likely be put on medication straight away.
Write down any questions you want to ask your GP. Some things you might want to ask could be:
- why could my symptoms mean that I have diabetes?
- why do I have to do a urine and blood test?
- who will do the tests?
- is there anything I should do or avoid in the the meantime, eg certain foods?
If you’re diagnosed with diabetes
If your blood test shows that you have diabetes, your GP will ask you to come in for another appointment.
What they’ll talk to you about in the appointment depends very much on the diagnosis and the treatment they’ll recommend.
Generally, they’ll explain the following to you:
- what diabetes is
- what high blood sugar means for your health
- what medication you’ll have to take
- your diet and exercise
Your GP might not have much time to explain the diagnosis to you. The appointment might only be 10 to 15 minutes long.
Dealing with confusion and shock after the diagnosis
It’s usually difficult to take everything in the GP tells you during the appointment. You might even be in shock.
Talk to other people
You should take some time after the diagnosis to talk to family and friends about what the GP told you.
You might want to talk to other people who have diabetes. You can do this through online forums or in support groups.
Hearing how other people manage their diabetes and what changes they had to make to their lifestyle could help you organise how you live with diabetes.
Write down your questions
During this time write down all the questions you have.
Make another appointment with your GP and take your list of questions with you.
There’s also a lot of information on diabetes available where you can read up on the condition. Some hospitals offer diabetes courses where you can learn more about the condition.
What happens after the diagnosis
Usually the following things happen after your diagnosis:
- Your GP will prescribe medication. It might take some time for you to get used to the medication and to find the right amounts for you.
- You might need to make changes to your diet and start being active.
- You’ll have to watch your body for certain signs to avoid other health problems.
- You’ll have to go for regular diabetes type 2 check ups.


We will now start blocking pop ups. But, to block annoying overlays, we need access to information on the websites you visit. Click "Agree" to allow access to this information to enable overlay blocking and for use according to our
Privacy Policy.
We will now start blocking those annoying pop ups. But, to block overlays, we need access to your visited URLs, IP address, operating system, and browser information. Click "Agree" to allow access to this information to enable overlay blocking and for use according to our
Privacy Policy.


Sortable Table - Montana
This table sorts using jQuery Tablesorter 2.0.[1] Press table headers with arrows to sort by that column. This table lists media about or somehow related to Montana. Data Table - Montana has the same data but uses a different library to display it.
| # | title | given name(s) | sir name |
|---|---|---|---|
| 1 | The bloody Bozeman : the perilous trail to Montana's gold | Dorothy M. | Johnson |
| 2 | Western badmen | Dorothy M. | Johnson |
| 3 | The Battle of the Little Bighorn | Mari | Sandoz |
| 4 | "I will fight no more forever"; Chief Joseph and the Nez Perce War | Merrill D. | Beal |
| 5 | Wolf Willow : a history, a story, and a memory of the last Plains frontier | Wallace | Stegner |
| 6 | Zen and the art of motorcycle maintenance: an inquiry into values | Robert M. | Pirsig |
| 7 | A river runs through it and other stories | Norman | Maclean |
| 8 | James J. Hill and the opening of the Northwest | Albro | Martin |
| 9 | The surrounded | D'Arcy | McNickle |
| 10 | Fly the biggest piece back | Steve | Smith |
| 11 | The last best place : a Montana anthology | William | Kittredge |
| 12 | The big sky : a novel | A. B. | Guthrie |
| 13 | Young men & fire | Norman | Maclean |
| 14 | The horse whisperer | Nicholas | Evans |
| 15 | More than petticoats, Remarkable Montana women | Gayle Corbett | Shirley |
| 16 | Bucking the sun : a novel | Ivan | Doig |
| 17 | Mavericks : the lives and battles of Montana's political legends | John | Morrison |
| 18 | Dinosaur lives : unearthing an evolutionary saga | John R. | Horner |
| 19 | A River runs through it | Robert | Redford |
| 20 | The discovery of Yellowstone Park; journal of the Washburn Expedition to the Yellowstone and Firehole Rivers in the year 1870 | Nathaniel Pitt | Langford |
| 21 | Monte Dolack : the works | Monte | Dolack |
| 22 | Dinosaurs under the Big Sky | John R. | Horner |
| 23 | Montana, high, wide, and handsome | Joseph Kinsey | Howard |
| 24 | Death of a dude : A Nero Wolfe mystery | Rex | Stout |
| 25 | Montana Indians : their history and location | Division of Indian Education | State of Montana |
| 26 | The masterworks of Charles M. Russell : a retrospective of paintings and sculpture | Joan Carpenter | Troccoli |
| 27 | Missoula | Philip | Maechling |
| 28 | Hiking Montana's Bob Marshall Wilderness : including Jewel Basin and the Scapegoat and Great Bear Wilderness areas | Erik | Molvar |
| 29 | The Hiker's guide to Montana | Bill | Schneider |
| 30 | Charles M. Russell : photographing the legend : a biography in words and pictures | Larry Len | Peterson |
Like Table this uses an HTML table to hold the data and some classes in CSS to format the table.[2]
To sort Sortable Table uses the Javascript jQuery plugin Tablesorter 2.0 and jQuery. Compare Sortable Table to Table.
References


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Welcome to phenum’s documentation!¶
Contents:
Methods used for generating the symmetry group. All of these methods were adapted to python from their original fortran implementations which can be found at: https://github.com/msg-byu/symlib
-
phenum.symmetry.
bring_into_cell
(vec, cart_to_latt, latt_to_cart, eps)¶ This subroutine translates a point back into the unit cell in lattice coordinates, the coefficients of the point must all be less than one and at least zero.
Args vec: A 1D integer array of the atom position vector Args cart_to_latt: The matrix that transforms from cartesian to lattice coordinates Args latt_to_cart: The matrix that transforms form lattice to cartesian coordinates Args eps: Finite precision tolerance.
-
phenum.symmetry.
get_concs_for_size
(size, nspecies, res_concs, nB, concs)¶ Gets the concentration ranges for the atoms within the cells of certain sizes given the constraints provided such as concentration restrictions and the presence of arrows. Code rewritten from the get_conetration_list subroutine of: https://github.com/msg-byu/enumlib/blob/master/src/derivative_structure_generator.f90
Parameters: - size – the cell size in integer form
- nspecies – the number of atomic species in the system
- res_concs – a logical that indicates of the concentrations
are being restricted :arg nB: the number of basis vectors being used :arg concs: an 2D integer array that contains the concentration ranges for each atom in the system
-
phenum.symmetry.
get_spaceGroup
(par_lat, atomType, bas_vecs, eps=1e-10, lattcoords=False)¶ This routine takes a crystal structure (basis vectors and basis atoms and positions) and returns the point operators and fractional translations of the space group. The routine assumes that the given crystal structure is already primitive.
Args par_lat: A 2D integere array that contains the parent lattice vectors Args atomType: Integer array representing the type of each basis atom Args bas_vecs: A 2D integere array that contains the basis vectors for the cell Args eps: (Optional) Finite precisions tolerance Args lattcoords: (Optional) True if vectors are in lattice coordinates rather than cartesian
-
phenum.element_data.
get_lattice_parameter
(elements, concentrations, default_title)¶ Finds the lattice parameters for the provided atomic species using Vagars law.
Parameters: - elements – A dictionary of elements in the system and their concentrations.
- title – The default system title.
- concentrations – The concentrations of each element.
Methods needed for the enumeration of arrows.
-
phenum.phonons.
add_arrows
(col, agroup, dim, accept=None, nested=False, num_wanted=None, small=False)¶ Finds the unique arrangements of arrows for a given configuration.
Parameters: - col – a 2D integer array of the initial labeling
- agroup – the stabilizers for the colors only with the arrow
permutations :arg dim: the number of directions the arrows can point :arg accept: acceptance rate of configurations for large enumerations. :arg nested: set to True if this is called from within the context
of another progress bar.
-
phenum.phonons.
arrow_concs
(cList, aconcs)¶ Uses the concentrations of the atoms and the arrows to make a labeling for the system. It then sorts them to be in the correct order for the code.
Parameters: - cListr – an integer array the concentration of the colors
- aconcs – an array of floats of the fractional number of arrows
for each color
-
phenum.phonons.
enum_sys
(groupfile, concs, a_concs, num_wanted, HNF, params, accept=None)¶ Enumerates a random subset of the unique structures that have the shape defined by the symmetry group and the specified concentration.
Parameters: - groupfile – path to the file containing the symmetry group.
- concs – list of integer concentrations for each species.
- a_concs – list of integer arrow concentrations for each species.
- num_wanted – the number of structures to pick randomly from the enumerated list.
Args HNF: the HNF for the system we’re currently enumerating
Args params: the dictionary of parameters read in from lattice.in
-
phenum.phonons.
get_arrow_concs
(params)¶ If the concentrations are being restricted then find the correct arrow for each species included.
Parameters: params – the lattice.in parameters.
-
phenum.phonons.
how_many_arrows
(tcol)¶ Determines the number of colors that have arrows on them.
Parameters: tcol – a 2D array of the labeling that contains the colors and arrows for each site.
Methods for reading and writing enumeration and polya-counting results.
-
phenum.structures.
enum_data
(cellsize, args, params)¶ Returns a list of dictionaries with the HNF, SNF, Left Transform and permutation group file names for the given cell size.
-
phenum.structures.
make_enum_in
(distribution, number=None, dataformat='cells.{}', sizes=None)¶ Makes an enum.in file if the distrubiton type is all with the desired number of structures. Otherwise prints the distribution information to the screen for the user.
Parameters: distribution – The parameters that the distribution is over (‘shape’, ‘conc’, ‘size’, ‘all’). :arg n: The number of structures or ‘all’. :arg dataformat: The folder name for the cell sizes. :arg sizes: when specified, limit the distribution to these integer cell sizes;
otherwise, look for all cell sizes we have data for.
Contains routines used to map the enumerated structures to real space.
-
phenum.vector_utils.
cartesian2direct
(sLV, aBas, eps)¶ This routine takes three lattice vectors and a list of atomic basis vector in Cartesian coordinates and converts them to direct (“lattice”) coordinates.
Parameters: - sLV – Superlattice vectors (Cartesian coordinates)
- aBas – Atomic positions (cartesian coordinates first, then direct)
- eps – Finite precision tolerance.
-
phenum.vector_utils.
map_enumStr_to_real_space
(system_data, structure_data, minkowskiReduce)¶ Maps an enumerated structure back to real space. Returns a dictionary containing the real space data.
Parameters: - system_data – a dictionary containing all the information about the sysytem.
- sturture_data – a dictionary containing the information for this structure.
- minkowskiReduce – logical indicating if basis should be reduced.
The heart of the code is here. These methods build the tree and check the canfigurations for uniqueness.
-
phenum.tree.
brancher
(concs, group, colors_w_arrows, dim, total=0, subset=None, accept=None)¶ This routine navigates the tree and saves the unique configurations to an array survivors.
Parameters: - concs – the concentrations of the colors or atoms
- group – the symmetry group for the system, including the
effect on the arrows (displacement directions) :arg colors_w_arrows: an integer 2D array that indiciates which atoms are being displaced, i.e., where the arrows are. :arg dim: the number of directions the arrows can point :arg total: the total number predicted by polya. :arg subset: an integer array of the subset of unique arrangements wanted :arg accept: for large enumerations, how often to accept configurations.
The method returns the list of unique configurations and the number of stabilizers for the last level of the tree.
survivors: is the 3D array of the unique arrangements of colors and arrows stob_len: the number of stabilizers for a given unique configuration
Methods for taking an HNF and finding the site permutations and the arrow permutations. All of these have been modified for python from their original fortran implementations which can be found at: https://github.com/msg-byu/enumlib/. Of these only get_rotation get_rotation_perms_lists() has been modified in order to produce the arrow group. The class ArrowPerm has also been added and implemented inside the RotPermList class.
-
class
phenum.grouptheory.
ArrowPerm
(site_perm=None, arrow_perm=None)¶ ArrowPerm pairs a site permutation with an arrow permutation.
-
class
phenum.grouptheory.
RotPermList
(nL=None, v=None, perm=None, RotIndx=None, arrows=None)¶ RotPermList maintains the data structure for the rotations and permutations from the fortran code.
-
phenum.grouptheory.
SmithNormalForm
(HNF)¶ Finds the Smith Normal Form (SNF) of an HNF as well as the left and right transforms.
Args HNF: The integer matrix HNF for which the SNFs are to be found
-
phenum.grouptheory.
a_group
(trans, rots)¶ This subroutine combines that translations of the lattice with the rotatians of the lattice.
Parameters: trans – a 2D integer array where each row is an translation of the lattice :arg rots: a 3D integer array. Each row’s first entry is the site permutations and the second entry is the arrow permutations.
-
phenum.grouptheory.
a_group_gen
(trans, rots)¶ This subroutine combines that translations of the lattice with the rotatians of the lattice for the generators of the system.
Parameters: trans – a 2D integer array where each row is an translation of the lattice :arg rots: a 3D integer array. Each row’s first entry is the site permutations and the second entry is the arrow permutations.
-
phenum.grouptheory.
get_full_HNF
(HNF)¶ Turns the reduced HNF to a full HNF matrix.
Args HNF: The 1D integer numpy array that contains all the lower diagonal entries of the HNF matrix.
-
phenum.grouptheory.
get_sym_group
(par_lat, bas_vecs, HNF, LatDim)¶ Generates the symmetry group for a given lattice and HNF
Args par_lat: a 2D integer array that contains the parrent lattice vectors :args bas_vecs: The atomic basis for the lattice :args HNF: The HNF that defines the supercell :args LatDim: 2 if a 2D case 3 if 3D
-
class
phenum.grouptheory.
opList
(rot=None, shift=None)¶ opList maintains the data structure of the fixing operations form the fortran code.
This module handles writing to the terminal or a log file with support for coloring for warnings, errors, etc.
-
phenum.msg.
arb
(text, cols, split)¶ Prints a line of text in arbitrary colors specified by the numeric values contained in msg.cenum dictionary.
-
phenum.msg.
blank
(n=1, level=2)¶ Prints a blank line to the terminal.
-
phenum.msg.
cenum
= {'cwarn': 1, 'cerrs': 0, 'cstds': 4, 'cokay': 5, 'cinfo': 2, 'cgens': 3}¶ Dict of the various colors available for coloring specific lines in the arb().
-
phenum.msg.
err
(msg, level=-1, prefix=True)¶ Prints the specified message as an error; prepends “ERROR” to the message, so that can be left off.
-
phenum.msg.
gen
(msg, level=1)¶ Prints the message as generic output to terminal.
-
phenum.msg.
info
(msg, level=1)¶ Prints the specified message as information.
-
phenum.msg.
okay
(msg, level=1)¶ Prints the specified message as textual progress update.
-
phenum.msg.
quiet
= None¶ When in quiet mode, no text is ever printed to terminal unless its verbosity level is explicitly specified.
-
phenum.msg.
set_quiet
(is_quiet)¶ Sets whether the messaging system is running in quiet mode. Quiet mode only prints messages with explicit verbosity specified. If verbosity==None and quiet==True, any message with level >= 0 is printed.
-
phenum.msg.
set_verbosity
(level)¶ Sets the modules message verbosity level for all messages printed.
Parameters: level – a positive integer (>0); higher levels including more detail.
-
phenum.msg.
std
(msg, level=1)¶ Prints using the standard print() function.
-
phenum.msg.
verbosity
= None¶ The verbosity level of messages being printed by the module.
-
phenum.msg.
warn
(msg, level=0, prefix=True)¶ Prints the specified message as a warning; prepends “WARNING” to the message, so that can be left off.
-
phenum.msg.
will_print
(level=1)¶ Returns True if the current global status of messaging would print a message using any of the printing functions in this module.


This example uses the "EPSG:900913" projection for input and output of WKT data, rather than the default "EPSG:4326".


ReSpec is a small, unobtrusive tool that makes writing specifications easier. Or at least, somewhat less painful. It cannot do anything to quell the barrage of disputatious feedback that you are being slammed with, nor can it find you implementers ever-so-slightly less hopelessly hapless at reading your brilliant prose. It has no means to fix the bizarre process fixations of your group's chair, and sadly it cannot replace RFC 2119 with the more accurate RFC 6919. It will not stop those obstreperous people presently carrying pitchforks to your secret lair over that feature you pushed over to v2.
What is can do however, is make the toil of writing a specification easier. Specifications tend to follow all manners of formalism, and in some cases will follow a strict set of conventions (e.g. W3C's "PubRules"). As an editor, you focus on actual features and correctness, ReSpec handle the likes of styling, referential integrity, bibliographical data, and a whole set of other dragons.
The layout of this documentation is fairly straightforward. This page provides high-level information about ReSpec, as well as pointers for support and the such.
The User's Guide is a long, tutorial-like text about what one can do with ReSpec and how to use it. Some small advanced details may be missing, but overall if you read it from beginning to end you will be allowed to join meetings of jet-setting ReSpec experts.
The Reference section contains the description of every single configuration option, attribute, class, element, and event used in ReSpec. It is somewhat dry but aims at being objective. Six stars and three thumbs up for bedtime reading.
Finally, the Developer's Guide provides information for people who wish to start hacking on ReSpec itself.
The fundamental ideas that underlie ReSpec are:
There are many good existing tools that can be used to produce W3C specifications. A non-exhaustive list includes:
But I was dissatisfied with all of them, including the one I wrote. The primary reason for that was that they all require one to run a tool in between editing and reloading the browser — an extra step that at the end of a long day's work editing is one step too many. Beyond that there are some smaller issues that I personally have with each, but it is largely a matter of taste.
The first version of ReSpec was shipped in August 2009. Since then, it has become the most popular tool for specification editing at W3C. It benefits from a lively community of users that provide support to one another and contribute patches regularly. Now at version 3, it is a robust, full-featured tool surrounded by kind people.
The official support channel for ReSpec is<EMAIL_ADDRESS>The archives are available at http://lists.w3.org/Archives/Public/spec-prod/. You can subscribe by sending email to<EMAIL_ADDRESS>with "subscribe" as the subject line.
Please use that instead of emailing me (Robin) directly as the chances are that questions or enhancement ideas will be shared by others. Thanks!
The source code for ReSpec is maintained in its GitHub repository. Feel free to fork and improve it! If you find a bug, you can consult the list of known issues and file a new issue if needed.
In the extremely unlikely event that you would find a problem with this documentation, you can find the repository on GitHub. That is also the place where issues are handled (and discussion is also on spec-prod).
The following organisations deserve thanks for their direct support of ReSpec.
Expway, for giving me the leeway and time to work on the original Perl version of ReSpec over a decade ago. While that code has since been discontinued, it was nevertheless very helpful in establishing the principles that made the current version possible.
Vodafone for being kind enough to support a huge part of the initial work on ReSpec v1. This project would not exist without their support for web standards, and for the creation of tools that make building open standards easier.
The W3C for giving me the time to work on many refinements to ReSpec v3, notably this documentation which was put together during the W3C "Geek Week".
The following people have contributed to the project: Tobie Langel, Marcos Càceres, Greg Kellogg, Frederick Hirsch, Shane McCarron, Markus Lanthaler, Roy Fielding, Yves Lafon, Anssi Kostiainen, Cyril Concolato, Dominique Hazael-Massieux, Silvia Pfeiffer, Rich Tibbet, Dirk Schulze, Steven Speiche, Mounir Lamouri, Travis Leithead, Peter Linss, Mike Smith, Jacob Rossi, Chris Wilson, Bryan Sullivan, Adam Retter, Max Froumentin.
I stole a fair bit from Bert Bos and Geoffrey Sneddon.
Many deep thanks to all! If I've forgotten you, holler; it's an oversight due to the sorry overall state of my brain.


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In local development the application must listen on port 4200. If not, the CORS policy on Google Cloud Storage for the bucket used must be updated.
This Angular webiste is deployed to App Engine and is available here 👉 ProVR Website
It is automatically deployed each time a push is made to the master branch. We use Google Cloud Build to make this possible, which is a CI/CD service on GCP. The app.yaml
and cloudbuild.yaml
files are used to configure this deployment.
When browsers comminicate with external servers they send a CORS preflight request in advance of the actual POST, GET or DELETE, etc. request. This policy needs to be configured explicitly on the bucket user-cad-models
in Google Cloud Storage. This is the tutorial we used 👉 CORS Config GCS.
The JSON file used to configure the CORS policy is found in this repository under the name
cors-config.json
.


int minsigs;
if (numSN/5 > overrideMinSigs )
minsigs = (numSN / 5) + 1;
else
minsigs = overrideMinSigs;
if ( pblock->vtx[1].vin.size() < minsigs )
Alright uggests this as a consensus rule, so that min sigs defined for iguana is the minimum that can be paid for notary pay. Everyone cool with this?


Defines a two-dimensional vector. More...
#include <Vector2.h>
Public Member Functions | |
| Vector2 () | |
| Constructs and initializes a two-dimensional vector instance to (0.0, 0.0). | |
| Vector2 (const Vector2 &vector) | |
| Constructs and initializes a two-dimensional vector from the specified two-dimensional vector. | |
| Vector2 (float x, float y) | |
| Constructs and initializes a two-dimensional vector from the specified xy-coordinates. | |
| ~Vector2 () | |
| Destroys this two-dimensional vector instance. | |
| bool | operator!= (const Vector2 &vector) const |
| Tests this two-dimensional vector for inequality with the specified two-dimensional vector. | |
| float | operator* (const Vector2 &vector) const |
| Computes the dot product of this two-dimensional vector with the specified two-dimensional vector. | |
| Vector2 | operator* (float s) const |
| Computes the scalar multiplication of this two-dimensional vector with the specified scalar value. | |
| Vector2 & | operator*= (float s) |
| Sets the value of this two-dimensional vector to the scalar multiplication of itself with the specified scalar value. | |
| Vector2 | operator+ (const Vector2 &vector) const |
| Computes the vector sum of this two-dimensional vector with the specified two-dimensional vector. | |
| Vector2 & | operator+= (const Vector2 &vector) |
| Sets the value of this two-dimensional vector to the vector sum of itself with the specified two-dimensional vector. | |
| Vector2 | operator- (const Vector2 &vector) const |
| Computes the vector difference of this two-dimensional vector with the specified two-dimensional vector. | |
| Vector2 | operator- () const |
| Computes the negation of this two-dimensional vector. | |
| Vector2 & | operator-= (const Vector2 &vector) |
| Sets the value of this two-dimensional vector to the vector difference of itself with the specified two-dimensional vector. | |
| Vector2 | operator/ (float s) const |
| Computes the scalar division of this two-dimensional vector with the specified scalar value. | |
| Vector2 & | operator/= (float s) |
| Sets the value of this two-dimensional vector to the scalar division of itself with the specified scalar value. | |
| bool | operator== (const Vector2 &vector) const |
| Tests this two-dimensional vector for equality with the specified two-dimensional vector. | |
| float | x () const |
| Returns the x-coordinate of this two-dimensional vector. | |
| float | y () const |
| Returns the y-coordinate of this two-dimensional vector. |
Defines a two-dimensional vector.
| RVO::Vector2::Vector2 | ( | ) | [inline] |
Constructs and initializes a two-dimensional vector instance to (0.0, 0.0).
| RVO::Vector2::Vector2 | ( | const Vector2 & | vector | ) | [inline] |
Constructs and initializes a two-dimensional vector from the specified two-dimensional vector.
| vector | The two-dimensional vector containing the xy-coordinates. |
| RVO::Vector2::Vector2 | ( | float | x, | |
| float | y | |||
| ) | [inline] |
Constructs and initializes a two-dimensional vector from the specified xy-coordinates.
| x | The x-coordinate of the two-dimensional vector. | |
| y | The y-coordinate of the two-dimensional vector. |
| RVO::Vector2::~Vector2 | ( | ) | [inline] |
Destroys this two-dimensional vector instance.
| bool RVO::Vector2::operator!= | ( | const Vector2 & | vector | ) | const [inline] |
Tests this two-dimensional vector for inequality with the specified two-dimensional vector.
| vector | The two-dimensional vector with which to test for inequality. |
| float RVO::Vector2::operator* | ( | const Vector2 & | vector | ) | const [inline] |
Computes the dot product of this two-dimensional vector with the specified two-dimensional vector.
| vector | The two-dimensional vector with which the dot product should be computed. |
| Vector2 RVO::Vector2::operator* | ( | float | s | ) | const [inline] |
Computes the scalar multiplication of this two-dimensional vector with the specified scalar value.
| s | The scalar value with which the scalar multiplication should be computed. |
| Vector2& RVO::Vector2::operator*= | ( | float | s | ) | [inline] |
Sets the value of this two-dimensional vector to the scalar multiplication of itself with the specified scalar value.
| s | The scalar value with which the scalar multiplication should be computed. |
Computes the vector sum of this two-dimensional vector with the specified two-dimensional vector.
| vector | The two-dimensional vector with which the vector sum should be computed. |
Sets the value of this two-dimensional vector to the vector sum of itself with the specified two-dimensional vector.
| vector | The two-dimensional vector with which the vector sum should be computed. |
Computes the vector difference of this two-dimensional vector with the specified two-dimensional vector.
| vector | The two-dimensional vector with which the vector difference should be computed. |
| Vector2 RVO::Vector2::operator- | ( | ) | const [inline] |
Computes the negation of this two-dimensional vector.
Sets the value of this two-dimensional vector to the vector difference of itself with the specified two-dimensional vector.
| vector | The two-dimensional vector with which the vector difference should be computed. |
| Vector2 RVO::Vector2::operator/ | ( | float | s | ) | const [inline] |
Computes the scalar division of this two-dimensional vector with the specified scalar value.
| s | The scalar value with which the scalar division should be computed. |
| Vector2& RVO::Vector2::operator/= | ( | float | s | ) | [inline] |
Sets the value of this two-dimensional vector to the scalar division of itself with the specified scalar value.
| s | The scalar value with which the scalar division should be computed. |
| bool RVO::Vector2::operator== | ( | const Vector2 & | vector | ) | const [inline] |
Tests this two-dimensional vector for equality with the specified two-dimensional vector.
| vector | The two-dimensional vector with which to test for equality. |
| float RVO::Vector2::x | ( | ) | const [inline] |
Returns the x-coordinate of this two-dimensional vector.
| float RVO::Vector2::y | ( | ) | const [inline] |
Returns the y-coordinate of this two-dimensional vector.


Preparation time
30 mins to 1 hour
Cooking time
over 2 hours
Serves
Serves 4
This broth requires some time and love but you will be rewarded with a wonderfully flavourful bowl of noodle soup.
Preheat the oven to 120C/100C Fan/Gas ½. Line a roasting tray with greaseproof paper.
To prepare the fried pork skin, remove the skin from the pork shoulder and pork belly.  Pat dry and place on a wire rack over the prepared tray. Roast for 2½ hours until dry.
Place the pork bones in 1litre/1¾pint water. Bring to the boil, then discard the water and scum. Reheat another pot of water and add the pork bones, then bring to a simmer.
Place the onion, lemongrass, shallot and ginger on a hot griddle pan. Char and brown on all sides. Place the charred ingredients into the bone broth and add the star anise, sea salt and pepper. Simmer for 30 minutes.
Place the pork shoulder and pork belly in a large plastic bag. In a food processor, add the garlic, ginger, lemongrass and shallot and process until fine. Add into the bag with the meat. Add all the seasoning ingredients. Seal and marinade in the fridge for 30 minutes.
Remove the meat from the fridge. Heat a wok or pan over high heat, add the rapeseed oil and brown the pork meat until coloured. Add in the rest of the marinade and cook braising with the wok or pan lid on, for 40 minutes. Check the braising liquid every 15 minutes, add two ladlefuls of the pork broth to help the braising process and turn the meat to ensure even braising.
While the meat is braising, blanch some beansprouts in a pan of water, drain and set aside. In the same pan cook the rice noodles in boiling water for 6-8 minutes until al dente. Drain, run through cold water, drain well and toss through 1 tablespoon of rapeseed oil.
To deep fry the pork skin, heat the vegetable oil in a deep fat fryer or a deep-sided, heavy bottomed pan to 180C, or until a breadcrumb sizzles and turns golden-brown when dropped into it. (CAUTION: hot oil can be dangerous. Do not over-fill the pan or leave unattended). Remove the skin from the oven and then deep fry until golden-brown, drain on kitchen paper.
Once the pork is cooked, take the pork out and add the broth to the wok so the broth fuses with the braising liquid and bring to the boil.
To serve, dress the base of the noodle bowl with some fresh romaine lettuce leaves, top with a handful of cooked rice noodles, pour the broth over, dress with sliced braised pork belly and shoulder, top with blanched beansprouts, fresh mint, coriander, Vietnamese lemon balm, perilla leaves, chilli slices, lime wedge, tablespoon of hoisin and teaspoon of sriracha. Top with the fried pork skin. Serve immediately.


Research showing how meditation changes our brains
What parts of our brain change if we practice meditationMeditation is not just about relieving stress, new research has shown that it is also helpful to improve problem solving, focus, and decision making.
U.Lab Transforming Business Society and Self
I recently stumbled upon a great mooc( massive open online course) on edx.org called U.Lab Transforming Business Society and Self taught by MIT professor Otto Scharmer.
Meditations to Make This New Year the Best
The New Year brings us the opportunity to start fresh and embark on new experiences in life. It is also a time to reflect on our past year. Meditation is a great way to let go of any experience that…
How Meditation Can Help You Use Anxiety To Your Advantage
Anxiety is a natural human emotion and affects all of us. Meditating on your anxiety can actually help you understand your body and emotions in order to use it to your advantage. Being anxious has…
Meditation Tips Made Easy
It basically is a tracking method to make sure you meditate every day be it 5min or 1 hour. The only requirement is that you do it everyday. You take a calendar and make an X or mark for every day you meditated.
Compounding Your Daily Meditation Practice
It basically is a tracking method to make sure you meditate every day be it 5min or 1 hour. The only requirement is that you do it everyday. You take a calendar and make an X or mark for every day you meditated.
Beginner Meditation
Beginning your journey into meditation is like reading a good book that never ends. You will explore the depths of your being and find immense relaxation. To help you get started just see the multitude of benefits that meditation can


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|
CS108 Xamarin Library
1.0.14
|
Selected tag parameters, configure this before any specific tag operation More...
Public Member Functions | |
| TagSelectedParms () | |
| constructor More... | |
| object | Clone () |
Public Attributes | |
| SelectMaskFlags | flags = SelectMaskFlags.DISABLE_ALL |
| A mask that indicates current parameters enalbe or not. More... | |
| MemoryBank | bank = MemoryBank.EPC |
| memory bank More... | |
| S_MASK | epcMask = new S_MASK() |
| A buffer that contains a left-justified bit array that represents that bit pattern to match – i.e., the most significant bit of the bit array appears in the most-significant bit (i.e., bit 7) of the first byte of the buffer (i.e., mask[0]). All bits beyond count are ignored. For example, if the application wished to find tags with the following 16 bits 1011.1111.1010.0101, starting at offset 20 in the Electronic Product Code, then the fields would be set as follows: offset = 20 count = 16 mask[0] = 0xBF (1011.1111) mask[1] = 0xA5 (1010.0101) More... | |
| UInt32 | epcMaskLength = 0 |
| epc mask length in bit, e.g. epc = 0x3000, length = 4 * 8 = 32 bits, epc = 0x300, length = 3 * 8 = 24 bits More... | |
| UInt32 | epcMaskOffset = 0 |
| epc mask offset in bit, note : if enable PC mask, this parameter is ignored. More... | |
| byte [] | Mask |
| A buffer that contains a left-justified bit array that represents that bit pattern to match (use epcMask, if you select EPC) More... | |
| UInt32 | MaskLength = 0 |
| epc mask length in bit (use epcMaskLength, if you select EPC) More... | |
| UInt32 | MaskOffset = 0 |
| epc mask offset in bit (use epcMaskOffset, if you select EPC) More... | |
| UInt32 | Qvalue = 0 |
| Qvalue More... | |
| bool | ParallelEncoding = false |
| UCODE 7 Parallel Encoding More... | |
Selected tag parameters, configure this before any specific tag operation
| CSLibrary.Structures.TagSelectedParms.TagSelectedParms | ( | ) |
constructor
| object CSLibrary.Structures.TagSelectedParms.Clone | ( | ) |
| MemoryBank CSLibrary.Structures.TagSelectedParms.bank = MemoryBank.EPC |
memory bank
A buffer that contains a left-justified bit array that represents that bit pattern to match – i.e., the most significant bit of the bit array appears in the most-significant bit (i.e., bit 7) of the first byte of the buffer (i.e., mask[0]). All bits beyond count are ignored. For example, if the application wished to find tags with the following 16 bits 1011.1111.1010.0101, starting at offset 20 in the Electronic Product Code, then the fields would be set as follows: offset = 20 count = 16 mask[0] = 0xBF (1011.1111) mask[1] = 0xA5 (1010.0101)
| UInt32 CSLibrary.Structures.TagSelectedParms.epcMaskLength = 0 |
epc mask length in bit, e.g. epc = 0x3000, length = 4 * 8 = 32 bits, epc = 0x300, length = 3 * 8 = 24 bits
| UInt32 CSLibrary.Structures.TagSelectedParms.epcMaskOffset = 0 |
epc mask offset in bit, note : if enable PC mask, this parameter is ignored.
| SelectMaskFlags CSLibrary.Structures.TagSelectedParms.flags = SelectMaskFlags.DISABLE_ALL |
A mask that indicates current parameters enalbe or not.
| byte [] CSLibrary.Structures.TagSelectedParms.Mask |
A buffer that contains a left-justified bit array that represents that bit pattern to match (use epcMask, if you select EPC)
| UInt32 CSLibrary.Structures.TagSelectedParms.MaskLength = 0 |
epc mask length in bit (use epcMaskLength, if you select EPC)
| UInt32 CSLibrary.Structures.TagSelectedParms.MaskOffset = 0 |
epc mask offset in bit (use epcMaskOffset, if you select EPC)
| bool CSLibrary.Structures.TagSelectedParms.ParallelEncoding = false |
UCODE 7 Parallel Encoding
| UInt32 CSLibrary.Structures.TagSelectedParms.Qvalue = 0 |
Qvalue


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{% extends "basic_app/base.html" %} {% block body_block %}
Python is an interpreted high-level programming language for general-purpose programming. Created by Guido van Rossum and first released in 1991, Python has a design philosophy that emphasizes code.
Django is a free and open-source web framework, written in Python, which follows the model-view-template architectural pattern. It is maintained by the Django Software Foundation, an independent organization established as a 501 non-profit.
Flask is a micro web framework written in Python and based on the Werkzeug toolkit and Jinja2 template engine. It is BSD licensed. The latest stable version of Flask is 0.12.2 as of May 2017.


| Package | com.yahoo.astra.fl.charts |
| Class | public class PieChart |
| Inheritance | PieChart Chart fl.core.UIComponent |
| Implements | ICategoryChart |
| Property | Defined by | ||
|---|---|---|---|
| categoryField : String
The field used to access categories for this series.
| PieChart | ||
| categoryNames : Array
The names of the categories used by each series.
| PieChart | ||
| dataField : String
The field used to access data for this series.
| PieChart | ||
| dataProvider : Object
The data to be displayed by the chart.
| Chart | ||
| dataTipFunction : Function
If defined, the chart will call the input function to determine the
text displayed in the chart's data tip.
| Chart | ||
| defaultSeriesType : Object
When raw data (like an Array of Numbers) is encountered where an
ISeries instance is expected, it will be converted to this default
type.
| Chart | ||
| legend : ILegend
The component that will display a human-readable legend for the chart.
| Chart | ||
| legendLabelFunction : Function
If defined, the chart will call the input function to determine the text displayed in
in the chart's legend.
| Chart |
| Method | Defined by | ||
|---|---|---|---|
|
PieChart()
Constructor.
| PieChart | ||
|
indexToSeries(index:int):ISeries
Returns the ISeries object at the specified index.
| Chart | ||
|
seriesToCategoryField(series:PieSeries):String
Determines the category field used by the series.
| PieChart | ||
|
seriesToDataField(series:PieSeries):String
Determines the data field used by the series.
| PieChart | ||
|
seriesToIndex(series:ISeries):int
Returns the index within this plot area of the input ISeries object.
| Chart |
| Method | Defined by | ||
|---|---|---|---|
|
defaultDataTipFunction(item:Object, index:int, series:ISeries):String
| PieChart | ||
|
refreshSeries():void
Analyzes the input data and smartly converts it to the correct ISeries type
required for drawing.
| Chart |
| Style | Description | Defined by | ||
|---|---|---|---|---|
| Type: Boolean Determines if data changes should be displayed with animation. | Chart | |||
| Type: Class Name of the class to use as the skin for the background and border of the component. | Chart | |||
| Type: Number The padding that separates the border of the component from its contents, in pixels. | Chart | |||
| Type: Class Name of the class to use as the skin for the background and border of the chart's data tip. | Chart | |||
| Type: Number If the datatip's content padding is customizable, it will use this value. | Chart | |||
| Type: TextFormat The TextFormat object to use to render data tips. | Chart | |||
| Type: Boolean Indicates whether embedded font outlines are used to render the text field. | Chart | |||
|
seriesColors
| Type: Array An Array containing the default colors for each series. These colors are used for markers in most cases, but they may apply to lines, fills, or other graphical items. Important: In the PieChart, a series uses multiple colors. The [ [ 0xfcaf3e, 0x73d216, 0x729fcf, 0xfce94f, 0xad7fa8, 0x3465a4 ], [ 0x3465a4, 0xad7fa8, 0xfce94f, 0x729fcf, 0x73d216, 0xfcaf3e ] ] . | PieChart | ||
| Type: Array The default size of the markers in pixels. | Chart | |||
| Type: Array An Array containing the default skin classes for each series. | Chart |
| categoryField | property |
categoryField:String
[read-write]The field used to access categories for this series.
Implementation public function get categoryField():String
public function set categoryField(value:String):void
| categoryNames | property |
categoryNames:Array
[read-write]The names of the categories used by each series.
Implementation public function get categoryNames():Array
public function set categoryNames(value:Array):void
| dataField | property |
dataField:String
[read-write]The field used to access data for this series.
Implementation public function get dataField():String
public function set dataField(value:String):void
| PieChart | () | constructor |
public function PieChart()
Constructor.
| defaultDataTipFunction | () | method |
protected override function defaultDataTipFunction(item:Object, index:int, series:ISeries):String
Parameters
item:Object |
|
index:int |
|
series:ISeries |
String |
| seriesToCategoryField | () | method |
public function seriesToCategoryField(series:PieSeries):String
Determines the category field used by the series. Either the chart's default category field or a category field explicitly defined for the series.
Parametersseries:PieSeries |
String |
| seriesToDataField | () | method |
public function seriesToDataField(series:PieSeries):String
Determines the data field used by the series. Either the chart's default data field or a data field explicitly defined for the series.
Parametersseries:PieSeries |
String |


MIME type 类型详细
Content-Type 实体头部用于指示资源的 MIME 类型 media type。本页面枚举了一些常见的扩展名对应的 MIME 类型。
| 扩展名 | Content-Type(Mime-Type) |
|---|---|
| * | application/octet-stream |
| 001 | application/x-001 |
| 301 | application/x-301 |
| 323 | text/h323 |
| 906 | application/x-906 |
| 907 | drawing/907 |
| a11 | application/x-a11 |
| acp | audio/x-mei-aac |
| acx | application/internet-property-stream |
| ai | application/postscript |
| aif | audio/aiff |
| aifc | audio/aiff |
| aiff | audio/aiff |
| anv | application/x-anv |
| apk | application/vnd.android.package-archive |
| asa | text/asa |
| asf | video/x-ms-asf |
| asp | text/asp |
| asr | video/x-ms-asf |
| asx | video/x-ms-asf |
| au | audio/basic |
| avi | video/avi |
| awf | application/vnd.adobe.workflow |
| axs | application/olescript |
| bas | text/plain |
| bcpio | application/x-bcpio |
| bin | application/octet-stream |
| biz | text/xml |
| bmp | application/x-bmp |
| bot | application/x-bot |
| c | text/plain |
| c4t | application/x-c4t |
| c90 | application/x-c90 |
| cal | application/x-cals |
| cat | application/vnd.ms-pki.seccat |
| cdf | application/x-netcdf |
| cdr | application/x-cdr |
| cel | application/x-cel |
| cer | application/x-x509-ca-cert |
| cg4 | application/x-g4 |
| cgm | application/x-cgm |
| cit | application/x-cit |
| class | java/* |
| clp | application/x-msclip |
| cml | text/xml |
| cmp | application/x-cmp |
| cmx | application/x-cmx |
| cod | image/cis-cod |
| cot | application/x-cot |
| cpio | application/x-cpio |
| crd | application/x-mscardfile |
| crl | application/pkix-crl |
| crt | application/x-x509-ca-cert |
| csh | application/x-csh |
| csi | application/x-csi |
| css | text/css |
| cut | application/x-cut |
| dbf | application/x-dbf |
| dbm | application/x-dbm |
| dbx | application/x-dbx |
| dcd | text/xml |
| dcr | application/x-director |
| dcx | application/x-dcx |
| der | application/x-x509-ca-cert |
| dgn | application/x-dgn |
| dib | application/x-dib |
| dir | application/x-director |
| dll | application/x-msdownload |
| dms | application/octet-stream |
| doc | application/msword |
| dot | application/msword |
| drw | application/x-drw |
| dtd | text/xml |
| dvi | application/x-dvi |
| dwf | Model/vnd.dwf |
| dwg | application/x-dwg |
| dxb | application/x-dxb |
| dxf | application/x-dxf |
| dxr | application/x-director |
| edn | application/vnd.adobe.edn |
| emf | application/x-emf |
| eml | message/rfc822 |
| ent | text/xml |
| epi | application/x-epi |
| eps | application/postscript |
| etd | application/x-ebx |
| etx | text/x-setext |
| evy | application/envoy |
| exe | application/x-msdownload |
| fax | image/fax |
| fdf | application/vnd.fdf |
| fif | application/fractals |
| flr | x-world/x-vrml |
| fo | text/xml |
| frm | application/x-frm |
| g4 | application/x-g4 |
| gbr | application/x-gbr |
| gif | image/gif |
| gl2 | application/x-gl2 |
| gp4 | application/x-gp4 |
| gtar | application/x-gtar |
| gz | application/x-gzip |
| h | text/plain |
| hdf | application/x-hdf |
| hgl | application/x-hgl |
| hlp | application/winhlp |
| hmr | application/x-hmr |
| hpg | application/x-hpgl |
| hpl | application/x-hpl |
| hqx | application/mac-binhex40 |
| hrf | application/x-hrf |
| hta | application/hta |
| htc | text/x-component |
| htm | text/html |
| html | text/html |
| htt | text/webviewhtml |
| htx | text/html |
| icb | application/x-icb |
| ico | image/x-icon |
| ief | image/ief |
| iff | application/x-iff |
| ig4 | application/x-g4 |
| igs | application/x-igs |
| iii | application/x-iphone |
| img | application/x-img |
| ins | application/x-internet-signup |
| ipa | application/vnd.iphone |
| isp | application/x-internet-signup |
| ivf | video/x-ivf |
| java | java/* |
| jfif | image/jpeg |
| jpe | image/jpeg |
| jpeg | image/jpeg |
| jpg | application/x-jpg |
| js | application/x-javascript |
| jsp | text/html |
| la1 | audio/x-liquid-file |
| lar | application/x-laplayer-reg |
| latex | application/x-latex |
| lavs | audio/x-liquid-secure |
| lbm | application/x-lbm |
| lha | application/octet-stream |
| lmsff | audio/x-la-lms |
| ls | application/x-javascript |
| lsf | video/x-la-asf |
| lsx | video/x-la-asf |
| ltr | application/x-ltr |
| lzh | application/octet-stream |
| m13 | application/x-msmediaview |
| m14 | application/x-msmediaview |
| m1v | video/x-mpeg |
| m2v | video/x-mpeg |
| m3u | audio/mpegurl |
| m4e | video/mpeg4 |
| mac | application/x-mac |
| man | application/x-troff-man |
| math | text/xml |
| mdb | application/msaccess |
| me | application/x-troff-me |
| mfp | application/x-shockwave-flash |
| mht | message/rfc822 |
| mhtml | message/rfc822 |
| mi | application/x-mi |
| mid | audio/mid |
| midi | audio/mid |
| mil | application/x-mil |
| mml | text/xml |
| mnd | audio/x-musicnet-download |
| mns | audio/x-musicnet-stream |
| mny | application/x-msmoney |
| mocha | application/x-javascript |
| mov | video/quicktime |
| movie | video/x-sgi-movie |
| mp1 | audio/mp1 |
| mp2 | audio/mp2 |
| mp2v | video/mpeg |
| mp3 | audio/mp3 |
| mp4 | video/mpeg4 |
| mpa | video/x-mpg |
| mpd | application/vnd.ms-project |
| mpe | video/x-mpeg |
| mpeg | video/mpg |
| mpg | video/mpg |
| mpga | audio/rn-mpeg |
| mpp | application/vnd.ms-project |
| mps | video/x-mpeg |
| mpt | application/vnd.ms-project |
| mpv | video/mpg |
| mpv2 | video/mpeg |
| mpw | application/vnd.ms-project |
| mpx | application/vnd.ms-project |
| ms | application/x-troff-ms |
| msg | application/vnd.ms-outlook |
| mtx | text/xml |
| mvb | application/x-msmediaview |
| mxp | application/x-mmxp |
| nc | application/x-netcdf |
| net | image/pnetvue |
| nrf | application/x-nrf |
| nws | message/rfc822 |
| oda | application/oda |
| odc | text/x-ms-odc |
| out | application/x-out |
| p10 | application/pkcs10 |
| p12 | application/x-pkcs12 |
| p7b | application/x-pkcs7-certificates |
| p7c | application/pkcs7-mime |
| p7m | application/pkcs7-mime |
| p7r | application/x-pkcs7-certreqresp |
| p7s | application/pkcs7-signature |
| pbm | image/x-portable-bitmap |
| pc5 | application/x-pc5 |
| pci | application/x-pci |
| pcl | application/x-pcl |
| pcx | application/x-pcx |
| application/pdf | |
| pdx | application/vnd.adobe.pdx |
| pfx | application/x-pkcs12 |
| pgl | application/x-pgl |
| pgm | image/x-portable-graymap |
| pic | application/x-pic |
| pko | application/vnd.ms-pki.pko |
| pl | application/x-perl |
| plg | text/html |
| pls | audio/scpls |
| plt | application/x-plt |
| pma | application/x-perfmon |
| pmc | application/x-perfmon |
| pml | application/x-perfmon |
| pmr | application/x-perfmon |
| pmw | application/x-perfmon |
| png | application/x-png |
| pnm | image/x-portable-anymap |
| pot | application/vnd.ms-powerpoint |
| ppa | application/vnd.ms-powerpoint |
| ppm | application/x-ppm |
| pps | application/vnd.ms-powerpoint |
| ppt | application/x-ppt |
| pr | application/x-pr |
| prf | application/pics-rules |
| prn | application/x-prn |
| prt | application/x-prt |
| ps | application/x-ps |
| ptn | application/x-ptn |
| pub | application/x-mspublisher |
| pwz | application/vnd.ms-powerpoint |
| qt | video/quicktime |
| r3t | text/vnd.rn-realtext3d |
| ra | audio/vnd.rn-realaudio |
| ram | audio/x-pn-realaudio |
| ras | application/x-ras |
| rat | application/rat-file |
| rdf | text/xml |
| rec | application/vnd.rn-recording |
| red | application/x-red |
| rgb | application/x-rgb |
| rjs | application/vnd.rn-realsystem-rjs |
| rjt | application/vnd.rn-realsystem-rjt |
| rlc | application/x-rlc |
| rle | application/x-rle |
| rm | application/vnd.rn-realmedia |
| rmf | application/vnd.adobe.rmf |
| rmi | audio/mid |
| rmj | application/vnd.rn-realsystem-rmj |
| rmm | audio/x-pn-realaudio |
| rmp | application/vnd.rn-rn_music_package |
| rms | application/vnd.rn-realmedia-secure |
| rmvb | application/vnd.rn-realmedia-vbr |
| rmx | application/vnd.rn-realsystem-rmx |
| rnx | application/vnd.rn-realplayer |
| roff | application/x-troff |
| rp | image/vnd.rn-realpix |
| rpm | audio/x-pn-realaudio-plugin |
| rsml | application/vnd.rn-rsml |
| rt | text/vnd.rn-realtext |
| rtf | application/x-rtf |
| rtx | text/richtext |
| rv | video/vnd.rn-realvideo |
| sam | application/x-sam |
| sat | application/x-sat |
| scd | application/x-msschedule |
| sct | text/scriptlet |
| sdp | application/sdp |
| sdw | application/x-sdw |
| setpay | application/set-payment-initiation |
| setreg | application/set-registration-initiation |
| sh | application/x-sh |
| shar | application/x-shar |
| sis | application/vnd.symbian.install |
| sisx | application/vnd.symbian.install |
| sit | application/x-stuffit |
| slb | application/x-slb |
| sld | application/x-sld |
| slk | drawing/x-slk |
| smi | application/smil |
| smil | application/smil |
| smk | application/x-smk |
| snd | audio/basic |
| sol | text/plain |
| sor | text/plain |
| spc | application/x-pkcs7-certificates |
| spl | application/futuresplash |
| spp | text/xml |
| src | application/x-wais-source |
| ssm | application/streamingmedia |
| sst | application/vnd.ms-pki.certstore |
| stl | application/vnd.ms-pki.stl |
| stm | text/html |
| sty | application/x-sty |
| sv4cpio | application/x-sv4cpio |
| sv4crc | application/x-sv4crc |
| svg | text/xml |
| swf | application/x-shockwave-flash |
| t | application/x-troff |
| tar | application/x-tar |
| tcl | application/x-tcl |
| tdf | application/x-tdf |
| tex | application/x-tex |
| texi | application/x-texinfo |
| texinfo | application/x-texinfo |
| tg4 | application/x-tg4 |
| tga | application/x-tga |
| tgz | application/x-compressed |
| tif | image/tiff |
| tiff | image/tiff |
| tld | text/xml |
| top | drawing/x-top |
| torrent | application/x-bittorrent |
| tr | application/x-troff |
| trm | application/x-msterminal |
| tsd | text/xml |
| tsv | text/tab-separated-values |
| txt | text/plain |
| uin | application/x-icq |
| uls | text/iuls |
| ustar | application/x-ustar |
| vcf | text/x-vcard |
| vda | application/x-vda |
| vdx | application/vnd.visio |
| vml | text/xml |
| vpg | application/x-vpeg005 |
| vrml | x-world/x-vrml |
| vsd | application/x-vsd |
| vss | application/vnd.visio |
| vst | application/x-vst |
| vsw | application/vnd.visio |
| vsx | application/vnd.visio |
| vtx | application/vnd.visio |
| vxml | text/xml |
| wav | audio/wav |
| wax | audio/x-ms-wax |
| wb1 | application/x-wb1 |
| wb2 | application/x-wb2 |
| wb3 | application/x-wb3 |
| wbmp | image/vnd.wap.wbmp |
| wcm | application/vnd.ms-works |
| wdb | application/vnd.ms-works |
| wiz | application/msword |
| wk3 | application/x-wk3 |
| wk4 | application/x-wk4 |
| wkq | application/x-wkq |
| wks | application/x-wks |
| wm | video/x-ms-wm |
| wma | audio/x-ms-wma |
| wmd | application/x-ms-wmd |
| wmf | application/x-wmf |
| wml | text/vnd.wap.wml |
| wmv | video/x-ms-wmv |
| wmx | video/x-ms-wmx |
| wmz | application/x-ms-wmz |
| wp6 | application/x-wp6 |
| wpd | application/x-wpd |
| wpg | application/x-wpg |
| wpl | application/vnd.ms-wpl |
| wps | application/vnd.ms-works |
| wq1 | application/x-wq1 |
| wr1 | application/x-wr1 |
| wri | application/x-wri |
| wrk | application/x-wrk |
| wrl | x-world/x-vrml |
| wrz | x-world/x-vrml |
| ws | application/x-ws |
| ws2 | application/x-ws |
| wsc | text/scriptlet |
| wsdl | text/xml |
| wvx | video/x-ms-wvx |
| x_b | application/x-x_b |
| x_t | application/x-x_t |
| xaf | x-world/x-vrml |
| xap | application/x-silverlight-app |
| xbm | image/x-xbitmap |
| xdp | application/vnd.adobe.xdp |
| xdr | text/xml |
| xfd | application/vnd.adobe.xfd |
| xfdf | application/vnd.adobe.xfdf |
| xhtml | text/html |
| xla | application/vnd.ms-excel |
| xlc | application/vnd.ms-excel |
| xlm | application/vnd.ms-excel |
| xls | application/x-xls |
| xlt | application/vnd.ms-excel |
| xlw | application/x-xlw |
| xml | text/xml |
| xof | x-world/x-vrml |
| xpl | audio/scpls |
| xpm | image/x-xpixmap |
| xq | text/xml |
| xql | text/xml |
| xquery | text/xml |
| xsd | text/xml |
| xsl | text/xml |
| xslt | text/xml |
| xwd | application/x-xwd |
| z | application/x-compress |
| zip | application/zip |


COVID- {border-style px;} #ffffff;} patients coronavirus pneumonia findings novel px; {font-family Lancet Shi changes font-size Elsevier Feb Radiology chest double; pneumonia, respiratory RT-PCR acute asymptomatic border-color border-width online published research solid; {font-style {font-weight ./radiol. bold centre cluster colleagues courier; disease em; ground-glass lung pt;} resource


This is the Highly Hackable Array. It is an arbitrary array of bytes that you can change! Check out the array in different forms! Try going to /base64 or /ints. In the mean time, just enjoy the plain string below!
{{.hackstring}}


Kaidi Player (Alpha)
Volume
hello
Now playing:
Not playing anything.
To play something, go back and navigate to what you want to play.
0:00/7:98
player


Next: P-V2 Code-Smell checking
Up: Validation
Previous: Validation
When collaborating directly on the vocabulary source code, syntax checking is of paramount importance.
Ideally syntax checking is directly integrated into the editor and committing violating code is not possible.
For example, tools such as Parrot24 or Web-based tools such as: RDF Validation Service25 or OWL2 Validator26 can be used for finding common typos and syntax errors.
lavdim
2015-08-12


Available Actions
View event logs
Adjust heartbeat detection parameters
Change audio file
Current Status: ADC not connected


Moment man falls in slow motion onto car bonnet in ridiculous ‘crash for cash’ bid
The footage was captured by two pals on their way to work in Sutton-in-Ashfield, as they saw him hurl himself onto their car
by Brendan McFadden, Hollie BoneRidiculous footage has emerged showing the moment a man hurls himself onto a car bonnet in slow motion in an alleged "crash for cash" scam.
The bizarre dashcam recorded in Sutton-in-Ashfield, Nottinghamshire on November 1, shows the man staggering in the road, before tumbling onto the bonnet and sliding slowly to the floor.
The two pals in the car were left stunned before two security guards then dragged the man out of the road and gestured to them to keep moving.
The computer technician drover, 49, reckons the man was looking to make a false insurance claim for compensation as as part of a crash for cash scam.
Speaking about the footage which was recorded about 6am, the driver said: "I was driving along and I saw the car ahead put on the brakes so I slowed down, but I came to a stop when I saw him in the road - I thought he was drunk.
"He put his hands on the bonnet and then slowly fell to the floor.
"I was about to reverse and full beam him but then two security guards came along and started dragging him out the road.
"It was definitely an attempt to get some compensation, he was trying some sort of scam but he didn't do it very well."
The stunned driver initially laughed at the strange situation but after arriving at work he began to realise how serious it could have been.
As he was travelling past a mental health hospital, Millbrook Mental Health Unit at the time, he began to suspect the man in the road could have been a patient.
He said: "We just sat there in shock and wondered if he could be one of the patients from the hospital.
"It was quite funny at first because it was so ridiculous but when I got to work I watched the footage and I realised it could have been a lot worse.
"He could have started smashing up my car or anything."
Nottinghamshire Healthcare NHS Foundation Trust, which runs the Millbrook Mental Health Unit, has been approached for comment.
Crash for cash gangs often work together to snare innocent motorists.


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As the need for location-based data has grown, we at MapIT have strived to lead the pack by enabling our clients to utilize spatial-data as a means to enhance and benefit the experience of their customers. As part of the Zaid Group, MapIT is uniquely qualified in the fields of Operations Management, GIS, geographic data collection. With decades of experience and satisfied clients across a diverse spectrum of fields, we are confident that we can help you get the most out of spatial data.
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Miso Krsticevic shortlisted for Shahin Bushehr job
by Mir Farhad Ali KhanTasnim – BUSHEHR, Croatian football coach Miso Krsticevic has been nominated to coach Iranian top-flight team Shahin Bushehr.
The team has been without a coach since parting company with Abdollah Veisi in mid-October.
Krsticevic, 61, has most recently worked at Iranian First Division Mes Rafsanjan.
Shahin Bushehr sits bottom of the Iran Professional League (IPL) table.
The Bushehr-based team has two points from 10 matches.


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| | |
- findmislabels(expdat, field, distmetric='bc')
- "
find mislabelled samples according to field
input:
expdat : Experiment
field : string
name of the field to examine (i.e. subjectid)
distmetric : string
the distance meteric to use (see calcdist)
- plotnumotushist(expdat, newfig=True, threshold=0.001)
- normalized histogram of number of OTUs per sample (alpha diversity)
input:
expdat : Experiment
newfig : bool
True to plot a new figure, False to plot on current figure
threshold : float
minimal number of reads for an otu to be present
|