--- layout: post title: Second Wave - Google Wave Has E-Mail Notifications categories: [] tags: - communication - email - geek - google - wave status: publish type: post published: true meta: _original_post_id: '' _original_import_author: John Duprey author: ---
Its been MONTHS since I visited google Wave. Its a huge resource hog so I don't leave it open like e-mail. I had about 20 unread messages to catch up on. I also discovered that google wave now supports e-mail notifications so you don't have keeping loading up the bloated thing just to see if there are new posts. Second, when using Google Chrome web browser, it doesn't take up nearly as much memory. Google Chrome (and its child procs) seem to take up about 200M. Safari, 665M. Chrome is also much faster and seems to render Wave better.
It also appears that you can remove people from Waves.. but what about your contacts? The e-mail thing will definitely encourage me to use it more.


To get to the Import Options, select the Import Filter Data button from the main window:
Example of what to place in the entry box:
This will import a 5th order highpass Butterworth filter with cutoff at pi/2.
pzimport(B,A,GAIN,are_roots)
|
| >> pzimport(B,A)
>> pzimport(B) >> pzimport(B,A,5) >> pzimport(B_root,A_root,8,1) |
Imports polynomials, gain of B(1)
Imports polynomial Zero vector, gain of B(1) Imports polynomials with gain of 5(Ignores B(1)) Imports root vectors, gain of 8 |


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A Little About Myself
My name is Joseph Leroy Beaubien Jr, and I am a recent graduate of Michigan State University. My main interest is game design and art development. I live in East Lansing, were I also work for Media Services as a student worker. My main interests are game design and development, and art of any medium. I come from a small town in Michigan called Hudson, but I live in the East Lansing area(Michigan).
My Education
I graduated from Hudson High School, and from there I went to study at Jackson Community College(JCC) (formally known as Jackson College). I went to JCC for two years and got a degree in general education, which I then transferred my credits to Michigan State University (MSU), where I studied Media Art and Information Technology.
My Resume
As a portfolio website, it is fitting that I should include a link to my resume. Most of my work has been in Info Tech or game design feilds, and I have lots of experience working with educational technology support. Here is a link to my resume


BigUInt
public struct BigUInt : UnsignedInteger
extension BigUInt: Codable
extension BigUInt: Comparable
extension BigUInt: Hashable
extension BigUInt: ExpressibleByIntegerLiteral
extension BigUInt: Strideable
extension BigUInt: ExpressibleByStringLiteral
extension BigUInt: CustomStringConvertible
extension BigUInt: CustomPlaygroundDisplayConvertible
An arbitary precision unsigned integer type, also known as a “big integer”.
Operations on big integers never overflow, but they may take a long time to execute. The amount of memory (and address space) available is the only constraint to the magnitude of these numbers.
This particular big integer type uses base-2^64 digits to represent integers; you can think of it as a wrapper
around Array<UInt64>
. (In fact, BigUInt
only uses an array if there are more than two digits.)
-
The type representing a digit in
BigUInt
‘s underlying number system.Declaration
Swift
public typealias Word = UInt
-
Initializes a new BigUInt with value 0.
Declaration
Swift
public init()
-
Initializes a new BigUInt with the specified digits. The digits are ordered from least to most significant.
Declaration
Swift
public init(words: [Word])
-
Add
a
andb
together and return the result.Complexity
O(max(a.count, b.count))Declaration
Swift
public static func + (a: BigUInt, b: BigUInt) -> BigUInt
-
Add
a
andb
together, and store the sum ina
.Complexity
O(max(a.count, b.count))Declaration
Swift
public static func += (a: inout BigUInt, b: BigUInt)
-
Declaration
Swift
public static var isSigned: Bool { get }
-
Return true iff this integer is zero.
Complexity
O(1)Declaration
Swift
public var isZero: Bool { get }
-
Returns
1
if this value is, positive; otherwise,0
.Declaration
Swift
public func signum() -> BigUInt
Return Value
The sign of this number, expressed as an integer of the same type.
-
Return the ones’ complement of
a
.Complexity
O(a.count)Declaration
Swift
public prefix static func ~ (a: BigUInt) -> BigUInt
-
Calculate the bitwise OR of
a
andb
, and store the result ina
.Complexity
O(max(a.count, b.count))Declaration
Swift
public static func |= (a: inout BigUInt, b: BigUInt)
-
Calculate the bitwise AND of
a
andb
and return the result.Complexity
O(max(a.count, b.count))Declaration
Swift
public static func &= (a: inout BigUInt, b: BigUInt)
-
Calculate the bitwise XOR of
a
andb
and return the result.Complexity
O(max(a.count, b.count))Declaration
Swift
public static func ^= (a: inout BigUInt, b: BigUInt)
-
Declaration
Swift
public init(from decoder: Decoder) throws
-
Declaration
Swift
public func encode(to encoder: Encoder) throws
-
Compare
a
tob
and return anNSComparisonResult
indicating their order.Complexity
O(count)Declaration
Swift
public static func compare(_ a: BigUInt, _ b: BigUInt) -> ComparisonResult
-
Return true iff
a
is equal tob
.Complexity
O(count)Declaration
Swift
public static func == (a: BigUInt, b: BigUInt) -> Bool
-
Return true iff
a
is less thanb
.Complexity
O(count)Declaration
Swift
public static func < (a: BigUInt, b: BigUInt) -> Bool
-
Initialize a BigInt from bytes accessed from an UnsafeRawBufferPointer
Declaration
Swift
public init(_ buffer: UnsafeRawBufferPointer)
-
Initializes an integer from the bits stored inside a piece of
Data
. The data is assumed to be in network (big-endian) byte order.Declaration
Swift
public init(_ data: Data)
-
Return a
Data
value that contains the base-256 representation of this integer, in network (big-endian) byte order.Declaration
Swift
public func serialize() -> Data
-
Divide this integer by
y
and return the resulting quotient and remainder.Requires
y > 0
Complexity
O(count^2)Declaration
Swift
public func quotientAndRemainder(dividingBy y: BigUInt) -> (quotient: BigUInt, remainder: BigUInt)
Return Value
(quotient, remainder)
wherequotient = floor(self/y)
,remainder = self - quotient * y
-
Divide
x
byy
and return the quotient.Note
Usedivided(by:)
if you also need the remainder.Declaration
Swift
public static func / (x: BigUInt, y: BigUInt) -> BigUInt
-
Divide
x
byy
and return the remainder.Note
Usedivided(by:)
if you also need the remainder.Declaration
Swift
public static func % (x: BigUInt, y: BigUInt) -> BigUInt
-
Divide
x
byy
and store the quotient inx
.Note
Usedivided(by:)
if you also need the remainder.Declaration
Swift
public static func /= (x: inout BigUInt, y: BigUInt)
-
Divide
x
byy
and store the remainder inx
.Note
Usedivided(by:)
if you also need the remainder.Declaration
Swift
public static func %= (x: inout BigUInt, y: BigUInt)
-
Returns this integer raised to the power
exponent
.This function calculates the result by successively squaring the base while halving the exponent.
Note
This function can be unreasonably expensive for large exponents, which is whyexponent
is a simple integer value. If you want to calculate big exponents, you’ll probably need to use the modulo arithmetic variant.See also
BigUInt.power(_:, modulus:)
Complexity
O((exponent * self.count)^log2(3)) or somesuch. The result may require a large amount of memory, too.Declaration
Swift
public func power(_ exponent: Int) -> BigUInt
Return Value
1 if
exponent == 0
, otherwiseself
raised toexponent
. (This implies that0.power(0) == 1
.) -
Returns the remainder of this integer raised to the power
exponent
in modulo arithmetic undermodulus
.Uses the right-to-left binary method.
Complexity
O(exponent.count * modulus.count^log2(3)) or somesuchDeclaration
Swift
public func power(_ exponent: BigUInt, modulus: BigUInt) -> BigUInt
-
Declaration
Swift
public init?<T>(exactly source: T) where T : BinaryFloatingPoint
-
Declaration
Swift
public init<T>(_ source: T) where T : BinaryFloatingPoint
-
Returns the greatest common divisor of
self
andb
.Complexity
O(count^2) where count = max(self.count, b.count)Declaration
Swift
public func greatestCommonDivisor(with b: BigUInt) -> BigUInt
-
Returns the multiplicative inverse of this integer in modulo
modulus
arithmetic, ornil
if there is no such number.Requires
modulus > 1Complexity
O(count^3)Declaration
Swift
public func inverse(_ modulus: BigUInt) -> BigUInt?
Return Value
If
gcd(self, modulus) == 1
, the value returned is an integera < modulus
such that(a * self) % modulus == 1
. Ifself
andmodulus
aren’t coprime, the return value isnil
.
-
Append this
BigUInt
to the specified hasher.Declaration
Swift
public func hash(into hasher: inout Hasher)
-
Declaration
Swift
public init?<T>(exactly source: T) where T : BinaryInteger
-
Declaration
Swift
public init<T>(_ source: T) where T : BinaryInteger
-
Declaration
Swift
public init<T>(truncatingIfNeeded source: T) where T : BinaryInteger
-
Declaration
Swift
public init<T>(clamping source: T) where T : BinaryInteger
-
Initialize a new big integer from an integer literal.
Declaration
Swift
public init(integerLiteral value: UInt64)
-
Multiply this big integer by a single word, and store the result in place of the original big integer.
Complexity
O(count)Declaration
Swift
public mutating func multiply(byWord y: Word)
-
Multiply this big integer by a single Word, and return the result.
Complexity
O(count)Declaration
Swift
public func multiplied(byWord y: Word) -> BigUInt
-
Multiply
x
byy
, and add the result to this integer, optionally shiftedshift
words to the left.Note
This is the fused multiply/shift/add operation; it is more efficient than doing the components individually. (The fused operation doesn’t need to allocate space for temporary big integers.)Complexity
O(count)Declaration
Swift
public mutating func multiplyAndAdd(_ x: BigUInt, _ y: Word, shiftedBy shift: Int = 0)
Return Value
self
is set toself + (x * y) << (shift * 2^Word.bitWidth)
-
Multiply this integer by
y
and return the result.Note
This uses the naive O(n^2) multiplication algorithm unless both arguments have more thanBigUInt.directMultiplicationLimit
words.Complexity
O(n^log2(3))Declaration
Swift
public func multiplied(by y: BigUInt) -> BigUInt
-
Multiplication switches to an asymptotically better recursive algorithm when arguments have more words than this limit.
Declaration
Swift
public static var directMultiplicationLimit: Int
-
Multiply
a
byb
and return the result.Note
This uses the naive O(n^2) multiplication algorithm unless both arguments have more thanBigUInt.directMultiplicationLimit
words.Complexity
O(n^log2(3))Declaration
Swift
public static func * (x: BigUInt, y: BigUInt) -> BigUInt
-
Multiply
a
byb
and store the result ina
.Declaration
Swift
public static func *= (a: inout BigUInt, b: BigUInt)
-
Returns true iff this integer passes the strong probable prime test for the specified base.
Declaration
Swift
public func isStrongProbablePrime(_ base: BigUInt) -> Bool
-
Returns true if this integer is probably prime. Returns false if this integer is definitely not prime.
This function performs a probabilistic Miller-Rabin Primality Test, consisting of
rounds
iterations, each calculating the strong probable prime test for a random base. The number of rounds is 10 by default, but you may specify your own choice.To speed things up, the function checks if
self
is divisible by the first few prime numbers before diving into (slower) Miller-Rabin testing.Also, when
self
is less than 82 bits wide,isPrime
does a deterministic test that is guaranteed to return a correct result.Declaration
Swift
public func isPrime(rounds: Int = 10) -> Bool
-
Create a big unsigned integer consisting of
width
uniformly distributed random bits.Declaration
Swift
public static func randomInteger<RNG>(withMaximumWidth width: Int, using generator: inout RNG) -> BigUInt where RNG : RandomNumberGenerator
Parameters
width
The maximum number of one bits in the result.
generator
The source of randomness.
Return Value
A big unsigned integer less than
1 << width
. -
Create a big unsigned integer consisting of
width
uniformly distributed random bits.Note
I use a
SystemRandomGeneratorGenerator
as the source of randomness.Declaration
Swift
public static func randomInteger(withMaximumWidth width: Int) -> BigUInt
Parameters
width
The maximum number of one bits in the result.
Return Value
A big unsigned integer less than
1 << width
. -
Create a big unsigned integer consisting of
width-1
uniformly distributed random bits followed by a one bit.Note
If
width
is zero, the result is zero.Declaration
Swift
public static func randomInteger<RNG>(withExactWidth width: Int, using generator: inout RNG) -> BigUInt where RNG : RandomNumberGenerator
Parameters
width
The number of bits required to represent the answer.
generator
The source of randomness.
Return Value
A random big unsigned integer whose width is
width
. -
Create a big unsigned integer consisting of
width-1
uniformly distributed random bits followed by a one bit.Note
Ifwidth
is zero, the result is zero.Note
I use a
SystemRandomGeneratorGenerator
as the source of randomness.Declaration
Swift
public static func randomInteger(withExactWidth width: Int) -> BigUInt
Return Value
A random big unsigned integer whose width is
width
. -
Create a uniformly distributed random unsigned integer that’s less than the specified limit.
Precondition
limit > 0
.Declaration
Swift
public static func randomInteger<RNG>(lessThan limit: BigUInt, using generator: inout RNG) -> BigUInt where RNG : RandomNumberGenerator
Parameters
limit
The upper bound on the result.
generator
The source of randomness.
Return Value
A random big unsigned integer that is less than
limit
. -
Create a uniformly distributed random unsigned integer that’s less than the specified limit.
Precondition
limit > 0
.Note
I use a
SystemRandomGeneratorGenerator
as the source of randomness.Declaration
Swift
public static func randomInteger(lessThan limit: BigUInt) -> BigUInt
Parameters
limit
The upper bound on the result.
Return Value
A random big unsigned integer that is less than
limit
.
-
Undocumented
Declaration
Swift
public static func >>= <Other>(lhs: inout BigUInt, rhs: Other) where Other : BinaryInteger
-
Undocumented
Declaration
Swift
public static func <<= <Other>(lhs: inout BigUInt, rhs: Other) where Other : BinaryInteger
-
Undocumented
Declaration
Swift
public static func >> <Other>(lhs: BigUInt, rhs: Other) -> BigUInt where Other : BinaryInteger
-
Undocumented
Declaration
Swift
public static func << <Other>(lhs: BigUInt, rhs: Other) -> BigUInt where Other : BinaryInteger
-
Returns the integer square root of a big integer; i.e., the largest integer whose square isn’t greater than
value
.Declaration
Swift
public func squareRoot() -> BigUInt
Return Value
floor(sqrt(self))
-
A type that can represent the distance between two values ofa
BigUInt
.Declaration
Swift
public typealias Stride = BigInt
-
Adds
n
toself
and returns the result. Traps if the result would be less than zero.Declaration
Swift
public func advanced(by n: BigInt) -> BigUInt
-
Initialize a big integer from an ASCII representation in a given radix. Numerals above
9
are represented by letters from the English alphabet.Requires
radix > 1 && radix < 36
Declaration
Swift
public init?<S>(_ text: S, radix: Int = 10) where S : StringProtocol
Return Value
The integer represented by
text
, or nil iftext
contains a character that does not represent a numeral inradix
. -
Initialize a new big integer from a Unicode scalar. The scalar must represent a decimal digit.
Declaration
Swift
public init(unicodeScalarLiteral value: UnicodeScalar)
-
Initialize a new big integer from an extended grapheme cluster. The cluster must consist of a decimal digit.
Declaration
Swift
public init(extendedGraphemeClusterLiteral value: String)
-
Initialize a new big integer from a decimal number represented by a string literal of arbitrary length. The string must contain only decimal digits.
Declaration
Swift
public init(stringLiteral value: StringLiteralType)
-
Return the decimal representation of this integer.
Declaration
Swift
public var description: String { get }
-
Return the playground quick look representation of this integer.
Declaration
Swift
public var playgroundDescription: Any { get }
-
Subtract
other
from this integer in place, and return a flag indicating if the operation caused an arithmetic overflow.other
is shiftedshift
digits to the left before being subtracted.Note
If the result indicates an overflow, thenself
becomes the twos’ complement of the absolute difference.Complexity
O(count)Declaration
Swift
public mutating func subtractReportingOverflow(_ b: BigUInt, shiftedBy shift: Int = 0) -> Bool
-
Subtract
other
from this integer, returning the difference and a flag indicating arithmetic overflow.other
is shiftedshift
digits to the left before being subtracted.Note
Ifoverflow
is true, then the result value is the twos’ complement of the absolute value of the difference.Complexity
O(count)Declaration
Swift
public func subtractingReportingOverflow(_ other: BigUInt, shiftedBy shift: Int) -> (partialValue: BigUInt, overflow: Bool)
-
Subtracts
other
fromself
, returning the result and a flag indicating arithmetic overflow.Note
When the operation overflows, thenpartialValue
is the twos’ complement of the absolute value of the difference.Complexity
O(count)Declaration
Swift
public func subtractingReportingOverflow(_ other: BigUInt) -> (partialValue: BigUInt, overflow: Bool)
-
Subtract
other
from this integer in place.other
is shiftedshift
digits to the left before being subtracted.Requires
self >= other * 2^shiftComplexity
O(count)Declaration
Swift
public mutating func subtract(_ other: BigUInt, shiftedBy shift: Int = 0)
-
Subtract
b
from this integer, and return the difference.b
is shiftedshift
digits to the left before being subtracted.Requires
self >= b * 2^shiftComplexity
O(count)Declaration
Swift
public func subtracting(_ other: BigUInt, shiftedBy shift: Int = 0) -> BigUInt
-
Decrement this integer by one.
Requires
!isZeroComplexity
O(count)Declaration
Swift
public mutating func decrement(shiftedBy shift: Int = 0)
-
Subtract
b
froma
and return the result.Requires
a >= bComplexity
O(a.count)Declaration
Swift
public static func - (a: BigUInt, b: BigUInt) -> BigUInt
-
Subtract
b
froma
and store the result ina
.Requires
a >= bComplexity
O(a.count)Declaration
Swift
public static func -= (a: inout BigUInt, b: BigUInt)
-
Undocumented
Declaration
Swift
public subscript(bitAt index: Int) -> Bool { get set }
-
The minimum number of bits required to represent this integer in binary.
Complexity
O(1)Declaration
Swift
public var bitWidth: Int { get }
Return Value
floor(log2(2 * self + 1))
-
The number of leading zero bits in the binary representation of this integer in base
2^(Word.bitWidth)
. This is useful when you need to normalize aBigUInt
such that the top bit of its most significant word is 1.Note
0 is considered to have zero leading zero bits.See also
widthComplexity
O(1)Declaration
Swift
public var leadingZeroBitCount: Int { get }
Return Value
A value in
0...(Word.bitWidth - 1)
. -
The number of trailing zero bits in the binary representation of this integer.
Note
0 is considered to have zero trailing zero bits.Complexity
O(count)Declaration
Swift
public var trailingZeroBitCount: Int { get }
Return Value
A value in
0...width
. -
Declaration
Swift
public struct Words : RandomAccessCollection
-
Declaration
Swift
public var words: Words { get }


Personal Details.
Favorties
Listen musics, watch movies, read books .etc..
Personal Interests
C#, PHP , Video Editing,
My Homeland
About homeland... More details click.
Educational Carrier


Weather Planet
Weather For All.
☰ Menu
Home
Preston
Soda Springs
Fish Haven
Storm Center
Gallery
Gallery
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Light Clouds
Lightning
Rain
Snow
Snow with Clear Skies
Sunny


Well howdy there? We weren't expecting your here.
It looks like the resource you requested is not available
I.E. This is a 404 error (page not found) if you want to get technical about it.
I.E. This is a 404 error (page not found) if you want to get technical about it.


--- title: Places where I've lived, part 2 - Helsinki excerpt: date: '2021-04-20 16:02:19 +0100' categories: - Motivation - General - Traveling - Photography image: path: /assets/images/social/places_helsinki.jpg ---
After completing military service in 1991, I moved to Helsinki to play music and to study at the University of Helsinki. At the time, Linus Torvalds was a student there as well - releasing that same year the initial version of Linux.
However, without dissing anyone or anything here, I thought computer science was extremely boring, so I quit after 4 months. The point is that 1990s in Helsinki was a period of exploration for me, a decade when I continued pursuing my dreams with my first love from the 80s: Music. I went on to study at the Sibelius Academy Jazz Department.
By the end of that decade, after many both extremely rewarding and challenging years of studying and working in music & teaching, I decided to put music on hold, and pursue a career in the Web. Perhaps technology was a new way to be creative, while working with groups of people, towards greater good? Perhaps it had evolved into something more interesting than what I saw in 1991? I wanted to find out. That meant moving back to my hometown to study information systems, human-computer interaction and economics at the University of Jyväskylä.
I don't have so many digital photographs from Helsinki to choose from, so this one from 2005 will have to do :)
{% include navigation-places.html %}


To install Qurl the most easy way is to use the golang tooling and execute the following:
$ go get github.com/repejota/qurl
If you have already installed a previous version of Qurl, you can upgrade it using the -u flag like this:
$ go get -u github.com/repejota/qurl
Building from sources
If you want to get the latest version or execute the development version of Qurl you can build it from sources:
$ git clone https://github.com/repejota/qurl
Cloning into 'qurl'...
remote: Counting objects: 1018, done.
remote: Compressing objects: 100% (77/77), done.
remote: Total 1018 (delta 41), reused 86 (delta 22), pack-reused 903
Receiving objects: 100% (1018/1018), 1.16 MiB | 214.00 KiB/s, done.
Resolving deltas: 100% (539/539), done.
$ cd qurl
$ make install
- As you can see we use
make
as a tool to build Qurl. Please refer to our Makefile to see all available tasks.
Documentation
This documentation is a Hugo based static website. You will find the sources
under the docs-src
folder.
To execute the development server for the documentation just use:
$ make docs-serve


PrimeNG is a collection of rich UI components for Angular. PrimeNG is a sibling of the popular
JavaServer Faces Component Suite, PrimeFaces.
All widgets are open source and free to use under MIT License.
PrimeNG is developed by PrimeTek Informatics, a company with years of expertise in developing open
source UI components..


Oh no!
We're sorry, there seems to have been a problem loading this URL from IPFS.
Please go back to meeseeks.app and try again or check out our GitHub Page if you are trying to configure your own instance of the bootstrap.
Here is video of birds dancing, to help ease the pain.
<3 The Meeseeks App Team <3


After getting a
degree in physics and chemistry, Fritz Zaucker spent some years in New York
working on a PhD in environmental physics which he received from
the University of Heidelberg, Germany. After a couple of years
working in climate change research he returned to Europe and led
the IT support group of the Department of Electrical Engineering and
Information Technology at ETH Zurich. Occasionally Fritz is teaching
introductionary courses internet technologies and databases and
since 2007 is managing director of OETIKER+PARTNER AG, Olten, Switzerland.


Contents Getting Out of Trouble Reporting Problems
The Toolbox is far from perfect. Below are some hints for getting out of trouble if it misbehaves, and instructions for reporting bugs. Please be patient, we're doing the best we can. We and our other users would greatly appreciate any help you can give us. Click here to find out how you can help.
Errors in the Toolbox can cause it to get into a bad state. The best thing to do if this happens is to back out of what you were doing and try again. You should try to back out only as far as necessary.
If you try running TLC and nothing seems to be happening, see If Something Crashes. Looking at The TLC Console View can help you figure out what state TLC is in. It's possible that the problem is with the model. A problem with a model can also be caused by editing the model, or by editing and re-parsing the spec.
Closing the model (by clicking on the X in the model editor's tab) and re-opening it (with the TLC Model Checker/Open Model menu item) may solve the problem. If not, try cloning the model and deleting the original. (See the Models help page.) If the problem persists in the cloned model, try creating a new model. If that too has problems, try backing out of the spec.
If the Toolbox gets into a bad state when you're editing a module, or
when you have a problem with a TLC model that can't be solved by backing
out of the model, you should try backing out of the spec.
The first thing to try is closing the spec,
refresh the spec by right-clicking on its entry
in the Spec Explorer,
and re-opening the spec.
(See the Manipulating
Specs help page.)
If that doesn't work, try exiting from and then restarting the
Toolbox.
If that fails, delete the original spec.
However, if you have models that you don't want to lose, first make a
copy of the .toolbox
directory under some other name.
If that works, try creating a new spec with the same root
module.
If you have saved a copy of the old .toolbox
directory,
you can first restore that directory and see if you can open it with
the Import existing models
option.
If not, you will have to try creating a new spec with the same modules
but without your saved models.
If you can't restore the spec, see if the problem exists with other
specs.
If it does, you will probably have to back out of the Toolbox.
If not, see if you can figure out what it is about that particular
spec that is causing the problem.
If all else fails, you will have to re-initialize the Toolbox. This is done by exiting the Toolbox
and deleting all its state information from the disk. However, before doing this, save the relevant
part of the Toolbox's .log
file as described in Reporting Problems below.
The Toolbox keeps its state in a folder named workspace
that it creates in the
folder from which you run the Toolbox. Deleting (or renaming) the workspace
folder (when the Toolbox
is not running) causes the Toolbox
to start in its initial state the next time you execute it. It will then show no existing specs.
However, the information about the individual specs that existed when you deleted
the workspace
folder is still there.
If you had a spec named SName ,
the state of that spec was saved in a folder named SName.toolbox .
If you open a spec with that name having the same root module, the Toolbox will give you
the option of reloading that state, which includes the state of all its models.
If you're lucky, that spec will work fine. If not, you'll have to delete the spec
(which deletes the .toolbox
folder) and re-create
it from scratch. Of course, the module files will still be there.
We can't fix a problem with the Toolbox if we don't know about it. Please report any problem you encounter--be it a bug or something you found confusing or poorly explained. You can enter a bug report in our GitHub bug database. However, please search the database first to make sure that we don't already know about it.
When reporting a bug, please include all details.
It will be helpful if you can include the relevant part of the
Toolbox's log, which is the file named .log.
The .log file is in the
.tlaplus/.metadata/ folder in your home
directory.
On Windows, you can find out where your home directory is located, by
entering the command echo %SYSTEMDRIVE%%HOMEPATH%
in
Command Prompt. On Linux and Mac, check the $HOME variable.
(The log contains enough timestamped entries for you to figure out
what part of it relates to the problem you are reporting.)


Intended for beginners and anyone wishing a grounded foundation in the practice of yoga, this 60 minute
class of poses and slow movement focuses on asana (proper alignment and posture), pranayama (breath work),
and guided meditation to foster your mind and body connection.
Vinyasa Yoga
Although designed for intermediate to advanced students, beginners are welcome to sample this 60 minutes
class that focuses on breath-synchronized movement— you will inhale and exhale as you flow
energetically through yoga poses.
Restorative Yoga
This 90 minutes class features very slow movement and long poses that are supported by a chair or wall. This
calming, restorative experience is suitable for students of any level of experience. This practice can be a
perfect way to help rehabilitate an injury.


This application is not affiliated with the Grenoble Municipal Library.
Checkout source code Review on the Mac App Store Discover my other apps Follow on Twitter
Made by Studio AMANgA.


Hello I'm Amy Deakin. I’m a qualified freelance copywriter, copy-editor and proofreader.
Print, Branding
Advertising, Graphic Design
Branding, Graphic Design, Webdesign
Graphic Design, Webdesign, Advertising
Webdesign, Advertising, Branding
Branding, Packaging, UI/UX


You Beat The Goose!
Enter Your Name
Submit
Color Game
High Score: The Goose!
Time 0:30
Score 0
High Score
Start


|
Steam Audio API
2.0-beta.18
|
A distance attenuation model for use when calculating frequency-independent distance attenuation along a path from the source to the listener. More...
Data Fields | |
| IPLDistanceAttenuationModelType | type |
| The type of distance attenuation model to use. More... | |
| IPLfloat32 | minDistance |
| The minimum distance parameter for the model. More... | |
| IPLDistanceAttenuationCallback | callback |
| The callback function to call when evaluating distance attenuation. More... | |
| void * | userData |
| User-specified data that should be passed to the callback function when it is called. More... | |
| IPLbool | dirty |
Flag indicating whether userData has been changed. More... | |
A distance attenuation model for use when calculating frequency-independent distance attenuation along a path from the source to the listener.
The type of distance attenuation model to use.
| IPLfloat32 minDistance |
The minimum distance parameter for the model.
Only used if type
is IPL_DISTANCEATTENUATION_INVERSEDISTANCE
.
| IPLDistanceAttenuationCallback callback |
The callback function to call when evaluating distance attenuation.
Only used if type
is IPL_DISTANCEATTENUATION_CALLBACK
.
| void* userData |
User-specified data that should be passed to the callback function when it is called.
Use this to pass in any source-specific data that must be known to the callback function. Only used if type
is IPL_DISTANCEATTENUATION_CALLBACK
.
| IPLbool dirty |
Flag indicating whether userData
has been changed.
When type
is set to IPL_DISTANCEATTENUATION_CALLBACK
, Steam Audio can avoid repeating some calculations if dirty
is set to false
; these calculations are should only be carried out when userData
changes, in which case dirty
should be set to true
.


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{% extends 'main.html' %} {% load i18n %} {% block add_head %} {% endblock add_head %} {% block add_foot %} {% endblock add_foot %} {% block content_body %} {% now "U" as current_time %}
{% trans 'Chemtogether is an annual career fair at ETH Zurich for companies in the chemical and pharmaceutical industries. This year´s Chemtogether will take place on the 8th and 9th November 2022 on the G-floor of the HCI building on the ETH Hönggerberg campus.' %}
{% trans 'Information regarding COVID-19: We are confident that the Chemtogether 2022 will again be held in presence. To ensure the health of our company representatives and visitors, we will adhere to the regulations imposed by the Federal Council and ETH Zürich. We hope you will understand this measure and support us in our efforts to ensure the safest possible experience. We are looking forward to welcoming you all to this year’s Chemtogether!' %}
{% if global_preferences.fair__applications_open_date|date:"U" < current_time %}
{% trans 'The application process for exhibitors of Chemtogether 2022 is open.' %}
{% else %}
{% trans 'The application process for exhibitors of Chemtogether 2022 will open on' %} {{ global_preferences.fair__applications_open_date|date:'d.m.Y' }}.
{% endif %}
{% if global_preferences.fair__applications_open_date|date:"U" < current_time %} {% trans 'Use the link to the application form below to start the registration process. If you have any questions in the meantime, contact us below.' %} {% else %} {% trans 'You have created an account and will be informed as soon as the application process is opened. The application form will be shown below. If you have any questions in the meantime, contact us below.' %} {% endif %}
{% if global_preferences.fair__applications_open_date|date:"U" < current_time %} {% trans 'To application form' %} {% endif %} {% trans 'Contact by mail' %}
{% if global_preferences.fair__applications_open_date|date:"U" < current_time %} {% trans 'Having signed up for an account is not a registration for the fair. The process of applying for the fair begins after account creation with the application form.' %} {% else %} {% trans 'Having signed up for an account is not a registration for the fair. You will be notified about the opening of the application process and will be able to apply for the fair in a separate application step as soon as the application process is open.' %} {% endif %}


---
layout: default
title: David Arthur
---
Blog Posts
{% for post in site.posts %}
- {{ post.date | date_to_string }} » {{ post.title }}
{% endfor %}
Talks
Publications
Projects (useful)
- kafka-python: A low-level Python client for Apache Kafka.
- s3-multipart: A Python utility for parallel uploads/downloads to/from S3
Projects (fun)
- dcpu16-java: Just playing around with the DCPU16 spec with Java and Python
- flake-java: A unique id generator, based on the concepts in Twitter's snowflake
- Gist 512987: A very early websockets implementation in Python. Probably doesn't work anymore; nonetheless, people found it useful at one time so I'm keeping it here for posterity


Construct a hidden Markov model (HMM) from spin label side chain dihedrals obtained from MD simulations.
HMM = mdhmm(dihedrals,dt,nStates,nLag) HMM = mdhmm(dihedrals,dt,nStates,nLag,Opt)
mdhmm
takes the trajectories of dihedral angles provided in dihedrals
and builds a Gaussian hidden Markov model (HMM) that stochastically models these trajectories.
mdhmm
accepts up to five input arguments
dihedrals
: trajectory or tracetories of dihedrals
dt
: time step (in seconds) of the dihedral trajectory
nStates
: desired number of states for the HMM
nLag
: desired lag time for the HMM, as a multiplication factor for dt
Opt
: simulation options
The possible fields in the structure Opt
are
Verbosity
isSeeded
true
, use systematic seeds for the clustering of the dihedral angles. If set to false
, use random seeds.
nTrials
If no input argument is given, a short help summary is shown (same as when typing help cardamom
).
mdhmm
returns a structure with information about the Gaussian HMM. It has the following fields
TransProb
eqDistr
mu
Sigma
viterbiTraj
tauRelax
logLik
mdhmm
uses k-means clustering to determine an initial set of state centers and covariance matrices, and a maximum-likelihood estimator to obtain initial estimates for the transition probability matrix and the initial distribution. It then uses these estimates as starting values to optimize them, using the Baum-Welch expectation maximization algorithm. This yields the final HMM parameters. At the end, the most likely state trajectory giving rise to the dihedral trajectory is calculated using the Viterbi algorithm, and the relaxation times of the HMM are calculated from the eigenvalues of the transition probability matrix.
For diagnostics purposes, the log-likelihood exhibited by the set of HMM parameter values throughout model optimization is also provided.
cardamom, mdload, stochtraj_diffusion, stochtraj_jump


Key: = Must support, = QICore-defined extension, = Is-Modifier
| Field | Card. | Type and Description |
|---|---|---|
| activity |
0..*
|
List<Activity>
|
| addresses |
0..*
|
List<Condition>
|
| author |
0..*
|
List<Patient | Practitioner | RelatedPerson | Organization>
|
| careTeam |
0..1
|
CareTeam
|
| category |
0..*
|
List<Concept>
|
| context |
0..1
|
Encounter | EpisodeOfCare
|
| description |
0..1
|
String
|
| goal |
0..*
|
List<Goal>
|
| identifier |
0..*
|
List<Identifier>
|
| modified |
0..1
|
DateTime
|
| note |
0..1
|
Annotation
|
| period |
0..1
|
interval<DateTime>
|
| relatedPlan |
0..*
|
List<RelatedPlan>
|
| status |
1..1
|
code
|
| subject |
0..1
|
Patient | Group
|
| support |
0..*
|
List<Resource>
|
Key: = Must support, = QICore-defined extension, = Is-Modifier


views
None.
Number of lumbar-type vertebrae:
Vertebral bodies:
Disk spaces:
Soft tissues:
Alignment:
Normal examination.


Stars of your excellency interface with press in Lagos
by EditorLast week Thursday was another day to remember for the stars that featured in EbonyLife Films, Your Excellency, as they interfaced with journalists on their roles in the movie.
As expected, there was huge interest in how Funke Akindele-Bello managed to direct and star in the movie, especially as this is her directorial debut. Her ‘other half’ in the film, Akin Lewis, was relaxed and charismatic, much like his onscreen character, presidential aspirant, Chief Olalekan Ajadi. The rest of the cast were equally light-hearted, hinting at the hilarious comedy they have in store for their fans across the country.
Cast that graced the gathering included, Kemi ‘Lala’ Akindoju, Eku Edewor, Emmanuel ‘EmmaOhMaGod,’ Alexx Ekubo, Deyemi Okanlawon.Others were Ini Dima-Okojie, Chioma ‘Chigul’ Omeruah, Ikechukwu Onunaku and Helen Paul.
Executive Producer, Mo Abudu, appreciating the cast and media said, she is grateful to her sponsors Guinness Gold, Bollinger and Coca-Cola, for making the occasion an eventful one. Your Excellency will hit the cinemas across the country from December 13.


ZE:A's Dongjun reveals emotional MV for 'Alone'
by germainejZE:A's Dongjun has revealed his emotional music video for "Alone".
The MV follows a man who ends a lonely day in tears. "Alone" is the title song of Dongjun's new mini album, and it's about being okay despite being all by yourself.
Check out Dongjun's "Alone" MV above, and let us know what you think in the comments below.


The World Wide Web Consortium is the standards body that oversees the ongoing development of the HTML specifications, and the WHATWG helps out with a


Drools Rule Creator
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{{c}}
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Journal Helper
{{h.name}}
{{field.name}}
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{{field.name}}
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You need to reboot for any settings to take effect. Updated values will not appear until after a reboot.


{% extends "src/layouts/default.html" %} {% block content %} {% for app in apps %} {{ app.name }} {% endfor %} Launch Install Welcome to my little app store! This is where I keep my web apps. {% endblock %}
This is where I keep my web apps.


Most Popular
Most Recent
What's New
Stay Connected
Gallery
Loading Maps and Apps...
No items were found
Submit Your Application
Submission Rules
In order to be considered, each submission must include:
- A link to the working software application
- A text-based description of the application
- A thumbnail image of the application
Additional Rules
Submissions must also:
- Be original software apps solely owned by the applicant
- Use at least one of the maps or datasets found in the Gallery
- Be free to the public, or have a clearly defined fee structure
- Recognize that the City reserves the right to restrict access to the Gallery
At this time, the submission of maps and apps from the Opera, 64-bit Internet Explorer, or Internet Explorer <9 browsers is not available.
About
Support
Additional Contact Info


Whoops!
Looks like you missed a stone on the path
This page doesn't exist!
Check the URL and make sure you're in the right place


|
My Project
|
Go to the source code of this file.
Macros | |
| #define | FPS 60.0 |
| #define | GRID 60 |
| #define | PLAYER_VELOCITY 8 |
| #define | SCREEN_PROJECTILES 150 |
| #define | PROTOCOL_N_PEERS 0x01 |
| #define | PROTOCOL_MAP_FILE 0x02 |
| #define | PROTOCOL_SET_POS_TEAM 0x03 |
| #define | PROTOCOL_CHARACTER 0x04 |
| #define | PROTOCOL_NEW_USER 0x05 |
| #define | PROTOCOL_MY_WEAPON 0x06 |
| #define | PROTOCOL_NEW_SHOOT 0x07 |
| #define | PROTOCOL_DISCONNECT 0x08 |
| #define | PROTOCOL_DELETE_BULLET 0x09 |
| #define | PROTOCOL_REVIVE 0x0a |
| #define | PROTOCOL_HIT 0x0b |
| #define FPS 60.0 |
| #define GRID 60 |
| #define PLAYER_VELOCITY 8 |
| #define PROTOCOL_CHARACTER 0x04 |
| #define PROTOCOL_DELETE_BULLET 0x09 |
| #define PROTOCOL_DISCONNECT 0x08 |
| #define PROTOCOL_HIT 0x0b |
| #define PROTOCOL_MAP_FILE 0x02 |
| #define PROTOCOL_MY_WEAPON 0x06 |
| #define PROTOCOL_N_PEERS 0x01 |
| #define PROTOCOL_NEW_SHOOT 0x07 |
| #define PROTOCOL_NEW_USER 0x05 |
| #define PROTOCOL_REVIVE 0x0a |
| #define PROTOCOL_SET_POS_TEAM 0x03 |
| #define SCREEN_PROJECTILES 150 |


Contextual help for monitor pages can be found at the bottom of each page. Use the help menu in the upper right corner to navigate directly. All the monitor-internal help documentation is gathered on a complete help page available in the Help menu at upper right.
Bookmarking pages of interest to you is recommended. Save that useful drill-down rather than doing all the clicking again. All monitor pages are bookmarkable (the full specification of the page is in the URL). Not all the capability is expressed explicitly on the interface at present (partly deliberately to go easy on the DB). You can often extend the depth and breadth of queries with options like days=N, limit=N on the URL.
{% comment %}The monitor has a secure https mode. If you go to https://bigpanda.cern.ch and you have configured your browser to present your grid certificate, the monitor will automatically recognize and authenticate you if you have run PanDA jobs with that cert. This authentication will enable you to access non-public information in the monitor and invoke actions through the interface (once available).
{% endcomment %}If you need to use PanDA data programmatically, json dumps are available for job and task data. Search on 'curl' in the help page. Use with caution; do not pull huge amounts of data, especially systematically. Do not use web scraping, use these json dumps. If you need to extract other information, tell us.
Send your suggestions and requests for the PanDA monitor (or PanDA in general) to PanDA monitor support. {% if viewParams.MON_VO == 'ATLAS' %} Problem reports for which you want assistance ASAP should be sent (as ever) to the distributed analysis support team (DAST) list<EMAIL_ADDRESS>not the monitor support list. {% endif %}
PanDA is described and (kind of) documented on the PanDA twiki.
{% if viewParams.MON_VO == 'ATLAS' %}
For ATLAS users there is documentation on distributed analysis on PanDA describing how to use pathena, prun etc.
New documentation on JEDI for analysis, its advantages and how to use it,
can be found here.
Give it a try! This monitor supports analysis with JEDI.
Use the hn-atlas-dist-analysis-help e-group to learn about distributed analysis problems and their reported solutions and to report problems of your own. A distributed analysis shift team (DAST) provides user support for distributed analysis. The ATLAS Computer Operations Logbook logs service issues with PanDA and much else. Issues with ATLAS PanDA itself are tracked in the JIRA ATLASPANDA project. Other ATLAS PanDA specifics can be found on the ATLAS-internal PanDA twiki.
{% endif %} {% endif %}


Alappuzha (or Alleppey) is a city on the Laccadive Sea in the southern Indian state of Kerala. It's best known for houseboat cruises along the rustic Kerala backwaters, a network of tranquil canals and lagoons. Alappuzha Beach is the site of the 19th-century Alappuzha Lighthouse. The city's Mullakkal Temple features a traditional design. Punnamada Lake's snake boat races are a well-known annual event.
The city is situated 28 km from Changanacherry, 46 km from Kottayam, 55 km from Kochi, 129.4 km from Thrissur and 155 km north of Trivandrum. A town with canals, backwaters, beaches, and lagoons, Alappuzha was described by Lord Curzon as the "Venice of the East." Hence, it is known as the "Venetian Capital" of Kerala. In Alappuzha, Malayalam is the most spoken language.
Popularly known as the Venice of the east, Alleppey or Allapuzha is famous for its serene backwaters and their exceptionally scenic setting. Cruising on houseboats in Alleppey is the latest and probably the best addition to the list of ways you can enjoy the mesmerizing natural beauty of this quaint little town.
Formed by the amalgamation of multiple of various waters sources, backwaters give you the postcard-perfect view with coconut trees lined all along and houseboats in the middle.
Vembanad Lake is the longest lake in India. The lake is known by different names in different places. Taking a house boat on the lake could be a fun experience.


Create new TSP request
Parse loaded/created TSP request
Select TSP request file (binary):
Message imprint:
Policy:
Nonce:
Cert. req. exists:
Extensions:


--- layout: post title: this is so old school date: '2013-11-15T07:30:53+01:00' categories: - Storyboards picture_url: https://film-Storyboards.tumblr.com/post/67054930268/this-is-so-old-school ---
This is so old school…


Chevron misses profit estimate on weak oil price, tax charge
by Kevin CrowleyChevron Corp.’s third-quarter earnings missed estimates, making it the only oil major to fall short of analysts’ predictions, after reporting a US$430 million tax charge and weak upstream results amid declining prices for crude and natural gas.
Shale output from the Permian basin rose 35 \per cent to 455,000 barrels of oil per day from a year earlier, the company said Friday.
Key Insights
- Expectations were high for Chevron, which is close to overtaking Shell as the world’s second-largest publicly traded oil company. It was the best performing Big Oil stock in 2019 after hiking its share buyback program 25 per cent and dividend by six per cent
- CEO Mike Wirth is forging a reputation as oil’s “Mr. Discipline” for his unwillingness to splurge on major new projects and walking away from a US$33 billion takeover of Anadarko Petroleum Corp. in May after being outbid. But investors are starting to question whether Chevron has enough in the locker for growth after 2023.
- Chevron’s interest in Anadarko begs the question of what company it may be prepared to buy next, especially as stock valuations in the Permian Basin have plummeted this year amid low oil prices and investor apathy toward independent producers.
Market Reaction
- Chevron fell as much as 1.6 per cent in pre-market trading in New York.


Kitura-CredentialsGitHub
Plugin for the Credentials framework that authenticate using GitHub
Summary
Plugin for Kitura-Credentials framework that authenticates using the GitHub web login with OAuth.
Table of Contents
Swift version
The latest version of Kitura-CredentialsGitHub requires Swift 3.0. You can download this version of the Swift binaries by following this link. Compatibility with other Swift versions is not guaranteed.
Example of GitHub web login
First create an instance of CredentialsGitHub
plugin and register it with Credentials
framework:
“`swift
import Credentials
import CredentialsGitHub
let credentials = Credentials()
let gitCredentials = CredentialsGitHub(clientId: gitClientId, clientSecret: gitClientSecret, callbackUrl: serverUrl + /login/github/callback
, userAgent: my-kitura-app
)
credentials.register(gitCredentials)
”
**Where:**
- *gitClientId* is the Client ID of your app in your GitHub Developer applications
- *gitClientSecret* is the Client Secret of your app in your GitHub Developer applications
- *userAgent* is an optional argument that passes along a User-Agent of your choice on API calls against GitHub. By default,
Kitura-CredentialsGitHub` is set as the User-Agent. User-Agent is required when invoking GitHub APIs.
Note: The callbackUrl parameter above is used to tell the GitHub web login page where the user’s browser should be redirected when the login is successful. It should be a URL handled by the server you are writing.
Specify where to redirect non-authenticated requests:
swift
credentials.options["failureRedirect"] = "/login/github"
Connect credentials
middleware to requests to /private
:
router.all("/private", middleware: credentials)
router.get("/private/data", handler: { request, response, next in
...
next()
})
And call authenticate
to login with GitHub and to handle the redirect (callback) from the GitHub login web page after a successful login:
router.get("/login/github",
handler: credentials.authenticate(gitCredentials.name))
router.get("/login/github/callback",
handler: credentials.authenticate(gitCredentials.name))
License
This library is licensed under Apache 2.0. Full license text is available in LICENSE.


Doncic joins LeBron after 40-point triple-double, Clippers edge Thunder
by OmnisportLuka Doncic stole the show in the NBA on Monday, while the Los Angeles Clippers edged to victory.
Doncic, 20, finished with a triple-double of 42 points, 12 assists and 11 rebounds in the Dallas Mavericks' 117-110 win over the San Antonio Spurs.
The Slovenian became the second youngest player in NBA history to record a 40-point triple-double, with LeBron James the only other 20-year-old to manage the feat.
Kawhi Leonard was sidelined again with a knee injury as the Clippers overcame the Oklahoma City Thunder 90-88.
Paul George finished with 18 points, but it was Montrezl Harrell's 28 points and 12 rebounds off the bench that led the Clippers (9-5).
Harden, Westbrook guide Rockets to eighth straight win
James Harden had 36 points, six rebounds and five assists in the Houston Rockets' eighth straight win – a 132-108 victory over the Portland Trail Blazers.
He got plenty of support from Russell Westbrook, who posted a triple-double of 28 points, 13 rebounds and 10 assists.
Giannis Antetokounmpo led the Milwaukee Bucks past the Chicago Bulls 115-101 with 33 points and 10 rebounds.
Horrible Hornets
The Charlotte Hornets (6-8) were destroyed by the Toronto Raptors, blown out in a 132-96 defeat.
George hits key three
George stepped up when the Clippers needed him, sinking a go-ahead three-pointer with less than 30 seconds remaining.
Monday's results
New York Knicks 123-105 Cleveland Cavaliers
Indiana Pacers 115-86 Brooklyn Nets
Toronto Raptors 132-96 Charlotte Hornets
Milwaukee Bucks 115-101 Chicago Bulls
Houston Rockets 132-108 Portland Trail Blazers
Dallas Mavericks 117-110 San Antonio Spurs
Boston Celtics 99-85 Phoenix Suns
Minnesota Timberwolves 112-102 Utah Jazz
Los Angeles Clippers 90-88 Oklahoma City Thunder
Thunder at Lakers
The Los Angeles Lakers are 11-2 and return to action against the Thunder (5-8), who will be out to rebound from their narrow loss to the Clippers.


This is myWeek Three paragraph. I'm using a p tag.
Hemingway wrote The Sun Also Rises.
This is my paragraph. I'm using a p tag.
Faulkner wrote Tender is the Night and The Great Gatsby.


Tests that we don't garbage collect playing audio object or event listener.
According to http://www.whatwg.org/specs/web-apps/current-work/multipage/the-video-element.html,
"<IP_ADDRESS> Playing the media resource",
"Media elements must not stop playing just because all references to them have
been removed; only once a media element is in a state where no further audio
could ever be played by that element may the element be garbage collected."
(see https://bugs.webkit.org/show_bug.cgi?id=66878, https://bugs.webkit.org/show_bug.cgi?id=70421, and http://crbug.com/62604 for more details).
FAIL: Test either still running or stopped prematurely.


Pages are functions decorated by a Grimoire app's page method. For the first page, pass the start keyword argument start=True. This will prompt grimoire to name the associated html page index.html.Notice how the first, and only, argument of our page function is state. We'll get more into that later, but it's important to always include it as the first argument. Every page function also must return some content to render and a state object.
@app.page(start=True)
def start(state):
return "This is my first grimoire app.", state


Spain could lose up to six points in Euro 2020 qualifying table
by BeSoccerSpain, if it stays as it is, could lose up to six points because they are in a group of six. This would make all the groups have five teams so that no one has more or less points.
The Spain side thrashed Malta and won 7-0 in which seven different goalscorers, but it could be an insignificant victory.
Spain's points against Malta may not count if they end last in the group so that all teams are equal when it comes to seeding as calculations would be done on if there were just five teams.
Featured links
- Ballon d'Or winner already been decided
- The latest football transfers news and rumours
- Possible 'Clasico' in the Spanish Supercup final
- Who has the most free-kicks goals: Messi or Cristiano?
This will be done with all the team and at the moment, Faroe Islands could also become bottom. In any case, Spain must beat Romania.
If Spain want to be one of the six top seeds, they will have to win at the Wanda.


If you want to make yourself feel better, look up your first name on Urban Dictionary
by Mark FrauenfelderHere's an uplifting tip from our friends at Lifehacker - enter your first name at Urban Dictionary to find out just how awesome you are!
Image: by Renee Fisher on Unsplash


Logical collection of APIs that allows you to use a single access token to invoke a collection of APIs and to subscribe to one API multiple times with different SLA levels.
* The "DefaultApplication" is pre-created and allows unlimited access by default.


| PERL5242DELTA(1) | Perl Programmers Reference Guide | PERL5242DELTA(1) |
If you are upgrading from an earlier release such as 5.24.0, first read perl5241delta, which describes differences between 5.24.0 and 5.24.1.
Excluding auto-generated files, documentation and release tools, there were approximately 960 lines of changes to 17 .pm, .t, .c and .h files.
Perl continues to flourish into its third decade thanks to a vibrant community of users and developers. The following people are known to have contributed the improvements that became Perl 5.24.2:
Aaron Crane, Abigail, Aristotle Pagaltzis, Chris 'BinGOs' Williams, Dan Collins, David Mitchell, Eric Herman, Father Chrysostomos, James E Keenan, Karl Williamson, Lukas Mai, Renee Baecker, Ricardo Signes, Sawyer X, Stevan Little, Steve Hay, Tony Cook, Yves Orton.
The list above is almost certainly incomplete as it is automatically generated from version control history. In particular, it does not include the names of the (very much appreciated) contributors who reported issues to the Perl bug tracker.
Many of the changes included in this version originated in the CPAN modules included in Perl's core. We're grateful to the entire CPAN community for helping Perl to flourish.
For a more complete list of all of Perl's historical contributors, please see the AUTHORS file in the Perl source distribution.
If you believe you have an unreported bug, please run the perlbug program included with your release. Be sure to trim your bug down to a tiny but sufficient test case. Your bug report, along with the output of "perl -V", will be sent off to<EMAIL_ADDRESS>to be analysed by the Perl porting team.
If the bug you are reporting has security implications which make it inappropriate to send to a publicly archived mailing list, then see "SECURITY VULNERABILITY CONTACT INFORMATION" in perlsec for details of how to report the issue.
The INSTALL file for how to build Perl.
The README file for general stuff.
The Artistic and Copying files for copyright information.
| 2019-10-21 | perl v5.30.3 |


The best time to call me is any time after 3:00pm M-F and if you choose to Email me, I will get back to you as soon as I can!
901-830-3208
yderek5@gmail.com


These tests show how explain plans for PostgreSQL should be obfuscated when SQL obfuscation is enabled. Obfuscation of explain plans for PostgreSQL is necessary because they can include portions of the original query that may contain sensitive data.
Each test case consists of a set of files with the following extensions:
.query.txt
- the original SQL query that is being explained
.explain.txt
- the raw un-obfuscated output from running
EXPLAIN <query>
.colon_obfuscated.txt
- the desired obfuscated explain
output if using the default, more aggressive obfuscation strategy
described
here.
.obfuscated.txt
- the desired obfuscated explain output if
using a more accurate, less aggressive obfuscation strategy detailed in
this Jive thread.


Consvin1052.github.io
REPAIR IKA-WORKS RCT BASIC MAGNETIC STIR PLATE. The quick cheap fix is: replace the entire guts, two PCBs with permanent ribbon between, PCB Assy for stirplate number RCT-B-S1, Part No. 5038001, $208.00 (2016 price). RCT HCT 122014 RCT basic 4 - mlz-garching.de. Error codes IKA RCT basic User Manual IKA RCT BASIC OPERATING INSTRUCTIONS MANUAL Pdf Download.  Magnetrührer mit Heizplatte, RCT basic IKAMAG® safety. Bedienung IKA RCT basic User Manual
IKA Magnetic Stirrers Hot Plate Lab Mixer Stirrer Blender. Because IKA magnetic stirrers require 25% less energy than other manufacturer s products; IKA devices are good for the environment and also keep your energy costs low. Functionality, safety, and longevity are the main focus in the development of IKA s magnetic stirrers. IKA is introducing two new magnetic stirrers, the IKA Plate (RCT digital) and the C-Mag HS 7 control, both with a lifetime. View and Download IKA RCT basic operating instructions manual online. Magnetic Stirrer safety control. RCT basic Laboratory Equipment pdf manual download. Ika RCT basic Pdf User Manuals. View online or download Ika RCT basic Operating Instructions Manual. Repairing IKA heat/stir plate RTC-b Basic - UW Staff.
 We enable Science - durch eine große Produktauswahl, exzellente Prozesse und unsere kompetenten Mitarbeiter. RCT basic safety control Reg.-No. 4343-01 HCT basic safety control RCT_HCT_122014. 2 Pos. Bezeichnung A Geräteschalter B einstellbarer Sicherheitskreis C Bedienknopf Heizung D Bedienknopf Motor E LED-Display Heizung F LED-Display Motor G LED Heizplatte H LED externer Temperatursensor I LED (Set=Sollwert) J LED externer Temperatursensor K Netzbuchse L Kontaktthermometerbuchse. IKA® RCT basic IKAMAG™ safety control universal hot plate.


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Format: http://www.debian.org/doc/packaging-manuals/copyright-format/1.0/
Upstream-Contact: Thom May
Files: *
Copyright: 2003-2006 Thom May
2006 Fabio M. Di Nitto
2006 Adam Conrad
2006-2008 Tollef Fog Heen
2008-2015 Stefan Fritsch
License: BSD-3-clause
License: BSD-3-clause
Copyright (c) The Regents of the University of California.
All rights reserved.
.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions
are met:
1. Redistributions of source code must retain the above copyright
notice, this list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright
notice, this list of conditions and the following disclaimer in the
documentation and/or other materials provided with the distribution.
3. Neither the name of the University nor the names of its contributors
may be used to endorse or promote products derived from this software
without specific prior written permission.
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WITNESS LIST Ways & Means Committee May 5, 2005-10:30A HB 1950 For: Carter, Janis (Fort Worth & Western Railroad) Kearns, Dennis (BNSF Railway/Texas Railroad Association) HB 2233 On: Welch, Ken (Texas Comptroller) HB 3381 For: Hinojosa, Walter (Texas AFL-CIO) Littles, Paula (Texas AFL CIO)


Mrs Hinch’s bestselling book is now half price on Amazon
Social media ‘cleanfluencer’ Mrs Hinch released the interactive book last month and it quickly topped the charts in stores and online
by Linda HowardEssex hairdresser Mrs Hinch has single-handedly persuaded a nation to karate chop their cushions, store their spare cleaning products in a cupboard called Narnia and refer to housework as “Hinching”.
She names her sponges, dusters and household appliances and updates her 2.9 million Instagram followers on what she and Kermit have been up to.
Stores have been quick to leap on her bandwagon, with her beloved Home Bargains grouping a selection of her favourite Zoflora disinfectant and Vanish carpet spray in a special ‘Hinch’ corner.
Her book, Mrs Hinch: The Activity Journal , was released last month and instantly became a number one bestseller, topping the charts in stores and online.
Buy Mrs Hinch: The Activity Journal for £6.49 on Amazon here
The interactive book encourages readers to give themselves the gift of a time out - time to plan, time to dream, time to relax, time to have a bit of a giggle and de-stress.
It’s reached the top spots in Amazon’s Design Styles and Decor, Women’s Biographies and Practical and Motivational Self Help categories.
And now the online retailer is selling the hardback book for £6.49 - a massive saving of £6.50 on the £12.99 recommended retail price.
The 288-page book has loads of relaxing, light-hearted activities for fans to have fun with. Plus plenty of pages for you to plan your own hinching lists ready for the week ahead.
The description of the book comes from Mrs Hinch herself and reads: “We all live such busy lives and it can be hard to take a moment just to breathe, but I want this book to be all about YOU.
“Something that we can all enjoy together. So, make yourself a cuppa and curl up with this journal on the sofa in the mornings, or use it to wind down every evening before bed; whenever you get a spare few moments - just don't forget your crystal pen , as there are loads of relaxing, light-hearted activities for you to have fun with.
“Read from start to finish or dip in on random pages - there are absolutely no rules here! Think of it as a book-shaped slice of you time. You deserve it! Love, Mrs Hinch xx”
Could this make someone you know happy this Christmas? We’re not sure how long the book will be on sale at half price for - buy your copy on Amazon here .


My User From
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Email:
Password:
What do you prefer cats or dogs?
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Select mood
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dashboard
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This mockup shows a step by step guide to assessing all the words.
This mockup shows all words and enables the user to sort them into buckets manually.


Hamed Ghasemieh
Symeon Bozapalidis
Zoltán Fülöp 0001
George Rahonis
Equational weighted tree transformations.
29-52
2012
49
Acta Inf.
1
https://doi.org/10.1007/s00236-011-0148-5
db/journals/acta/acta49.html#BozapalidisFR12
from lxml import etree
context = etree.iterparse(dblp_xml_file, load_dtd=True,
html=True)
for _, elem in context:
if elem.tag in extract_fields:
doc_dic[elem.tag] = elem.text
if elem.tag == 'author':
doc_dic['author'].append(elem.text)
# if this condition as satisfied then
# one document is read completely
if elem.tag in document_types:
# Store the document.
| Title | Author | Year |
|---|---|---|
| Hybrid Petri nets with multiple stochastic transition firings | Hamed Ghasemieh | 2014 |
| Hybrid Petri nets with multiple stochastic transition firings | Anne Remke | 2014 |
| Hybrid Petri nets with multiple stochastic transition firings | Boudewijn R Haverkort | 2014 |
Using nltk for the first three steps:
from nltk.corpus import stopwords
from nltk.stem.wordnet import WordNetLemmatizer
stopwords_removed = ' '.join([
i for i in str(text).lower().split()
if i not in stopwords
])
punct_removed = ''.join(
i for i in stopwords_removed
if i not in set(string.punctuation
))
lemmatized = " ".join(
WordNetLemmatizer().lemmatize(i)
for i in punct_removed.split()
)
Using enchant package detemining the language:
import enchant
english_dic = enchant.Dict("en_US")
is_en_arr = [int(english_dic.check(w))
for w in str(text).split()]
is_en = sum(is_en_arr) / float(len(is_en_arr)) > .5
Generative model
Posterior Distribution
(Number of topic is an input to the algorithm)
Using gensim to train LDA model:
import gensim
from gensim import corpora
dictionary = corpora.Dictionary(doc_list)
corpus = [dictionary.doc2bow(doc) for doc in doc_list]
ldamodel = gensim.models.ldamodel.LdaModel(
corpus,
num_topics=50,
id2word=dictionary,
passes=10)
Trasfering new document to topic space:
topic_prob_vec = ldamodel[dictionary.doc2bow(doc)]
topic_vec = np.zeros(num_topics)
for (t_id, p) in topic_prob_vec:
topic_vec[t_id] = p
v(King) - v(Man) + v(Woman) = v(Queen)
Using gensim to load GloVe already trained model:
with open(glove_embedding_path, "rb") as lines:
for line in lines:
word = str(line.split()[0])
vec = np.array(list(map(float, line.split()[1:])))
w2v[word] = vec
A document representation is then just the average of all its words:
doc_vec = np.array([np.mean([
w2v[w] for w in doc if w in w2v] or
[np.zeros(dim)], axis=0)
])
Instead of averging we can also use tf-idf for smarter weights
LDA: Jansen-Shannon (to compute distance between probability distributions)
w2v: Eulidian or Cosine distance (As we deal with actual vectors)
Training the Nearest Neighbor using scikit-learn:
from sklearn.neighbors import NearestNeighbors
nbrs = NearestNeighbors(n_neighbors=20,
algorithm='ball_tree',
metric=distance_metric).fit(X)
Getting the most similiar documents to a new document:
q = model.transform(doc_list)
distances, indices = nbrs.kneighbors(q)
Closest authors to myself
Closest authors to my supervisor
Closest authors to myself
Closest authors to my supervisor
- in other words, it tries to assigne few topics to each document
Enhance the word2vec with K-means clustering?


Import/Export DB
Import
Import SQL content to DB
Import JSON content to DB
Export
Data & structure (dump)
Data only
Export DB as SQL content
Export DB as JSON content
Wipe
Wipe DB
Load file
Content
Port
Search


#include <iostream>
#include <fstream>
#include <string>
#include <ctime>
#include <chrono>
#include <cstdlib>
#include <thread>
#include <filesystem>
#include <random>
#include <mariadb++/connection.hpp>
#include <yaml-cpp/yaml.h>
#include <bcrypt.h>
#include "log.hpp"
Go to the source code of this file.
◆ TIME_ATTACK_DEFENSE_TIMER_MS
| #define TIME_ATTACK_DEFENSE_TIMER_MS 500 |
◆ authenticate_user()
| void authenticate_user |
( |
std::shared_ptr< User > & |
user | ) |
|
Performs standard user authentication.
- Parameters
-
| user | User object with username and password already populated. |
| config | Parsed config file node. |
Definition at line 8 of file authentication.cpp.
◆ connect()
| mariadb::connection_ref connect |
( |
const YAML::Node & |
config | ) |
|
Connect to MariaDB instance.
- Parameters
-
| config | Database config with all required data to connect to the MariaDB server (host , user , password , database ). |
- Returns
- Connection to the MariaDB database.
Definition at line 8 of file database.cpp.
◆ do_exit()
Exit with the specified code after waiting for the time control thread to finish.
- Parameters
-
Definition at line 7 of file util.cpp.
◆ log()
| void log |
( |
const std::string & |
log_string, |
|
|
unsigned int |
code |
|
) |
| |
Log to the console (stdout
/stderr
) as well as to any log file specified by the configuration.
- Parameters
-
| log_string | String to log. |
| code | Logging code. See include/log.hpp for more information. |
Definition at line 8 of file log.cpp.
◆ parse_config()
| YAML::Node parse_config |
( |
const char * |
config_path | ) |
|
Parse config, checking variables and populating global variables.
- Todo:
- Also search in /etc/openvpn-access-authenticator
- Parameters
-
| executable_path | Path to the authenticator executable. The config is assumed to be authenticator.yml in the same directory as the executable. |
- Returns
- The parsed YAML::Node.
Definition at line 11 of file config.cpp.
◆ time_ctrl()
Thread function to ensure random runtimes for the application to help prevent time attacks. Program will run for at least a random number between 1-TIME_ATTACK_DEFENSE_TIMER_MS ms.
Definition at line 21 of file util.cpp.
◆ time_ctrl_thread
| std::thread time_ctrl_thread |


What?
MEXPRESS is a data visualization tool designed for the easy visualization of TCGA expression, DNA methylation and clinical data, as well as the relationships between them. You can find all the details in our publication.
How?
Easy! Just pick a gene and cancer type you are interested in and MEXPRESS will show you the corresponding expression, DNA methylation and clinical data, as well as the relationship between these data sets.
Getting started
This is the MEXPRESS start screen:
Selecting data
On the left side you will notice the text input field where you can enter a gene name (both HGNC symbols and Ensembl gene IDs are recognized) as well as the list of cancer types you can choose from.
Let's say you are interested in the expression and methylation data of the GSTP1 gene in prostate cancer. Simply enter GSTP1 in the text field and select prostate adenocarcinoma (PRAD).
Creating the plot
All that is left to do after selecting a gene and cancer type is clicking the plot button and the data you selected will be visualised. Samples are arranged from left to right, while the different data types (clinical, expression and methylation) are arranged from the top to the bottom of the plot.
Hovering over one of the methylation line plots will bring up the ID of the corresponding probe. Click on a methylation line plot to fix the probe ID on the figure. Click it again to remove the probe ID (or click another methylation line plot). You can also highlight the promoter probes by clicking the button right above the legend.
If you would like to download the figure you just created, simply click the png or svg button in the upper right corner (depending on which image format you want).
If you would like to emphasize the probes that are located in a gene's promoter region, you click the highlight promoter probes button. This will turn the highlighting of the promoter probes on as you can see in the image below.
About the plot
At the top of the figure you find the HGNC gene symbol, the Ensembl gene ID and the genomic location of GSTP1. The gene symbol link will open the GeneCards page about GSTP1 in a new tab or window. The genomic location link on the other hand will open the UCSC genome browser at this location in a new tab or window.
Next up is the legend of the plot, which adapts to the cancer type you selected, and below the legend is the actual plot. From top to bottom you will see the clinical data, the expression values and the methylation data. Let's take a detailed look at each part.
expression data
The height of the orange line represents the logarithm of the level 3 RNA-sequencing data in TCGA (normalized RNASeqV2 values per gene). The expression data forms the basis of the whole plot, because the samples are ranked based on their expression value for the gene we selected with the highest expression on the left side and the lowest on the right.
methylation data
On the left hand side, you see the GSTP1 gene, two CpG islands (in green) and the different GSTP1 transcripts. The arrow on the gene indicates its direction. When–like in this example–the arrow points down, the gene is located on the + strand. If it points up, the gene lies on the - strand.
On the right hand side, you see all the Infinium 450k probes that are linked to GSTP1. The height of the blue lines indicates the beta value for a probe. When there is no data available for a certain probe, no line is plotted and instead it simply says "no data". Gaps in the line indicate that there was no methylation data for one or more samples.
Just as for the expression data, the samples are ranked along the x axis (they were ordered based on their GSTP1 expression value). Thin blue lines connect the probes to their respective genomic locations. Hovering your mouse cursor over a methylation data plot will highlight the corresponding probe on the left hand side and the name of the probe will be shown. You can fix the highlighting of a probe by clicking on its data plot. Clicking the same data plot a second time will clear the highlighting.
Once you have fixed a probe's highlighting by clicking on the data plot, you can click on the probe's name to reveal the probe's genomic location and annotation.
The values on the far right represent the Pearson product-moment correlation coefficient between the methylation values for a probe and the expression values. For GSTP1 you can see that there are quite a few probes with a strong negative correlation between methylation and expression, indicating that GSTP1 expression might be controlled through DNA methylation (which has already been described, see Millar et al., 1999). As the plot's legend explains, the asterisks give you an indication of the significance of the correlations.
clinical data
For every cancer type, the most relevant clinical parameters have been extracted from TCGA. In order to represent all the data as barplots, some clinical parameters have been converted to numeric values. One example is the pathologic stage (not shown in this example) where values such as Stage IIA and Stage IV were converted to the values 2 and 4 respectively.
The names of the different clinical parameters are listed on the left and the Pearson product-moment correlation values or the p values for Wilcoxon rank-sum test can be found on the right. Whenever a clinical parameter contains only two levels (e.g. male or female) a p value is calculated instead of a correlation coefficient. This p value indicates the difference in expression between the two groups for this parameter. For the sample type parameter, the expression is always compared between the normal and tumor samples.
The sample type annotation can be found in the legend of the plot. In this case the dark blue samples are normal whereas the light blue bars indicate tumor samples. Again, the findings from Millar et al. (1999) are confirmed, because it is clear that the normal samples tend to have a higher GSTP1 expression than the tumor samples.
As described earlier, the samples are sorted based on their expression value by default. By clicking on the name of the annotation parameter you're interested in, you can rearrange the samples by the annotation you just selected. So if you would for example like to compare age to the expression and methylation of a certain gene or to the other clinical parameters, you just have to click on "age at diagnosis" and the samples will be reordered.


One of the most fundamental characteristics of a programming language is the set of data types it supports. These are the type of values that can be represented and manipulated in a programming language.
JavaScript allows you to work with three primitive data types −
Numbers, eg. 123, 120.50 etc.
Strings of text e.g. "This text string" etc.
Boolean e.g. true or false.
JavaScript also defines two trivial data types, null and undefined, each of which defines only a single value. In addition to these primitive data types, JavaScript supports a composite data type known as object. We will cover objects in detail in a separate chapter.
Note − JavaScript does not make a distinction between integer values and floating-point values. All numbers in JavaScript are represented as floating-point values. JavaScript represents numbers using the 64-bit floating-point format defined by the IEEE 754 standard.
Like many other programming languages, JavaScript has variables. Variables can be thought of as named containers. You can place data into these containers and then refer to the data simply by naming the container.
Before you use a variable in a JavaScript program, you must declare it. Variables are declared with the var keyword as follows.
<script type="text/javascript"> <!-- var money; var name; //--> </script>
You can also declare multiple variables with the same var keyword as follows −
<script type="text/javascript"> <!-- var money, name; //--> </script>
Storing a value in a variable is called variable initialization. You can do variable initialization at the time of variable creation or at a later point in time when you need that variable.
For instance, you might create a variable named money and assign the value 2000.50 to it later. For another variable, you can assign a value at the time of initialization as follows.
<script type="text/javascript"> <!-- var name = "Ali"; var money; money = 2000.50; //--> </script>
Note − Use the var keyword only for declaration or initialization, once for the life of any variable name in a document. You should not re-declare same variable twice.
JavaScript is untyped language. This means that a JavaScript variable can hold a value of any data type. Unlike many other languages, you don't have to tell JavaScript during variable declaration what type of value the variable will hold. The value type of a variable can change during the execution of a program and JavaScript takes care of it automatically.
The scope of a variable is the region of your program in which it is defined. JavaScript variables have only two scopes.
Global Variables − A global variable has global scope which means it can be defined anywhere in your JavaScript code.
Local Variables − A local variable will be visible only within a function where it is defined. Function parameters are always local to that function.
Within the body of a function, a local variable takes precedence over a global variable with the same name. If you declare a local variable or function parameter with the same name as a global variable, you effectively hide the global variable. Take a look into the following example.
<html> <body onload = checkscope();> <script type = "text/javascript"> <!-- var myVar = "global"; // Declare a global variable function checkscope( ) { var myVar = "local"; // Declare a local variable document.write(myVar); } //--> </script> </body> </html>
This produces the following result −
local
While naming your variables in JavaScript, keep the following rules in mind.
You should not use any of the JavaScript reserved keywords as a variable name. These keywords are mentioned in the next section. For example, break or boolean variable names are not valid.
JavaScript variable names should not start with a numeral (0-9). They must begin with a letter or an underscore character. For example, 123test is an invalid variable name but _123test is a valid one.
JavaScript variable names are case-sensitive. For example, Name and name are two different variables.
A list of all the reserved words in JavaScript are given in the following table. They cannot be used as JavaScript variables, functions, methods, loop labels, or any object names.
|
abstract boolean break byte case catch char class const continue debugger default delete do double |
else enum export extends false final finally float for function goto if implements import in |
instanceof int interface long native new null package private protected public return short static super |
switch synchronized this throw throws transient true try typeof var void volatile while with |


STARWEST is back this October and is HYBRID! Attend in-person or virtually and grow your testing skills this year. Super Early Bird savings available until August 6.
Learn More
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{% extends "layout.html" %} {% block page_title %} Health conditions {% endblock %} {% block content %} {% include "../includes/phase_banner_alpha.html" %} Your conditions and disabilities List all the conditions or disabilities you currently have that affect your life. Condition 1 Name of condition Remove Add another Condition 2 Name of condition Remove Add another Condition 3 Name of condition Remove Add another {% endblock %} {% block body_end %} {% include "includes/scripts.html" %} {% endblock %}
List all the conditions or disabilities you currently have that affect your life.
Add another


behave provides 3 step matchers:
- “parse” (ParseMatcher) by using the parse module
- “cfparse” (extended ParseMatcher) that supports the cardinality field syntax
- “re” (RegexMatcher) that uses regular expressions for matching parameters
The “parse” matcher is the default step matcher. It is more commonly used because it is:
- easier to use, read and understand
- provides data types support with predefined and user-defined types
- reuses (hidden) regular expressions better by using data types (as alias)
- hides regular expression complexity
The “cfparse” matcher extends the “parse” patcher (and is rather new). It is intended to superceed the “parse” matcher as default matcher. It has the following features:
- extended parser that understands the cardinality field syntax
- automatically creates missing type converters for fields with cardinality field part
- based on parse_type
The “re” matcher is used for the following reasons. It:
- addresses some cases that cannot be solved otherwise (currently)
- is backward compatible to cucumber (uses regular expressions)
- is less ambiguous compared to the “parse” matcher (currently)
It should be noted that all step matchers use regular expressions. But most of the regular expressions (and their complexity) is hidden by the parse module (or its cousin).
Contents:


{% comment %} To use this component you need to include your playlist in the page front matter. If there is transcript information then include that when including the component using the `transcripts` parameter. Structure for the playlist: playlist: - title:
This video is available as a Text Transcript with Descriptions of Visuals below.
{% endif %} {%- assign langs = site.data.lang -%}


Hillel IT School
Python Advanced
Python Web Development
Certificate
December 2019 - April 2020
Hillel IT School
Introduction Python
Base knowledge of Python
Certificate
September 2019 - November 2019
Level Up IT learning center
SQL Database Development
DBMS, SQL queries, DB administration
September 2018 - January 2019
Oles Honchar Dnipro National University
Master of Economics
Business, trade and exchange activities
Diploma with honors
September 2016 - January 2018
Oles Honchar Dnipro National University
Bachelor of Economics
Economics of Enterprise
September 2012 - June 2016


brainlife.io is developed by an open community of scientists and a group of dedicated trainees and professional software engineers.
The following individuals are actively contributing to the brainlife.io project.
|
{{.Title}} {{.Params.position}} |
{{.Params.description}} |
Many thanks to all brainlife.io collaborators!
|
{{.Title}} {{.Params.position}} |
{{.Params.description}} |


SegmentFinder — Top-level spectral emission segment finder.¶
This module defines base segment finder for ADMIT. It calls the requested segment finder.
-
class
admit.util.segmentfinder.SegmentFinder.
SegmentFinder
(spectrum, freq, method, minchan, maxgap, numsigma, iterate=False, noise=None, nomean=False)[source]¶ This class is used to find segments of emission in spectra. It calls the requested segment finder and can iterate over the inputs to find both wider weaker segments as well as stronger narrower ones. The iteration is done by conserving the product of numsigma * minchan. The first run keeps both values as they were input, subsequent runs decrease the minchan by 1 and increase numsigma so that the product is conserved. This is repeated as long as minchan > 1. The results of the iterations are merged together and a single list of channel ranges is returned.
Parameters: spectrum : array like
The input spectrum from which the segments are detected.
freq : array like
The frequency axis of the spectrum, must have the same length as spectrum.
method : str
The segment finding method to use (e.g. “ADMIT”, “ASAP”).
minchan : int
The minimum number of channels that a segment must span.
maxgap : int
The maximum number of channels below the cutoff, to allow in the middle of a segment. Gaps larger than this will start a new segment.
numsigma : float
The minimum number of sigma a channel must be in order to consider it part of a segment.
iterate : bool
If True then iterate over the minchan and numsigma to detect stronger, but narrower lines. Default: False.
Attributes
spectrum (array like) The input spectrum from which the segments are detected. freq (array like) The frequency axis of the spectrum, must have the same length as spectrum. method (str) The segment finding method to use (e.g. “ADMIT”, “ASAP”). minchan (int) The minimum number of channels that a segment must span. maxgap (int) The maximum number of channels below the cutoff, to allow in the middle of a segment. Gaps larger than this will start a new segment. numsigma (float) The minimum number of sigma a channel must be in order to consider it part of a segment. iterate (bool) If True then iterate over the minchan and numsigma to detect stronger, but narrower lines. area (float) The area (numsigma * minchan) which is conserved while iterating. Methods
find
()Method to find segments in the input spectrum, using the given method. -
find
()[source]¶ Method to find segments in the input spectrum, using the given method. If iterate is set to True then the segment finder is called multiple times, each run decreasing the minchan by one and increasing numsigma (while conserving the product of the two), until minchan = 1, then the cycle is stopped (single channel spikes, no matter how strong, will not be detected).
Parameters: None
Returns: Four items: list of the segment start and end points, the cutoff, the noise
of the spectrum, and the mean of the spectrum.
-


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Shrimp
Shrimp is one of the most commonly consumed types of shellfish. It is quite nutritious and provides high amounts of certain nutrients, such as iodine, that aren’t abundant in many other foods. On the other hand, some people claim that shrimp is unhealthy due to its high cholesterol content.
Fish
Fish is a low-fat high quality protein. Fish is filled with omega-3 fatty acids and vitamins such as D and B2. Fish is rich in calcium and phosphorus and a great source of minerals, such as iron, zinc, iodine, magnesium, and potassium. The American Heart Association recommends eating fish at least two times per week as part of a healthy diet.
Crab
Crab is one of the best possible dietary sources of protein available. It contains almost as much protein per 100 grammes as meats without anywhere near the same levels of saturated fat, which is linked to an increased risk of heart disease. All shellfish are a good source of Selenium but crab meat is particularly rich in it.
Lobster
Lobster is a type of shellfish that is typically prepared by boiling or steaming. Lobsters are a great source of selenium and also contain omega-3 fatty acids. They can help protect against thyroid disease, depression, and anemia. Lobster can serve as the main source of protein in a meal.
 Increasing your protein intake through foods like scallops may aid weight loss. Scallops are rich in vitamin B12, zinc and omega-3 fatty acids. Getting adequate amounts of these nutrients is essential for brain development and associated with a reduced risk of mental decline and mood issues.


Command Correction
JadeBot now takes commands ==>LikeThis
like most other discord bots, but she displays a helpful message if you accidentally write it ==> LikeThis
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When you enter an empty ==>
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JadeBot has a bunch of cute responses to various phrases in any message she can read. This cannot currently be turned off, but eventually a server admin may opt-out their server from her responses.
- owo
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Relax and Indulge Yourself. Soak your feet into the hot bubble water and image yourself in paradise.
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The .table-hover class enables a hover state on table rows:
| PAGE | Purpose | URL | Copy! |
|---|---|---|---|
| John | Doe |<EMAIL_ADDRESS>| |
| Mary | Moe |<EMAIL_ADDRESS>| |
| July | Dooley |<EMAIL_ADDRESS>|
| Station | TRX0 | TRX1 |
|---|---|---|
| Station 1 | 11:00 | 12:00 |
| Station 2 | 16:00 | 17:00 |
| Station 3 | 19:00 | 21:00 |
Track Info Example : AB01A002
AB : Station A to B
01A : Section 01 Line A (Main Line)
002 : Track 002
| Track No. | Condition | Description |
|---|---|---|
| AB01A002 | Broken | Critical |
| CD02B001 | Broken | Pending |


title=Lanyrd date=2012-10-01 type=post tags=blog status=published ~~~~~~
If you guys want to know when and where I'll be speaking next, feel free to check out my Lanyrd.com page, which usually has information about which shows I'll be at and where. In fact, some times I check it out and learn of my obligations before I've been told!


| DOSE: |
repeated |
smoked |
Cannabis |
(plant material) |
I've been a fairly heavy pot smoker for the past few years, and I've suffered from depression for the last two or so, due to moving from the only place I've ever known and being cast out from my social circle.
I stopped smoking when my life went askew, thinking that I should pull my act together, and this sent me even deeper into the void. I was suicidal, angry, dangerous, and nearing psychosis. I began to exercise, and this took away some of the pain, and through this I met some of my closest friends who smoke bud, and they convinced me to smoke with them once again.
I took a few hits from the bong and felt my head clear... I felt normal again. I felt like I did when everything was good in my life. I wasn't 'stoned', I was just how I was before I became depressed. I took a few more hits, THEN I was stoned, but just those few tokes sent me back to a sanctuary of a stable and motivated mind.
After this sesh, for the next week or so, I felt quite good, but the anti-depressive effects began to wear off, so I smoked another bowl, and I was back in a a place of a normal mind.
Now, with the help of pot, I'm actually able to do work, have good friends, love my girlfriend, be on a sports team, and make some extra cash. This is a stark difference from where I was shirking all responsibilities, drinking alone, living in a delusion all the while being dirt poor. Pot turned my life around, and I thank God and whoever else is up there that this herb is on the earth for us to use, even though it is illegal in this great nation.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Returns the noncentrality parameter of the noncentral F distribution if probability of type I and type II error, degrees of freedom of the numerator and the denominator are given. It may be useful for computing minimal detectable differences for general ANOVA models. This program is documented in the paper of A. Baharev, S. Kemeny, On the computation of the noncentral F and noncentral beta distribution; Statistics and Computing, 2008, 18 (3), 333-340.
| Version: | 0.0-2 |
| Depends: | R (≥ 2.14.1) |
| Published: | 2012-11-01 |
| Author: | Ali Baharev |
| Maintainer: | Ali Baharev <ali.baharev at gmail.com> |
| License: | CC0 |
| URL: | http://dx.doi.org/10.1007/s11222-008-9061-3, http://reliablecomputing.eu/ncbeta.html |
| NeedsCompilation: | yes |
| In views: | Distributions |
| CRAN checks: | fpow results |
| Reference manual: | fpow.pdf |
| Package source: | fpow_0.0-2.tar.gz |
| Windows binaries: | r-devel: fpow_0.0-2.zip, r-release: fpow_0.0-2.zip, r-oldrel: fpow_0.0-2.zip |
| OS X binaries: | r-release: fpow_0.0-2.tgz, r-oldrel: fpow_0.0-2.tgz |
| Old sources: | fpow archive |
Please use the canonical form https://CRAN.R-project.org/package=fpow to link to this page.