Emmerdale: Six best theories over what will happen next in Maya Stepney pregnancy plot
Maya is pregnant - but who's the father?
by Charlotte RodriguesLast night Maya Stepney made a fleeting return to Emmerdale and viewers were stunned to see she has been released from prison and is pregnant!
Viewers know the former schoolteacher groomed her pupil Jacob Gallagher, who also happened to be her boyfriend David's son, into believing they were in a loving relationship.
She even began sleeping with the schoolboy just days after he turned 16.
After she was caught out, she was eventually sentenced to 12 months in prison, however she was released after five.

As she left prison, Maya deleted Jacob's phone contact details and as the camera panned down it revealed she is pregnant!
So what's going to happen next in this plot?
Here are six of the best theories...
1. Is Jacob the father of Maya's baby?
Maya began sleeping with Jacob days after his 16th birthday, which was back in February.
They were together right up until her arrest in May and although we don't know how far along Maya is into her pregnancy, there is a strong chance that Jacob could be the baby's father.
But if Jacob is the dad, it would mean a connection between him and Maya forever.
Fans have slammed the soap for this idea, so perhaps Jacob won't be the father after all...
2. Is David the father of Maya's baby?
Viewers know Maya was in a relationship with David Metcalfe while she groomed his son Jacob.
Maya was sleeping with both David and Jacob meaning there is also the possibility of David being the baby's father.
However, whether he or Jacob will ever find out Maya's baby remains a secret.
On the Entertainment Daily Facebook page, a user commented: "Think it will be David's baby."
A second said: "I think it's David's baby."
A third said: "I expect it's David's."
It would certainly make for dramatic times ahead if the baby was David's - would he be able to give up seeing his child to keep Maya away from Jacob?
Or could he fight for custody of the little one and bring them to live with him - a constant reminder of the trauma they all went through?
3. Is Maya's ex-husband Liam the father of her child?
Fans of the show know when Maya originally came into Emmerdale she was married to Doctor Liam Cavanagh and was stepmother to his daughter Leanna.
Eventually, she started having an affair with David, and Maya and Liam split.
However, when David announced that Maya was a paedophile, Liam looked shifty leading viewers to think he knew something about it.
But what if it's because he was still sleeping with his ex-wife too?
Spoilers for next week tell us that, a shock revelation throws Liam and Bernice's wedding into jeopardy.
Could the secret be that Maya is pregnant with Liam's baby?
On the Entertainment Daily Facebook page, one user commented: "I think it's Liam's baby and that this is the 'devastating' news that will tear Bernice and Liam apart.
"Bernice's exit will be that she leaves Emmerdale and goes to live with her daughter Dee Dee!"
A second said: "Liam's baby."
4. Will Maya ever be seen again?
A spokesperson for Emmerdale told Metro.co.uk that: "There are no current plans for Maya to return."
Website Digital Spy also reached out to Emmerdale and a spokesperson elaborated: "Louisa filmed that scene earlier this year when she was still with us.
"There continue to be no current plans for the character of Maya to return."
This seems to solidify that it was a fleeting comeback and that Maya won't be seen again for a long time.
Does this mean viewers will never find out who the father of her baby is?
5. Will Maya return to the village in the future with her baby
Although Maya has been warned not to return to the village and legally isn't allowed to contact Jacob, it's always possible she could return in the distant future.
Maybe even she doesn't know who the father is and she'll return with her child for a DNA test?
6. Will Maya's baby return without her?
An ED! theory that we're throwing out there is whilst we may never see Maya again, we could see her child way in the future.
Although it looks like Maya may never return, when her child gets older, they may become curious as to who their father is leading to them arriving in the village.
Or Maya could die in an off-screen accident leading to the baby to be sent to live with its real dad (something Emmerdale has done plenty of times before - just ask young Archie Sharma).
Whatever happens, it looks like this storyline is far from over...
Emmerdale airs weeknights at 7pm on ITV, with an extra episode at 8pm on Thursdays.
Who do you think the father of Maya's child is? Leave us a comment on our Facebook page @EntertainmentDailyFix and let us know what you think!


{% extends "base_generic.html" %} {% block page_title %}Home{% endblock %} {% block container %}
A source and FOIA management tool
This is a part- organizational tool, part FOIA filing tool designed to help journalists keep track of their sources and records and to help them manage and file public records requests more easily. Everything I'm writing here is just a placeholder I'm using until I get a real dashboard set up.
{% endblock %}


{% set pageTitle = "You are in a queue" %} {% set mainClasses = "nhsuk-main-wrapper--s" %} {% set version = "no-letter" %} {% extends "includes/layout.html" %} {% block content %}
Lots of people are trying to book an appointment at the moment.
We will tell you where you are in the queue and your estimated wait time shortly.
You can only use this service if you have received a letter inviting you to book your vaccination appointments.
The vaccination is currently being offered to people aged 80 or over.
Letters are being sent out every week so you might not get your letter straight away.
If you are eligible to use this service, continue to wait or try again later.
Do not refresh this page — you will lose your place in the queue.
You will be asked for your NHS number - this is a 10 digit number you can find on any letter the NHS has sent you. For example,<PHONE_NUMBER>
If you do not know your NHS number you can still book your vaccination appointments.
Try to answer the questions as quickly as you can, or you may go back into the queue.


1 - Present continuous
2 - Present simple
3 - Present cont./simple 1
4 - Present cont./simple 2
5 - Past simple
6 - Past cont
7 - Present perfect 1
8 - Present perfect 2
9 - Present perfect cont
10 - Present perfect cont/simp


Crash Bandicoot Buses Invade Britain
Time to play
by Sammy BarkerCrash Bandicoot buses are popping up all over the UK, as part of a massive PlayStation promotion in the nation. The gigantic banner advertisements feature a fresh render of the contrary ‘coot, complete with the slogan ‘It’s Time to Play’. There are similar liveries being used throughout the country featuring Kratos, too.
Of course, this is noteworthy for a few reasons: Crash Bandicoot isn’t a PlayStation franchise first and foremost, so it’s fascinating that the platform holder is featuring him so heavily. Could a new title be on the horizon? Secondly, it speaks to the popularity of the character in the UK, where he’s something of an icon on these shores.
[via reddit.com]


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code easily.


|
NetIP
0.1.0
TCP/IP & UDP/IP network over SLIP for multiple devices
|
#include <ip_types.hh>
Public Member Functions | |
| ns32_t () | |
| ns32_t (u32_t i) | |
| u8_t & | operator[] (u8_t i) |
| const u8_t & | operator[] (u8_t i) const |
| ns16_t & | hi () |
| const ns16_t & | hi () const |
| ns16_t & | lo () |
| const ns16_t & | lo () const |
| ns32_t & | operator= (u32_t i) |
| operator u32_t () const | |
| ns32_t & | operator++ () |
| ns32_t & | operator+= (const ns32_t &rhs) |
| bool | operator== (const ns32_t &rhs) const |
| bool | operator== (const u32_t &rhs) const |
A four-byte type in which the four bytes are stored in network byte order.
|
inline |
Default constructor, setting initial value to zero.
|
inline |
Constructor for an ns32_t object accepting an initial u32_t (unsigned integer) value.
|
inline |
Constant reference to the first two-byte sequence within the ns32_t object.
|
inline |
Constant reference to the second two-byte sequence within the ns32_t object.
|
inline |
Implicit cast of an ns32_t object to a u32_t (unsigned integer).
|
inline |
Pre-increment operator.
|
inline |
Assignment of a u32_t (unsigned integer) to an ns32_t object.
|
inline |
Equality comparison of two ns32_t objects.
|
inline |
Equality comparison of an ns32_t object with a u32_t (unsigned integer).
|
inline |
Reference to the byte within the ns32_t object; 0 for the byte sent/received first, etc.
|
inline |
Constant reference to the byte within the ns32_t object; 0 for the byte sent/received first, etc.


cmake-generators(7)¶
Contents
Introduction¶
A CMake Generator is responsible for writing the input files for a native build system. Exactly one of the CMake Generators must be selected for a build tree to determine what native build system is to be used. Optionally one of the Extra Generators may be selected as a variant of some of the Command-Line Build Tool Generators to produce project files for an auxiliary IDE.
CMake Generators are platform-specific so each may be available only
on certain platforms. The cmake(1)
command-line tool --help
output lists available generators on the current platform. Use its -G
option to specify the generator for a new build tree.
The cmake-gui(1)
offers interactive selection of a generator
when creating a new build tree.
CMake Generators¶
Command-Line Build Tool Generators¶
These generators support command-line build tools. In order to use them, one must launch CMake from a command-line prompt whose environment is already configured for the chosen compiler and build tool.
IDE Build Tool Generators¶
These generators support Integrated Development Environment (IDE) project files. Since the IDEs configure their own environment one may launch CMake from any environment.
Extra Generators¶
Some of the CMake Generators listed in the cmake(1)
command-line tool --help
output may have variants that specify
an extra generator for an auxiliary IDE tool. Such generator
names have the form <extra-generator> - <main-generator>
.
The following extra generators are known to CMake.


Stanford Computation and Cognition Lab
Please read this carefully: This experiment will take about 35 minutes, and will involve you navigating a grid of images in order to find a certain path of images. In order to do this experiment, you will need to press the "Open Experiment" button. Upon pressing the Open Experiment button, the landing page of the experiment will open in a new tab in your browser. Please follow the directions as described by those directions. Do not close this current tab as you are working on the experiment in the other browser, until the full experiment is done. Please use Chrome, Safari or Firefox for this task.
Legal information: By participating in the following experiment, you are participating in a study being performed by the Stanford Department of Psychology. If you have questions about this research, please contact us at<EMAIL_ADDRESS>You must be at least 18 years old to participate. Your participation in this research is voluntary. You may decline further participation, at any time, without adverse consequences. Your anonymity is assured; the researchers who have requested your participation will not receive any personal information about you. Note however that we have recently been made aware that your public Amazon.com profile can be accessed via your worker ID if you do not choose to opt out. If you would like to opt out of this feature, you may follow instructions available here.


New Salmon Cookie Store Form
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*Please fill in full birthdate, if unsure of actual time, just guess!
Heads up! Calculator determines life expectancy based on IQ/life expectancy correlation by Scientific American. The life expectancy calculator assumes the user is from the US and bases IQ on US avg (98) and life expectancy to be 79.3 years based on WHO 2015 results. For this calculator, if your IQ is high, your life expectancy is +10 years above the average, and if it's low, you life expectancy is -10 years below the average.
What would your age and life be like be on other planets? Click on the sailor senshi that correlate to their respective planet to find out.


QSizeGrip Class
The QSizeGrip class provides a resize handle for resizing top-level windows. More...
| Header: | #include <QSizeGrip> |
| qmake: | QT += widgets |
| Inherits: | QWidget |
Public Functions
| QSizeGrip(QWidget *parent) | |
| ~QSizeGrip() |
Reimplemented Public Functions
| virtual void | setVisible(bool visible) |
| virtual QSize | sizeHint() const |
- 214 public functions inherited from QWidget
- 32 public functions inherited from QObject
- 14 public functions inherited from QPaintDevice
Reimplemented Protected Functions
| virtual bool | event(QEvent *event) |
| virtual bool | eventFilter(QObject *o, QEvent *e) |
| virtual void | hideEvent(QHideEvent *hideEvent) |
| virtual void | mouseMoveEvent(QMouseEvent *event) |
| virtual void | mousePressEvent(QMouseEvent *event) |
| virtual void | mouseReleaseEvent(QMouseEvent *mouseEvent) |
| virtual void | moveEvent(QMoveEvent *moveEvent) |
| virtual void | paintEvent(QPaintEvent *event) |
| virtual void | showEvent(QShowEvent *showEvent) |
- 35 protected functions inherited from QWidget
- 9 protected functions inherited from QObject
- 1 protected function inherited from QPaintDevice
Additional Inherited Members
- 59 properties inherited from QWidget
- 1 property inherited from QObject
- 19 public slots inherited from QWidget
- 1 public slot inherited from QObject
- 3 signals inherited from QWidget
- 2 signals inherited from QObject
- 1 public variable inherited from QObject
- 5 static public members inherited from QWidget
- 10 static public members inherited from QObject
- 35 protected functions inherited from QWidget
- 9 protected functions inherited from QObject
- 1 protected function inherited from QPaintDevice
- 1 protected slot inherited from QWidget
- 2 protected variables inherited from QObject
- 1 protected type inherited from QPaintDevice
Detailed Description
The QSizeGrip class provides a resize handle for resizing top-level windows.
This widget works like the standard Windows resize handle. In the X11 version this resize handle generally works differently from the one provided by the system if the X11 window manager does not support necessary modern post-ICCCM specifications.
Put this widget anywhere in a widget tree and the user can use it to resize the top-level window or any widget with the Qt::SubWindow flag set. Generally, this should be in the lower right-hand corner.
Note that QStatusBar already uses this widget, so if you have a status bar (e.g., you are using QMainWindow), then you don't need to use this widget explicitly. The same goes for QDialog, for which you can just call QDialog::setSizeGripEnabled().
On some platforms the size grip automatically hides itself when the window is shown full screen or maximised.
| A size grip widget at the bottom-right corner of a main window, shown in the Fusion widget style. |
The QSizeGrip class inherits QWidget and reimplements the mousePressEvent() and mouseMoveEvent() functions to feature the resize functionality, and the paintEvent() function to render the size grip widget.
See also QStatusBar and QWidget::windowState().
Member Function Documentation
QSizeGrip::QSizeGrip(QWidget *parent)
Constructs a resize corner as a child widget of the given parent.
QSizeGrip::~QSizeGrip()
Destroys this size grip.
[virtual protected]
bool QSizeGrip::event(QEvent *event)
Reimplemented from QObject::event().
[virtual protected]
bool QSizeGrip::eventFilter(QObject *o, QEvent *e)
Reimplemented from QObject::eventFilter().
[virtual protected]
void QSizeGrip::hideEvent(QHideEvent *hideEvent)
Reimplemented from QWidget::hideEvent().
[virtual protected]
void QSizeGrip::mouseMoveEvent(QMouseEvent *event)
Reimplemented from QWidget::mouseMoveEvent().
Resizes the top-level widget containing this widget. The mouse move event is passed in the event parameter.
[virtual protected]
void QSizeGrip::mousePressEvent(QMouseEvent *event)
Reimplemented from QWidget::mousePressEvent().
Receives the mouse press events for the widget, and primes the resize operation. The mouse press event is passed in the event parameter.
[virtual protected]
void QSizeGrip::mouseReleaseEvent(QMouseEvent *mouseEvent)
Reimplemented from QWidget::mouseReleaseEvent().
[virtual protected]
void QSizeGrip::moveEvent(QMoveEvent *moveEvent)
Reimplemented from QWidget::moveEvent().
[virtual protected]
void QSizeGrip::paintEvent(QPaintEvent *event)
Reimplemented from QWidget::paintEvent().
Paints the resize grip.
Resize grips are usually rendered as small diagonal textured lines in the lower-right corner. The paint event is passed in the event parameter.
[virtual]
void QSizeGrip::setVisible(bool visible)
Reimplemented from QWidget::setVisible().
[virtual protected]
void QSizeGrip::showEvent(QShowEvent *showEvent)
Reimplemented from QWidget::showEvent().
[virtual]
QSize QSizeGrip::sizeHint() const
Reimplemented from QWidget::sizeHint().


Black Marketeer of Mammon:
If you are finished thinking, select one. Which class would you like to be?
Shillien Knight.
Bladedancer.


VO services validator is used by STScI to support Simple Cone Search. Currently, only Cone Search services are supported. A typical user should not need the validator. However, this could be used by VO service providers to validate their services. Currently, any service to be validated has to be registered in STScI VAO Registry.
astropy.vo.validator.validate validates VO services. Currently, only Cone Search validation is done using check_conesearch_sites(), which utilizes underlying astropy.io.votable.validator library.
A master list of all available Cone Search services is obtained from astropy.vo.validator.Conf.conesearch_master_list, which is a URL query to STScI VAO Registry by default. However, by default, only the ones in astropy.vo.validator.Conf.conesearch_urls are validated (also see Default Cone Search Services), while the rest are skipped. There are also options to validate a user-defined list of services or all of them.
All Cone Search queries are done using RA, DEC, and SR given by <testQuery> XML tag in the registry, and maximum verbosity. In an uncommon case where <testQuery> is not defined for a service, it uses a default search for RA=0&DEC=0&SR=0.1.
The results are separated into 4 groups below. Each group is stored as a JSON file of VOSDatabase:
warnings and exceptions. This database residing in astropy.vo.Conf.vos_baseurl is the one used by Simple Cone Search by default.
exceptions. Users can manually set astropy.vo.Conf.conesearch_dbname to use this at their own risk.
Has some exceptions. Never use this. For informational purpose only.
Has network connection error. Never use this. For informational purpose only.
HTML pages summarizing the validation results are stored in 'results' sub-directory, which also contains downloaded XML files from individual Cone Search queries.
A subset of astropy.io.votable.exceptions that is considered non-critical is defined by astropy.vo.validator.Conf.noncritical_warnings, which will not be flagged as bad by the validator. However, this does not change the behavior of astropy.io.votable.Conf.pedantic, which still needs to be set to False for them not to be thrown out by conesearch(). Despite being listed as non-critical, user is responsible to check whether the results are reliable; They should not be used blindly.
Some units recognized by VizieR are considered invalid by Cone Search standards. As a result, they will give the warning 'W50', which is non-critical by default.
User can also modify astropy.vo.validator.Conf.noncritical_warnings to include or exclude any warnings or exceptions, as desired. However, this should be done with caution. Adding exceptions to non-critical list is not recommended.
Each Cone Search service is a VOSCatalog in a VOSDatabase (see Catalog Manipulation and Database Manipulation).
In the master registry, there are duplicate catalog titles with different access URLs, duplicate access URLs with different titles, duplicate catalogs with slightly different descriptions, etc.
A Cone Search service is really defined by its access URL regardless of title, description, etc. By default, from_registry() ensures each access URL is unique across the database. However, for user-friendly catalog listing, its title will be the catalog key, not the access URL.
In the case of two different access URLs sharing the same title, each URL will have its own database entry, with a sequence number appended to their titles (e.g., ‘Title 1’ and ‘Title 2’). For consistency, even if the title does not repeat, it will still be renamed to ‘Title 1’.
In the case of the same access URL appearing multiple times in the registry, the validator will store the first catalog with that access URL and throw out the rest. However, it will keep count of the number of duplicates thrown out in the 'duplicatesIgnored' dictionary key of the catalog kept in the database.
All the existing catalog tags will be copied over as dictionary keys, except 'accessURL' that is renamed to 'url' for simplicity. In addition, new keys from validation are added:
Expected validation result category, e.g., “good”.
Indication for connection error.
Number of exceptions found.
Number of warnings found.
Cone Search database name this entry belongs to.
Version of validation software.
List of warning codes.
Descriptions of the warnings.
Indication of whether xmllint passed.
Output from xmllint.
These parameters are set via Configuration system (astropy.config):
VO registry query URL that should return a VO table with all the desired VO services.
Subset of Cone Search access URLs to validate.
List of VO table parser warning codes that are considered non-critical.
Also depends on properties in Simple Cone Search Configurable Items.
>>> from astropy.vo.validator import validate
Validate default Cone Search sites with multiprocessing and write results in the current directory. Reading the master registry can be slow, so the default timeout is internally set to 60 seconds for it. However, astropy.utils.data.REMOTE_TIMEOUT should still be set to account for accessing the individual services (at least 30 seconds is recommended). In addition, all VO table warnings from the registry are suppressed because we are not trying to validate the registry itself but the services it contains:
>>> from astropy.utils import data
>>> with data.conf.set_temp('remote_timeout', 30):
... validate.check_conesearch_sites()
Downloading http://vao.stsci.edu/directory/NVORegInt.asmx/...
|===========================================| 25M/ 25M (100.00%) 00s
INFO: Only 30/11938 site(s) are validated [astropy.vo.validator.validate]
# ...
INFO: good: 14 catalog(s) [astropy.vo.validator.validate]
INFO: warn: 12 catalog(s) [astropy.vo.validator.validate]
INFO: excp: 0 catalog(s) [astropy.vo.validator.validate]
INFO: nerr: 4 catalog(s) [astropy.vo.validator.validate]
INFO: total: 30 out of 30 catalog(s) [astropy.vo.validator.validate]
INFO: check_conesearch_sites took<PHONE_NUMBER>7 s on AVERAGE...
Validate only Cone Search access URLs hosted by 'stsci.edu' without verbose outputs (except warnings that are controlled by warnings) or multiprocessing, and write results in 'subset' sub-directory instead of the current directory. For this example, we use registry_db from VO database examples:
>>> urls = registry_db.list_catalogs_by_url(pattern='stsci.edu')
>>> urls
['http://archive.stsci.edu/befs/search.php?',
'http://archive.stsci.edu/copernicus/search.php?', ...,
'http://galex.stsci.edu/gxWS/ConeSearch/gxConeSearch.aspx?',
'http://gsss.stsci.edu/webservices/vo/ConeSearch.aspx?CAT=GSC23&']
>>> with data.conf.set_temp('remote_timeout', 30):
... validate.check_conesearch_sites(
... destdir='./subset', verbose=False, parallel=False, url_list=urls)
INFO: check_conesearch_sites took 84.7241549492 s on AVERAGE...
Add 'W24' from astropy.io.votable.exceptions to the list of non-critical warnings to be ignored and re-run default validation. This is not recommended unless you know exactly what you are doing:
>>> from astropy.vo.validator.validate import conf
>>> with conf.set_temp('noncritical_warnings', conf.noncritical_warnings + ['W24']):
... with data.conf.set_temp('remote_timeout', 30):
... validate.check_conesearch_sites()
Validate all Cone Search services in the master registry (this will take a while) and write results in 'all' sub-directory:
>>> with data.conf.set_temp('remote_timeout', 30):
... validate.check_conesearch_sites(destdir='./all', url_list=None)
To look at the HTML pages of the validation results in the current directory using Firefox browser (images shown are from STScI server but your own results should look similar):
firefox results/index.html
When you click on ‘All tests’ from the page above, you will see all the Cone Search services validated with a summary of validation results:
When you click on any of the listed URLs from above, you will see detailed validation warnings and exceptions for the selected URL:
When you click on the URL on top of the page above, you will see the actual VO Table returned by the Cone Search query:
astropy.vo.validator.inspect inspects results from Validation for Simple Cone Search. It reads in JSON files of VOSDatabase residing in astropy.vo.Conf.vos_baseurl, which can be changed to point to a different location.
This parameter is set via Configuration system (astropy.config):
>>> from astropy.vo.validator import inspect
Load Cone Search validation results from astropy.vo.Conf.vos_baseurl (by default, the one used by Simple Cone Search):
>>> r = inspect.ConeSearchResults()
Downloading http://.../conesearch_good.json
|===========================================| 48k/ 48k (100.00%) 00s
Downloading http://.../conesearch_warn.json
|===========================================| 85k/ 85k (100.00%) 00s
Downloading http://.../conesearch_exception.json
|===========================================| 3.0k/3.0k (100.00%) 00s
Downloading http://.../conesearch_error.json
|===========================================| 4.0k/4.0k (100.00%) 00s
Print tally. In this example, there are 13 Cone Search services that passed validation with non-critical warnings, 14 with critical warnings, 1 with exceptions, and 2 with network error:
>>> r.tally()
good: 13 catalog(s)
warn: 14 catalog(s)
exception: 1 catalog(s)
error: 2 catalog(s)
total: 30 catalog(s)
Print a list of good Cone Search catalogs, each with title, access URL, warning codes collected, and individual warnings:
>>> r.list_cats('good')
Guide Star Catalog 2.3 1
http://gsss.stsci.edu/webservices/vo/ConeSearch.aspx?CAT=GSC23&
W48,W50
.../vo.xml:136:0: W50: Invalid unit string 'pixel'
.../vo.xml:155:0: W48: Unknown attribute 'nrows' on TABLEDATA
# ...
USNO-A2 Catalogue 1
http://www.nofs.navy.mil/cgi-bin/vo_cone.cgi?CAT=USNO-A2&
W17,W42,W21
.../vo.xml:4:0: W21: vo.table is designed for VOTable version 1.1 and 1.2...
.../vo.xml:4:0: W42: No XML namespace specified
.../vo.xml:15:15: W17: VOTABLE element contains more than one DESCRIPTION...
List Cone Search catalogs with warnings, excluding warnings that were ignored in astropy.vo.validator.Conf.noncritical_warnings, and writes the output to a file named 'warn_cats.txt' in the current directory. This is useful to see why the services failed validations:
>>> with open('warn_cats.txt', 'w') as fout:
... r.list_cats('warn', fout=fout, ignore_noncrit=True)
List the titles of all good Cone Search catalogs:
>>> r.catkeys['good']
[u'Guide Star Catalog 2.3 1',
u'SDSS DR7 - Sloan Digital Sky Survey Data Release 7 1',
u'SDSS DR7 - Sloan Digital Sky Survey Data Release 7 2',
u'SDSS DR7 - Sloan Digital Sky Survey Data Release 7 3', ...,
u'USNO-A2 Catalogue 1']
Print the details of catalog titled 'USNO-A2 Catalogue 1':
>>> r.print_cat('USNO-A2 Catalogue 1')
{
"capabilityClass": "ConeSearch",
"capabilityStandardID": "ivo://ivoa.net/std/ConeSearch",
"capabilityValidationLevel": "",
"contentLevel": "#University#Research#Amateur#",
# ...
"version": "",
"waveband": "#Optical#"
}
Found in good
Load Cone Search validation results from a local directory named 'subset'. This is useful if you ran your own Validation for Simple Cone Search and wish to inspect the output databases. This example reads in validation of STScI Cone Search services done in Validation for Simple Cone Search Examples:
>>> from astropy.vo import conf
>>> with conf.set_temp('vos_baseurl', './subset/'):
>>> r = inspect.ConeSearchResults()
>>> r.tally()
good: 19 catalog(s)
warn: 7 catalog(s)
exception: 2 catalog(s)
error: 0 catalog(s)
total: 28 catalog(s)
>>> r.catkeys['good']
[u'Advanced Camera for Surveys 1',
u'Berkeley Extreme and Far-UV Spectrometer 1',
u'Copernicus Satellite 1',
u'Extreme Ultraviolet Explorer 1', ...,
u'Wisconsin Ultraviolet Photo-Polarimeter Experiment 1']


| I l@ve RuBoard |
14.22 The bisect ModuleThe bisect module provides functions to insert items in sorted sequences. insort(sequence, item) inserts an item into the sequence, keeping it sorted. The sequence can be any mutable sequence object that implements _ _getitem_ _ and insert; Example 14-28 demonstrates. Example 14-28. Using the bisect Module to Insert Items in an Ordered ListFile: bisect-example-1.py import bisect list = [10, 20, 30] bisect.insort(list, 25) bisect.insort(list, 15) print list [10, 15, 20, 25, 30] In Example 14-29, bisect(sequence, item) => index returns the index where the item should be inserted. The sequence is not modified. Example 14-29. Using the bisect Module to Find Insertion PointsFile: bisect-example-2.py import bisect list = [10, 20, 30] print list print bisect.bisect(list, 25) print bisect.bisect(list, 15) [10, 20, 30] 2 1 |
| I l@ve RuBoard |


Bolton fire: Blaze rips through student flats as flames 'crawl up cladding'
Two people were injured after the huge fire broke out at The Cube student accommodation block in Bolton, Greater Manchester
by Kara O'Neill, Abigail O'LearyTwo people have been injured in the massive blaze that ripped through a block of student flats in Bolton last night.
As many as forty fire engines raced to the scene as witnesses described looking up at a "wall of fire".
Huge flames and plumes of smoke were be seen pouring from what appears to be a top floor flat at The Cube student accommodation.
Paramedics treated the two victims at the scene, including one person rescued by crews via an aerial platform.
Overnight and earlier today, fire chiefs urged residents in the area to contact their loved ones and let them know they are safe.
They have now confirmed that all the occupants of the building have been accounted for.
Videos from the scene show debris falling from the building while still alight as people on the street below looked up in horror.
Students described having to flee and leave all of their belongings in the inferno.

Ace Love, 35, told the PA news agency: "The fire kept getting more intense, climbing up and to the right because the wind was blowing so hard.
"We could see it bubbling from the outside and then being engulfed from the outside.
"A lot of students got out very fast, someone was very distressed, the rest were on phones calling for help.
"The fire got worse and worse, to the point where you could see through the beams, it was just bare frame."
Labour leader Jeremy Corbyn tweeted this morning condemning the government over reports of the building's cladding.
He wrote: "Thank you to the 40 fire crews who tackled the #BoltonFire and the emergency services who treated people at the student accommodation.
"If reports are correct and flammable cladding contributed to the fire, it shows the government's shameful inaction since Grenfell."
University of Bolton student Shannon Parker, 22, lives in the building.
She told PA: "I was in my room whilst it was happening. I heard the fire alarm going off but it kept on going off so I just thought it was a drill at first until one of my flatmates shouted down the corridor that it was a real fire.
"So I ran out the flat as quickly as I could and I saw that it was one of the flats below mine and we went out by the fire exit."
She said she was being relocated to either a nearby hotel or another student accommodation building.
Shannon Parker wrote on Twitter: "My Bolton student accommodation is on fire.
"I am safe just sad that my belongings are in there! But the main thing is I’m out and I’m safe."
Footage shows firefighters using aerial equipment to tackle the flames pouring from almost every window on the upper floor of the building.
Greater Manchester Fire and Rescue Service said: "Around 200 firefighters were tackling the blaze, with 40 fire engines, three aerial platforms and other specialist appliances in use.
"Six fire engines currently remain at the scene as firefighters tackle the last few pockets of fire.
"Road closures remain in place and people are urged to stay away from the area."
The Fire Service confirmed that the response is being scaled back as the fire has been brought under control.
One witness described the scene as a "wall of fire" on Twitter, adding: "Really shocking, student building completely up in flames."
Another witness wrote: "Been stood outside now for quite a while, can hear a lot of sirens, but only fire engines so far. Building is so gone."
Greater Manchester Police said: "We are currently dealing with an incident on Bradshawgate and have a number of road closures in place.
"Please avoid the area until further notice. Thank you for your cooperation."
One eyewitness, Dominic Walsh said people were sheltering in The Balmoral pub as emergency crews dealt with the blaze.
Professor George E Holmes DL, President and Vice Chancellor of the University of Bolton, said: "Supporting the welfare of our students is our number one priority and we have moved swiftly to assist in any way we can.
"University colleagues have worked through the night to make sure support is in place for students over the weekend.
"We have assisted in ensuring students have been given temporary alternative accommodation at the Orlando student halls and in some Bolton hotels.
"We have also arranged to provide necessities such as toiletries for all students affected and are opening the University over the weekend so students can be supported. We will also provide food for them.
"I would like to stress that The Cube is not owned by the University of Bolton. It is owned and managed by a private landlord and the students were not on our premises during this incident."


slice (1)of green leaf topping
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Buy a large pack and get an extra slice.
We are a fast food restaurant located in Nairobi, along Ngong-Road.
Our speciality is in
Pizza, we offer refreshing flavours that suite our customers' taste and preferences.
Check out our menu and choose the size,crust and type of topping you would like.
More so,we have giveaways on selected days,don't miss out!
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slice (2) of grean leaf topping
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LVEXTEND
Section: Maintenance Commands (8)Updated: LVM TOOLS 2.02.95(2)-RHEL6 (2012-10-16)
Index Return to Main Contents
NAME
lvextend - extend the size of a logical volumeSYNOPSIS
lvextend [--alloc AllocationPolicy] [-A|--autobackup y|n] [-d|--debug] [-h|-?|--help] [--noudevsync] [-i|--stripes Stripes [-I|--stripesize StripeSize]] {-l|--extents [+]LogicalExtentsNumber[%{VG|LV|PVS|FREE|ORIGIN}] | -L|--size [+]LogicalVolumeSize[bBsSkKmMgGtTpPeE]} [-f|--force] [-n|--nofsck] [-r|--resizefs] [-t|--test] [-v|--verbose] LogicalVolumePath [PhysicalVolumePath[:PE[-PE]]...]DESCRIPTION
lvextend allows you to extend the size of a logical volume. Extension of snapshot logical volumes (see lvcreate(8) for information to create snapshots) is supported as well. But to change the number of copies in a mirrored logical volume use lvconvert(8).OPTIONS
See lvm for common options.- --noudevsync
- Disable udev synchronisation. The process will not wait for notification from udev. It will continue irrespective of any possible udev processing in the background. You should only use this if udev is not running or has rules that ignore the devices LVM2 creates.
- -l, --extents [+]LogicalExtentsNumber[%{VG|LV|PVS|FREE|ORIGIN}]
- Extend or set the logical volume size in units of logical extents. With the + sign the value is added to the actual size of the logical volume and without it, the value is taken as an absolute one. The number can also be expressed as a percentage of the total space in the Volume Group with the suffix %VG, relative to the existing size of the Logical Volume with the suffix %LV, of the remaining free space for the specified PhysicalVolume(s) with the suffix %PVS, as a percentage of the remaining free space in the Volume Group with the suffix %FREE, or (for a snapshot) as a percentage of the total space in the Origin Logical Volume with the suffix %ORIGIN. The resulting value is rounded upward.
- -L, --size [+]LogicalVolumeSize[bBsSkKmMgGtTpPeE]
- Extend or set the logical volume size in units of megabytes. A size suffix of M for megabytes, G for gigabytes, T for terabytes, P for petabytes or E for exabytes is optional. With the + sign the value is added to the actual size of the logical volume and without it, the value is taken as an absolute one.
- -i, --stripes Stripes
- Gives the number of stripes for the extension. Not applicable to LVs using the original metadata LVM format, which must use a single value throughout.
- -I, --stripesize StripeSize
-
Gives the number of kilobytes for the granularity of the stripes.
Not applicable to LVs using the original metadata LVM format, which must
use a single value throughout.
StripeSize must be 2^n (n = 2 to 9) - -f, --force
- Proceed with size extension without prompting.
- -n, --nofsck
- Do not perform fsck before extending filesystem when filesystem requires it. You may need to use --force to proceed with this option.
- -r, --resizefs
- Resize underlying filesystem together with the logical volume using fsadm(8).
Examples
"lvextend -L +54 /dev/vg01/lvol10 /dev/sdk3" tries to extend the size of that logical volume by 54MB on physical volume /dev/sdk3. This is only possible if /dev/sdk3 is a member of volume group vg01 and there are enough free physical extents in it."lvextend /dev/vg01/lvol01 /dev/sdk3" tries to extend the size of that logical volume by the amount of free space on physical volume /dev/sdk3. This is equivalent to specifying "-l +100%PVS" on the command line.
"lvextend -L+16M vg01/lvol01 /dev/sda:8-9 /dev/sdb:8-9"
tries to extend a logical volume "vg01/lvol01" by 16MB using physical extents
/dev/sda:8-9 and /dev/sdb:8-9 for allocation of extents.
SEE ALSO
fsadm(8), lvm(8), lvcreate(8), lvconvert(8), lvreduce(8), lvresize(8), lvchange(8)
Index
This document was created by man2html, using the manual pages.
Time: 05:34:27 GMT, December 24, 2015


Class: Rumale::Tree::ExtraTreeClassifier
- Inherits:
-
DecisionTreeClassifier
- Object
- Base::Estimator
- BaseDecisionTree
- DecisionTreeClassifier
- Rumale::Tree::ExtraTreeClassifier
- Defined in:
- rumale-tree/lib/rumale/tree/extra_tree_classifier.rb
Overview
ExtraTreeClassifier is a class that implements extra randomized tree for classification.
Reference
-
Geurts, P., Ernst, D., and Wehenkel, L., “Extremely randomized trees,” Machine Learning, vol. 63 (1), pp. 3–42, 2006.
Instance Attribute Summary collapse
-
#classes ⇒ Numo::Int32
readonly
Return the class labels.
-
#feature_importances ⇒ Numo::DFloat
readonly
Return the importance for each feature.
-
#leaf_labels ⇒ Numo::Int32
readonly
Return the labels assigned each leaf.
-
#rng ⇒ Random
readonly
Return the random generator for random selection of feature index.
-
#tree ⇒ Node
readonly
Return the learned tree.
Attributes inherited from Base::Estimator
Instance Method Summary collapse
-
#initialize(criterion: 'gini', max_depth: nil, max_leaf_nodes: nil, min_samples_leaf: 1, max_features: nil, random_seed: nil) ⇒ ExtraTreeClassifier
constructor
Create a new classifier with extra randomized tree algorithm.
Methods inherited from DecisionTreeClassifier
#fit, #predict, #predict_proba
Methods included from Base::Classifier
Methods inherited from BaseDecisionTree
Constructor Details
#initialize(criterion: 'gini', max_depth: nil, max_leaf_nodes: nil, min_samples_leaf: 1, max_features: nil, random_seed: nil) ⇒ ExtraTreeClassifier
Create a new classifier with extra randomized tree algorithm.
53 54 55 56 |
# File 'rumale-tree/lib/rumale/tree/extra_tree_classifier.rb', line 53 def initialize(criterion: 'gini', max_depth: nil, max_leaf_nodes: nil, min_samples_leaf: 1, max_features: nil, random_seed: nil) super end |
Instance Attribute Details
#classes ⇒ Numo::Int32 (readonly)
Return the class labels.
23 24 25 |
# File 'rumale-tree/lib/rumale/tree/extra_tree_classifier.rb', line 23 def classes @classes end |
#feature_importances ⇒ Numo::DFloat (readonly)
Return the importance for each feature.
27 28 29 |
# File 'rumale-tree/lib/rumale/tree/extra_tree_classifier.rb', line 27 def feature_importances @feature_importances end |
#leaf_labels ⇒ Numo::Int32 (readonly)
Return the labels assigned each leaf.
39 40 41 |
# File 'rumale-tree/lib/rumale/tree/extra_tree_classifier.rb', line 39 def leaf_labels @leaf_labels end |
#rng ⇒ Random (readonly)
Return the random generator for random selection of feature index.
35 36 37 |
# File 'rumale-tree/lib/rumale/tree/extra_tree_classifier.rb', line 35 def rng @rng end |
#tree ⇒ Node (readonly)
Return the learned tree.
31 32 33 |
# File 'rumale-tree/lib/rumale/tree/extra_tree_classifier.rb', line 31 def tree @tree end |


Hi guys,
CT sensors seem to be the preferred way on this site to measure power consumption but I'm worried that these might not be accurate enough compared to other devices that measure power consumption in a more direct way like this DIY home energy monitor or the power consumption meter that I bought in a nearby store.
The author of the linked DIY home energy monitor mentions that the switch-on profile of his fridge can be seen so clearly that maybe even the expected lifetime could be derived from the graph.
So, to sum it up I'm interested the resolution of CT sensors vs other more direct sensors.
Thanks in advance!
Laci
Re: CT sensors vs other more direct sensors
I'm interested in the same thing. I'm looking to monitor the energy usage of three pool pumps and possibly more devices.
Cheers
Chris
Re: CT sensors vs other more direct sensors
The principal concern with anything involving a direct connection to the mains is safety. As soon as you make a galvanic connection to a live conductor, the whole circuit must be considered as live and the appropriate safety precautions observed. Generally, this means that you have to have an optical or magnetic barrier and a separate power supply for the live end, and the design must maintain the required isolation and tracking distances; and you cannot make a direct connection to the live end even for programming or testing. I think you'll find the commercial unit is double insulated and has no means to extract the data (other than optically - read the numbers!) and Dave Berkeley's design follows the optical barrier and isolated power supply route.
The inaccuracies in c.t's are well documented and it's likely that other elements in the design impose much more severe limitations on the accuracy.
Re: CT sensors vs other more direct sensors
Thanks for the explanation, Robert.
> The inaccuracies in c.t's are well documented
Well documented where? Could you please reference some relevant links?
> and it's likely that other elements in the design impose much more severe limitations on the accuracy.
In the design of CT or non-CT sensors?
Re: CT sensors vs other more direct sensors
Ok, even though I've managed to find some info on CT accuracy on Wikipedia I'd be interested in a comparison.
Looks like this SparkFun CT sensor features a 2% accuracy. Seems pretty damn good to me considering that we're talking about non-contact measurement.
Re: CT sensors vs other more direct sensors
http://openenergymonitor.org/emon/emontx/accuracy
http://openenergymonitor.org/emon/buildingblocks/report-yhdc-sct-013-000...
http://openenergymonitor.org/emon/buildingblocks/measurement-implication...
It's not really a matter of accuracy regarding the ct, but a matter of accuracy regarding arduino's adc converter at low voltages....
Re: CT sensors vs other more direct sensors
Well documented where? Could you please reference some relevant links?
Any decent electrical engineering text book that covers the theory of a transformer should cover this.
It's not really a matter of accuracy regarding the ct,...
But the c.t. core losses are proportionally greater at low current, and saturation starts to cause non-linearity at high currents. Admittedly, ADC and processor noise problems mask the c.t's contribution to the error at low currents.
A c.t. is best in the middle of the range, so like anything else, it's desirable to size the c.t. correctly. If you are desperate for accuracy, invest in a revenue grade c.t.


Twin Cities Aid Map
See this data in
Google Sheets
.
Show list of locations
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Learn about this project on
GitHub
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| Trees | Indices | Toggle frames |
|---|
AbstractBuffer --+ | VertexBufferObject
Lightweight representation of an OpenGL VBO.
The data in the buffer is not replicated in any system memory (unless it is done so by the video driver). While this can improve memory usage and possibly performance, updates to the buffer are relatively slow.
This class does not implement AbstractMappable, and so has no get_region method. See MappableVertexBufferObject for a VBO class that does implement get_region.
| __init__(self, size, target, usage) | |
|
bind(self)
Bind this buffer to its OpenGL target.
|
|
|
unbind(self)
Reset the buffer's OpenGL target.
|
|
|
set_data(self,
data)
Set the entire contents of the buffer.
|
|
|
set_data_region(self,
data,
start,
length)
Set part of the buffer contents.
|
|
| POINTER(ctypes.c_ubyte) |
map(self,
invalidate=False)
Map the entire buffer into system memory.
|
|
unmap(self)
Unmap a previously mapped memory block.
|
|
| __del__(self) | |
|
delete(self)
Delete this buffer, reducing system resource usage.
|
|
|
resize(self,
size)
Resize the buffer to a new size.
|
| int |
ptr = 0
Memory offset of the buffer, as used by the glVertexPointer
family of functions
(Inherited from pyglet.graphics.vertexbuffer.AbstractBuffer)
|
| int |
size = 0
Size of buffer, in bytes
(Inherited from pyglet.graphics.vertexbuffer.AbstractBuffer)
|
| int |
target
OpenGL buffer target, for example GL_ARRAY_BUFFER
(Inherited from pyglet.graphics.vertexbuffer.AbstractBuffer)
|
| int |
usage
OpenGL buffer usage, for example GL_DYNAMIC_DRAW
(Inherited from pyglet.graphics.vertexbuffer.AbstractBuffer)
|
Map the entire buffer into system memory.
The mapped region must be subsequently unmapped with unmap before performing any other operations on the buffer.
| Trees | Indices | Toggle frames |
|---|
| Generated by Epydoc 3.0beta1 on Sun Mar 22 20:15:39 2009 | http://epydoc.sourceforge.net |


#assign n0_docs="true"> <#assign n1_query_find="true"> <#assign streaming= "true">
The following findEach, findIterate,
and findStream are all streaming queries with mainly a
difference in terms of style using a closure, iterator or stream.
With these streaming queries we can process very large results without having to hold
all results in memory.
findEach would be the recommended style as it ensures all the resources
held by the query are closed without necessitating a try with resources block. Using
findStream and findIterate are equally fine with the note that we
need to ensure the QueryIterator and Stream are closed typically via try with resources
.
From Ebean version 12.3.5 these streaming queries use an "adaptive persistence context". This means that findEach, findIterate, and findStream will work equally as well against small query results as findList. After 1000 beans are processed the queries adapt the persistence context they use to ensure it does not hold all the beans (and run out of memory when processing very large results).
Queries processing less than 1000 beans use a single normal persistence context. After 1000 beans the persistence context adapts such that it does not hold all the beans.
Execute the query processing the result one bean at a time.
new QCustomer() .status.equalTo(Status.NEW) .order().id.asc() .findEach((Customer customer) -> { // do something with customer System.out.println("-- visit " + customer); });
Like findEach but takes a predicate that allows us to stop processing the result early.
// Returning false inside the predicate will stop the execution new QCustomer() .status.equalTo(Status.NEW) .order().id.asc() .findEachWhile((Customer customer) -> { // do something with customer ... // return true to continue processing or false to stop return (customer.getId() < 40); });
Similar to findEach but batches the beans up so that they can be processed in batches - for example process in batches of 100 at a time.
new QCustomer() .status.equalTo(Status.NEW) .order().id.asc() .findEach(100, batch -> { // process the customers in batches of 100 at a time // where batch is List<|Customer> ... });
Execute the query processing the result as a stream.
Use a try with resources
block to ensure the resources held by the stream are closed.
try (Stream<|Customer> stream = new QCustomer() .status.equalTo(Status.NEW) .order().id.asc() .findStream()) { stream .filter(...) .map(..) .collect(...); }
Execute the query processing the result as a QueryIterator.
Use a try with resources
block to ensure the resources held by the iterator are closed.
try (QueryIterator<|Customer> it = new QCustomer() .status.equalTo(Status.NEW) .order().id.asc() .findIterate()) { while (it.hasNext()) { Customer customer = it.next(); ... } }


1. Introduction
This section is non-normative.There exists an increasingly large corpus of web content that depends on web browsers supporting a number of webkit
-prefixed CSS properties and DOM APIs for functionality or layout. This holds especially true for mobile-optimized web content.
This specification aims to describe the minimal set of webkit
-prefixed CSS properties and DOM APIs that user agents are required to support for web compatibility.
2. Conformance
All diagrams, examples, and notes in this specification are non-normative, as are all sections explicitly marked non-normative. Everything else in this specification is normative.The keywords "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "NOT RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC 2119. For readability, these words do not appear in all uppercase letters in this specification. [RFC2119]
Requirements phrased in the imperative as part of algorithms (such as "strip any leading space characters" or "return false and terminate these steps") are to be interpreted with the meaning of the keyword ("must", "should", "may", etc.) used in introducing the algorithm.
Conformance requirements phrased as algorithms or specific steps may be implemented in any manner, so long as the end result is equivalent. (In particular, the algorithms defined in this specification are intended to be easy to follow, and not intended to be performant.)
3. DOM Interfaces
3.1.
The WebKitCSSMatrix
interface may be implemented as a subclass of the DOMMatrix
and DOMMatrixReadOnly
interfaces, defined in Geometry Interfaces Module Level 1 [geometry-1], with key differences noted below.
3.1.1. Constructors
-
matrix = new WebKitCSSMatrix()
-
Returns a new
WebKitCSSMatrix
object.
The WebKitCSSMatrix() constructor, when invoked, must run these steps:
-
Let m be a new
WebKitCSSMatrix
object. - For m, set the m11 element, m22 element, m33 element, m44 element to 1. Set the m12 element, m13 element, m14 element, m21 element, m23 element, m24 element, m31 element, m32 element, m34 element, m41 element, m42 element, m43 element to 0.
- Return m.
-
matrix = new WebKitCSSMatrix(transformList)
-
Returns a new
WebKitCSSMatrix
object.
The WebKitCSSMatrix(transformList) constructor, when invoked, must run these steps:
-
Let m be a new
WebKitCSSMatrix
object. - Return the result of the algorithm for the static
DOMMatrixReadOnly
fromString(transformList) method, as m.
-
matrix = new WebKitCSSMatrix(other)
-
Returns a new
WebKitCSSMatrix
object.
The WebKitCSSMatrix(other) constructor, when invoked, must run these steps:
-
Let m be a new
WebKitCSSMatrix
object. - For m, set the 16 elements m11 element … m44 element to the value of the 16 elements m11 element … m44 element of other.
- Return m.
3.1.2. WebKitCSSMatrix
attributes
WebKitCSSMatrix
objects must inherit the following attributes from DOMMatrixReadOnly
:
m11 attribute, m22 attribute, m33 attribute, m44 attribute, m12 attribute, m13 attribute, m14 attribute, m21 attribute, m23 attribute, m24 attribute, m31 attribute, m32 attribute, m34 attribute, m41 attribute, m42 attribute, m43 attribute, a attribute, b attribute, c attribute, d attribute, e attribute, f attribute.
3.1.3. WebKitCSSMatrix
mutable methods
The following method modifies the current matrix, returning the matrix it was invoked on.
When the setMatrixValue(transformList)
method is invoked, the user agent must run the following steps:
-
Return the result of the algorithm for the
DOMMatrix
setMatrixValue(transformList) method.
3.1.4. WebKitCSSMatrix
immutable methods
The following methods do not modify the current matrix and return a new WebKitCSSMatrix
object.
When the multiply(other)
method is invoked, the user agent must run the following steps:
-
Return the result of the algorithm for the
DOMMatrixReadOnly
multiply(other) method as a newWebKitCSSMatrix
object.
When the inverse()
method is invoked, the user agent must run the following steps:
-
Return the result of the algorithm for the
DOMMatrixReadOnly
inverse() method as a newWebKitCSSMatrix
object.
When the translate(tx, ty, tz)
method is invoked, the user agent must run the following steps:
-
Return the result of the algorithm for the
DOMMatrixReadOnly
translate(x, y, z) method as a newWebKitCSSMatrix
object.
When the scale(scaleX, scaleY, scaleZ)
method is invoked, the user agent must run the following steps:
DOMMatrixReadOnly
's scale().
Need to define it based on: WebKitCSSMatrix.h#L117-L122
When the rotate(rotX, rotY, rotZ)
method is invoked, the user agent must run the following steps:
DOMMatrixReadOnly
's rotate().
Need to define it based on: WebKitCSSMatrix.h#L124-L129
When the rotateAxisAngle(x, y, z, angle)
method is invoked, the user agent must run the following steps:
-
Return the result of the algorithm for the
DOMMatrixReadOnly
rotateAxisAngle(x, y, z, angle) method as a newWebKitCSSMatrix
object.
When the skewX(sx)
method is invoked, the user agent must run the following steps:
-
Return the result of the algorithm for the
DOMMatrixReadOnly
skewX(sx) method as a newWebKitCSSMatrix
object.
When the skewY(sy)
method is invoked, the user agent must run the following steps:
-
Return the result of
DOMMatrixReadOnly
skewY(sy) as a newWebKitCSSMatrix
object.
Acknowledgements
Thanks to Jacob Rossi and {{your name here}} for feedback and contributions to this standard.Thanks to Simon Pieters, Dirk Schulze and Rik Cabanier for defining the DOMMatrix
and DOMMatrixReadOnly
interfaces. [geometry-1]
This standard is written by Mike Taylor (Mozilla, miket@mozilla.com).
Per CC0, to the extent possible under law, the editors have waived all copyright and related or neighboring rights to this work.


Tennis: France out to spoil Australian Fed Cup party
PERTH: France might be on Australian soil as they attempt to win a third Fed Cup tennis crown in Perth this weekend, but they feel right at home and brimming with confidence.
Team captain Julien Benneteau has kept faith with the five women who sealed their semi-final win over Romania, led by Kristina Mladenovic, ranked 40 in the world.
She is backed by Caroline Garcia (45), Alize Cornet (60), Fiona Ferro (63) and Pauline Parmentier (122) as they target a first title since 2003.
As well as an Australian team spearheaded by world number one Ashleigh Barty and veteran Sam Stosur, they will have to deal with a crowd at Perth Arena willing their home country towards a first title since 1974.
But returning to the Australian west coast city has brought back fond memories for Mladenovic and Cornet, who separately led France to Hopman Cup titles before the mixed team event was axed this year for the new ATP Cup.
Mladenovic hopes that bodes well.
"From the first time I stepped on the court yesterday, I had such great memories and great vibes," Mladenovic, who partnered Richard Gasquet to win the Hopman Cup in 2017, told reporters on Wednesday (Nov 6).
"It's definitely an advantage when you know the court and where you've won in the past.
"When you've won a tough competition somewhere it's always a great place for you where you feel confident and you feel like you can repeat the story," she added.
Cornet won the Hopman Cup with Jo-Wilfried Tsonga in 2014. Garcia also represented France at the tournament, in 2016 when Australia won.
Seven-time Fed Cup champions Australia hold a 5-1 record over two-time winners France, although the French triumphed in the most recent tie between the two nations in 2000.
While the odds might be stacked in Australia's favour, Mladenovic said her team had the advantage of playing a Fed Cup final before, in 2016, and that could prove invaluable.
Mladenovic, Garcia and Cornet all featured in that tie, which they agonisingly lost 3-2 to the Czech Republic.

"I'm optimistic and positive about this aspect."
France, who also won the Fed Cup in 1997, qualified for the final with a thrilling 3-2 win over Romania in Rennes in spite of losing two singles matches to Simona Halep.
Garcia and Parmentier both won in the other singles to set up a deciding doubles match in which Garcia and Mladenovic beat Halep and Monica Niculescu.
Benneteau has yet to indicate who will play in Perth on Saturday and Sunday.


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by : XRPADA, github - tips: r4UDXF4nL7Tgss8uQxn39cCocd8GnGyXS8
- This is a standalone and secure client-side tool to create time-based XRP escrows.- It's recommended to use this in a private tab. Also, run it on a fully trusted personal computer
Min amount: 0.01 Max: 1000You can Increase the max by changing the value in line 132
Warning: Confirm Current GMT/UTC Date and Time Accuracy:
Max:5 years. You can increase this limit in line 172
Max:11
Max:30
Max:23
Min:5 , Max:59


module Mouse:sig
..end
Mouse events are only reported whenever the mouse is
in the application surface. Coordinates are in surface normalized
coordinates with (0,0)
corresponding to the bottom left corner
and (1,1)
to the top right corner.
val pos : Gg.p2 React.signal
pos
is the current mouse position.val dpos : Gg.v2 React.event
dpos
occurs on mouse moves with current mouse position minus
the previous position.val left : bool React.signal
left
is true
whenever the left mouse button is down.val left_down : Gg.p2 React.event
left_down
has an occurence whenever the left mouse button goes down.val left_up : Gg.p2 React.event
left_up
has an occurence whenever the left mouse button goes up.val middle : bool React.signal
middle
is true
whenever the middle mouse button is down.val middle_down : Gg.p2 React.event
middle_down
has an occurence whenever the middle mouse button goes
down.val middle_up : Gg.p2 React.event
middle_up
has an occurence whenever the middle mouse button goes
up.val right : bool React.signal
right
is true
whenever the right mouse button is down.val right_up : Gg.p2 React.event
right_up
has an occurence whenever the right mouse button goes up.val right_down : Gg.p2 React.event
right_down
has an occurence whenever the right mouse button goes
down.


If you step inside the Shedd Aquarium, you will get an up-close look at some of the aquatic animals that are at home in the Great Lakes region, including lake sturgeons, river otters, and the largest salamander in North America. You could also visit the Amazon River, Caribbean reefs, Arctic ice flows, and the open ocean. Altogether, Shedd Aquarium is home to 1,500 species of fish, mammals, birds, snakes, amphibians, and insects, making it one of the largest and most diverse aquariums in the world.
Outside the aquarium, southern Lake Michigan’s biological diversity is getting a boost from the rocks you can see just offshore. These rocks, known as riprap, are primarily designed to deflect waves and protect the seawall, but they also double as a habitat for fish, invertebrates, and even bacteria that prefer rocky shores.


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Part of pymine.api.models View In Hierarchy
| Class Method | __store | backend log entry generator |
| Class Method | log | public method for a happy log where |
| Class Method | alert | public method for an unhappy log where; arguments as-per log() |
Inherited from AbstractModel:
| Class | Meta | Undocumented |


For Hire (Reviewed on Dec. 17/98)
Starring Joe Mantegna, Rob Lowe
My obsession with Joe Mantegna has gotten to the point now where I'll rent anything that he stars in. It doesn't have to be a big part either; a cameo role will do. Mantegna is, to me, one of the coolest actors out there, and I try not to miss anything he's in.
Such is the case with "For Hire", a movie I'd never even heard of until I saw it in the video store. Joe Mantegna stars as a controversial author who's being stalked by an edgy source who fears he'll go public, thus landing the source in a lot of trouble. Rob Lowe enters the picture as a friendly, down-on-his-luck cabbie who is on the recieving end of a very unusual request from Mantegna. Lowe is offered $50,000 to "take care" of Mantegna's problem, and since he's just been diagnosed with terminal prostate cancer, he agrees.
Sound convoluted? It is. However, for a while, it's enjoyable enough to watch. But after a while, things just start dragging along until the film eventually reaches it's inevitable, not to mention predictable, conclusion.  And for a movie of this type, that would definitely be a bad thing. Movies like this need to keep the audience guessing throughout, otherwise what's left?
It is, however, worth watching for Mantegna's performance. He always manages to rise above his material, and this is no exception. It's too bad, though, that he keeps appearing in these silly made-for-cable movies. Don't get me wrong; some of them are quite good. But an actor of this calibre should really be doing more feature film work. This is a man who has worked heavily with esteemed playwright David Mamet, for crying out loud. Mantegna would do well to look at the career of William H. Macy, another Mamet regular. Macy isn't concerned with being the lead. Rather, he's concerned with finding quality roles, and if that role is a small one, so be it.
"For Hire" is about as predictable as they come. Joe Mantegna and even Rob Lowe (sporting a ridiculous bleached-blond George Clooney haircut) made this worth a look.
** out of ****
-- David Nusair<EMAIL_ADDRESS>We only want to save the cute animals, don't we? Why don't we just have animal auditions, line them up, one by one: "What are you?" "You're free to go." "I'm an otter." "And what are you?" "And what do you do?" "I'm a cow." "I swim around on my back and do cute "Get in the fuckin' truck, pal." little human things with my hands!" -Denis Leary
Come visit my Reel Film Reviews site! "http://chat.carleton.ca/~dnusair"
The review above was posted to the
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Related links: index of all rec.arts.movies.reviews reviews


csubj:cleft
: clausal residual subject of a cleft sentence
Cleft sentences arise when an element (i.e. a phrase) in a matrix clause is extracted for emphasis and put into a prominent position with respect to the other elements of the clause.
In Latin, cleft sentences are sentences that have the structure of a non-verbal, copular predication where the extracted element is in focus position as the non-verbal predicate, and the residual elements of the matrix clause act together as the subject, which can be introduced by a nominal element (cf. nsubj:cleft
) or be left clausal, without an antecedent. The copula usually agrees with the extracted element (mostly in the third person singular). The common cleft
subrelation captures
In the subject of a cleft sentence, the gap left by the extracted phrase is recovered by means of a relative element, usually a pronoun (e.g. qui, ubi) but also possibly a determiner (e.g. qualis). This element is put in first position and morphosyntactically acts the same way the original phrase did (i.e. same case, number, gender…). A cleft sentence with clausal residual subject is thus characterised by the apparent mismatch of a relative clause which does not actually act in an attributive function with respect to the non-verbal predicate and does not have an antecedent.
Any kind of phrase at any nesting level can be extracted; sometimes the cleft subject will be introduced by a complementiser, or some other minor adjustments are introduced in order for the sentence to be grammatically acceptable.
In the following examples, | points to the splitting point in the cleft sentence.
ROOT Hic est | quem Petrus , Dei vicarius , honorificare nos monet ; quem Clemens , nunc Petri successor , luce Apostolice benedictionis illuminat ; ut ubi radius spiritualis non sufficit , ibi splendor minoris luminaris illustret . \n ROOT This is whom Peter , of-God vicar , to-honour us reminds ; whom Clemens , now of-Peter successor , with-light Apostolic of-blessing lightens ; so-that where ray spiritual not suffices , there splendor minor of-luminary illuminate .
root(ROOT-1,Hic)
csubj:cleft(Hic,monet)
cop(Hic,est)
obj(honorificare,quem-5)
conj(monet,illuminat)
obj(illuminat,quem-15)
root(ROOT-41,This)
csubj:cleft(This,reminds)
cop(This,is)
obj(to-honour,whom-44)
conj(reminds,illuminate)
obj(illuminate,whom-54)
‘This is he whom Peter, the Vicar of God, exhorts us to honour, and whom Clement, the present successor of Peter, illumines with the light of the Apostolic benediction; [so] that where the spiritual ray suffices not, there the splendour of the lesser luminary may lend its light.’ (Letters V, UDante)
- Matrix clauses:
- Petrus, Dei vicarius, monet nos hunc honorificare. (object argument)
- Clemens, nunc Petri successor, luce Apostolice benedictionis hunc illuminat. (object argument)
- Note that in the first conjunct the object hunc ‘him’ is extracted from the clausal complement of monet ‘he exhorts’ headed by honorificare ‘to honour’, i.e. from a nested argument.
ROOT Hic est | apud quem cubitum ponitis . \n ROOT This is by whom elbow ye-set-down .
root(ROOT-1,Hic)
csubj:cleft(Hic,ponitis)
cop(Hic,est)
obl(ponitis,quem)
root(ROOT-11,This)
csubj:cleft(This,ye-set-down)
cop(This,is)
obl(ye-set-down,whom)
‘It is at this man’s table that you are dining.’ (Satyricon, C. Petronius)
- Matrix clause:
- Apud hunc cubitum ponitis. (oblique argument)
ROOT Hanc domum | iam multos annos est | cum possideo et colo . \n ROOT This house already many years is when I-own and I-tend .
root(ROOT-1,annos)
csubj:cleft(annos,possideo)
cop(annos,est)
mark(possideo,cum)
root(ROOT-16,years)
csubj:cleft(years,I-own)
cop(years,is)
mark(I-own,when)
‘This house, it is many years that I own it and live in it.’ (Aulularia, Plautus)
- Matrix clause:
- Hanc domum iam multos annos possideo et colo. (temporal oblique argument)
- hanc domum ‘this house’ is itself dislocated at the beginning of the sentence, but belongs to the clausal subject. This is probably an example of Latin as it was actually spoken.
###References
- Goria, E. (2013). Towards a taxonomy of Latin cleft sentences, Journal of Latin Linguistics, 12(2): 147 – 172
csubj:cleft in other languages: [ga] [gd] [gv] [la]


This sample demonstrates how to create a text to speech engine that users can install on their devices.
The application includes a service and two activities:
RobotSpeakEngine
,
a simple text to speech engine that converts sentences into audio by
generating a square wave of a given frequency for each alphabet of a
given language. Though this doesn't qualify as speech (except for robots)
it exercises all aspects of the new text to speech API
by subclassing the
TextToSpeechService
framework class.
CheckVoiceData
,
an activity that checks that all voice related data is installed and
available.RobotSpeakSettings
,
a settings screen for users to set various engine parameters. This is
usually accessed by users from the system wide settings app. This must be
declared in the AndroidManifest.xml
file as a
meta-data
element.Note that this API is supported only on Android 4.0 (API level 13) and higher versions of the platform.


Yuldasheva Ummatoy
Inha University in Tashkent graduation year 2021
My active email<EMAIL_ADDRESS>Mobile phone number:+998998203476
- I participated Open Data Challenge Hackaton in 2016 year
- I was a mentor in Technovation Challenge competion 2017 year
- I won scholarship of IT Ministry in 2019 year
- I won in the competion "100 best ideas" in 2019 year