| | |
- ElementToken
-
- ErrorOnFail
- Group
-
- FirstOfGroup
- SequentialGroup
-
- CILiteral
- LibraryElement
- Literal
- Name
- Prebuilt
- _Range
-
- Range
class CILiteral(SequentialGroup) |
| |
Case-insensitive Literal values
The CILiteral is a sequence of literal and
character-range values, where each element is
positive and required. Literal values are
composed of those characters which are not
upper-case/lower-case pairs, while the ranges
are all two-character ranges with the upper
and lower forms.
CILiterals in the SimpleParse EBNF grammar are defined like so:
c"test", c"test"?, c"test"*, c"test"+
-c"test", -c"test"?, -c"test"*, -c"test"+
Attributes:
value -- a string storing the literal's value
Notes:
Currently we don't support Unicode literals
A CILiteral will be *much* slower than a
regular literal or character range |
| |
- Method resolution order:
- CILiteral
- SequentialGroup
- Group
- ElementToken
Methods defined here:
- ciParse(self, value)
- Break value into set of case-dependent groups...
- toParser(self, generator=None, noReport=0)
Data and other attributes defined here:
- value = ''
Methods inherited from Group:
- terminal(self, generator)
- Determine if this element is terminal for the generator
Data and other attributes inherited from Group:
- children = ()
- terminalValue = None
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class ElementToken |
| |
Abstract base class for all ElementTokens
Common Attributes:
negative -- the element token should match
a character if the "base" definition
would not match at the current position
optional -- the element token will match even
if the base definition would not match
at the current position
repeating -- if the element is successfully
matched, attempt to match it again.
lookahead -- if true, the scanning position
of the engine will be reset after the
element matches
errorOnFail -- if true, the engine will call the
object stored in errorOnFail as a text-
matching object iff the element token fails
to match. This is used to signal
SyntaxErrors.
Attributes only used for top-level Productions:
report -- if true, the production's results
will be added to the result tree
expanded -- if true, the production's children's
results will be added to the result tree
but the production's own result will be ignored |
| |
Methods defined here:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
- terminal(self, generator)
- Determine if this element is terminal for the generator
- toParser(self, generator, noReport=0)
- Abstract interface for implementing the conversion to a text-tools table
generator -- an instance of generator.Generator
which provides various facilities for discovering
other productions.
noReport -- if true, we're being called recursively
for a terminal grammar fragment where one of our
parents has explicitly suppressed all reporting.
This method is called by the generator or by
another element-token's toParser method.
Data and other attributes defined here:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class ErrorOnFail(ElementToken) |
| |
When called as a matching function, raises a SyntaxError
Attributes:
expected -- list of strings describing expected productions
production -- string name of the production that's failing to parse
message -- overrides default message generation if non-null
(something,something)+!
(something,something)!
(something,something)+!"Unable to parse somethings in my production"
(something,something)!"Unable to parse somethings in my production"
if string -> give an explicit message (with optional % values)
else -> use a default string |
| |
Methods defined here:
- __call__(self, text, position, end)
- Method called by mxTextTools iff the base production fails
- copy(self)
Data and other attributes defined here:
- expected = ''
- message = ''
- production = ''
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
- terminal(self, generator)
- Determine if this element is terminal for the generator
- toParser(self, generator, noReport=0)
- Abstract interface for implementing the conversion to a text-tools table
generator -- an instance of generator.Generator
which provides various facilities for discovering
other productions.
noReport -- if true, we're being called recursively
for a terminal grammar fragment where one of our
parents has explicitly suppressed all reporting.
This method is called by the generator or by
another element-token's toParser method.
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class FirstOfGroup(Group) |
| |
Set of tokens that matches (and stops searching) with the first successful child
A FirstOf group attempts to match each child in turn,
declaring success with the first successful child,
or failure if none of the children match.
Within the simpleparsegrammar, the FirstOf group
is defined like so:
("a" / b / c / "d")
i.e. a series of slash-separated element token definitions. |
| |
- Method resolution order:
- FirstOfGroup
- Group
- ElementToken
Methods defined here:
- toParser(self, generator=None, noReport=0)
Methods inherited from Group:
- terminal(self, generator)
- Determine if this element is terminal for the generator
Data and other attributes inherited from Group:
- children = ()
- terminalValue = None
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class Group(ElementToken) |
| |
Abstract base class for all group element tokens
The primary feature of a group is that it has a set
of element tokens stored in the attribute "children". |
| |
Methods defined here:
- terminal(self, generator)
- Determine if this element is terminal for the generator
Data and other attributes defined here:
- children = ()
- terminalValue = None
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
- toParser(self, generator, noReport=0)
- Abstract interface for implementing the conversion to a text-tools table
generator -- an instance of generator.Generator
which provides various facilities for discovering
other productions.
noReport -- if true, we're being called recursively
for a terminal grammar fragment where one of our
parents has explicitly suppressed all reporting.
This method is called by the generator or by
another element-token's toParser method.
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class LibraryElement(ElementToken) |
| |
Holder for a prebuilt item with it's own generator |
| |
Methods defined here:
- toParser(self, generator=None, noReport=0)
Data and other attributes defined here:
- generator = None
- methodSource = None
- production = ''
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
- terminal(self, generator)
- Determine if this element is terminal for the generator
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class Literal(ElementToken) |
| |
Literal string value to be matched
Literals are one of the most common elements within
any grammar. The implementation tries to use the
most efficient mechanism available for matching/searching
for a literal value, so the Literal class does not
use the permute method, instead defining explicit
parsing methodologies for each flag and value combination
Literals in the SimpleParse EBNF grammar are defined like so:
"test", "test"?, "test"*, "test"+
-"test", -"test"?, -"test"*, -"test"+
Attributes:
value -- a string storing the literal's value
Notes:
Currently we don't support Unicode literals
See also:
CILiteral -- case-insensitive Literal values |
| |
Methods defined here:
- baseToParser(self, generator=None)
- Parser generation without considering flag settings
- terminal(self, generator)
- Determine if this element is terminal for the generator
- toParser(self, generator=None, noReport=0)
- Create the parser for the element token
Data and other attributes defined here:
- value = ''
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class Name(ElementToken) |
| |
Reference to another rule in the grammar
The Name element token allows you to reference another
production within the grammar. There are three major
sub-categories of reference depending on both the Name
element token and the referenced table's values.
if the Name token's report attribute is false,
or the target table's report attribute is false,
or the Name token negative attribute is true,
the Name reference will report nothing in the result tree
if the target's expand attribute is true, however,
the Name reference will report the children
of the target production without reporting the
target production's results (SubTable match)
finally:
if the target is not expanded and the Name token
should report something, the generator object is
asked to supply the tag object and flags for
processing the results of the target. See the
generator.MethodSource documentation for details.
Notes:
expanded and un-reported productions won't get any
methodsource methods called when
they are finished, that's just how I decided to
do it, not sure if there's some case where you'd
want it. As a result, it's possible to have a
method getting called for one instance (where a
name ref is reporting) and not for another (where
the name ref isn't reporting). |
| |
Methods defined here:
- terminal(self, generator)
- Determine if this element is terminal for the generator
- toParser(self, generator, noReport=0)
- Create the table for parsing a name-reference
Note that currently most of the "compression" optimisations
occur here.
Data and other attributes defined here:
- report = 1
- terminalValue = None
- value = ''
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
|
class Prebuilt(ElementToken) |
| |
Holder for pre-built TextTools tag tables
You can pass in a Pre-built tag table when
creating your grammar, doing so creates
Prebuilt element tokens which can be referenced
by the other element tokens in your grammar. |
| |
Methods defined here:
- toParser(self, generator=None, noReport=0)
Data and other attributes defined here:
- value = ()
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
- terminal(self, generator)
- Determine if this element is terminal for the generator
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class Range(_Range) |
| |
Range type which doesn't use the CharSet features in mx.TextTools
This is likely to be much slower than the CharSet version (below), and
is unable to handle unicode character sets. However, it will work with
TextTools 2.0.3, which may be needed in some cases. |
| |
- Method resolution order:
- Range
- _Range
- ElementToken
Methods defined here:
- baseToParser(self, generator=None)
- Parser generation without considering flag settings
- terminal(self, generator)
- Determine if this element is terminal for the generator
Methods inherited from _Range:
- toParser(self, generator=None, noReport=0)
- Create the parser for the element token
Data and other attributes inherited from _Range:
- requiresExpandedSet = 1
- value = ''
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class SequentialGroup(Group) |
| |
A sequence of element tokens which must match in a particular order
A sequential group must match each child in turn
and all children must be satisfied to consider the
group matched.
Within the simpleparsegrammar, the sequential group
is defined like so:
("a", b, c, "d")
i.e. a series of comma-separated element token definitions. |
| |
- Method resolution order:
- SequentialGroup
- Group
- ElementToken
Methods defined here:
- toParser(self, generator=None, noReport=0)
Methods inherited from Group:
- terminal(self, generator)
- Determine if this element is terminal for the generator
Data and other attributes inherited from Group:
- children = ()
- terminalValue = None
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
|
class _Range(ElementToken) |
| |
Range of character values where any one of the characters may match
The Range token allows you to define a set of characters
(using a mini-grammar) of which any one may match. By using
the repetition flags, it is possible to easily create such
common structures as "names" and "numbers". For example:
name := [a-zA-Z]+
number := [0-9.eE]+
(Note: those are not beautifully defined examples :) ).
The mini-grammar for the simpleparsegrammar is defined as follows:
'[',CHARBRACE?,CHARDASH?, (CHARRANGE/CHARNOBRACE)*, CHARDASH?,']'
that is, if a literal ']' character is wanted, you must
define the character as the first item in the range. A literal
'-' character must appear as the first character after any
literal ']' character (or the beginning of the range) or as the
last character in the range.
Note: The expansion from the mini-grammar occurs before the
Range token is created (the simpleparse grammar does the
expansion), so the value attribute of the token is actually
the expanded string of characters. |
| |
Methods defined here:
- toParser(self, generator=None, noReport=0)
- Create the parser for the element token
Data and other attributes defined here:
- requiresExpandedSet = 1
- value = ''
Methods inherited from ElementToken:
- __init__(self, **namedarguments)
- Initialize the object with named attributes
This method simply takes the named attributes and
updates the object's dictionary with them
- __repr__(self)
- Return a readily recognisable version of ourself
- permute(self, basetable)
- Given a positive, required, non-repeating table, convert to appropriately configured table
This method applies generic logic for applying the
operational flags to a basic recipe for an element.
It is normally called from the elements-token's own
toParser method.
- terminal(self, generator)
- Determine if this element is terminal for the generator
Data and other attributes inherited from ElementToken:
- errorOnFail = None
- expanded = 0
- lookahead = 0
- negative = 0
- optional = 0
- repeating = 0
- report = 1
| |


KNOCK OFF A film review by Matt Williams
RATING: 1/2* out of * * * *
Jean Claude Van Damme's recent string of films haven't been too inspiring, and Knock Off doesn't do anything to change the trend.
Van Damme stars this time as Marcus Ray, of all things, a designer jeans rep. Yes, you read that right. He, and partner Tommy Hendricks (Rob Schneider), rule the Hong Kong offices of V6 designer jeans...jeans so strong that an elephant can't tear them apart. That is, unless they're cheap knock-offs.
And knock-offs also happen to be a specialty of Marcus'. His adopted brother has his fingers into nearly all the counterfeiting operations in Hong Kong. When the latest shipment of V6 jeans is discovered to be mostly phonies, that attracts corporate attention, in the person of Karan Leigh (Lela Rochon).
But the knock-offs are attracting other attention as well. It seems that the omni-powerful Russian mafia are using them as part of an elaborate global terrorism scheme. This has attracted the attention of not only the Hong Kong police, represented by Lt. Han (Michael Wong), but also the C.I.A., with a team led by Harry Johannson (Paul Sorvino).
The best thing Knock Off has going for it is its sense of style. With grainy, blurry footage, camera sweeps that pass through objects, unlikely angles, and various film speeds, director Tsui Hark at least attempts to give the film a different visual style. Unfortunately, most of the time it is merely annoying. Perhaps a subtler approach that didn't scream, "Look at me! I'm being innovative!" might have worked better.
But anything would have worked better than this script. At first I wasn't sure if it was horrendous dialogue, or just the expectedly bad acting from Van Damme and Schneider. But once other actors started spouting the same pained delivery, I was getting suspicions. But by the time the ludicrous plot started pouring forth, I was sure. This is one stinker of a script.
For all it's double-crosses, deceptions and counterdeceptions, Knock Off can't shake the slightly silly feeling at its core. You haven't seen ridiculous until you see the CIA's computer simulation of global terrorism (involving a very tiny globe, and a sinister, cackling agent that looks like he stepped off the pages of Spy vs. Spy).
The action scenes, are bearable, though, since they were filmed in blurr-o-vision, prolonged viewing will likely cause headaches. Again, the film does try to be original. It packs in such elements as an illegal charity rickshaw race, a giant exploding Buddha, and a cargo ship with ever-changing terrain.
Still, for all its novelty, Knock Off falls apart as easily as a counterfeit sneaker. Keep looking for the real thing, you won't find it here.
Copyright 1998 Matt Williams
- Matt Williams<EMAIL_ADDRESS>Reviewer for Cinematter: http://www.cinematter.com Home of over 600 reviews, and information on nearly 700 upcoming releases
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


Okay...
Let's begin the operation!
Understood!
Let's begin the operation!
Here goes...
Let's begin the operation!
...Okay.
Let's begin the operation!
Let's begin the operation!
Let's begin the operation!
Let's begin the operation!
Let's begin the "operation!"
Today's patient is Mr. Kovac, who
was carried in this morning...
He's currently not doing very well.
Tests showed a number of aneurisms
near his large intestine.
Some of them have ruptured, and
there is risk of anemia.
We need to perform a laparotomy and
treat the aneurisms.
The objective of this operation is:
· Treat the aneurisms on the outer
membrane of the large intestine.
That should be all.
First, inject a sedative into the
swollen vessel to reduce its size.
Excise the problem area, and suture
the vessel closed.
You'll need to use magnification
again, to help your accuracy.
Derek, concentrate on the patient.
Don't worry about anything else.
...Okay!
Let's begin the operation!
Let's begin the operation!
Let's begin the operation!
Okay... Let's begin the operation.
I understand, Tyler.
...Okay, then...L-Let's begin...
dismantling the...bomb. *gulp*
Let's begin the emergency operation.
I'll do my best...!
Understood.
Let's begin the operation.
Okay, Dr. Kasal...
We're beginning the operation.
Okay...
Let's begin the operation!
Okay, let's give it a try...
From the data we gathered during
the last operation...
it's safe to assume this thing is
impossible to remove directly.
But, the artificial DNA structure
at its root has a distinct weakness.
It collapses when attacked from
a three-dimensional angle.
So, I developed a nanomachine to
exploit that very weakness.
By slightly altering its DNA, we
can instigate necrosis.
Basically, we'll drive it to
suicide.
I tried it on a sample, and
the effect was immediate.
Within four seconds, its mass had
been halved... After seven, 91% of
it had been completely destroyed.
See, the GUILT's rapid regeneration
rate only transfers the suicidal DNA
that much faster.
If we can shrink it down that way,
excision should be cake.
So, our objectives are simple:
· Perform a lobectomy and inject
the nanomachine directly.
· Then, excise the GUILT and any
surrounding tissue.
So, that's the plan, Chief.
Any objections?
It sounds like our best option.
Derek, prepare for surgery.
I understand.
Okay...
Let's get this over with.
I'm going to save him...
They're depending on us!
We can't afford any mistakes.
We can do this...
Just focus.
...My last chance.
Understood.
Let's begin the operation.
Okay, then let's start!
I contacted headquarters, but there
seems to be no matching data.
I see... Guess we'll be going in
blind, again...
This almost seems like it was
planned.
What do you mean?
How could the researchers
accidentally release the GUILT?
They know how dangerous it is--
they created it!
Do you think they infected
themselves to hide the evidence?
That doesn't sound right, either...
Delphi seems to have a weird
preoccupation with death, but...
I don't think they would actually
encourage suicide.
...Sorry, nevermind. We need to
concentrate on the patient.
Let's begin the operation.
I won't let you die!
...That's the plan.
...Beginning the operation...
Let's get started.
Get ready for the operation...
Let's start the operation!
This ends today!
I'll always be a doctor!
That's not true! We created many
other things in order to live!
What's that even supposed to mean!?
...And you'd rather create new ways
for us to die? That's insane!
No... It's delusional to dismiss
people's deaths as "fate."
If people as a whole are consuming
too much, then maybe that's another
disease we have to cure!
If humans are to be judged...it
won't be at the hands of other men!
Even if what you're saying is
true, Savato remained dormant.
We found a way to overcome Death--
that was humanity's choice!


Resident World Controller for Western Europe
Now that the Savage and the Alpha have been dealt with you can get
back to work.
It's a shame that you had to exile the two, espcially John, but it's men
like him that ask too many dangerous questions, questions that inevitably
tamper with stability of your carefully crafted society.
You reach into the bottom drawer of your desk and grab a bottle of
20mg soma tablets. The substance of their distractions.
You've never had any. Not even a little.
-start over-


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Namespace QBittorrent.Client
Classes
AddTorrentFilesRequest
Request to add new torrents using torrent files.
AddTorrentRequestBase
The base class for add torrent requests.
AddTorrentsRequest
Request to add new torrents using torrent files and/or URLs.
AddTorrentUrlsRequest
Request to add new torrents using torrent URLs.
ApiLevelAttribute
Annotates the minimal API Level that supports the annotated method.
ApiNotSupportedException
This exception is thrown on attempts to use functions not supported in current API version.
BuildInfo
Describes qBittorrent build information.
Category
Describes torrent category and the corresponding save path.
DeprecatedAttribute
Annotates the method/property that is not longer supported in the API.
GlobalTransferExtendedInfo
Represents global transfer info with additional information and statistics.
GlobalTransferInfo
Represents global transfer info.
NetInterface
Represent information about a network interface.
PartialData
Represents full or partial data returned by GetPartialDataAsync(Int32, CancellationToken) method.
PeerAddResult
Represents the result of AddTorrentPeersAsync(IEnumerable<String>, IEnumerable<String>, CancellationToken) operation.
PeerLogEntry
Represents QBittorrent peer log entry.
PeerPartialData
Represents full or partial data returned by GetPeerPartialDataAsync(String, Int32, CancellationToken) method.
PeerPartialInfo
Provides the full or partial information about a torrent peer.
Preferences
qBittorrent application preferences.
QBittorrentClient
Provides access to qBittorrent remote API.
QBittorrentClientExtensions
Provides extension methods for IQBittorrentClient.
QBittorrentClientRequestException
This exception is thrown if QBittorrent server answers with non-success status code.
RssArticle
Represents an RSS article.
RssAutoDownloadingRule
Represents an RSS auto-downloading rule.
RssFeed
Represents an RSS Feed.
RssFolder
Represents an RSS folder.
RssItem
A base class for RSS items: feeds and folders.
SearchPlugin
Represents information about a search plugin.
SearchPluginCategory
Search plugin category.
SearchResult
Represents a search result.
SearchResults
Represents current search results of a search job.
SearchStatus
Represents search status.
ShareLimits
Provides constants with special values for SetShareLimitsAsync(IEnumerable<String>, Double, TimeSpan, CancellationToken) method.
ShareLimits.Ratio
Provides constants for ratio
parameter of SetShareLimitsAsync(IEnumerable<String>, Double, TimeSpan, CancellationToken) method.
ShareLimits.SeedingTime
Provides constants for seedingTime
parameter of SetShareLimitsAsync(IEnumerable<String>, Double, TimeSpan, CancellationToken) method.
TorrentContent
Represents torrent content file info.
TorrentInfo
Represents main information about torrent.
TorrentListQuery
Encapsulates the query parameters to get the list of torrents.
TorrentLogEntry
Represents QBittorrent log entry.
TorrentPartialInfo
Represents the changes in information about torrent since the last refresh.
TorrentProperties
Represents additional torrent properties.
TorrentTracker
Represents the torrent tracker information.
Structs
ApiVersion
Represents the API version.
Range
Torrent piece range.
SaveLocation
The save location for a monitored folder.
Interfaces
IQBittorrentClient
Provides access to qBittorrent remote API.
IQBittorrentClient2
Provides access to qBittorrent remote API.
Enums
ApiLevel
qBittorrent API level.
BittorrentProtocol
Bittorrent protocol.
ChokingAlgorithm
Defines the algorithm to use to determine which peers to unchoke.
ConnectionStatus
The connection status.
DynamicDnsService
Dynamic DNS Service
Encryption
Torrent transfer encryption preferences.
MaxRatioAction
The action that is performed when MaxRatio is reached.
ProxyType
Proxy server type.
SchedulerDay
Scheduler day.
SearchJobStatus
Search job status
SeedChokingAlgorithm
Defines the seeding unchoke behavior.
StandardSaveLocation
The standard download location for a monitored folder.
TorrentContentLayout
Defines the layout of torrent content.
TorrentContentPriority
Torrent content file download priority
TorrentFileAutoDeleteMode
Specificies when .torrent file must be deleted
TorrentListFilter
The status filter for the torrent list.
TorrentLogSeverity
The QBittorrent log entry severity.
TorrentPieceState
Torrent piece state.
TorrentPriorityChange
Represent requested value for torrent priority.
TorrentState
The torrent state.
TorrentTrackerStatus
Describes torrent tracker status
UtpTcpMixedModeAlgorithm
Determines how to treat TCP connections when there are uTP connections.


EventPoller¶
-
class
eventpoller.
EventPoller
(**kargs)¶ This node is use to communicate with MYB games
This node have 1 signal input and 1 triggers output. The node detect events from the MYB game using socket (zeromq) and convert them to pyacq event stream. The node have two poller: the first wait a signal and the second listen a tcp address to etablish communication with MYB game.
-
get_current_request
()¶ Get the current request send by the MYB game
-
send_result
(frame)¶ Set the formatted result ready to send
You can set the result to send with this method. If the game is asking a result the node will send this result then this result will be reset.
-
-
class
eventpoller.
EventPollerThread
(outputs, host, port, parent=None)¶ Communicate with the MYB via ZeroMQ.
This is a thread of communication beetween the myb game and pyacq. The communication architecture is request-response.
-
get_request
()¶ Get the current request sender by the game
-
new_event
()¶ Call when event is sended by the game
-
reset
()¶ Use to reset the result frame
-
run
()¶ The thread core wait request from the game and send back response
The frame patern is : <request_type>|<content>
There is 5 types of <request_type> :
QUIT (value = 0) received when communication has to stop
START (value = 1) received when communication is ready to start
EVENT (value = 2) just received a new event, content is type <event_time>/<event_id>
RESULT (value = 4) received when myb game is ready to receive a result, content is type : <nb_total_event>
OK (value = 5) receive when all is fine
Communication sample :
[MYB] START[PYACQ] OK[MYB] EVENT[PYACQ] OK[MYB] EVENT[PYACQ] OK….[MYB] RESULT[PYACQ] “__/__ …. __/__” (result frame)
-
set_current_pos
(ptr)¶ Use to syncronise the EEG stream with game event
-
set_result_frame
(frame)¶ Use to set the result when it’s ready to send
-
stop
()¶ Stop the thread
-
wait_result
(repeat=10, counter=0, shift=100)¶ Call when result is waited by the game
This function pause the thread when the result is processed. and check if no result has ready to send during a period of time.
-


| PostgreSQL 9.0.10 Documentation | ||||
|---|---|---|---|---|
| Prev | Up | Chapter 9. Functions and Operators | Next |
This section describes functions that possibly return more than one row. Currently the only functions in this class are series generating functions, as detailed in Table 9-45 and Table 9-46.
Table 9-45. Series Generating Functions
| Function | Argument Type | Return Type | Description |
|---|---|---|---|
generate_series(start, stop) | int or bigint | setof int or setof bigint (same as argument type) | Generate a series of values, from start to stop with a step size of one |
generate_series(start, stop, step) | int or bigint | setof int or setof bigint (same as argument type) | Generate a series of values, from start to stop with a step size of step |
generate_series(start, stop, step interval) | timestamp or timestamp with time zone | setof timestamp or setof timestamp with time zone (same as argument type) | Generate a series of values, from start to stop with a step size of step |
When step is positive, zero rows are returned if start is greater than stop. Conversely, when step is negative, zero rows are returned if start is less than stop. Zero rows are also returned for NULL inputs. It is an error for step to be zero.  Subscript Generating Functions
| Function | Return Type | Description |
|---|---|---|
generate_subscripts(array anyarray, dim int) | setof int | Generate a series comprising the given array's subscripts. |
generate_subscripts(array anyarray, dim int, reverse boolean) | setof int | Generate a series comprising the given array's subscripts. When reverse is true, the series is returned in reverse order. |
generate_subscripts
is a convenience function that generates
the set of valid subscripts for the specified dimension of the given
array.
Zero rows are returned for arrays that do not have the requested dimension,
or for NULL arrays (but valid subscripts are returned for NULL array
elements). Some examples follow:
-- basic usage SELECT generate_subscripts('{NULL,1,NULL,2}'::int[], 1) AS s; s --- 1 2 3 4 (4 rows) -- presenting an array, the subscript and the subscripted -- value requires a subquery SELECT * FROM arrays; a -------------------- {-1,-2} {100,200,300} (2 rows) SELECT a AS array, s AS subscript, a[s] AS value FROM (SELECT generate_subscripts(a, 1) AS s, a FROM arrays) foo; array | subscript | value ---------------+-----------+------- {-1,-2} | 1 | -1 {-1,-2} | 2 | -2 {100,200,300} | 1 | 100 {100,200,300} | 2 | 200 {100,200,300} | 3 | 300 (5 rows) -- unnest a 2D array CREATE OR REPLACE FUNCTION unnest2(anyarray) RETURNS SETOF anyelement AS $$ select $1[i][j] from generate_subscripts($1,1) g1(i), generate_subscripts($1,2) g2(j); $$ LANGUAGE sql IMMUTABLE; CREATE FUNCTION postgres=# SELECT * FROM unnest2(ARRAY[[1,2],[3,4]]); unnest2 --------- 1 2 3 4 (4 rows)


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| Finite
Geometry
Notes
|
Theme and variations6
2004 April 28 (html)
See also Timothy A. Smith's web page on Fugue 21, Book II, of Bach's "Well-Tempered Clavier"
2005 (pdf) (Shockwave)
The 2-subsets of a 6-set are the points of a PG(3,2)7
1986 May 26 (jpg)
21 projective partitions
1986 June 6 (jpg)
An outer automorphism of S6 related to M24
1986 June 11 (jpg)
Picturing outer automorphisms of S6
1986 July 3 (jpg)
Modeling the 21-point plane with outer automorphisms of S6
1986 December. 4 (html)
For the seven lines (or seven points) of the smallest projective plane, see "The eightfold cube" under "8" below.8
See also...
Coxeter vs. Fano
2010 July 8 (html)
For an example of a Singer 7-cycle, see "Generating the octad generator" under "24" below.
The eightfold cube9
2005 May 4 (html)
Finite geometry and physical space
2009 April 10 (html)
Non-Euclidean blocks
2009 September 8 (html)
A simple reflection group of order 168
2007 December 7 (html)
Knight moves: geometry of the eightfold cube
2008 January 16 (html)
Coxeter vs. Fano
2010 July 8 (html)
Eightfold geometry (Structure of the 35 partitions of an 8-set into two 4-sets)
2010 April 28 (html)
Diamonds and whirls
1984 September 15 (jpg)
Movable graphic designs on the 2x2x2 cube
2006 March 7 (JavaScript)
Cube space, 1984-2003
2008 October 24 (html)
MAGMA calculation of order-168 group acting on the eightfold cube
2009 September 14 (html)
Symmetry, automorphisms, and Visual Group Theory
2010 March 2 (html)
For a finite-geometry model of the eight elements of the quaternion group acting
on a nine-point square, see the article on the 3x3 square under "9" below.
For a finite-geometry model of the eight elements of the quaternion group acting
on an eight-point cube, see...
The Quaternion Group Acting on an Eightfold Cube
2011 December 30 (html)
Geometry of the 3x3 square (and the group GL(2,3))12
2005 August 28 (html)
A 2008 note, "GL(2,3)," by Nick Wedd with neater versions of the pictures in the above note
2008 December 10 (html)
Group actions, 1984-2009 (Cullinane's 1985 work extended by Ed Pegg Jr.)
2009 August 19 (html)
The Galois quaternion: A story
2010 January 6 (html)
Quaternions in an affine Galois plane
2010 January 6 (html)
Configurations and squares
2011 March 29 (html)
Symmetry invariance under M1213
1985 August 22 (html)
Cubist geometries15
(The 13-point projective plane within the 3x3x3 cube)
2010 February 27 (html)
Inscapes: views of the generalized quadrangle GQ(2,2)16
2006 January 19 (html)
Inscapes I,
1982 June 12 (jpg) (pdf)
Inscapes II, query,
1982 September 22 (jpg) (html) (pdf)
Inscapes III: PG(2,4) from PG(3,2),
1986 February 4 (jpg)
The 2-subsets of a 6-set are the points of a PG(3,2)
1986 May 26 (jpg)
Inscapes IV: Inner and outer group actions,
1986 July 11 (jpg)
(Rosenhain and) Göpel Tetrads in PG(3,2)
2013 March 17 (html)
Picturing the smallest projective 3-space,
1986 April 26 (jpg) (gif) (pdf)
A linear complex related to M24
1986 May 8 (jpg)
An outer automorphism of S6 related to M24
1986 June 11 (jpg)
Picturing outer automorphisms of S6
1986 July 3 (jpg)
The smallest projective (3-)space
2002 May 21 (html)
The animated diamond theorem20 (The number of lines in PG(3,2) that are Rosenhain tetrads
2006 November 18 (html)
The diamond theorem in 1978 (AMS abstract 79T-A37)
1978 October 31 (html)
The diamond theorem
1978 October to 2006 January (html) (pdf) (jpg)
See also --Geometry of the 4x4 square
Cases of the diamond theorem
2002 May 22 (html)
Research announcement: an invariance of symmetry
1978 (pdf)
2004 March 18 (html) (pdf)
The kaleidoscope puzzle
2005 August 9 (JavaScript)
The diamond 16 puzzle
2002 February 12 (JavaScript)
Orthogonality of Latin squares viewed as skewness of lines
1978 December (jpg) (pdf)
For a generalization, see Latin-square geometry: orthogonal Latin squares as skew linesDiamond theory in 1937: a problem of Carmichael
2005 February 6 (html) (pdf)
2006 March 29 (html)
The finite relativity problem
1986 February 20 (html) (pdf)
Finite relativity: The triangular version
2012 November 22 (html)
The geometry of logic
2007 March 10 (html)
Vector logic: excerpt from a paper by Jonathan Westphal and Jim Hardy
2004 February (html) (Copy of paper received Sept. 11, 2007)
The geometry of qubits
2007 August 12 (html)
Quilt geometry
2004 August 9 (html)
Half-circle patterns
2009 December 22 (html with script)
List of problems related to permutations acting on a 16-set in Introduction to the Theory of Groups of Finite Order, by Robert D. Carmichael (1937) (reprinted by Dover Books, 1956)
2001 (html)
Configurations and squares
2011 March 29 (html)
The order-4 Latin squares
2011 January 22 (html)
The Galois tesseract
2011 September 3 (html)
Vector addition in a finite field
2013 January 5 (html)
Triangles are square (with square-to-triangle mapping problem for the 4x4 square)
1984-1985 (html)
Adjacency of vertices in tesseract and in 4x4 array
2012 August 12 (html)
21 projective partitions24
1986 June 6 (jpg)
Modeling the 21-point plane with outer automorphisms of S6
1986 December 4 (html)
The Miracle Octad Generator (MOG) of R. T. Curtis27
2005 November 30 (html)
See also -- How the MOG works, in "Geometry of the 4x4 square" (html)Generating the octad generator
1985 April 28 (html) (pdf)
Competing definitions of the Miracle Octad Generator
2010 May 14 (html)
The Moore correspondence
2010 August 20 (html)
An exceptional Steiner-triple-systems isomorphism underlying S(5, 8, 24)
(Excerpt from a 2005 article by Klin, Meszka, Reichard, and Rosa)
2013 December 20 (html)
Elements (Stoicheia) of geometry
2007 February 28 (html)
Notes for Epiphany 2009
2009 January 6 (html)
The diamond connection:
background for two papers on constructing S(5,8,24) from PG(3,2)
2009 May 20 (html)
For the 27-point affine 3-space over GF(3), the 3x3x3 cube,28
and the 13-point projective plane within the 3x3x3 cube, see
"Cubist geometries"
2010 February 27 (html)
For a finite-geometry version of the 27 lines on a cubic surface, see "Solomon's cube" below.
For a finite-geometry version of the 28 bitangents to a quartic, see "Solomon's cube" below.35
For a model of the 35 lines in the projective 3-space over the 2-element field, see the sections headed "15" and "16" above.56
See also...
Galois space
2012 July 12 (html)
Rosenhain and Göpel tetrads in PG(3,2)
2013 March 17 (html)
Solomon's cubeNotes that are not size-specific:
2003 May 28 (html)
Movable graphic designs on the 4x4x4 cube
2006 March 8 (JavaScript)
Geometry of the I Ching
2000 August 8 (html)
The Klein correspondence, Penrose space-time, and a finite model
2007 May 28 (html)
The Ninth Configuration (Kummer's 166 and the 4x4x4 cube)
2012 February 14 (html)
Binary coordinate systems
1984 July (html)
Reflection groups in finite geometry
2007 December 7 (html)
Diamond theory
1976, 2000-2004 (html).
Related:Latin-square geometry: orthogonal Latin squares as skew lines
Brief history of symmetry
(html)
References
(html)
Rough critique of an attempted proof
(html)
2005 February 6 (html) (pdf)
Spaces as Hypercubes
2012 November 3 (html)
The algebra of groups
2008 October 15 (html)
Generalized definition of orthogonal squares
2006 (html)
A four-color theorem: function decomposition over a finite field
1982 May 12 (html)
Block designs
1984 September 15, 2004 Feb. 1 (html)
Duality and symmetry
2001 January 16 (html)
Configurations and Squares
2011 March 29 (html)
Pattern groups
2005 October 2 (html)
Related:Noncontinuous groups
Group topologies
1986 March 31 (jpg)
.. and all of the other notes listed in this site map.
2009 October 16 (html)
Cases of the diamond theorem
2002 May 22 (html)
Symmetry of Walsh functions
2001 August 31 (html)
Galois geometry
2004 July 16 (html)
Mere geometry
2010 April 22 (html)
Modeling finite geometries
2004 December 2 (html)
Crystal and dragon
2003 August 27 (html)
Binary geometry
2006 June 23 (html)
Diamond Theory and Magic Squares
2010 October 14 (html)
The Cube Model and Peano Arithmetic
2012 March 1 (html)
Related websites --
The "Kufi blocks" of Ben NicholsonApplications to physics:
2006 July 9 (html)
Reflections on symmetryChronological index of typewritten notes closely related to Diamond Theory:
(finite geometry and quantum information theory)
2004 July 18, plus updates (html)
Chronological index of misc. typewritten notes
76-08-??... Diamond theory cover page From the author's 1976 booklet. See Math16.com for the meaning of the cover illustration. 78-??-??... Research announcement (4x4 case of diamond theorem and algebraic generalization) This research announcement was the basis for an abstract (79T-A37) in the Feb. 1979 AMS Notices. 78-12-??... Orthogonality of Latin squares viewed as skewness of lines Structural diagrams of 4x4 arrays play the role of lines in PG(3,2). Orthogonality of arrays corresponds to skewness of lines. 82-05-12... Map systems (A four-color theorem)
82-06-12... Inscapes A new combinatorial way of illustrating symplectic polarities in PG(3,2). 82-09-22... Inscapes II The concept in "Inscapes" is generalized. 83-06-21... An invariance of symmetry The diamond theorem on a 4x4x4 cube, and a sketch of the proof. 83-10-01... Portrait of O A table of the octahedral group O using the 24 patterns from the 2x2 case of the diamond theorem. 83-10-16... Study of O A different way of looking at the octahedral group, using cubes that illustrate the 2x2x2 case of the diamond theorem. 84-09-15... Diamonds and whirls Block designs of a different sort -- graphic figures on cubes. See also the University of Exeter page on the octahedral group O. 84-09-25... Affine groups on small binary spaces Six ways to slice a cube, and the resulting affine groups. For details, see the author's 1984 paper Binary Coordinate Systems. 85-03-26... Visualizing GL(2, p) 85-04-28... Generating the octad generator The Miracle Octad Generator (MOG) of R. T. Curtis -- A correspondence between the 35 partitions of an 8-set into two 4-sets and the 35 lines of PG(3,2). 85-08-22... Symmetry invariance under M12 A generalization of the two-color plane patterns, made up of all-black and all-white squares, that underlie plane patterns, made up of two-color diagonally-divided squares, of diamond theory. 86-02-04... Inscapes III: PG(2,4) from PG(3,2) 86-02-20...
- The relativity problem in finite geometry "This is the relativity problem: to fix objectively a class of equivalent coordinatizations and to ascertain the group of transformations S mediating between them." -- Hermann Weyl, The Classical Groups
86-04-26... Picturing the smallest projective 3-space A symplectic polarity, the Conwell-Curtis correspondence, and the large Mathieu group. 86-05-08... A linear complex related to M24 Anatomy of the polarity pictured in the 86-04-06 note.
86-05-26... The 2-subsets of a 6-set are the points of a PG(3,2)
Beutelspacher's model of the 15 points of PG(3,2) compared with a 15-line complex in PG(3,2).86-06-06... Twenty-one projective partitions The author's model of the 21-point projective plane PG(2,4).
For a general method of constructing such models, see Modeling the 21-point plane with outer automorphisms of S6.
The following problem was suggested by the above.
PROBLEM: Let M be an nxn square (0,1) matrix with exactly k 1's in each row and each column. What conditions are necessary and sufficient for there to exist row/column permutations that make M a symmetric matrix?
For more on this problem, see Duality and Symmetry.86-06-11... An outer automorphism of S6 related to M24 An application of the "inscape" model of a generalized quadrangle to the construction of the large Mathieu group.
86-07-03... Picturing outer automorphisms of S6 An application of the "inscape" model to S6.
86-07-11... Inscapes IV An outer automorphism that is literally outer.
Includes some notes on mathematics unrelated or only loosely related to the above notes on finite geometry--
81-11-05... Patterns invariant... two examples 81-12-24... Solid symmetry 82-09-12... A symplectic array 82-12-27... Group scores 83-05-31... Decompositions of group enveloping algebras 83-08-04... Group identity algebras 83-08-16... Transformations over a bridge 83-11-08... Compound groups 83-11-10... Group compounds 83-11-27... Table groups 84-01-05... Linear operators in geometric function spaces 85-04-05... Group actions on partitions 85-04-05... GL(2, 3) actions on a cube 85-11-17... Groups related by a nontrivial identity 85-12-11... Dynamic and algebraic compatibility of groups 86-01-11... Geometry of partitions II 86-03-31... Group topologies Notes of a more philosophical nature:
IndexMetadata:
A mathematician's aesthetics
Mathematics of Wallace Stevens's "The Rock"
The diamond archetype
Jung and the Imago Dei
Elegance: The aesthetics of parallelism
Poetry's bones
Time fold
The diamond theory of truth
Mirror-play of the fourfold in Heidegger
Notes for Epiphany 2009
Metadata for selected pages


Schematic representation of different LC phases. ( a) The nematic phase, in which elongated molecules are preferably aligned along the director n; ( b) The smectic-A phase, in which elongated molecules form parallel layers in addition to the nematic orientational order; ( c) The columnar phase, in which aligned disc-like molecules form 2D lattice of columns.


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- Netcape6 introduction of the core, and later the Mozilla FireFox is also used to the core, Geckos is characterized by a fully open-source, so that they can develop a very high level of the world's programmers can write code for their increased functionality.
- Webkit
- Webkit: Apple Computer's Safari browser used by the kernel. Webkit engine contains WebCore and JavaScriptCore engine layout analysis engine, both from KDE's KHTML and KJS engine derived, they are free software, under the authorization of the treaty in the GPL, while support for the BSD systems. Therefore, Webkit is also free software, developed at the same time the source code. In the area of security is not IE, Firefox constraints, the Safari browser at home or very safe. Google's current browser Chrome is also used in the core.


Hello I am Ruth Mwangi currently a student at moringa school. So a little background about me . I graduated in 2019 from Jomo Kenyatta University of Agriculture and Technology with a degree in Computer Science. After completion I realised I only knew the basics of things which is not that helpful when looking for jobs . The predicament that I was in was the driving force that led me to moringa well that and a recommendation from a former classmate.
To check out more of my projects click on the the github icon at the top of the page.


|
Bullet Collision Detection & Physics Library
|
#include "LinearMath/btTransform.h"
#include "LinearMath/btMotionState.h"
#include "LinearMath/btAlignedAllocator.h"
#include "LinearMath/btAlignedObjectArray.h"
Go to the source code of this file.
Classes | |
| class | btCollisionObject |
| btCollisionObject can be used to manage collision detection objects. More... | |
| struct | btCollisionObjectDoubleData |
| do not change those serialization structures, it requires an updated sBulletDNAstr/sBulletDNAstr64 More... | |
| struct | btCollisionObjectFloatData |
| do not change those serialization structures, it requires an updated sBulletDNAstr/sBulletDNAstr64 More... | |
Macros | |
| #define | ACTIVE_TAG 1 |
| #define | ISLAND_SLEEPING 2 |
| #define | WANTS_DEACTIVATION 3 |
| #define | DISABLE_DEACTIVATION 4 |
| #define | DISABLE_SIMULATION 5 |
| #define | btCollisionObjectData btCollisionObjectFloatData |
| #define | btCollisionObjectDataName "btCollisionObjectFloatData" |
Typedefs | |
| typedef btAlignedObjectArray< class btCollisionObject * > | btCollisionObjectArray |
| #define ACTIVE_TAG 1 |
Definition at line 22 of file btCollisionObject.h.
| #define btCollisionObjectData btCollisionObjectFloatData |
Definition at line 41 of file btCollisionObject.h.
| #define btCollisionObjectDataName "btCollisionObjectFloatData" |
Definition at line 42 of file btCollisionObject.h.
| #define DISABLE_DEACTIVATION 4 |
Definition at line 25 of file btCollisionObject.h.
| #define DISABLE_SIMULATION 5 |
Definition at line 26 of file btCollisionObject.h.
| #define ISLAND_SLEEPING 2 |
Definition at line 23 of file btCollisionObject.h.
| #define WANTS_DEACTIVATION 3 |
Definition at line 24 of file btCollisionObject.h.
| typedef btAlignedObjectArray<class btCollisionObject*> btCollisionObjectArray |
Definition at line 30 of file btCollisionObject.h.


Improve this Doc
_For more details on the Toast component, see the [Toast API reference](../api/components/toast/Toast/)._
Toast is a simple component that allows you display a notification at the bottom of the screen. The toast appears on top of the app's content, and can be dismissed by the app to resume user interaction with the app. It includes a backdrop, which can optionally be clicked to dismiss the toast.
Basic Usage
Demo Source
```typescript
presentToast() {
let toast = Toast.create({
message: 'User was added successfully',
duration: 3000
});
toast.onDismiss(() => {
console.log('Dismissed toast');
});
this.nav.present(toast);
}
```


- calculateAverage() - Method in class scrame.entity.Record
-
Helps abstracting the recursive functionality of calculateAverage.
- calculateAverage(String) - Method in class scrame.entity.Record
-
Return the average by calculating Mark based on Course weightage.
- choice - Variable in class scrame.boundary.AdminForm
-
A delimiter integer that helps in the implementation of other functions.
- choice - Variable in class scrame.boundary.StudentForm
-
A delimiter integer that helps in the implementation of other functions.
- compare(Course, Course) - Method in class scrame.helper.SortByCourseName
-
Compares 2 course objects.
- compare(Student, Student) - Method in class scrame.helper.SortByStudentName
-
Compares two student objects.
- compare(Record, Record) - Method in class scrame.helper.SortRecordByCourseName
-
A function that compare 2 course objects.
- coordinator - Variable in class scrame.entity.Course
-
The FacultyMember object of the course coordinator.
- Course - Class in scrame.entity
-
Course is the class representing a course registered in the school.
- Course(String, CourseType, HashMap<String, Integer>, HashMap<String, String[]>, FacultyMember) - Constructor for class scrame.entity.Course
-
Constructor for Course class.
- course - Variable in class scrame.entity.Record
-
Reference to the course object.
- courseList - Static variable in class scrame.manager.CourseManager
-
The list of courses is stored in a HashSet.
- CourseManager - Class in scrame.manager
-
Static class that manage the individual course and all courses.
- CourseManager() - Constructor for class scrame.manager.CourseManager
-
- courseName - Variable in class scrame.entity.Course
-
The name of the course.
- CourseNotFoundException - Exception in scrame.exception
-
Exception when you try to find a course based on the
coursename, but it's not registered yet.
- CourseNotFoundException(String) - Constructor for exception scrame.exception.CourseNotFoundException
-
Constructor for the exception.
- courseType - Variable in class scrame.entity.Course
-
The type of the course.
- CourseType - Enum in scrame.helper
-
Course type that can be used.
- CourseType() - Constructor for enum scrame.helper.CourseType
-
- courseTypeToEnum(String) - Static method in class scrame.manager.CourseManager
-
Converts course type string to enum.


## Formatting
You can add formatting, links, and pictures using [markdown syntax](https://github.com/showdownjs/showdown/wiki/Showdown's-Markdown-syntax). For example,
* `# Heading`, `## Subheading`, `### Subsub...`
* `*italic*` (*italic*)
* `**bold**` (**bold**)
* `~~strikethrough~~` (~~strikethrough~~)
* `* list item`
* `[link](https://bflotrees.mandelics.com)` ([link](https://bflotrees.mandelics.com))
* `![image (alt text)](https://bflotrees.mandelics.com/trees/trees-300px.png "with optional title")`:
![image (alt text)](https://bflotrees.mandelics.com/trees/trees-300px.png "with optional title")
You can press **`Next`** at any time to see how your post will look with formatting.
Your Name (required):
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# BfloTrees
This app is for exploring the trees of Buffalo, NY. Thanks to Mayor Byron W. Brown's [OpenData Buffalo](https://data.buffalony.gov/) initiative, we have the latest info including species, size, and location of 75,265 trees.
Select a tree on the map to learn more, and to post your own notes and corrections. Pick a species from the top menu, and press 📌 to save it for easy re-selection. Mark your favorite trees by selecting them then pressing ☆.
This app's data is available via an [open api](api.html). Source code is available [on github](https://github.com/nicolaitanes/bflotrees).
*by Christopher Nicolai*
[mandelics.com](https://mandelics.com)
![BfloTrees](trees-300px.png "BfloTrees")


Tic-Tac-Toe
The world's quickest, smallest, and possibly ugliest Tic-Tac-Toe!
Tic tac toe is fun!


Are we in
LOCKDOWN
?
Last update: 2020-03-22 15:52:24 CET
Seen something not updated or not correct! Let me know through
this form
or
Whatsapp
.
How to minimize the risk of infection?
Wash your hands thorough with
soap
.
Keep at least 1m distance between you and the others.
Wipe down doorhandles and other objets with
alcohol wipes
.

Avoid groups
What are the symptoms?
Fever
Dry cough
Shortness of breath
Sore throat
Headaches
More information about Sars-COV-2 can be found in the following places
Official site of the WHO about COVID-19
Wikipedia
Numbers for the global spread
Information is beautiful COVID-19 Datapack
Readable overview of all the cases.
Vectera video meetings without hassle in your browser. Free till 1st of june. (affiliate link)
Website build by
Annick & The Beard
.
Inspiration of
iseraleenregering.be
Icons provided by
Iconfinder
Privacy Policy


--- layout: pattern category: sections name: h2 usage: Represents a heading for the second level section in the document hierarchy. ---


---
layout: slide
title: "Connecting an Open and Decentralized Text Corpus with the Scholastic Commentaries and Texts Archive"
description:
date: 2018-10-18
theme: white
transition: slide
tags: presentation scta
place: "Münster, Germany"
---
Connecting an Open and Decentralized Text Corpus with the Scholastic Commentaries and Texts Archive
Jeffrey C. Witt (Loyola University Maryland) | @jeffreycwitt
* We want this data to be able to be created in a decentralized fashion.
* That is, there is no requirement that data be made in this program or in this platform. It should be able to be created anywhere.
* We want this data to be published (made accessible) in a decentralized fashion.
* That is to be useful, data does not have to live in a particular place, one does not have to ask permission to make it available or to access and use it.
* Despite this decentralization, we want this data to be able to be aggregated and indexed so that we can construct connections between texts and promote discovery across the corpus.
* In sum, we want this decentralized data to be enhanced by the results of aggregation
* And we want this enhanced data to be made available according to general standards and APIs that existing presentation clients can understand and consume.
* That is, we want to make enhanced data available in ways that client applications understand so as to dramatically reduce the cost of digital presentation of this data and the maintenance of these presentations.
## Data Creation
## Data Standards
Text Edition Schema: LombardPress-Schema [https://github.com/lombardpress/lombardpress-schema](https://github.com/lombardpress/lombardpress-schema)
Expression Description Files (EDFs) [https://github.com/scta/edf-schema](https://github.com/scta/edf-schema)
Transcriptions Description File (TDFs) [https://github.com/scta/tdf-schema](https://github.com/scta/tdf-schema)
## Data Aggregation
## Aggregating from distributed data sources
[https://github.com/scta/scta-rdf/tree/master/data](https://github.com/scta/scta-rdf/tree/master/data)
* Anyone can run an scta aggregator and data store.
* Data integrity is maintained by community standards rather than central control
* Other communities can re-use the aggregator for different corpora, simply by preparing their data appropriately, and then pointing the RDF Aggregator to new data sources
### RDFS Schema (Defining a Linked Data Graph)
#### Transition from text-as-document to text-as-network paradigm
[http://scta.github.io/scta-rdf-schema/](http://scta.github.io/scta-rdf-schema/)
### Text-Network as a Matrix of Hierarchies
* OHCO, Order Hierarchy of Content Objects
* FRBR, Functional Requirements for Bibliographic Reference
* StructureType
* ExpressionType
# Material Hierarchies
* Parts
* FRBR, Functional Requirements for Bibliographic Reference
* StructureType
### APIs and Presentation Clients
* SCTA Core
* SPARQL Endpoint
* Lbp.rb Library
* IIIF API
* CSV API
* Simple Presentation API
* OAI PMH
* Peer Review as an API
### SCTA Linked Data Core API
$ curl -iH "Accept: text/plain" https://scta.info/resource/lectio1
$ curl -iH "Accept: text/turtle" https://scta.info/resource/lectio1
$ curl -iH "Accept: application/rdf+xml" https://scta.info/resource/lectio1
$ curl -iH "Accept: application/json" https://scta.info/resource/lectio1
## SCTA SPARQL Endpoint
```
SELECT ?s ?p ?o
WHERE {
?s ?p ?o
}
LIMIT 10
```
[http://sparql.scta.info/ds/query?query=SELECT+%3Fs+%3Fp+%3Fo%0D%0AWHERE+%7B%0D%0A%09%3Fs+%3Fp+%3Fo%0D%0A%7D%0D%0ALIMIT+10%0D%0A&output=text&stylesheet=](http://sparql.scta.info/ds/query?query=SELECT+%3Fs+%3Fp+%3Fo%0D%0AWHERE+%7B%0D%0A%09%3Fs+%3Fp+%3Fo%0D%0A%7D%0D%0ALIMIT+10%0D%0A&output=text&stylesheet=)
# Lbp.rb
### Examples of Client Using SPARQL Endpoint
#### RCS
[https://rcs.philsem.unibas.ch/](https://rcs.philsem.unibas.ch/)
### Examples of Client Using SPARQL Endpoint
#### LombardPress-Web Presentation Client
(http://scta.lombardpress.org)
### Examples of Client Using SPARQL Endpoint
#### Ad fontes
(http://lombardpress.org/adfontes)
# IIIF API
[http://iiif.io](http://iiif.io)
[https://scta.info/iiif/scta/collection](https://scta.info/iiif/scta/collection)
### Example of Client Using IIIF API
#### Mirador
### Linked Data Notifications and IIIF
Example manifest from the BSB
[https://api.digitale-sammlungen.de/iiif/presentation/v2/bsb00103424/manifest](https://api.digitale-sammlungen.de/iiif/presentation/v2/bsb00103424/manifest)
Example SCTA transcription via IIIF API
[https://scta.info/iiif/hiltalingencommentary/clm26711/layer/transcription](https://scta.info/iiif/hiltalingencommentary/clm26711/layer/transcription)
### More Connections with Linked Data Notifications
http://lombardpress.org/2017/01/24/linking-research/
# CSV API
[https://scta.info/csv/scta](https://scta.info/csv/scta)
# Simple Presentation API
[https://scta.info/api/presentation/1.0/plaoulcommentary](https://scta.info/api/presentation/1.0/plaoulcommentary)
### Example of Client Using Simple Presentation API
#### Pellego
[http://lombardpress.org/pellego/](http://lombardpress.org/pellego/)
[http://jeffreycwitt.com/pellego-demo/](http://jeffreycwitt.com/pellego-demo/)
# OAI-PMH API
[https://scta.info/oai](https://scta.info/oai)
[http://oaipmh.ekt.gr/#ListRecords](http://oaipmh.ekt.gr/#ListRecords)
### Example of Client Using Simple Presentation API
#### World Cat
[http://www.worldcat.org/search?q=on:DGCNT+http://scta.info/oai+SCTA+MDSCT&qt=results_page](http://www.worldcat.org/search?q=on:DGCNT+http://scta.info/oai+SCTA+MDSCT&qt=results_page)
### Peer Review as an API
[https://dll-review-registry.digitallatin.org/](https://dll-review-registry.digitallatin.org/)
[https://dll-review-registry.digitallatin.org/docs/index.html](https://dll-review-registry.digitallatin.org/docs/index.html)


--- layout: post title: Sextante help in gvSIG 1.12 date: 2012-10-28 18:47:14.000000000 +01:00 categories: - Geo tags: [gvsig, sextante] status: publish type: post published: true meta: _edit_last: '6' author: login: psanxiao email<EMAIL_ADDRESS>display_name: psanxiao first_name: '' last_name: '' ---
As you probably know, gvSIG 1.12 is already out.
This new version includes a great bunch of new features and many changes have been made to improve it.
Unfortunaly some times, errors are committed. In this case there is an error about Sextante help. The name of the help directory is wrong, it should be "help" but in the gvSIG 1.12 version is "sextante_help". Besides all help files should be inside another directory called "en" since Sextante finds the help depending on the system locale.
This problem will be fixed in next release, but in the mean time you can fix it by your own. What you have to do is just rename the folder "sextante_help" that is into gvSIG_instalation_dir/gvSIG/extensions/es.unex.sextante/ to "help". Then you have to create a folder named "en" inside and move all the folders that contains the algorithms help into it.


Move around with the 'WASD' keys, or skip a turn with '.'
Cycle targets by pressing 'Q'
Shot with 'F'
And don't forget to reload with 'R'
When you move or shot you action hand will be reset, and two cards will be drawn
Call a new card by pressing 'E', the total displayed is your attack value
To hit an enemy your action hand must be above the target defense, but below 21
If you go over 21 you will lose a round!
After your first hit an enemy will be identified
After receiving some damage enemies will flee
Note that enemies draw random defense cards when created!
Use that above information to your advantage
Press '?' to show the in-game help.
© Luca Carbone 2017


#MidCamp
Grunt All the Things!! Even Drupal! /
http://betterweekdays.com
Drush make
http://www.drush.org/en/master/make/
Keep contrib out of version control
Use external libraries
Declarative builds
Easily reproduce
Log output
Test. Test. Test.
Development standards
Track metrics
http://gruntjs.com/
A Javascript Task Runner
Automation
Simple Node.js requirement
Lots of plugins
npm install -g grunt-cli
Gruntfile.js, Gruntconfig.json
https://github.com/phase2/grunt-drupal-tasks
Make, PHPCS, Behat


{% if not session.logged_in %}
{% endif %}
Ping & Traceroute
Toggle navigation
Ping & Traceroute
Setting
Logout
{% for node in node_list %}
{{ node }}
{% for host in host_dict[node] %}
{{ host }}
{% endfor %}
{% endfor %}
{% if query_host %}
{{ query_host_node }}-{{ query_host }}
Send 20 packets every minute, start traceroute and send alarm mail or wechat when loss packets .
These traceroute files only save in 30 days.
{% for i in tr_files_list%}
{{ tr_file_display_dict[i] }}
{% endfor %}
{% else %}
Ping & Traceroute
Send 20 packets every minute, start traceroute and send alarm mail or wechat when loss packets .
{% endif %}


User: not logged in
Is in role "remote-user": not logged in Is in role "privileged-user": not logged in Is in role "**": not logged in


In PARADISO DEL CIBO, we stand out when it comes to delicious and healthy food . We care about what you eat no matter your preference.
© Copyright by Vektor Inc. A data security company


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We couldn't find the page you were looking for.
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We visualize solutions!
- facilitate real-time technologies
- envisioneer enterprise e-commerce
- monetize dot-com e-services
- visualize one-to-one web-readiness
- implement revolutionary deliverables
- redefine out-of-the-box platforms
- productize clicks-and-mortar interfaces
- recontextualize best-of-breed e-commerce
- seize interactive e-markets
- generate distributed methodologies


| Opcode/Instruction | Op/En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
| 0F DC /r1 PADDUSB mm, mm/m64 | RM | V/V | MMX | Add packed unsigned byte integers from mm/m64 and mm and saturate the results. |
| 66 0F DC /r PADDUSB xmm1, xmm2/m128 | RM | V/V | SSE2 | Add packed unsigned byte integers from xmm2/m128 and xmm1 saturate the results. |
| 0F DD /r1 PADDUSW mm, mm/m64 | RM | V/V | MMX | Add packed unsigned word integers from mm/m64 and mm and saturate the results. |
| 66 0F DD /r PADDUSW xmm1, xmm2/m128 | RM | V/V | SSE2 | Add packed unsigned word integers from xmm2/m128 to xmm1 and saturate the results. |
| VEX.NDS.128.660F.WIG DC /r VPADDUSB xmm1, xmm2, xmm3/m128 | RVM | V/V | AVX | Add packed unsigned byte integers from xmm3/m128 to xmm2 and saturate the results. |
| VEX.NDS.128.66.0F.WIG DD /r VPADDUSW xmm1, xmm2, xmm3/m128 | RVM | V/V | AVX | Add packed unsigned word integers from xmm3/m128 to xmm2 and saturate the results. |
| VEX.NDS.256.66.0F.WIG DC /r VPADDUSB ymm1, ymm2, ymm3/m256 | RVM | V/V | AVX2 | Add packed unsigned byte integers from ymm2, and ymm3/m256 and store the saturated results in ymm1. |
| VEX.NDS.256.66.0F.WIG DD /r VPADDUSW ymm1, ymm2, ymm3/m256 | RVM | V/V | AVX2 | Add packed unsigned word integers from ymm2, and ymm3/m256 and store the saturated results in ymm1. |
Notes: 1. See note in Section 2.4, “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 | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RM | ModRM:reg (r, w) | ModRM:r/m (r) | NA | NA |
| RVM | ModRM:reg (w) | VEX.vvvv (r) | ModRM:r/m (r) | NA |
Performs a SIMD add of the packed unsigned 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 unsigned saturation, as described in the following paragraphs.
The (V)PADDUSB instruction adds packed unsigned byte integers. When an individual byte result is beyond the range of an unsigned byte integer (that is, greater than FFH), the saturated value of FFH is written to the destination operand.
The (V)PADDUSW instruction adds packed unsigned word integers. When an individual word result is beyond the range of an unsigned word integer (that is, greater than FFFFH), the saturated value of FFFFH is written to the destination operand.
These instructions can operate on either 64-bit, 128-bit or 256-bit operands. When operating on 64-bit operands, the destination operand must be an MMX technology register and the source operand can be either an MMX tech-
nology register or a 64-bit memory location. In 64-bit mode, using a REX prefix in the form of REX.R permits this instruction to access additional registers (XMM8-XMM15). 128-bit Legacy SSE version: The first source operand is an XMM register. The second operand can be an XMM register or a 128-bit memory location. The destination is not distinct from the first source XMM register and the upper bits (VLMAX-1:128) of the corresponding YMM register destination are unmodified.
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 (VLMAX-1:128) of the corresponding YMM register destination are zeroed. 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. Note: VEX.L must be 0, otherwise the instruction will #UD.
PADDUSB (with 64-bit operands) DEST[7:0] ← SaturateToUnsignedByte(DEST[7:0] + SRC (7:0] ); (* Repeat add operation for 2nd through 7th bytes *) DEST[63:56] ← SaturateToUnsignedByte(DEST[63:56] + SRC[63:56] PADDUSB (with 128-bit operands) DEST[7:0] ← SaturateToUnsignedByte (DEST[7:0] + SRC[7:0]); (* Repeat add operation for 2nd through 14th bytes *) DEST[127:120] ← SaturateToUnSignedByte (DEST[127:120] + SRC[127:120]); VPADDUSB (VEX.128 encoded version) DEST[7:0] ← SaturateToUnsignedByte (SRC1[7:0] + SRC2[7:0]); (* Repeat subtract operation for 2nd through 14th bytes *) DEST[127:120] ← SaturateToUnsignedByte (SRC1[111:120] + SRC2[127:120]); DEST[VLMAX-1:128] ← 0 VPADDUSB (VEX.256 encoded version) DEST[7:0] ← SaturateToUnsignedByte (SRC1[7:0] + SRC2[7:0]); (* Repeat add operation for 2nd through 31st bytes *) DEST[255:248]← SaturateToUnsignedByte (SRC1[255:248] + SRC2[255:248]); PADDUSW (with 64-bit operands) DEST[15:0] ← SaturateToUnsignedWord(DEST[15:0] + SRC[15:0] ); (* Repeat add operation for 2nd and 3rd words *) DEST[63:48] ← SaturateToUnsignedWord(DEST[63:48] + SRC[63:48] ); PADDUSW (with 128-bit operands) DEST[15:0] ← SaturateToUnsignedWord (DEST[15:0] + SRC[15:0]); (* Repeat add operation for 2nd through 7th words *) DEST[127:112] ← SaturateToUnSignedWord (DEST[127:112] + SRC[127:112]); VPADDUSW (VEX.128 encoded version) DEST[15:0] ← SaturateToUnsignedWord (SRC1[15:0] + SRC2[15:0]); (* Repeat subtract operation for 2nd through 7th words *) DEST[127:112] ← SaturateToUnsignedWord (SRC1[127:112] + SRC2[127:112]); DEST[VLMAX-1:128] ← 0 VPADDUSW (VEX.256 encoded version) DEST[15:0] ← SaturateToUnsignedWord (SRC1[15:0] + SRC2[15:0]); (* Repeat add operation for 2nd through 15th words *) DEST[255:240] ← SaturateToUnsignedWord (SRC1[255:240] + SRC2[255:240])
| PADDUSB: | __m64 _mm_adds_pu8(__m64 m1, __m64 m2) |
| PADDUSW: | __m64 _mm_adds_pu16(__m64 m1, __m64 m2) |
| (V)PADDUSB: | __m128i _mm_adds_epu8 ( __m128i a, __m128i b) |
| (V)PADDUSW: | __m128i _mm_adds_epu16 ( __m128i a, __m128i b) |
| VPADDUSB: | __m256i _mm256_adds_epu8 ( __m256i a, __m256i b) |
| VPADDUSW: | __m256i _mm256_adds_epu16 ( __m256i a, __m256i b) |
None.
None.
See Exceptions Type 4; additionally
| #UD | If VEX.L = 1. |


| 466 | (A) | and Embatelde by þat bent with many beryns kene |
| 470 | (C) | And batayled a-fore þe oste . with many a bygge wepoun |
| 467 | (D) | And bataylid by-for þe bente wiþ many brigħt wepyn |
| 466 | (E) | & þere were enbatayled . with many britħ wepene |
| (Ex) | ---- no text ---- | |
| 483 | (L) | & batayled after þe bent with many burne kene |
| 446 | (P) | & batelde after þe bent with many beryn kene |
| 464 | (U) | And bataild a forne the bent / witħ many bigge wepyn |
| (V) | ---- no text ---- |


An Enthusiastic, Goal Focused, and Persistent
Current project at UFL Enterprise System, campus scale application serving all Gators.
Hongbo's personal website for showing web development skills.
Using Ionic and AngularJS framework, UFL Chinese Student Association mobile app version 1.0 design.
Using this with Rubber Duck Debugging would be very cool.
Using MEAN stack ( MongoDB + Express + AngularJS + NodeJS ).
Solve this puzzle to comoplete the Legend.
Major in Information Management and Information System
Graduated in May, 2012
Research topic related about Business Intelligence
Major in Informations System & Operation Management
Graduated in May, 2015
May 2015 - July 2015
Related technology: CSS3, HTML5, jQuery, Google Adwords, Google Analytics
Nov 2014 - June 2015
Related technology: CSS3, HTML5, jQuery, Javascript, WordPress
June 2014 - Jan 2016
Related technology: CSS3, HTML5, jQuery, Javascript, WordPress
From July 2015 to Present
AngularJS, Single Page Application, Material Design, Mobile Friendly Application


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Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Bump went the bus as it hit the van. Bump went the van as it hit the lamp. Bump went the lamp as it hit the boat. Rock went the boat and upset the duck on its nest. "Quack, quack," went the duck and off it went. Flap. Flap. Flap. Let's go fast: The bus hit the van, the van hit the lamp, the lamp hitthe boat, the boat upset the duck. And the duck went, "Quack, quack, quack!" and left her nest.
in-context


The Learning Interpretability Tool (LIT) is for researchers and practitioners looking to understand NLP model behavior through a visual, interactive, and extensible tool.
Use LIT to ask and answer questions like:
- What kind of examples does my model perform poorly on?
- Why did my model make this prediction? Can it attribute it to adversarial behavior, or undesirable priors from the training set?
- Does my model behave consistently if I change things like textual style, verb tense, or pronoun gender?
LIT contains many built-in capabilities but is also customizable, with the ability to add custom interpretability techniques, metrics calculations, counterfactual generators, visualizations, and more.
In addition to language, LIT also includes preliminary support for models operating on tabular and image data. For a similar tool built to explore general-purpose machine learning models, check out the What-If Tool.
LIT can be run as a standalone server, or inside of python notebook environments such as Colab, Jupyter, and Google Cloud Vertex AI Notebooks.
Built-in capabilities
Salience maps
Attention visualization
Metrics calculations
Counterfactual generation
Model and datapoint comparison
Embedding visualization
TCAV
And more...
Supported task types
Classification
Regression
Text generation / seq2seq
Masked language models
Span labeling
Multi-headed models
Image and tabular data
And more...
Framework agnostic
TensorFlow 1.x
TensorFlow 2.x
PyTorch
Notebook compatibility
Custom inference code
Remote Procedure Calls
And more...


Basic experiment to measure the effect of latency/frame rate for typing application. You will be presented with a target text for 3 seconds. After this interval the text will be removed, and your task is to type out the target text as quickly and as accurately as possible. Press (ENTER) when you are done to move on to the next trial. (Press ENTER to begin)
Target:
Output:
Text input


Welcome! Please enter your name!
Definitely Not CAH
Version 0.1a
Enter Player Name
Game ID
Round ID
Player ID
New Game
Join Game
Next Round
Get Hand
Get Round
Console
Thank you for being a tester!


Cairo: R graphics device using cairo graphics library for creating
high-quality bitmap (PNG, JPEG, TIFF), vector (PDF, SVG,
PostScript) and display (X11 and Win32) output
Cairo graphics device that can be use to create high-quality vector (PDF, PostScript and SVG) and bitmap output (PNG,JPEG,TIFF), and high-quality rendering in displays (X11 and Win32). Since it uses the same back-end for all output, copying across formats is WYSIWYG. Files are created without the dependence on X11 or other external programs. This device supports alpha channel (semi-transparent drawing) and resulting images can contain transparent and semi-transparent regions. It is ideal for use in server environments (file output) and as a replacement for other devices that don't have Cairo's capabilities such as alpha support or anti-aliasing. Backends are modular such that any subset of backends is supported.
| Version: |
1.5-9 |
| Depends: |
R (≥ 2.4.0) |
| Imports: |
grDevices, graphics |
| Suggests: |
png |
| Enhances: |
FastRWeb |
| Published: |
2015-09-26 |
| Author: |
Simon Urbanek, Jeffrey Horner |
| Maintainer: |
Simon Urbanek <Simon.Urbanek at r-project.org> |
| License: |
GPL-2 |
| URL: |
http://www.rforge.net/Cairo/ |
| NeedsCompilation: |
yes |
| SystemRequirements: |
cairo (>= 1.2 http://www.cairographics.org/) |
| Materials: |
NEWS |
| In views: |
Graphics |
| CRAN checks: |
Cairo results |
Downloads:
Reverse dependencies:
| Reverse depends: |
abn, sparkTable, tourrGui |
| Reverse imports: |
adepro, bhrcr, DecisionAnalysis, dextergui, FastRWeb, ggwordcloud, imager, memery, MetaComp, ncappc, SGP, VIMGUI, visvow |
| Reverse suggests: |
aroma.core, BoutrosLab.plotting.general, corclass, dexter, dexterMST, dplR, drugCombo, eurostat, ggmcmc, hamlet, metaviz, patternplot, plotly, R.devices, R2SWF, repr, Rilostat, shiny, trelliscopejs |
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=Cairo
to link to this page.


Andela
My Events
Register
add
menu
Add an Event!
Lorem ipsum dolor sit amet
mail
Enter your email address...
home
Select a Hall
alarm_on
Select a time
event
perm_identity
Expected guests
mode_edit
Description
Add Event


Ammu ★ Nation
Protecting your rights since 1963!
America's First Choice in Domestic Ordinance
Press `ESC` to Close Menu


{% extends 'base.html' %} {% block container %}
Please judge the following projects based upon the General category. You are given 10 points to distribute amongst these projects. If one really stands out, you may want to give it significantly more points than the others, thus potentially giving other projects 0 points. Conversely, if none of them particularly stand out, you may just want to distribute the points fairly evenly (i.e. roughly 1 or 2 points each). If you have questions on how this system works, please ask an organizer.
| Table | Project | Score |
|---|---|---|
| 3 | My App |
|
| 6 | My Project |
|
Please judge the following projects based upon the SmartHome category. You are given 10 points to distribute amongst these projects. If one really stands out, you may want to give it significantly more points than the others, thus potentially giving other projects 0 points. Conversely, if none of them particularly stand out, you may just want to distribute the points fairly evenly (i.e. roughly 1 or 2 points each). If you have questions on how this system works, please ask an organizer.
| Table | Project | Score |
|---|---|---|
| 3 | My App |
|
| 6 | My Project |
|


I've no issues with PC reports in my battlefeed but I will check with report sharing window.
For the other screenshot, it seems that is a battelog bug (a id value not translated)
Post edited 3 x times, last by
Brady_The
Brady_The
Edit: I failed pretty badly. +1 for everyone.
Topicstarter
Amkhatar
Theme Developer
Link updated with non secure link, "https" may cause issue
Brady_The wrote:
Hm, I guess I am too "special" for some features. It does not work for me on Firefox and Chrome. I am probably the only one, so you don't have to spend to much time for bug chasing.
I think your problem will be resolved with this new link


Research and analysis
What impact does the wider economic situation have on teachers' career decisions? A literature review
Affects of the wider economic situation on teachers' career decisions, and their decisions to remain in or leave teaching during recession.
Documents
Ref:
DFE-RR136
PDF
,
255KB
,
24 pages
Details
Like most other public sector jobs, teaching is often identified as ‘recession-proof’ because the demand for teachers does not generally change in response to the wider economic factors.
The affect of the wider economic situation on teachers’ career decisions is an important issue for workforce planning, but is an area about which there has been only limited research. In fact there is very little research literature focusing on the extent to which the economic cycle affects the supply of workers to any specific occupation.
The report also presents a review of the demographic composition of the teaching profession in England, and the pattern of teacher movements in recent years: entry to teaching, movement out of the profession and return to teaching, and retirement. These patterns have important implications for how the workforce might respond to recession.


Account
public struct Account : Codable, Identifiable, Hashable, ChainProviderProtocol, TokenBalancesProtocol, AvatarProtocol, GlobalsXPRProtocol
Account is the Proton chain account object.
-
This is used as the primary key for storing the account
Declaration
Swift
public var id: String { get }
-
The chainId associated with the account
Declaration
Swift
public var chainId: String
-
The Name of the account. You can get the string value via name.stringValue
Declaration
Swift
public var name: Name
-
Is the account KYC verified
Declaration
Swift
public var verified: Bool
-
The user defined name
Declaration
Swift
public var userDefinedName: String
-
The current key permissions for the account
Declaration
Swift
public var permissions: [API.V1.Chain.Permission]
-
The user modified Avatar string
Declaration
Swift
public var base64Avatar: String
-
The user modified Avatar string
Declaration
Swift
public var staking: Staking?
-
The user modified Avatar string
Declaration
Swift
public var stakingRefund: StakingRefund?
-
Get globalsXPR settings
Declaration
Swift
public var globalsXPR: GlobalsXPR? { get }
-
ChainProvider associated with the Account
Declaration
Swift
public var chainProvider: ChainProvider? { get }
-
TokenBalances associated with the Account
Declaration
Swift
public var tokenBalances: [TokenBalance] { get }
-
XPR TokenBalance associated with the Account
Declaration
Swift
public var systemTokenBalance: TokenBalance? { get }
-
Name formated with leading @
Declaration
Swift
public var nameWithAmpersand: String { get }
-
Return name if not empty, else use the account name
Declaration
Swift
public var userDefinedNameOrName: String { get }
-
Return true if account is qualified for rewards by staking and voting
Declaration
Swift
public var isStakingRewardQualified: Bool { get }
-
Returns the max staking amount for the account.
Declaration
Swift
public var maxStakingAmount: Asset { get }
-
Returns the first tokenBalance that has more than zero balance. System balance always takes precedence.
Declaration
Swift
public var firstAvailableTokenBalance: TokenBalance? { get }
-
Undocumented
Declaration
Swift
public func totalCurrencyBalanceFormatted(forLocale locale: Locale = Locale(identifier: "en_US"), withStakedXPR: Bool = false) -> String
-
Undocumented
Declaration
Swift
public func availableSystemBalanceFormatted(forLocale locale: Locale = Locale(identifier: "en_US"), withSymbol symbol: Bool = false, andPrecision precision: Bool = false) -> String
-
Undocumented
Declaration
Swift
public func totalSystemBalanceFormatted(forLocale locale: Locale = Locale(identifier: "en_US"), withSymbol symbol: Bool = false, andPrecision precision: Bool = false) -> String
-
Undocumented
Declaration
Swift
public func availableSystemBalance() -> Asset
-
Undocumented
Declaration
Swift
public func totalSystemBalance() -> Asset
-
Undocumented
Declaration
Swift
public func privateKey(forPermissionName: String, completion: @escaping ((Result<PrivateKey?, Error>) -> Void))
-
Check if the Account has private key stored within keychain for the passed permission
Declaration
Swift
public func hasStoredPrivateKey(forPermissionName permissionName: String) -> Bool
Parameters
forPermissionName
Key permission name. ex: active
Return Value
Bool
-
Check if the publickey is associated with the Account
Declaration
Swift
public func isKeyAssociated(publicKey: PublicKey) -> Bool
Parameters
publicKey
PublicKey
Return Value
Bool
-
Check if the publickey is associated with the Account
Declaration
Swift
public func isKeyAssociated(withPermissionName permissionName: String, forPublicKey publicKey: PublicKey) -> Bool
Parameters
withPermissionName
The permission name. ex: active
publicKey
PublicKey
Return Value
Bool
-
Returns a set of keys associated with the Account
Declaration
Swift
public func uniquePublicKeys() -> Set<PublicKey>
Return Value
Set<PublicKey>


Hello everyone! This is a website, though still not that useful yet. Let's see how it is at the end of the week!
I'm Blaise Clarke! Here's some facts about me...
- As of September 11th, 2018 I am 25 years old.
- I am originally from Portland, Oregon.
- I moved to Seattle in March 2016. Before that, I attended Oregon State University.
- I do not have any pets, though would like to adopt a dog someday.
- I have one sibling, an older brother.
- Both my parents still live in Portland.


Start
The test verifies, that the flow event configs are working as expected.
Test results..
Error happend.