(An Interactive chart that shows correlation between Healthcare And Income, Age and other factors)
Socioeconomic factors are important determinants of health and wellbeing in the United States. The higher a person’s income, education or occupation level, the healthier they tend to be—a phenomenon often termed the ‘social gradient of health’. In general, people from lower socioeconomic groups are at greater risk of poor health, have higher rates of illness, disability and death, and live shorter lives than those from higher groups.
The five leading global risks for mortality in the world are high blood pressure, tobacco use, high blood glucose, physical inactivity, and overweight and obesity. They are responsible for raising the risk of chronic diseases, such as heart disease and cancers. They affect the country across all income groups: high, middle and low.


CHAPTER 394A
JOB TRAINING
REPEALED. L 1997, c 346, §11.
Cross References
Workforce development council, see chapter 202.


[Originally posted to rec.music.celtic.]
THE SECRET OF ROAN INISH A film review by Brian Nelson Copyright 1995 Brian Nelson
I highly recommend the new film release THE SECRET OF ROAN INISH.
This Irish production is the story of a young girl and her family as they struggle with moving from the simple life of an island fishing village interlaced with superstition and old tails of the families involvement with selkies. The selkies are mythical creatures who are humans and seals in one. The story is at once simple and complex and all the while enthralling.
Visually the film carries the rugged and often bleak look of the Irish coast. What one reviewer called "moody ... and hard to warm up to," I found it reflective of the hard lives of people in a hard land. While the film may be slow and lack action and color by American film-going standard, it is a wonderfully crafted tail well worth seeing.
By far the most striking feature of the film to me and my wife was the music. That is why I am posting a film review here in rec.music.celtic. The film is filled with the most masterful and yet subtle Celtic music. The gentle background of whistle, flute, strings and bodhran, along with other instruments may melt into a mood for the average viewer, but the virtuoso performances will be breathtaking to the those of us familiar with the genera. Of particular note is the bodhran playing throughout. Take time to stay for the final credits and be rewarded with a percussion composition featuring two sets of bones and one or several bodhrans, not to be missed.
The credits listed a number of individual musicians whose name, I am sorry to say, I did not catch. No performing group was noted outside of the Irish Film Orchestra. I saw no notice of a soundtrack album, but I will be searching to find one if it exists. If anyone has information on such an album please notify me by e-mail.
This is a fine Irish film all will enjoy, particularly those of us with a Celtic tilt of mind.
-- Brian Nelson<EMAIL_ADDRESS>Tacoma, WA
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


The Thin Red Line (1998)
a review by Christian Pyle
The television ads for "The Thin Red Line" promise "images you'll never be able to shake." Thankfully, that blurb is hyperbole (psychological scars are not something I'm looking for in a movie experience), but the line from the ads suggests a collection of powerful fragments, which is what "Red Line" offers.
"The Thin Red Line," based on a novel by James Jones, marks the return of writer/director Terrence Malick after a twenty-year absence. Malick's previous works as a director-"Badlands" (1973) and "Days of Heaven" (1978)-still garner the praise of critics. Several Hollywood stars (including George Clooney, John Travolta, Woody Harrelson, and John Cusack) took small roles in "Red Line" just for the opportunity of working with Malick.
The movie is about the effort to drive the Japanese out of Guadalcanal in World War II. It's an ensemble piece with a variety of characters, each dealing with the horrors of war in his own way. There's no clear protagonist or linear plot development, but these may not be faults-war doesn't have a protagonist or a plot. Malick explores the psychological and philosophical aspects of war, the latter in voice-overs in which various characters muse about the meaning of it all.
There is brilliance in this movie-powerful images, intense performances, thought-provoking confrontations-but the accumulation of beautifully-crafted fragments never melts together into a coherent whole. This lack of cohesion is probably due to contradictory desires for what the movie should express. The desire to represent the scope of war by painting a large canvas competes with the desire to explore the psychologies of individual characters in depth. The viewer has trouble remembering who's who, and the size of the roster leaves little time, even in a three-hour movie, to develop the characters clearly. The desire to pose philosophical questions raised by war competes with the desire to capture the intensity of combat. The voice-overs suggest a lyrical repose where characters can muse on the why's of war, but the characters live in constant danger.
So, we are left with a pile of fine pieces. "Red Line" begins with deserter Pvt. Witt (Jim Caviezel) enjoying a separate peace with island natives whose simple lives centered around family and community contrast with the war. Later, pulled back into the war, Witt wanders through another native village and sees a collection of human skulls. The war in these Pacific islands is a siege of paradise. The scenery the soldiers plod through is breathtakingly beautiful and tranquil, a powerful contrast to the machinery of war.
Many of the most dramatic moments occur as Charlie Company crawls up a grassy hill to attack the Japanese machine gun nest hidden above. The camera gives us a soldier's perspective, crouching in the mud, unable to see through the surrounding grass. Explosions burst nearby, appearing suddenly and seemingly at random. Machine-gun fire crackles ahead. Malick draws us into the terror of war for soldiers who are like us, ordinary Joes plucked out of their ordinary peacetime lives.
Their leaders, too, are unused to combat. Halfway up the hill, Capt. Staros (Elias Koteas), a lawyer in civilian life, refuses to advance for fear that his men will all be slaughtered. Staros' refusal draws his commander, Col. Tall (Nick Nolte), closer to the fray. Tall is an aging West Point graduate who's been passed over for promotion. This is his first war, and he is eager to prove himself. The two men play off of each other-Staros, unwilling to sacrifice any man's life no matter how important the objective; Tall, can see only the objective and is puzzled by the concern that Staros and Capt. Gaff (John Cusack) have for their men.
The conflict between Tall and his captains is parallel to a conflict between Sgt. Welsh (Sean Penn) and Witt. Penn gives the most compelling and complex performance of the movie, and Welsh is a fascinating mixture of cynicism and heroism. Other performances are considerably weaker, particularly the cameos by Clooney and Travolta.
Grade: B
© 1999 Christian L. Pyle <http://us.imdb.com/M/reviews_by?Christian+Pyle>
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Michigan State University
I had my college in Michigan State University, and I was in business college. My major is supply chain management. MSU is a great university for international student, and I had a great time in MSU. Finally, I end up with getting 3.6 for my overall GPA, 3.75 for my business core GPA.
University of Michigan
Spending four years in MSU, I really fall in love with Michigan. So, I apply for University of Michigan and luckily get the offer. My current major is information science, and I am on data analysis track. My GPA is 4.0 until now and I am trying to skilled in both data analysis and UX.


People of Venice protest over floods and cruise ships
by Agence France-PresseDemonstrators chant ‘Venice resist’ amid anger over waves caused by ocean liners and flawed flood-proofing project
Thousands of Venetians have taken to the streets to protest over frequent flooding and the impact of giant cruise ships.
In heavy rain between 2,000 and 3,000 people answered the call of environmental groups and a collective opposed to the ships. Critics say the waves cruise ships create are eroding Venice’s foundations.
Chanting “Venice resist” and calling for the resignation of the mayor, Luigi Brugnaro, the marchers also appealed for a massive project, Mose, to be mothballed.
The multi-billion euro infrastructure project has been under way since 2003 to protect the city from flooding but has been plagued by cost overruns, corruption scandals and delays.
The protest follows unprecedented flooding that devastated the city, submerging homes, businesses and cultural treasures. “Venetians have just endured a deep wound. The flooding … brought this city to its knees and revealed its extreme fragility to the world,” said activist Enrico Palazzi.
Venice saw yet another acqua alta (high water) event on Sunday with levels reaching 1.3 metres. The Unesco world heritage city is home to 50,000 people while about 36 million more visit each year.


What is FLUSH TABLES WITH READ LOCK in MySQL?
Command:
mysql> FLUSH TABLES WITH READ LOCK;
What exactly does command do?
- Set the global read lock - after this step,
insert/update/delete/replace/alter statements
cannot run - Close open tables - this step will block until all statements started previously have stopped
- Set a flag to block commits
It means:
- Closes all open tables
- Locks all tables for all databases with a global read lock
- MySQL is in READ only mode, cannot WRITE anything, except one case (see below)
insert/update/delete/replace/alter
statements cannot run
Note:
FLUSH TABLES WITH READ LOCK
does not prevent the server from inserting rows into the log tables
How to unlock and keep MySQL back to normal?
- Use
UNLOCK TABLES
to release the lock
Important:
- The session that holds the lock can read the table (but not write it)
- It prevents other sessions from modifying tables during periods
- If you don’t keep this session open to keep Locking
- Other sessions can write into tables
- If you run
FLUSH TABLES WITH READ LOCK
for preparingmysqldump
, you must keep this session, and runmysqldump
in another session. - Because If you don’t keep, the
binlog
and theposition
ofbinlog
may be changed during this session
Need discussion? Go https://github.com/hieuhtr/Blog/issues/8


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--- layout: post status: publish published: true title: About Taiwan! author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 507 wordpress_url: http://leaskh.wordpress.com/2006/07/08/about-taiwan date: '2006-07-08 06:37:27 +0800' date_gmt: '2006-07-08 06:37:27 +0800' categories: - News and politics tags: [] comments: [] ---


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Functions | |
| uint32_t | CSL_secProxyGetRevision (const CSL_SecProxyCfg *pSecProxyCfg) |
| Return revision of the Secure Proxy module. More... | |
| static uint32_t | CSL_secProxyGetMaxMsgSize (CSL_SecProxyCfg *pSecProxyCfg) |
| Get maximim message size. More... | |
| int32_t | CSL_secProxyCfgGlobalErrEvtNum (const CSL_SecProxyCfg *pSecProxyCfg, uint32_t globalErrEvtNum) |
| Configure the event number used for global errors. More... | |
| static uint32_t | CSL_secProxyGetMsgSize (CSL_SecProxyCfg *pSecProxyCfg) |
| Get usable message size. More... | |
| uint32_t | CSL_secProxyGetNumThreads (const CSL_SecProxyCfg *pSecProxyCfg) |
| Get number of threads supported. More... | |
| void | CSL_secProxySetBufferAccessOrderId (CSL_SecProxyCfg *pSecProxyCfg, uint32_t orderId) |
| Override the bus orderid value for the buffer memory access. More... | |
| void | CSL_secProxyCfg (CSL_SecProxyCfg *pSecProxyCfg, uint64_t targetAddr, uint64_t extBufferAddr) |
| Configure the secure proxy. More... | |
| int32_t | CSL_secProxyCfgThread (CSL_SecProxyCfg *pSecProxyCfg, uint32_t threadNum, const CSL_SecProxyThreadCfg *pThreadCfg) |
| Configure a proxy thread. More... | |
| uintptr_t | CSL_secProxyGetDataAddr (const CSL_SecProxyCfg *pSecProxyCfg, uint32_t threadNum, uint32_t numBytes) |
| Get the read/write data address for the specified thread. More... | |
| void | CSL_secProxyAccessTarget (CSL_SecProxyCfg *pSecProxyCfg, uint32_t threadNum, uint8_t *pData, uint32_t numBytes, CSL_SecProxyMemAccessCbFxnPtr fpMemAccess) |
| Access (read/write) from/to the specified thread. More... | |
| static uint32_t | CSL_secProxyGetThreadMsgCnt (const CSL_SecProxyCfg *pSecProxyCfg, uint32_t threadNum) |
| Get message count for thread. More... | |
| static uint32_t | CSL_secProxyIsThreadError (CSL_SecProxyCfg *pSecProxyCfg, uint32_t threadNum) |
| Get thread error status. More... | |
| static void | CSL_secProxyClrThreadError (CSL_SecProxyCfg *pSecProxyCfg, uint32_t threadNum) |
| Clear thread error status. More... | |
| int32_t | CSL_secProxyGetThreadStatus (const CSL_SecProxyCfg *pSecProxyCfg, uint32_t threadNum, CSL_SecProxyThreadStatus *pStatus) |
| Get thread status. More... | |
===========================================================================
| void CSL_secProxyAccessTarget | ( | CSL_SecProxyCfg * | pSecProxyCfg, |
| uint32_t | threadNum, | ||
| uint8_t * | pData, | ||
| uint32_t | numBytes, | ||
| CSL_SecProxyMemAccessCbFxnPtr | fpMemAccess | ||
| ) |
Access (read/write) from/to the specified thread.
This function is used to read/write the specified number of bytes from/to to the specified thread. The access type (read or write) must match the direction configured for the specified thread.
Note that for performance reasons, no error checking is performed by this function. For this reason, you must insure the arguments specified meet the requirements listed below.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| threadNum | [IN] Thread number (0..CSL_secProxyGetNumThreads()-1) |
| pData | [IN] A pointer (of type uint8_t*) to the data to be written (must be at least numBytes in size) |
| numBytes | [IN] The number of bytes to be written (0..CSL_secProxyGetMaxMsgSize(pSecProxyCfg)). |
| fpMemAccess | [IN] A pointer to a function that performs the memory access. See CSL_SecProxyMemAccessCbFxnPtr for the syntax of this function. |
| void CSL_secProxyCfg | ( | CSL_SecProxyCfg * | pSecProxyCfg, |
| uint64_t | targetAddr, | ||
| uint64_t | extBufferAddr | ||
| ) |
Configure the secure proxy.
This function is used to configure the secure proxy. It must be called before reading or writing data via the secure proxy or calling the CSL_secProxyAccessTarget function.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| targetAddr | [IN] Base address of the target resources (channels). If 0, the target address is not overwritten. |
| extBufferAddr | [IN] Base address of the external buffer used by the secure proxy to store one message per proxy thread. The external buffer must be large enough to store one message per proxy thread, or CSL_secProxyGetNumThreads() * CSL_secProxyGetMaxMsgSize(). |
| int32_t CSL_secProxyCfgGlobalErrEvtNum | ( | const CSL_SecProxyCfg * | pSecProxyCfg, |
| uint32_t | globalErrEvtNum | ||
| ) |
Configure the event number used for global errors.
This function is used to configure the event number used for reporting global errors. This feature is available in secure proxy revisions <IP_ADDRESS> and later.
Global errors include the following:
Global errors do not include the following (there is a separate event number MMR per secure proxy for these errors):
Specifying CSL_SEC_PROXY_GLOBAL_ERR_EVT_DISABLE (0xFFFFU) for the globalErrEvtNum parameter will disable the error event from being sent.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| globalErrEvtNum | [IN] Error event number |
| int32_t CSL_secProxyCfgThread | ( | CSL_SecProxyCfg * | pSecProxyCfg, |
| uint32_t | threadNum, | ||
| const CSL_SecProxyThreadCfg * | pThreadCfg | ||
| ) |
Configure a proxy thread.
This function is used to configure a proxy thread.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| threadNum | [IN] Thread number (0..CSL_secProxyGetNumThreads()-1) |
| pThreadCfg | [IN] Pointer to a CSL_SecProxyThreadCfg structure containing the thread configuration |
|
inlinestatic |
Clear thread error status.
This function clears the error status of the specified thread. While in error, a thread will not process any operations.
Note that for performance reasons, no error checking is performed by this function. For this reason, you must insure the arguments specified meet the requirements listed below.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| threadNum | [IN] Thread number (0..CSL_secProxyGetNumThreads()-1) |
| uintptr_t CSL_secProxyGetDataAddr | ( | const CSL_SecProxyCfg * | pSecProxyCfg, |
| uint32_t | threadNum, | ||
| uint32_t | numBytes | ||
| ) |
Get the read/write data address for the specified thread.
This function returns the data address the application should use to read/write the specified number of bytes corresponding to the specified thread.
Note that for performance reasons, no error checking is performed by this function. For this reason, you must insure the arguments specified meet the requirements listed below.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| threadNum | [IN] Thread number (0..CSL_secProxyGetNumThreads()-1) |
| numBytes | [IN] The number of bytes to be read or written (0..CSL_secProxyGetMaxMsgSize(pSecProxyCfg)). |
|
inlinestatic |
Get maximim message size.
This function returns the maximum message size (in bytes).
Note that the value returned INCLUDES any message bytes that may be reserved for use by the secure proxy. Be sure and subtract any reserved bytes from the value returned by this function to get the usable message size, or call CSL_secProxyGetMsgSize.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
|
inlinestatic |
Get usable message size.
This function returns the usable message size (in bytes).
Note that the value returned EXCLUDE any message bytes that may be reserved for use by the secure proxy.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| uint32_t CSL_secProxyGetNumThreads | ( | const CSL_SecProxyCfg * | pSecProxyCfg | ) |
Get number of threads supported.
This function returns the number of threads supported by the secure proxy.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| uint32_t CSL_secProxyGetRevision | ( | const CSL_SecProxyCfg * | pSecProxyCfg | ) |
Return revision of the Secure Proxy module.
This function returns the contents of the Secure Proxy revision register. Consult the Secure Proxy module documentation for a description of the contents of the revision register.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
|
inlinestatic |
Get message count for thread.
This function returns the current message count for the specified proxy thread. For an inbound proxy, this is the number of available messages. For an outbound proxy, this is the number of free messages that can be written.
Note that for performance reasons, no error checking is performed by this function. For this reason, you must insure the arguments specified meet the requirements listed below.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| threadNum | [IN] Thread number (0..CSL_secProxyGetNumThreads()-1) |
| int32_t CSL_secProxyGetThreadStatus | ( | const CSL_SecProxyCfg * | pSecProxyCfg, |
| uint32_t | threadNum, | ||
| CSL_SecProxyThreadStatus * | pStatus | ||
| ) |
Get thread status.
This function returns all status information availabile for the specified thread in a single call.
Note that depending on the version of the secure proxy module being used, some elements of the CSL_SecProxyThreadStatus structure are not available. In these cases, the element will have a returned value of CSL_SEC_PROXY_THREAD_STATUS_UNAVAILABLE.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| threadNum | [IN] Thread number (0..CSL_secProxyGetNumThreads()-1) |
| pStatus | [OUT] Pointer to a CSL_SecProxyThreadStatus structure where status information is written |
|
inlinestatic |
Get thread error status.
This function returns the error status of the specified thread.
If an error is detected on the thread, an error event (using the errEvtNum specified in the thread configuration) is generated. While in error, a thread will not process any operations. Call CSL_secProxyClrThreadError to clear the error and reset the thread.
Note that for performance reasons, no error checking is performed by this function. For this reason, you must insure the arguments specified meet the requirements listed below.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| threadNum | [IN] Thread number (0..CSL_secProxyGetNumThreads()-1) |
| void CSL_secProxySetBufferAccessOrderId | ( | CSL_SecProxyCfg * | pSecProxyCfg, |
| uint32_t | orderId | ||
| ) |
Override the bus orderid value for the buffer memory access.
This function is used to replace the bus orderid value for the buffer access with the specified orderid MMR value. This allows control over the orderid value when it must be restricted due to the topology for QoS reasons.
| pSecProxyCfg | [IN] Pointer to a CSL_SecProxyCfg structure containing the Secure Proxy configuration |
| orderId | [IN] Orderid value |


Tic Tac Toe Topnotch
New Game
X's turn
Computer
X
0
O
0
Ties
0
Tic Tac Toe Topnotch
Author:
Costava
Version: 1.1.1
View on Github


I’m an independent web designer, and the fellow who started that whole “responsive design” thing. It’s real nice to meet you.
I help teams make beautiful sites and services, and ensure they work everywhere. I’ve done it for clients like People Magazine, The Sundance Film Festival, The Boston Globe, and many, many others. And I’d love to do the same for you. So whether you’re a small product team, a cause-driven, socially-minded organization, or a multinational corporation: if your next project needs a designer, a front-end developer, or some combination of the two, drop me a line! I’d love to work with you.
I’ve spoken at conferences across the world, including Adobe MAX, An Event Apart, and Webstock. And I frequently offer workshops to my clients on a variety of topics, from pattern-driven design practices, to modern design/development workflows, to the fundamentals of responsive layout. If you’d like to invite me to speak at your conference, or to give a workshop at your company, drop me a line.
I also have a blog where I occasionally write about responsive design, the web, and everything else under the sun. (My most recent entry? That’d be “Notes from a crosswalk.”)


My name is {main_contact_name}. I am part of an organization called Enza Academy, and we are hosting a hackathon called HackFest (
hackfest.nyc) for young professionals (college students are welcome)
from April 19 to 21 at Microsoft's NYC office in the 11 Times Square building, and we would be excited if {company} could partner with us. In the last event,
we hosted about 100 students at the Microsoft Reactor at Grand Central and gave away more than $3000 in prize money (including Bitcoin)! You can find the media for our past event below.
Media for Our Past Event
College Hackathon
I have attached the sponsorship package and other event information. If you have any questions or comments, please let me know.
Thank you for considering to partner with Enza!


Latest
- DMZ Birthday 27th May 2017
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Dubstep Events
- METALHEADZ 27th April 2017
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- Let It Roll 10-13th August 2017
- Hospitality 23th September 2017


This is the NEURON code associated with the paper:
Combe CL, Canavier CC, Gasparini S (2018) Intrinsic mechanisms of frequency selectivity in the proximal dendrites of CA1 pyramidal neurons. J Neurosci
http://dx.doi.org/10.1523/JNEUROSCI.0449-18.2018
This model entry was contributed by C Canavier. The freely available NEURON
simulation enivronment (from http://www.neuron.yale.edu) is required for this model.
To use:
-------
Autolaunch from modeldb if the browser is capable or compile the mod
files and start with mosinit.hoc (easiest) or either multisyn.hoc or
simplestim.hoc with nrngui. (If you need more help to run the model,
please refer to:
https://senselab.med.yale.edu/ModelDB/NEURON_DwnldGuide.cshtml)
On linux for example typing
nrngui multisyn.hoc
Will generate a graph like figure 1B1 (left 40Hz):
and running:
nrngui simplestim.hoc
Will generate a graph like figure 1C (right 100Hz):
Additional running notes:
-------------------------
The frequency of somatic stimulation can be changed using the
prameter period in simplestim.hoc which is currently set to 10 ms
for 100 Hz stimulation. Re-running simplestim.hoc at 25 ms will then
generate a graph similar to figure 2C (left):
The frequency of synaptic stimulation can be changed using the
parameter named “interval in multisyn.hoc, which is currently set to
25 ms for 40 Hz stimulation. Re-running mutlisyn.hoc with 10 ms will then
generate a graph similar to figure 1B1 (right):
The calcium concentration in Figure 1B2 and the SK activation in
Figure 1B3 are from compartment trunk[10]. The SK activation variable
was cubed offline.
In order to turn the SK conductance off , set the parameter
mykca_init to zero in cell-setup.hoc


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[Relative-url-extractor](https://github.com/jobertabma/relative-url-extractor) | Extract relative URLs from a file/website


| Opcode/Instruction | Op/En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
|---|---|---|---|---|
| NP 0F EC /r1 PADDSB mm, mm/m64 | A | V/V | MMX | Add packed signed byte integers from mm/m64 and mm and saturate the results. |
| 66 0F EC /r PADDSB xmm1, xmm2/m128 | A | V/V | SSE2 | Add packed signed byte integers from xmm2/m128 and xmm1 saturate the results. |
| NP 0F ED /r1 PADDSW mm, mm/m64 | A | V/V | MMX | Add packed signed word integers from mm/m64 and mm and saturate the results. |
| 66 0F ED /r PADDSW xmm1, xmm2/m128 | A | V/V | SSE2 | Add packed signed word integers from xmm2/m128 and xmm1 and saturate the results. |
| VEX.128.66.0F.WIG EC /r VPADDSB xmm1, xmm2, xmm3/m128 | B | V/V | AVX | Add packed signed byte integers from xmm3/m128 and xmm2 saturate the results. |
| VEX.128.66.0F.WIG ED /r VPADDSW xmm1, xmm2, xmm3/m128 | B | V/V | AVX | Add packed signed word integers from xmm3/m128 and xmm2 and saturate the results. |
| VEX.256.66.0F.WIG EC /r VPADDSB ymm1, ymm2, ymm3/m256 | B | V/V | AVX2 | Add packed signed byte integers from ymm2, and ymm3/m256 and store the saturated results in ymm1. |
| VEX.256.66.0F.WIG ED /r VPADDSW ymm1, ymm2, ymm3/m256 | B | V/V | AVX2 | Add packed signed word integers from ymm2, and ymm3/m256 and store the saturated results in ymm1. |
| EVEX.128.66.0F.WIG EC /r VPADDSB xmm1 {k1}{z}, xmm2, xmm3/m128 | C | V/V | AVX512VL AVX512BW | Add packed signed byte integers from xmm2, and xmm3/m128 and store the saturated results in xmm1 under writemask k1. |
| EVEX.256.66.0F.WIG EC /r VPADDSB ymm1 {k1}{z}, ymm2, ymm3/m256 | C | V/V | AVX512VL AVX512BW | Add packed signed byte integers from ymm2, and ymm3/m256 and store the saturated results in ymm1 under writemask k1. |
| EVEX.512.66.0F.WIG EC /r VPADDSB zmm1 {k1}{z}, zmm2, zmm3/m512 | C | V/V | AVX512BW | Add packed signed byte integers from zmm2, and zmm3/m512 and store the saturated results in zmm1 under writemask k1. |
| EVEX.128.66.0F.WIG ED /r VPADDSW xmm1 {k1}{z}, xmm2, xmm3/m128 | C | V/V | AVX512VL AVX512BW | Add packed signed word integers from xmm2, and xmm3/m128 and store the saturated results in xmm1 under writemask k1. |
| EVEX.256.66.0F.WIG ED /r VPADDSW ymm1 {k1}{z}, ymm2, ymm3/m256 | C | V/V | AVX512VL AVX512BW | Add packed signed word integers from ymm2, and ymm3/m256 and store the saturated results in ymm1 under writemask k1. |
| EVEX.512.66.0F.WIG ED /r VPADDSW zmm1 {k1}{z}, zmm2, zmm3/m512 | C | V/V | AVX512BW | Add packed signed word integers from zmm2, and zmm3/m512 and store the saturated results in zmm1 under writemask k1. |
1. See note in Section 2.4, “AVX and SSE Instruction Exception Specification” in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 2A and Section 22.25.3, “Exception Conditions of Legacy SIMD Instructions Operating on MMX Registers” in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 3A.
| Op/En | Tuple Type | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| A | NA | ModRM:reg (r, w) | ModRM:r/m (r) | NA | NA |
| B | NA | ModRM:reg (w) | VEX.vvvv (r) | ModRM:r/m (r) | NA |
| C | Full Mem | ModRM:reg (w) | EVEX.vvvv (r) | ModRM:r/m (r) | NA |
Performs a SIMD add of the packed signed integers from the source operand (second operand) and the destination operand (first operand), and stores the packed integer results in the destination operand. See Figure 9-4 in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 1, for an illustration of a SIMD operation. Overflow is handled with signed saturation, as described in the following paragraphs.
(V)PADDSB performs a SIMD add of the packed signed integers with saturation from the first source operand and second source operand and stores the packed integer results in the destination operand. When an individual byte result is beyond the range of a signed byte integer (that is, greater than 7FH or less than 80H), the saturated value of 7FH or 80H, respectively, is written to the destination operand.
(V)PADDSW performs a SIMD add of the packed signed word integers with saturation from the first source operand and second source operand and stores the packed integer results in the destination operand. When an individual word result is beyond the range of a signed word integer (that is, greater than 7FFFH or less than 8000H), the saturated value of 7FFFH or 8000H, respectively, is written to the destination operand.
EVEX encoded versions: The first source operand is an ZMM/YMM/XMM register. The second source operand is an ZMM/YMM/XMM register or a memory location. The destination operand is an ZMM/YMM/XMM register.
VEX.256 encoded version: The first source operand is a YMM register. The second source operand is a YMM register or a 256-bit memory location. The destination operand is a YMM register.
VEX.128 encoded version: The first source operand is an XMM register. The second source operand is an XMM register or 128-bit memory location. The destination operand is an XMM register. The upper bits (MAXVL-1:128) of the corresponding register destination are zeroed.
128-bit Legacy SSE version: The first source operand is an XMM register. The second operand can be an XMM register or an 128-bit memory location. The destination is not distinct from the first source XMM register and the upper bits (MAXVL-1:128) of the corresponding register destination are unmodified.
DEST[7:0] ← SaturateToSignedByte(DEST[7:0] + SRC (7:0]); (* Repeat add operation for 2nd through 7th bytes *) DEST[63:56] ← SaturateToSignedByte(DEST[63:56] + SRC[63:56] );
DEST[7:0] ←SaturateToSignedByte (DEST[7:0] + SRC[7:0]); (* Repeat add operation for 2nd through 14th bytes *) DEST[127:120] ← SaturateToSignedByte (DEST[111:120] + SRC[127:120]);
DEST[7:0]←SaturateToSignedByte (SRC1[7:0] + SRC2[7:0]); (* Repeat subtract operation for 2nd through 14th bytes *) DEST[127:120]←SaturateToSignedByte (SRC1[111:120] + SRC2[127:120]); DEST[MAXVL-1:128] ← 0
DEST[7:0]←SaturateToSignedByte (SRC1[7:0] + SRC2[7:0]); (* Repeat add operation for 2nd through 31st bytes *) DEST[255:248]←SaturateToSignedByte (SRC1[255:248] + SRC2[255:248]);
(KL, VL) = (16, 128), (32, 256), (64, 512) FOR j←0 TO KL-1 i←j * 8 IF k1[j] OR *no writemask* THEN DEST[i+7:i]←SaturateToSignedByte (SRC1[i+7:i] + SRC2[i+7:i]) ELSE IF *merging-masking* ; merging-masking THEN *DEST[i+7:i] remains unchanged* ELSE *zeroing-masking* ; zeroing-masking DEST[i+7:i] = 0 FI FI; ENDFOR; DEST[MAXVL-1:VL] ← 0
DEST[15:0] ← SaturateToSignedWord(DEST[15:0] + SRC[15:0] ); (* Repeat add operation for 2nd and 7th words *) DEST[63:48] ← SaturateToSignedWord(DEST[63:48] + SRC[63:48] );
DEST[15:0] ← SaturateToSignedWord (DEST[15:0] + SRC[15:0]); (* Repeat add operation for 2nd through 7th words *) DEST[127:112] ← SaturateToSignedWord (DEST[127:112] + SRC[127:112]);
DEST[15:0]←SaturateToSignedWord (SRC1[15:0] + SRC2[15:0]); (* Repeat subtract operation for 2nd through 7th words *) DEST[127:112]←SaturateToSignedWord (SRC1[127:112] + SRC2[127:112]); DEST[MAXVL-1:128] ← 0
DEST[15:0]←SaturateToSignedWord (SRC1[15:0] + SRC2[15:0]); (* Repeat add operation for 2nd through 15th words *) DEST[255:240]←SaturateToSignedWord (SRC1[255:240] + SRC2[255:240])
(KL, VL) = (8, 128), (16, 256), (32, 512) FOR j←0 TO KL-1 i←j * 16 IF k1[j] OR *no writemask* THEN DEST[i+15:i]←SaturateToSignedWord (SRC1[i+15:i] + SRC2[i+15:i]) ELSE IF *merging-masking* ; merging-masking THEN *DEST[i+15:i] remains unchanged* ELSE *zeroing-masking* ; zeroing-masking DEST[i+15:i] = 0 FI FI; ENDFOR; DEST[MAXVL-1:VL] ← 0
PADDSB: __m64 _mm_adds_pi8(__m64 m1, __m64 m2)
(V)PADDSB: __m128i _mm_adds_epi8 ( __m128i a, __m128i b)
VPADDSB: __m256i _mm256_adds_epi8 ( __m256i a, __m256i b)
PADDSW: __m64 _mm_adds_pi16(__m64 m1, __m64 m2)
(V)PADDSW: __m128i _mm_adds_epi16 ( __m128i a, __m128i b)
VPADDSW: VPADDSB__m512i _mm512_adds_epi8 ( __m512i a, __m512i b)
VPADDSW__m512i _mm512_adds_epi16 ( __m512i a, __m512i b)
VPADDSB__m512i _mm512_mask_adds_epi8 ( __m512i s, __mmask64 m, __m512i a, __m512i b)
VPADDSW__m512i _mm512_mask_adds_epi16 ( __m512i s, __mmask32 m, __m512i a, __m512i b)
VPADDSB__m512i _mm512_maskz_adds_epi8 (__mmask64 m, __m512i a, __m512i b)
VPADDSW__m512i _mm512_maskz_adds_epi16 (__mmask32 m, __m512i a, __m512i b)
VPADDSB__m256i _mm256_mask_adds_epi8 (__m256i s, __mmask32 m, __m256i a, __m256i b)
VPADDSW__m256i _mm256_mask_adds_epi16 (__m256i s, __mmask16 m, __m256i a, __m256i b)
VPADDSB__m256i _mm256_maskz_adds_epi8 (__mmask32 m, __m256i a, __m256i b)
VPADDSW__m256i _mm256_maskz_adds_epi16 (__mmask16 m, __m256i a, __m256i b)
VPADDSB__m128i _mm_mask_adds_epi8 (__m128i s, __mmask16 m, __m128i a, __m128i b)
VPADDSW__m128i _mm_mask_adds_epi16 (__m128i s, __mmask8 m, __m128i a, __m128i b)
VPADDSB__m128i _mm_maskz_adds_epi8 (__mmask16 m, __m128i a, __m128i b)
VPADDSW__m128i _mm_maskz_adds_epi16 (__mmask8 m, __m128i a, __m128i b)
None.
None.
Non-EVEX-encoded instruction, see Exceptions Type 4.
EVEX-encoded instruction, see Exceptions Type E4.nb.


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Music and Sports Venue Accessibility
Purpose
Welcome to Accessibilty in Music and Sports Venues! The purpose of this webpage is to help people with disabilities find music/sports venues that are accessible in Chicago, Illinois. Each page on this site will focus on one specific venue and give details on the accessibilty for that venue. In addition, I have included a page comparing accessibility services between the venues. I created this page so that everyone can enjoy the thirll of concerts and live sporting events. I also created this page so that the information was easily accessible for all. I wanted the information to be all in one place so that people did not have to visit multiple sites to find the information they were looking for. I hope you find this site helpful!
Venues Featured
Allstate Arena
Allstate Arena is located in Rosemont, Illinois right near O’Hare airport. This venue hosts a variety of events ranging from concerts to Chicago Wolves Hockey Games.
SourceChicago Theater
Chicago Theater is located centrally in downtown Chicago, Illinois. The venue hosts a variety of events including concerts, broadway plays and comedy shows.
SourceGuaranteed Rate Field
Guaranteed Rate Field is located on the South Side of Chicago, Illinois. Guaranteed Rate Field is the home of the Chicago White Sox and occasionally hosts concerts in the summertime. The most recent concert hosted here was Chance the Rapper in 2016.
SourceSoldier Field
Soldier Field is located on the lakefront in Chicago, Illinois. Soldier field is the home of the Chicago Bears and the Chicago Fire just recently relocated to Soldier Field. The venue also hosts concerts during the summertime.
SourceUnited Center
United Center is located in Chicago, Illinois. This venue hosts a variety of events ranging from concerts to sporting events. It is also home to the Chicago Blackhawks and the Chicago Bulls.
SourceWrigley Field
Wrigley Field is located on the North Side of Chicago, Illinois. Wrigley Field is the home of the Chicago Cubs and also hosts a variety of concerts in the summertime. Tours of the field are also available.
SourceContact
For more information about the different venues and their accessibilty services feel free to contact me and I can help you get in touch with guest services for each venue.
I can be reached at eleanorhoran1203@gmail.com


The optimized experience for the inquisitive rocketeer!
This site was built by a group of rocket launch enthusiasts who were frustrated with taking time out of our day to watch a launch, only to have it scrubbed at the last second. This website shows the critical factors for a launch to help make an informed decision about if the launch will proceed or not. We hope you will enjoy this site as much as we enjoyed building it!
Visit our project at:


Working On
{{ workingTask.1 }}
New Task
Done!
| # | Task | Created On | Done At | Delete |
|---|---|---|---|---|
| {{ loop.index }}. | {{ doneTask.1 }} | {{ doneTask.2 }} | {{ doneTask.4 }} | Delete |
{% extends "base.html" %} {% block content %}
| # | Task | Created On | Done At | Delete |
|---|---|---|---|---|
| {{ loop.index }}. | {{ doneTask.1 }} | {{ doneTask.2 }} | {{ doneTask.4 }} | Delete |


An interceptor is a class annotated with the @Injectable()
decorator. The interceptor should implement the
NestInterceptor
interface.
Interceptors have a set of useful capabilities which are inspired by the Aspect-Oriented Programming (AOP) technique. They make possible to:
Each interceptor has the intercept()
method that takes 2 arguments. The first one is the ExecutionContext
instance
(exactly the same object as for guards). The ExecutionContext
inherits from
ArgumentsHost
(first mention here). The
ArgumentsHost
is a wrapper around arguments that have been passed to the
original handler, and it contains different arguments array under the hood based on the type of the
application.
{{ argumentsHost }}
The
ArgumentsHost
supplies us with a set of useful methods that helps to pick correct arguments from the underlying
array. In other words,
ArgumentsHost
is nothing else than just an
array of arguments. For example, when the guard is used within HTTP application context,
ArgumentsHost
will contain
[request, response]
array inside. However, when current context is a web sockets application, this array
will be equal to
[client, data]
. This design decision enables you to access any argument that would be eventually passed
to the corresponding handler.
The ExecutionContext
offers a little bit more. It extends ArgumentsHost
, but also, provides
more details about current execution process.
{{ executionContext }}
The getHandler()
returns a reference to the currently processed handler, while getClass()
returns
a type of the Controller
class which this particular handler belongs to. Using other words, if the user
points to create()
method that is defined and registered within CatsController
, the getHandler()
will
return a reference to the create()
method and getClass()
in this case, will simply return a
CatsController
type (not instance).
The second argument is a call$
, an Observable
stream. If you don't return this stream, the
main handler won't be evaluated at all. What does it mean? Basically, the call$
is a stream that defers
the final handler execution. Let's say, someone made a POST /cats
request. This request points
to create()
handler defined inside the CatsController
. If an interceptor which does not return
a call$
stream is called along the way, the create()
method won't be evaluated. Only when call$
stream
is returned, the final method will be triggered. Why? Because Nest subscribes to the returned stream
and uses values that this stream produces to create either a single response or multiple responses for the end-user.
Moreover, as mentioned a while ago, call$
is an Observable
, meaning, it supplies us with a
set of very powerful operators that helps with, for example, response manipulation.
The first use case is to use the interceptor to add extra logic either before or after the function execution. It's useful
when we're gonna log interaction with the application, e.g. storing user calls, asynchronously dispatching
events or calculating the timestamp. As an example, let's create a simple LoggingInterceptor
.
{{ loggingInterceptor }}
{{ loggingInterceptorJs }}
Notice Interceptors act the same as controllers, providers, guards, and so on, meaning, they can inject
dependencies
through the constructor
.
Since call$
is a RxJS Observable
,
we have a lot of various operators which we can use to manipulate the stream. In the example above, We used the tap()
operator
that invokes the function upon graceful or exceptional termination of the observable sequence.
In order to set up the interceptor, we use the @UseInterceptors()
decorator imported from the @nestjs/common
package.
Same as guards, interceptors can be controller-scoped, method-scoped, and global-scoped as
well.
{{ useLoggingInterceptor }}
Hint The@UseInterceptors()
decorator is imported from the@nestjs/common
package.
Thanks to that, each route handler defined in CatsController
will use LoggingInterceptor
. When
someone calls the GET /cats
endpoint, you'll see a following output in your console window:
{{ consoleOutput }}
Note that we passed the LoggingInterceptor
type instead of an instance, leaving framework the instantiation
responsibility and enabling dependency injection. Another available way is to pass the immediately created instance:
{{ useLoggingInterceptorWithInstance }}
As mentioned before, the construction above attaches the interceptor to every handler declared by this controller. If we
decide to restrict only one of them, we just need to set up the interceptor at method level. In
order to bind the global interceptor, we use the useGlobalInterceptors()
method of the Nest application
instance:
{{ globalInterceptors }}
The global interceptors are used across the whole application, for every controller and every route handler. In terms of dependency injection, global interceptors registered from the outside of any module (as in the previous example above) cannot inject dependencies since they don't belong to any module. In order to solve this issue, you can set up a guard directly from any module using following construction:
{{ 'app.module' | extension: globalScopedInterceptorModuleT.isJsActive }}{{ globalScopedInterceptorModule }}
Hint The alternative option is to use an execution context feature.
Also, useClass
is not the only way of dealing with custom providers registration. Learn more here.
We already know that call$
is an Observable
. This object contains the value returned
from the route handler, and thus we can easily mutate it using the map()
operator.
Warning The response mapping feature doesn't work with the library-specific response strategy (using
the @Res()
object directly is forbidden).
Let's create the TransformInterceptor
that will take each response and modify it by assigning to the data
property
of the newly created object.
{{ transformInterceptor }}
{{ transformInterceptorJs }}
Hint Nest interceptors work like a charm with asynchronousintercept()
methods, meaning, you can effortlessly switch your method toasync
if necessary.
Afterward, when someone calls the GET /cats
endpoint, the request would look like below (we assumed that
route handler returns an empty array []
):
{{ dataResponse }}
The interceptors have a huge potential when it comes to creating reusable solutions used in whole applications. For example,
let's imagine that we need to transform each occurred null
value to empty string ''
. We
can do it using one line of code and bind interceptor as a global one. Thanks to that, it'll be automatically reused
by each registered handler.
{{ nullTransformInterceptor }}
{{ nullTransformInterceptorJs }}
Another interesting use-case is to take advantage of the catchError()
operator to override thrown exceptions:
{{ exceptionMapping }}
{{ exceptionMappingJs }}
There're several reasons why sometimes we might want to completely prevent calling the handler and return a different value instead (e.g. from cache due to performance issues). An excellent example is a cache interceptor that would store the cached responses with some TTL. Unfortunately, this feature needs a bit more code and due to simplification, we'll provide only a basic example that should briefly explain the main concept.
{{ 'cache.interceptor' | extension: cacheInterceptorT.isJsActive }}{{ cacheInterceptor }}
{{ cacheInterceptorJs }}
Here's a CacheInterceptor
with a hardcoded isCached
variable and the hardcoded response []
as
well. We returned a new stream here, created through the of
operator, therefore the route handler won't
be called at all. When someone calls endpoint that makes use of CacheInterceptor
, the response
(a hardcoded, empty array) will be returned immedietely. In order to create a generic solution, you can take advantage
of Reflector
and create a custom decorator. The Reflector
is well described in the guards
chapter.
The possibility of returning the stream gives us many possibilities. Let's think about another common use-case. Imagine you would like to handle timeouts. When your endpoint doesn't return anything after a period of time, we want to respond with an error response.
{{ 'timeout.interceptor' | extension: timeoutInterceptorT.isJsActive }}{{ timeoutInterceptor }}
{{ timeoutInterceptorJs }}
After 5 seconds the request processing will be canceled.


With iOS 12, you can place 3D objects in the real world using AR Quick Look, powered by ARKit 2. Tap any of the 3D models below on a device running iOS 12 to view the object and place it in AR. Or click a model on Mac to download the usdz file.
Now to try a the full project realitycomposer file


WITNESS LIST
Finance
February 4, 2013 10:00 AM
FOR:
Ables, Judge Stephen B. Presiding Judge 6th Region (Presiding Judges)
Hull, Matt Executive Director (also providing written testimony) (Texas Association of
Community Development Corporations), Austin, TX
Livingston, Terrie Chief Justice (also providing written testimony) (Second Court of
Appeals), Fort Worth
Stone, Catherine Chief Justice, 4th Ct of Appeals / Chair Counsel of Chiefs (also providing
written testimony) (Court of Appeals)
ON:
Alcantar, Andres Chairman (also providing written testimony) (Texas Workforce
Commission)
Barton, John Deputy Executive Director (Texas Department of Transportation), Austin, TX
Bass, James Chief Financial Officer (Texas Department of Transportation), Austin, TX
Beck, Tina LBB Staff (also providing written testimony) (LBB)
Brewster, Whitney Executive Director (also providing written testimony) (Texas
Department of Motor Vehicles), Austin, TX
Cox, Gregg Director, Public Integrity Unit (Public Integrity Unit, Travis Co. DA's office),
Austin
DeBottis, Gina Executive Director (also providing written testimony) (Special Prosecution
Unit), Huntsville, TX
DePenning, JoAnn Housing Consultant, Tx. Foreclosure Prev. Task Force (Self & TX F/C
Task Force), Buda, TX
Dixon, Don P. Business - Manufacturing (Self), San Antonio, TX
Flores, Linda Tx DMV Chief Financial Officer (Tx DMV), Austin, TX
Galvan, Thomas LBB Staff (also providing written testimony) (LBB)
Garcia, Joe Executive Director (TDHCA Manufactured Housing Division)
Grief, Gary Executive Director (also providing written testimony) (TX Lottery
Commission), Austin
Hammond, Bill President (TX Association of Business), Austin, TX
Hecht, Nathan L. Justice (Supreme Court of Texas)
Hervey, Barbara Parker Judge (also providing written testimony) (Texas Court of Criminal
Appeals), Austin, TX
Houghton, Ted Chairman (Texas Transportation Commission), Austin, TX
Hubert, Martin Deputy Comptroller (TX Comptroller of Public Accounts), Austin, TX
Irvine, Timothy K Executive Director (also providing written testimony) (T.D.H.C.A.),
Austin
Jaye, Olin Real Estate Brokerage (Texas Association of Realtors), Plano, TX
Jefferson, Wallace B. Chief Justice, Supreme Court (also providing written testimony)
(Supreme Ct.)
Johnson, Thomas L. Executive Vice President (AGC of Texas), Austin
Keller, Sharon Judge (also providing written testimony) (Court of Criminal Appeals),
Austin
WITNESS LIST
Finance
February 4, 2013 10:00 AM
Lanham, Bob President, Williams Bros. Const. Co. (also providing written testimony)
(AGC of Texas), Katy, TX
Lehmberg, Rosemary Travis County District Attorney (The Public Integrity Unit)
Levenson, Brad D. Director (also providing written testimony) (Office of Capital Writs)
Martin, Phyllis L. Montgomery County Auditor (also providing written testimony)
(Montgomery County, TX 435th District Court)
McMinn, Lisa State Prosecuting Attorney (Office of the State Prosecuting Attorney),
Austin, TX
Oxer, J. Paul Chairman, (TDHCA Governing Board)
Propp, Dale Director, State Law Library (State Law Library)
Reed, Cyrus Conservation Director (also providing written testimony) (Sierra Club, Lone
Star Chapter)
Rodriguez, Eduardo LBB Staff (also providing written testimony) (LBB)
Seiler, Michael T State District Judge 435th District Court (also providing written
testimony) (Montgomery County, TX 435th District Court)
Slayton, David Administrative Director, Office of Court Admin (also providing written
testimony) (OCA), Austin, TX
Smith, Zelma LBB Staff (LBB)
Spellman, Mary Kay LBB Staff (also providing written testimony) (LBB)
Temple, Larry Executive Director (also providing written testimony) (Texas Workforce
Commission)
Thompson Jr, Jere Energy (also providing written testimony) (Texas Transportation
Alliance), Dallas, TX
Townsend, Randy Chief Financial Officer (Texas Workforce Commission)
Vandergriff, Victor Lawyer (Chairman, Texas Department of Motor Vehicles)
Velasco, Nora LBB Staff (also providing written testimony) (LBB)
Watkins, Sarah Advocate (Myself), Austin, TX
Wiles, Mark LBB Staff (LBB)
Willing, Seana Executive Director (also providing written testimony) (State Commission
on Judicial Conduct)
Wilson, Phil Executive Director (also providing written testimony) (Texas Department of
Transportation), Austin, TX
Registering, but not testifying:
FOR:
Cloutman, Charles Meals on Wheels and more . org (Amy Young Barrier Removal Proj)
Headrick, Isabelle Director, Accessible Housing Austin (Austin Community Housing
Development Org. Roundtable)
Howard, Ann Executive Director Ending Community Homelessness Coalition, Inc. (ECHO
& One Voice of Central Texas)
Langendorf, Jean Vice President, Community & Housing Services (Easter Seals), Austin,
TX
Lavelle, Tanya Mental Health Policy Fellow (Easter Seals Central Texas), Austin, TX
Pringle, Susanne Staff attorney, Texas Fair Defense Project (Texas Fair Defense Project),
Austin, TX
WITNESS LIST
Finance
February 4, 2013 10:00 AM
Worthen, James Chief Justice (12th District Court of Appeals)
ON:
Bethke, James Executive Director (Texas Indigent Defense Commission), Austin
Bowman, Glenna CPA (Office of Court Admin; 14 Courts of Appeals), Austin, TX
Cafferty, Jennifer General Counsel (Supreme Court)
Counts, Terri Staff Services Officer (Commission on Judicial Conduct), Georgetown, TX
Hedges, Adele Chief Justice 14th Court of Appeals (14th CoA)
Higgins, Leonard Section Team Leader (TX Comptroller of Public Accounts), Austin, TX
Joseph, Sandra Charitable Bingo Director (Tx. Lottery Commission), Austin, TX
McDonald, Joyce Executive Director, Frameworks CDC, Housing Counseling
(Frameworks Community Development Corp.), Austin, TX
McKeithen, Steve Chief Justice (Ninth Court of Appeals), BMNT
Morriss, Josh Chief Justice (6th Court of Appeals), Texarkana
O'Malley, Rory Affordable Housing (Frameworks Community Development Copp),
Austin, TX
Paup, Karen low-income housing (Texas Low Income Housing Information Services),
Austin, TX
Pyka, Kathy Controller (TX Lottery Commission), Austin, TX
Quinn, Brian Chief Justice 7th Court of Appeals (Seventh Court of Appeals)
Radack, Sherry Chief Justice (First Court of Appeals), Hou, TX
Saenz, Danny (Self), Austin, TX
Talerico, Jeanne Texas Assoc of local housing Finance Agencies (TALHFA), Austin
Thomas, Stephanie Disability Rights (ADAPT of TX ; Accessible Housing Austin), Austin
Torres, Betty Balli Executive Director, TX Access to Justice Foundation (Texas Access to
Justice Foundation)
Tyler, Kathleen nonprofit housing (that national mortgage settlement funds issued to Texas
be used for housing-related activities)
Valdez, Rogelio Chief Justice (13th Court of Appeals), Edinburg, TX
Wright, Carolyn Chief Justice, 5th COA (5th COA), Dallas, TX
Providing written testimony:
FOR:
Allison, Jim General Counsel (County Judge & Commissioners Assn. of TX), Austin, TX
Garcia, Laura V. Deputy Legislative Director (Texas Association of Counties), Austin, TX
Henson, Scott Policy analyst (Innocence Project of Texas), Austin, TX
ON:
Bearden, Chase Director of Advocacy (Coalition of Texans with Disabilities), Austin, TX
Yanez-Correa, Dr. Ana Executive Director (The Texas Criminal Justice Coalition), Austin,
TX


Slick is a Functional Relational Mapping (FRM) library for Scala where you work with relational data in a type-safe and functional way. Here is an example:
coffees.filter(_.price < 10.0).map(_.name)
This will produce a query equivalent to the following SQL:
select COF_NAME from COFFEES where PRICE < 10.0
Developers benefit from the type-safety and composability of FRM as well as being able to reuse the typical Scala collection APIs like filter
, map
, flatMap
, etc. Learn more about Slick's Scala-based query API in the "Hello Slick" Activator template.
Sometimes you may still need to write your own SQL code for an operation which is not well supported at a higher level of abstraction. Instead of falling back to the low level of JDBC, you can use Slick’s Plain SQL queries with a much nicer Scala-based API that integrates nicely into your asynchronous application. This template will get you started with the Plain SQL API using a working application.
Slick is a library that is easy to include in any project. This project uses the sbt build tool so the dependency for Slick is specified in the build.sbt file. To make things simple this project uses an embedded H2 in-memory database.
Learn more about connecting to databases in the Slick docs.
This template includes a simple Scala application, PlainSQL.scala, which is composed of individual traits demonstrating different aspects of Plain SQL queries in Slick. This application automatically runs when Activator is started and then re-runs after every successful compile. You can see the output in Run.
Database connections are usually configured via Typesafe Config in your application.conf, which is also used by Play and Akka for their configuration:
h2mem1 = {
url = "jdbc:h2:mem:test1"
driver = org.h2.Driver
connectionPool = disabled
keepAliveConnection = true
}
The default connection pool is HikariCP. Since a connection pool is not necessary for an embedded H2 database, we disable it here. When you use a real, external database server, the connection pool provides improved performance and resilience. The keepAliveConnection
option (which is only available without a connection pool) keeps an extra connection open for the lifetime of the Database
object in the application. It is useful for managing the lifecycle of named in-memory databases which keep their data as long as there are still open connections.
In the body of PlainSQL.scala we create a Database
object from the configuration. This causes a thread pool (and usually also a connection pool) to be created in the background. You should always close the Database
object at the end to release these resources. PlainSQL.scala is a standalone command-line application, not running inside of a container which takes care of resource management, so we have to do it ourselves. Since all database calls in Slick are asynchronous, we are going to produce a Future
in the app, but eventually we have to wait for the result before exiting, which is achieved by the following scaffolding:
val db = Database.forConfig("h2mem1")
try {
val f: Future[_] = {
// body of the application
}
Await.result(f, Duration.Inf)
} finally db.close
If you are not familiar with asynchronous, Future-based programming in Scala, you can learn more about Futures and Promises in the Scala documentation.
All Plain SQL queries in Slick are built via string interpolation using the sql
, sqlu
and tsql
interpolators. They are available through the standard api._
import from a Slick driver. We use these interpolators in Interpolation.scala to build all queries for the app.
You can see the simplest use case in createCoffees
, createSuppliers
and insertSuppliers
where the sqlu
interpolator is used with a literal SQL string:
def createCoffees: DBIO[Int] =
sqlu"""create table coffees(
name varchar not null,
sup_id int not null,
price double not null,
sales int not null,
total int not null,
foreign key(sup_id) references suppliers(id))"""
The sqlu
interpolator is used for DML statements which produce a row count instead of a result set. Therefore they are of type DBIO[Int]
.
Any variable or expression injected into a query gets turned into a bind variable in the resulting query string. It is not inserted directly into a query string, so there is no danger of SQL injection attacks. You can see this used in insertCoffees
:
def insert(c: Coffee): DBIO[Int] =
sqlu"insert into coffees values (${c.name}, ${c.supID}, ${c.price}, ${c.sales}, ${c.total})"
The SQL statement produced by this method is always the same:
insert into coffees values (?, ?, ?, ?, ?)
Note the use of the DBIO.sequence
combinator in this method:
val combined: DBIO[Seq[Int]] = DBIO.sequence(inserts)
combined.map(_.sum)
Unlike the simpler DBIO.seq
combinator which runs a (varargs) sequence of database I/O actions in the given order and discards the return values, DBIO.sequence
turns a Seq[DBIO[T]]
into a DBIO[Seq[T]]
, thus preserving the results of all individual actions. It is used here to sum up the affected row counts of all inserts.
In Interpolation.scala the method namesByPrice
uses tbe sql
interpolator which returns a result set produced by a statement. The interpolator by itself does not return a DBIO
value. It needs to be followed by a call to as
to define the row type:
sql"""
select c.name, s.name
from coffees c, suppliers s
where c.price < $price and s.id = c.sup_id""".as[(String, String)]
This results in a DBIO[Seq[(String, String)]]
. The call to as
takes an implicit GetResult
parameter extracts data of the requested type from a result set. There are predefined GetResult
implicits for the standard JDBC types, for Options of those (to represent nullable columns) and for tuples of types which have a GetResult
. For non-standard return types you have to define your own converters.
You can see this in Transfer.scala where we define two data transfer classes, Coffee
and Supplier
. In order to use these classes for returning data from a query, we also define two implicit GetResult
values, getSupplierResult
and getCoffeeResult
.
GetResult[T]
is simply a wrapper for a function PositionedResult => T
. The implicit val for Supplier
uses the explicit PositionedResult
methods getInt
and getString
to read the next Int
or String
value in the current row. The second one uses the shortcut method <<
which returns a value of whatever type is expected at this place. (Of course you can only use it when the type is actually known like in this constructor call.)
While most parameters should be inserted into SQL statements as bind variables, sometimes you need to splice literal values directly into the statement, for example to abstract over table names or to run dynamically generated SQL code. You can use #$
instead of $
in all interpolators for this purpose. In Interpolation.scala you can see this in action in the method coffeeByName
:
val table = "coffees"
sql"select * from #$table where name = $name".as[Coffee]
The interpolators you have seen so far only construct a SQL statement at runtime. This provides a safe and easy way of building statements but they are still just embedded strings. If you have a syntax error in a statement or the types don't match up between the database and your Scala code, this cannot be detected at compile-time. You can use the tsql
interpolator instead of sql
to get just that. We use it in a separate app, TypedSQL.scala. You can run it by switching to TypedSQL
in Run.
In order to give the compiler access to the database, you have to provide a configuration that can be resolved at compile-time. This is done with the StaticDatabaseConfig
annotation:
@StaticDatabaseConfig("file:src/main/resources/application.conf#tsql")
It takes a URI which points to the path "tsql" in our application.conf. Unlike the "h2mem1" configuration that we have used before, "tsql" is a configuration for a DatabaseConfig
object, not just a Database
object. A DatabaseConfig
consists of a Slick driver and a matching Database
:
tsql {
driver = "slick.driver.H2Driver$"
db {
connectionPool = disabled
driver = "org.h2.Driver"
url = "jdbc:h2:mem:tsql1;INIT=runscript from 'src/main/resources/create-schema.sql'"
}
}
In the database URL we run an init script on an empty in-memory database to set up the database schema. That way we can keep the schema code in our project (in create-schema.sql) and perform the compile-time checking without requiring access to an external database server.
In TypedSQL.scala we also retrieve the statically configured database for use at runtime:
val dc = DatabaseConfig.forAnnotation[JdbcProfile]
import dc.driver.api._
val db = dc.db
This gives us the Slick driver for the standard api._
import and the Database
. Note that it is not mandatory to use the same configuration. You can get a Slick driver and Database
at runtime in any other way you like and only use the StaticDatabaseConfig
for compile-time checking.
The tsql
interpolator is used in the getSuppliers
method:
tsql"select * from suppliers where id > $id"
Try changing the declared return type of getSuppliers
or introducing a syntax error in the statement. You will get a compiler error in the Compile tab.
Check out the full Slick manual and API docs.
You can also find more Slick templates, contributed by both, the Slick team and the community, here in Activator.


|
pf
|
all rv samplers must inherit from this. More...
#include <chrono>
#include <Eigen/Dense>
#include <random>
Go to the source code of this file.
Classes | |
| class | pf::rvsamp::rvsamp_base |
| Base class for all random variable sampler types. Primary benefit is that it sets the seed for you. More... | |
| class | pf::rvsamp::UnivNormSampler< float_t > |
| A class that performs sampling from a univariate Normal distribution. More... | |
| class | pf::rvsamp::UnivStudTSampler< float_t > |
| A class that performs sampling from Student's T distribution. More... | |
| class | pf::rvsamp::UnivLogNormSampler< float_t > |
| A class that performs sampling from a univariate Log-Normal distribution. More... | |
| class | pf::rvsamp::UnivGammaSampler< float_t > |
| A class that performs sampling from a univariate Gamma distribution. More... | |
| class | pf::rvsamp::UnivInvGammaSampler< float_t > |
| A class that performs sampling from a univariate Inverse Gamma distribution. More... | |
| class | pf::rvsamp::TruncUnivNormSampler< float_t > |
| A class that performs sampling from a truncated univariate Normal distribution. More... | |
| class | pf::rvsamp::PoissonSampler< float_t, int_t > |
| A class that performs sampling from a Poisson distribution. More... | |
| class | pf::rvsamp::BernSampler< float_t, int_t > |
| A class that performs sampling from a univariate Bernoulli distribution. More... | |
| class | pf::rvsamp::MVNSampler< dim, float_t > |
| A class that performs sampling from a multivariate normal distribution. More... | |
| class | pf::rvsamp::UniformSampler< float_t > |
| A class that performs sampling from a continuous uniform distribution. More... | |
| class | pf::rvsamp::k_gen< N, float_t > |
| A class that performs sampling with replacement (useful for the index sampler in an APF) More... | |
| class | pf::rvsamp::BetaSampler< float_t > |
| A class that performs sampling from a Beta distribution. More... | |
all rv samplers must inherit from this.
Samples from Beta distribution.
Basically a wrapper for std::discrete_distribution<> outputs are in the rage (0,1,...N-1)
Can sample from a distribution with fixed mean and covariance, fixed mean only, fixed covariance only, or nothing fixed.
Samples from univariate Bernoulli distribution.
Samples from univariate Poisson distribution.
Samples from a truncated univariate Normal distribution using the acceptance rejection method. The proposal distribution used is a normal distribution with the same location and scale parameters as the target. As a result, this method will take a long time when the width of the support of the target is narrow.
Samples from univariate Inverse Gamma distribution.
Samples from univariate Gamma distribution.
Samples from univariate Log-Normal distribution.
Samples from from Student's T distribution.
Samples from univariate Normal distribution.
| dim | the dimension of each random vector sample. |


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