@()(implicit session: Session) @* * This template takes a single argument, a String containing a * message to display. *@ @main("") {
QACinemas endeavour to bring you the latest movies in the best possible quality.
Our top of the range screens are supercharged with an aim to provide the best entertainment experience that recreates one’s luxurious lifestyle at home.
Together with an accessory recommendation ranging from interior materials, fittings, accessories, acoustics, to flooring and wall treatments we have worked to ensure every detail of our theatres are specified to the highest standards
Some other features that we are extremely proud of are:
We know Covid-19 has made life that little bit worse, but think, with our new social distancing measures theres less people per room, meaning less people to talk while your trying to watch the film!!
Come and watch the latest films, high quality audio/video, amazing reclining seats
Hungry? We got you covered, the price really doesn't reflect the high quality food we offer and out ice blast machines are working 24/7!!
This last year has been a pain for the cinema industry, but we are happy to announce our return, and the best bit is, NEW FILMS!!
(Note due to Covid-19, Cinema times and listing may vary)


[gecode-users] GecodeJ
Guido Tack
tack at ps.uni-sb.de
Wed Apr 4 14:51:14 CEST 2007
Hi!
Luis Quesada wrote:
> I have not installed Gecode in the standard place. In order to tell
> GecodeJ's configure where to find the libs I am using GECODE_LIBS.
>
> ./configure GECODE_LIBS=/home/luque/sources/gecode/gecode-1.3.0
>
> However, configure is still not finding the libraries...
What exactly is the error message that you get? I think configure
currently only checks whether pkg-config finds gecode, and if it
doesn't, it fails. So you'll have to at least make sure that the pkg-
config files for gecode (which are called gecode.pc, gecode-search.pc
and gecode-minimodel.pc) are on the PKG_CONFIG_PATH. If the
installation directory is different from what the pkg-config files
say, you can still use GECODE_LIBS in order to specify the new location.
Cheers,
Guido
--
Guido Tack
Programming Systems Lab, Saarland University, Germany
http://www.ps.uni-sb.de/~tack
More information about the gecode-users
mailing list


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 2
Believe it or not, this is a classic combination. Tart rhubarb cuts through the richness of smoky, oily mackerel for a perfect spring supper.
For the roasted rhubarb, preheat the oven to 200C/400F/Gas 6. Cut the rhubarb into 15cm/6in or so lengths (about the length of a wooden spoon-handle) and place in a roasting tin with half a tea-cup of water and the light brown sugar. Roast until just soft enough to take the point of a knife, about 10-15 minutes. Allow to cool, then drain, reserving the cooking juices.
Dip the skin side of each mackerel fillet into the seasoned flour to lightly coat. Heat the oil in a large frying pan. Gently place the mackerel fillets in the hot pan, skin-side down, and scatter over the rosemary. Add the roasted rhubarb to the side of the pan to heat through and add the capers for a little vinegary flavour.
Turn the mackerel after just two or so minutes when you can see that the mackerel is cooked halfway up the fillet. Cook for a further minute or two, then add the sherry vinegar for richness and allow to just come to the boil in the pan before removing the mackerel and the rhubarb. To the pan juices, add a little of the juices from the reserved roasted rhubarb to just lift the crispy bits from the pan where all the flavour is. Serve straightaway, with the sauce over the mackerel with the rhubarb on the side.


Submit Query for Analysis
Program Query
average("time_till_death", "northeast") average("time_since_diagnosis", "northeast") std("time_since_diagnosis", "northeast") correlate("region", "death flag")
Connect to Data Servers
Run Query
Disconnect
Resulting Data
(waiting for response)
Refresh


{% extends 'base.html' %} {% block title %}
Enter your email address below, and we'll email instructions for setting a new one.
{{ error }}
{{ field.label_tag }} {{ field }}


public class QRBill
extends java.lang.Object
This class was designed to be a bare bones serializer for the Swiss Payments Code, which is meant to adapt the payment system in Switzerland and Liechtenstein to the international ISO 20022 standard. For more information on this please consult the PaymentStandards.ch site, as the implementation guide here was the basis for this class.
This class was purposely written using only core Java and without any imports, so that it can
more easily adapted to other languages and platforms. As such it does not implement
Serializable
, out of the box, but will do so if simply added. It is designed, not
only to serialize, but also to validate data according to the above standard.
| Modifier and Type | Class and Description |
|---|---|
class |
QRBill.QRBillException
Exception thrown upon validation failure whenever the class is instantiated with raw QR code
or
getQRCode() is called. |
| Modifier and Type | Field and Description |
|---|---|
static int |
ACTOR_CR
Actor Type: Creditor
|
static int |
ACTOR_UCR
Actor Type: Ultimate creditor
|
static int |
ACTOR_UDR
Actor Type: Ultimate debtor
|
static java.lang.String |
ADDTYPE_COMBINED
Address Type: Combined
|
static java.lang.String |
ADDTYPE_STRUCTURED
Address Type: Structured
|
static int |
CODING_LATIN_1
Character Set: Latin (ISO-8859-1)
|
static java.lang.String |
CURRENCY_CHF
Currency: CHF - Swiss Francs
|
static java.lang.String |
CURRENCY_EUR
Currency: EUR - Euro
|
static java.lang.String |
QRTYPE_SPC
QR Type Identifier: Swiss Payments Code
|
static java.lang.String |
REFTYPE_NON
Reference Type: None
|
static java.lang.String |
REFTYPE_QRR
Reference Type: QR Reference
|
static java.lang.String |
REFTYPE_SCOR
Reference Type: Creditor Reference (ISO 11649)
|
static java.lang.String |
TRAILER_EPD
Trailer: End Payment Data (EPD)
|
| Constructor and Description |
|---|
QRBill()
Deprecated.
|
QRBill(java.lang.String rawData)
Deprecated.
|
| Modifier and Type | Method and Description |
|---|---|
java.lang.String |
getActorAddressType(int actorType)
Gets the address type of the specified actor.
|
java.lang.String |
getActorCountry(int actorType)
Gets the country of the specified actor.
|
java.lang.String |
getActorHouseNumber(int actorType)
Gets the house number of the specified actor.
|
java.lang.String |
getActorLocation(int actorType)
Gets the location (town, city, etc) of the specified actor.
|
java.lang.String |
getActorName(int actorType)
Gets the name of the specified actor.
|
java.lang.String |
getActorPostcode(int actorType)
Gets the postcode of the specified actor.
|
java.lang.String |
getActorStreet(int actorType)
Gets the street address of the specified actor.
|
java.lang.String |
getAdditionalInfo()
Deprecated.
|
java.lang.String[] |
getAlternativeSchema()
Gets all Alternative Schemas.
|
java.lang.String[] |
getAlternativeSchema(int index)
Gets a specified Alternative Schema.
|
float |
getAmount()
Gets the amount payable.
|
java.lang.String |
getBillInfo()
Gets the bill information which can be used as coded information for automated
booking of the payment.
|
int |
getCodingType()
Gets the Character Set used.
|
java.lang.String |
getCurrency()
Gets the currency.
|
int[] |
getDueDate()
Gets the due date, if available.
|
java.lang.String |
getFormattedVersion() |
java.lang.String |
getIBAN()
Gets the IBAN used.
|
java.lang.String |
getQRCode()
Gets the QR Code in the QR Billing object.
|
java.lang.String |
getQrType()
Gets the QR Type Identifier used.
|
java.lang.String |
getReference()
Gets the bill reference.
|
java.lang.String |
getReferenceType()
Gets the reference type.
|
java.lang.String |
getTrailer()
Gets the Trailer, which is the unambiguous indicator for the end of payment data.
|
java.lang.String |
getUnstructuredMsg()
Gets any unstructured message included.
|
java.lang.Float |
getVersion()
Gets the QR Bill version number.
|
boolean |
isValid()
Returns whether the current QR Bill is valid.
|
boolean |
setActor(int typeId,
java.lang.String name,
java.lang.String street,
java.lang.String housenumber,
java.lang.String postalcode,
java.lang.String location,
java.lang.String country)
Sets an actor associated with the QR Bill.
|
boolean |
setActor(int typeId,
java.lang.String name,
java.lang.String addressType,
java.lang.String address1,
java.lang.String address2,
java.lang.String postalcode,
java.lang.String location,
java.lang.String country)
Sets an actor associated with the QR Bill.
|
boolean |
setAdditionalInfo(java.lang.String info)
Deprecated.
|
boolean |
setAlternativeSchema()
Clears the Alternative Schema entries.
|
boolean |
setAlternativeSchema(java.lang.String[] data)
Stores and validates an inputted Alternative Schema in up to two lines.
|
boolean |
setAlternativeSchema(java.lang.String data,
int index)
Stores and validates an inputted Alternative Schema in up to two lines.
|
boolean |
setAmount()
Sets the amount payable to empty - the same as setting it to a value of -1.
|
boolean |
setAmount(float amt)
Sets the amount payable.
|
boolean |
setBillInfo(java.lang.String billInfo)
Coded information for automated booking of the payment.
|
boolean |
setCodingType(int codingType)
Sets the Character Set used.
|
boolean |
setCurrency(java.lang.String currency)
Sets the currency.
|
boolean |
setDueDate(int year,
int month,
int day)
Sets the due date of the QR bill.
|
boolean |
setIBAN(java.lang.String iban)
Sets the IBAN used.
|
boolean |
setQrType(java.lang.String qrType)
Sets the QR Type Identifier used.
|
boolean |
setReference()
Sets the reference type as
REFTYPE_NON , wuth an empty reference. |
boolean |
setReference(java.lang.String refType,
java.lang.String ref)
Sets the reference type and reference itslef.
|
boolean |
setTrailer(java.lang.String trailer)
Unambiguous indicator for the end of payment data.
|
boolean |
setUnstructuredMsg(java.lang.String unstructuredMsg)
Sets an unstructured message.
|
boolean |
setVersion(java.lang.Float version)
Sets the QR Bill version number directly from an float input, as Required for a valid
QR Bill.
|
boolean |
setVersion(java.lang.String version)
Sets the QR Bill version number directly from an input of a 4-character numerical string, as
described in the specification.
|
java.lang.String |
toString()
Returns the Unvalidated QR Code in the QR Billing object.
|
public static final java.lang.String QRTYPE_SPC
public static final int CODING_LATIN_1
public static final int ACTOR_CR
public static final int ACTOR_UCR
public static final int ACTOR_UDR
public static final java.lang.String ADDTYPE_STRUCTURED
public static final java.lang.String ADDTYPE_COMBINED
public static final java.lang.String CURRENCY_CHF
public static final java.lang.String CURRENCY_EUR
public static final java.lang.String REFTYPE_QRR
public static final java.lang.String REFTYPE_SCOR
public static final java.lang.String REFTYPE_NON
public static final java.lang.String TRAILER_EPD
@Deprecated public QRBill()
QRTYPE_SPC
CODING_LATIN_1
REFTYPE_NON
CURRENCY_CHF
TRAILER_EPD
@Deprecated public QRBill(java.lang.String rawData)
rawData
- String. Basic QR Bill data. Fields should be separated by new lines. An
implementation guide on the format may be found at
http://www.paymentstandards.ch/public boolean isValid()
public java.lang.String toString()
toString
in class java.lang.Object
public java.lang.String getQRCode() throws QRBill.QRBillException
QRBill.QRBillException
- Thrown when validation fails. Exception message gives a
description of the validation error.public java.lang.String getQrType()
QRTYPE_SPC
public java.lang.Float getVersion()
public java.lang.String getFormattedVersion()
public int getCodingType()
CODING_LATIN_1
public java.lang.String getIBAN()
public float getAmount()
public java.lang.String getCurrency()
CURRENCY_CHF
, CURRENCY_EUR
public java.lang.String getReferenceType()
REFTYPE_NON
, the value for reference
will be blank.REFTYPE_QRR
,
REFTYPE_SCOR
, REFTYPE_NON
.public java.lang.String getReference()
REFTYPE_NON
,
the value for this will be blank.@Deprecated public java.lang.String getAdditionalInfo()
public java.lang.String getActorName(int actorType)
public java.lang.String getActorAddressType(int actorType)
actorType
- actorType Integer. The actor type being queried. Possible values:
ACTOR_CR
, ACTOR_UCR
, ACTOR_UDR
.ADDTYPE_STRUCTURED
,
ADDTYPE_COMBINED
.public java.lang.String getActorStreet(int actorType)
public java.lang.String getActorHouseNumber(int actorType)
public java.lang.String getActorPostcode(int actorType)
public java.lang.String getActorLocation(int actorType)
public java.lang.String getActorCountry(int actorType)
public java.lang.String getUnstructuredMsg()
public java.lang.String getTrailer()
TRAILER_EPD
.public java.lang.String getBillInfo()
public java.lang.String[] getAlternativeSchema()
public java.lang.String[] getAlternativeSchema(int index)
index
- Integer. The index being entered - either 0 or 1. Any other value will return all
schemas unprocessed (see below) as a two element String array.public int[] getDueDate()
public boolean setQrType(java.lang.String qrType)
qrType
- String. The QR Type Identifier. Possible values: QRTYPE_SPC
public boolean setVersion(java.lang.String version)
version
- String. The QR Bill version number as a 4-character numerical string, with
leading zeros. The first two represent the major version, the second two
represent the minor version (e.g. "0100" corresponds to version 1.0).public boolean setVersion(java.lang.Float version)
version
- Float. The QR Bill version number as a float.public boolean setCodingType(int codingType)
codingType
- String. The Character Set. Possible values: CODING_LATIN_1
public boolean setIBAN(java.lang.String iban)
iban
- String. A valid IBAN. Maximum length of 21 characters.public boolean setAmount()
public boolean setAmount(float amt)
amt
- Float. The amount payable as a float, accurate to two decimal places. If a value
of -1 is used then the amount payable will be set as empty.public boolean setCurrency(java.lang.String currency)
currency
- String. The currency of the amount payable. Possible values:
CURRENCY_CHF
, CURRENCY_EUR
public boolean setDueDate(int year, int month, int day)
year
- Integer. The year, as 4-digit number.month
- Integer. The month, as a number between 1 (January) and 12 (December).day
- Integer. The month day.public boolean setReference()
REFTYPE_NON
, wuth an empty reference.public boolean setReference(java.lang.String refType, java.lang.String ref)
refType
- String. The currency of the amount payable. Possible values:
REFTYPE_QRR
, REFTYPE_SCOR
, REFTYPE_NON
ref
- String. The reference. In the case of REFTYPE_QRR
and
REFTYPE_SCOR
, this must represent valid QRR and SCOR references, of maximum
27 annd 25 characters lengths respectively. For REFTYPE_NON
, this
value will be ignored and the reference left empty.@Deprecated public boolean setAdditionalInfo(java.lang.String info)
info
- String. The text of the additional information. Maximum length of 140 characters.public boolean setUnstructuredMsg(java.lang.String unstructuredMsg)
unstructuredMsg
- String. The text of the unstructured message (version 2.0+, formerly
known as additional info in version 1.0). Maximum length of 140 characters.public boolean setTrailer(java.lang.String trailer)
trailer
- String. Only poaaible value, currently, is TRAILER_EPD
.public boolean setBillInfo(java.lang.String billInfo)
billInfo
- String. The text of the billing information. Maximum length of 140 characters.public boolean setAlternativeSchema(java.lang.String data, int index)
data
- String. The alternative schema data as two entries. Maximum length of each entry
is 100 characters, no maximum length is specified for the second. If null the entry
is cleared.index
- Integer. The index being entered - either 0 or 1.public boolean setAlternativeSchema(java.lang.String[] data)
data
- String Array. The alternative schema data as an array. Maximum length of each entry
is 100 characters, no maximum length is specified for the second. If the array only contains
one element then this is assigned as the first and the second is cleared. If the array
contains more than two elements then all elements after the second are ignored. If null all
entries are cleared.public boolean setAlternativeSchema()
public boolean setActor(int typeId, java.lang.String name, java.lang.String street, java.lang.String housenumber, java.lang.String postalcode, java.lang.String location, java.lang.String country)
typeId
- Integer. The actor type. Possible values:
ACTOR_CR
, ACTOR_UCR
, ACTOR_UDR
name
- String. Mandatory. Maximum length of 70 characters. The actor full name.street
- String. Optional. Maximum length of 70 characters. The actor street address.housenumber
- String. Optional. Maximum length of 16 characters. The actor house number.postalcode
- String. Optional. Maximum length of 16 characters. The actor post code.location
- String. Mandatory. Maximum length of 35 characters. The actor location,
such as town or city.country
- String. Mandatory. Maximum length of 2 characters. The actor country, given
as a 2-letter country code (ISO 3166-1).public boolean setActor(int typeId, java.lang.String name, java.lang.String addressType, java.lang.String address1, java.lang.String address2, java.lang.String postalcode, java.lang.String location, java.lang.String country)
typeId
- Integer. The actor type. Possible values:
ACTOR_CR
, ACTOR_UCR
, ACTOR_UDR
name
- String. Mandatory. Maximum length of 70 characters. The actor full name.addressType
- String. Mandatory. The format used for the actor address.address1
- String. Dependant. Maximum length of 70 characters. The optional actor street address
or mandatory actor street address and house number, depending on version and Address Type.address2
- String. Dependant. Maximum length of 16 characters. The actor optional house
number ot mandatory actor post code and location, depending on version and Address Type.postalcode
- String. Optional. Maximum length of 16 characters. The actor post code.location
- String. Dependant. Maximum length of 35 characters. The actor location,
such as town or city. Not manditory if the address type is consolidated.country
- String. Mandatory. Maximum length of 2 characters. The actor country, given
as a 2-letter country code (ISO 3166-1).


Color.White
and the
default Sync is Window.Sync.Enable
.
Sync.Enable
.Sync.Enable
.
Texture.Format.BGRA
.
This method is predestinated for screenshots.
Window wnd = ... ... wnd.capture().saveToFile("samples/img/screenshot.png");
Window wnd = ... ... Image screen = new Image(wnd.capture());


Rock-Paper-Scissors Tournament
问题描述 :
Rock-Paper-Scissors is game for two players, A and B, who each choose, independently of the other, one of rock, paper, or scissors. A player chosing paper wins over a player chosing rock; a player chosing scissors wins over a player chosing paper; a player chosing rock wins over a player chosing scissors. A player chosing the same thing as the other player neither wins nor loses.
A tournament has been organized in which each of n players plays k rock-scissors-paper games with each of the other players – k games in total. Your job is to compute the win average for each player, defined as w / (w + l) where w is the number of games won, and l is the number of games lost, by the player.
A tournament has been organized in which each of n players plays k rock-scissors-paper games with each of the other players – k games in total. Your job is to compute the win average for each player, defined as w / (w + l) where w is the number of games won, and l is the number of games lost, by the player.
输入:
Input consists of several test cases. The first line of input for each case contains 1 ≤ n ≤ 100 1 ≤ k ≤ 100 as defined above. For each game, a line follows containing p1, m1, p2, m2. 1 ≤ p1 ≤ n and 1 ≤ p2 ≤ n are distinct integers identifying two players; m1 and m2 are their respective moves ("rock", "scissors", or "paper"). A line containing 0 follows the last test case.
输出:
Output one line each for player 1, player 2, and so on, through player n, giving the player’s win average rounded to three decimal places. If the win average is undefined, output "-". Output an empty line between cases.
样例输入:
2 4 1 rock 2 paper 1 scissors 2 paper 1 rock 2 rock 2 rock 1 scissors 2 1 1 rock 2 paper 0
样例输出:
0.333 0.667 0.000 1.000
还没提交。。。
#include<iostream> #include<string> #include<cstring> #include<cstdio> #include<queue> #include<stack> #include<algorithm> #include<cmath> #include<set> #include<map> #include<vector> #include<fstream> #include<sstream> #include<iomanip> #include <sstream> using namespace std; const int N=105; int player[N][2]; // player[i][0]: win , player[i][1]: lose. int n,k; short judge(string a, string b) { if(a == b) { return 0; } short result; if(a == "rock") { if(b == "scissors") { result = 1; } else if(b == "paper") { result = -1; } } else if(a == "scissors") { if(b == "rock") { result = -1; } else if(b == "paper") { result = 1; } } else { if(b == "scissors") { result = -1; } else if(b == "rock") { result = 1; } } return result; } int main() { short ans; string sa,sb; int pa,pb; bool first = true; while(cin>>n && n) { if(!first)putchar('\n'); if(first)first=false; memset(player,0,sizeof(player)); cin>>k; while(k--) { cin>>pa>>sa>>pb>>sb; ans = judge(sa,sb); if(ans) { if(ans==1)//win { player[pa][0]++; player[pb][1]++; } else//lose { player[pb][0]++; player[pa][1]++; } } } for(int i=1; i<=n; i++) { int total = player[i][0]+player[i][1]; if(total>0) { printf("%.3f\n",((float)player[i][0])/total); } else { printf("-\n"); } } } return 0; }
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请不要灌水，多谢！
嗯 分析得很到位，确实用模板编程能让面试官对你的印象更好。在设置辅助栈的时候可以这样：push时，比较要push的elem和辅助栈的栈顶，elem<=min.top()，则min.push(elem).否则只要push（elem）就好。在pop的时候，比较stack.top()与min.top(),if(stack.top()<=min.top()),则{stack.pop();min.pop();}，否则{stack.pop();}.
int L[m+1][n+1];这样定义出错，这个在gcc上可以编译通过 在VS上不行 应该改为new 或者vector
网站不错
楼主你能把scanf( "%d%*" ,&T );中%*的用法详细说明吗
请问printAllCombination的时间复杂度怎么分析呢？
[…] 如果此题没有要求 相对位置不变，可以参考文章：http://www.acmerblog.com/interview-9-2427/ […]
即为打印出的组合的个数C(n,r)，假设print函数复杂度为O(1)
面霸网。www.51mx.org
第二种想法，我想来好久，为啥需要一个newhead，发现是把最后一个节点一直返回到嘴上面这层函数。厉害，这道题之前没样子想过。
map[nodes .index][nodes .index] == 0 就是判断不相邻的。这个是可以证明的。
这个还不错


Id placerat tacimates definitionem sea, prima quidam vim no. Duo nobis persecuti cuodo....
Id placerat tacimates definitionem sea, prima quidam vim no. Duo nobis persecuti cuodo....
Id placerat tacimates definitionem sea, prima quidam vim no. Duo nobis persecuti cuodo....
Id placerat tacimates definitionem sea, prima quidam vim no. Duo nobis persecuti cuodo....
Id placerat tacimates definitionem sea, prima quidam vim no. Duo nobis persecuti cuodo....
Id placerat tacimates definitionem sea, prima quidam vim no. Duo nobis persecuti cuodo....
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when ... You've visited this page many times. Last visit: 27/6/18Lorem Ipsum is simply dummy text of the printing and typesetting industry.


git stage path/to/file- Add all files (tracked and untracked):
git stage -A- Only add already tracked files:
git stage -u- Also add ignored files:
git stage -f- Interactively stage parts of files:
git stage -p- Interactively stage parts of a given file:
git stage -p path/to/file- Interactively stage a file:
git stage -i


Extends
- EventEmitter
Classes
Members
(static) EVENT_CLIENT_ERROR
The event to notify that the client is error.
- Source:
(static) EVENT_CLIENT_READY
The event to notify that the client is ready.
- Source:
(static) EVENT_CONSUMER_ERROR
The event to notify that an error ocurred in consumer.
- Source:
Methods
consume(doTask)
The consume function.
Do not call this function manual!
Parameters:
| Name | Type | Description |
|---|---|---|
doTask |
DoTask |
- Source:


More than 50 years of performing rock and pop across globe and being the favourite band with favourite moments!
An American rock and pop band originally active between 1966 and 1971, with reunion albums and tours in the decades that followed. Their original line-up consisted of the American actor/musicians Micky Dolenz, Michael Nesmith and Peter Tork with English actor/singer Davy Jones. The group was conceived in 1965 by television producers Bob Rafelson and Bert Schneider specifically for the situation comedy series The Monkees, which aired from 1966 to 1968. The band's music was initially supervised by record producer Don Kirshner, backed by the songwriting duo of Tommy Boyce and Bobby Hart.
The four actor/musicians were initially allowed only limited roles in the recording studio for the first few months of their five-year career as "the Monkees". This was due in part to the amount of time required to film the television series. Nonetheless, Nesmith composed and produced some songs from the beginning, and Tork contributed limited guitar work on the sessions produced by Nesmith. All four contributed lead vocals to various tracks. They eventually fought for the right to collectively supervise all musical output under the band's name, acting as actors, musicians, singers, songwriters, and producers.
The Music Business Association (Music Biz) honored the Monkees with an Outstanding Achievement Award celebrating their 50th anniversary on May 16, 2016.
A wedding is the occasion, in which, the bride & groom are in the spotlight. With the ceremony, reception entrance and first dance, there are many aspects of performance in a wedding.
With a number of great Christmas party entertainment ideas and varied options, our musicians will deliver a pitch perfect performance to break the ice and kick start your festive celebration.
Nothing compares to the power of live music and the experience of sharing it :)) We are committed to offering inspiring live music. A day that will live in your sweet memories for the rest of your life!!


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.FrontendAppConfig @import controllers.routes._ @import models.Mode @import viewmodels.FileView @import views.ViewUtils._ @import components.notification_banner @this( submitButton: components.submit_button, cancelApplicationLink: components.cancel_application_link, govukLayoutWrapper: GovukLayoutWrapper, formWithCSRF: FormWithCSRF ) @(appConfig: FrontendAppConfig, form: Form[Boolean], goodsName: String, files: Seq[FileView], mode: Mode)(implicit request: Request[_], messages: Messages) @headingMessage = @{if(files.size == 1){messages("supportingMaterialFileList.uploadFileCounter.singular", goodsName)} else {messages("supportingMaterialFileList.uploadFileCounter.plural", files.size, goodsName)}} @govukLayoutWrapper( pageTitle = s"${errorPrefix(form)} ${if(files.size == 1) {messages("supportingMaterialFileList.title.singular", goodsName)} else {messages("supportingMaterialFileList.title.plural", files.size, goodsName)}}" ) { @formWithCSRF(action = SupportingMaterialFileListController.onSubmit(mode)) { @components.error_summary(form.errors) @notification_banner()(request.flash, messages) @if(files.nonEmpty) { @components.heading(headingMessage, captionMsg = Some(messages("supportingMaterialFileList.caption")))
@messages("supportingMaterialFileList.indications")


Peer-reviewed Conference Proceedings
-
FOCUS: Scalable Search over Highly Dynamic Geo-distributed State. [paper]
Azzam Alsudais, Mohammad Hashemi, Zhe Huang, Bharath Balasubramanian, Shankaranarayanan Puzhavakath Narayanan, Eric Keller and Kaustubh Joshi.
In Proceedings of The 39th IEEE International Conference on Distributed Computing Systems (IEEE ICDCS’19), Dallas, TX, USA, July 2019. (25% acceptance rate) -
NodeFinder: Scalable Search over Highly Dynamic Geo-distributed State. [paper] [slides]
Azzam Alsudais, Zhe Huang, Bharath Balasubramanian, Shankaranarayanan Puzhavakath Narayanan, Eric Keller, and Kaustubh Joshi.
In Proceedings of The 10th USENIX Workshop on Hot Topics in Cloud Computing (USENIX HotCloud’18), Boston, MA, USA, July 2018. (35% acceptance rate) -
Hey Network, Can You Understand Me? [paper]
Azzam Alsudais and Eric Keller.
In Proceedings of The IEEE INFOCOM Workshop on Software-Driven Flexible and Agile Networking (IEEE INFOCOM SWFAN) 2017. Atlanta, GA, May 2017. (35% acceptance rate) -
Stateless Network Functions: Breaking the Tight Coupling of State and Processing. [paper] [slides]
Murad Kablan, Azzam Alsudais, Eric Keller, and Franck Le.
In Proceedings of The USENIX Symposium on Network Systems Design and Implementation (USENIX NSDI’17). Boston, MA, March 2017. (18% acceptance rate)
Posters
-
An Edge-facilitated Message Broker for Scalable Device Discovery. [abstract]
Zhe Huang, Bharath Balasubramanian, Azzam Alsudais, and Kaustubh Joshi.
In The Second ACM/IEEE Symposium on Edge Computing (SEC). San Jose, CA, October 2017. -
CoCaching in Named Data Networking. [abstract]
Azzam Alsudais and Eric Keller.
In The USENIX Symposium on Network Systems Design and Implementation (NSDI). Santa Clara, CA, March 2016.


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Forms Enablement Prototype
This is the home screen for the prototype only and is not shown to the user
About this prototype
This prototype guides the development of the Forms Enablement project. Further details can be found on the projects Confluence space


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| virtual IMixedRealityController | Controller [get, set] |
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| uint | PointerId [get] |
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| string | PointerName [get, set] |
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| virtual IMixedRealityInputSource | InputSourceParent [get, protected set] |
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| IMixedRealityCursor | BaseCursor [get, set] |
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| ICursorModifier | CursorModifier [get, set] |
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| IMixedRealityTeleportHotSpot | TeleportHotSpot [get, set] |
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| bool | IsInteractionEnabled [get, set] |
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| bool | IsActive [get, set] |
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| bool | IsFocusLocked [get, set] |
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| bool | IsTargetPositionLockedOnFocusLock [get, set] |
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| virtual float | PointerExtent = 10f [get, set] |
| | The pointer's maximum extent when raycasting. More...
|
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| RayStep[] | Rays = { new RayStep(Vector3.zero, Vector3.forward) } [get, protected set] |
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| LayerMask[] | PrioritizedLayerMasksOverride [get, set] |
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| IMixedRealityFocusHandler | FocusTarget [get, set] |
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| IPointerResult | Result [get, set] |
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| IBaseRayStabilizer | RayStabilizer [get, set] |
| | Ray stabilizer used when calculating position of pointer end point. More...
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| SceneQueryType | SceneQueryType = SceneQueryType.SimpleRaycast [get, set] |
| |
| float | SphereCastRadius [get, set] |
| |
| abstract Vector3 | Position [get] |
| |
| abstract Quaternion | Rotation [get] |
| |
| IMixedRealityController | Controller [get, set] |
| | The pointer's current controller reference. More...
|
| |
| uint | PointerId [get] |
| | This pointer's id. More...
|
| |
| string | PointerName [get, set] |
| | This pointer's name. More...
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| |
| IMixedRealityInputSource | InputSourceParent [get] |
| | This pointer's input source parent. More...
|
| |
| IMixedRealityCursor | BaseCursor [get, set] |
| | The pointer's cursor. More...
|
| |
| ICursorModifier | CursorModifier [get, set] |
| | The currently active cursor modifier. More...
|
| |
| bool | IsInteractionEnabled [get] |
| | Is the pointer active and have the conditions for the interaction been satisfied to enable the interaction? More...
|
| |
| bool | IsActive [get, set] |
| | Controls whether the pointer dispatches input. More...
|
| |
| bool | IsFocusLocked [get, set] |
| | Is the focus for this pointer currently locked? More...
|
| |
| bool | IsTargetPositionLockedOnFocusLock [get, set] |
| | Specifies whether the pointer's target position (cursor) is locked to the target object when focus is locked. More...
|
| |
| RayStep[] | Rays [get] |
| | The scene query rays. More...
|
| |
| LayerMask[] | PrioritizedLayerMasksOverride [get, set] |
| | The physics layers to use when performing scene queries. More...
|
| |
| IMixedRealityFocusHandler | FocusTarget [get, set] |
| | The currently focused target. More...
|
| |
| IPointerResult | Result [get, set] |
| | The scene query pointer result. More...
|
| |
| SceneQueryType | SceneQueryType [get, set] |
| | The type of physics scene query to use. More...
|
| |
| float | SphereCastRadius [get, set] |
| | The radius to use when SceneQueryType is set to Sphere or SphereColliders. More...
|
| |
| Vector3 | Position [get] |
| | Pointer position. More...
|
| |
| Quaternion | Rotation [get] |
| | Pointer rotation. More...
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| |
Base Class for pointers that don't inherit from MonoBehaviour.


Your FOIL request has been automatically sent to the agency. They will contact you directly. Information about this request will not be maintained in this program. For your convenience, a full copy of your request has been emailed to you.
You can find the Agency FOIL Office contact information in the following listing: NYC Agency FOIL Officers (February 2015) (in PDF)


The transformer is a two port. The left port voltage v1, left port current i1, right port voltage v2 and right port current i2 are connected by the following relation:
| v1 | | L1 M | | i1' | | | = | | | | | v2 | | M L2 | | i2' |
L1, L2, and M are the primary, secondary, and coupling inductances respectively.


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Groovy Documentation | |||||||
| FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | PROPERTY | CONSTR | METHOD | DETAIL: FIELD | PROPERTY | CONSTR | METHOD |
java.lang.Object grails-app.services.grails.plugins.nimble.core.OpenIDService
class OpenIDService
Provides methods for interacting with OpenID authentication processes.
| Property Summary | |
|---|---|
static def |
federationProviderDiscriminator
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static def |
federationProviderUid
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static def |
flickrDiscoveryService
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static def |
googleDiscoveryService
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def |
grailsApplication
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ConsumerManager |
manager
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def |
openidFederationProvider
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boolean |
transactional
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static def |
yahooDiscoveryService
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| Constructor Summary | |
OpenIDService()
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| Method Summary | |
|---|---|
def
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establishDiscoveryRequest(def service, def responseUrl)
Establishes an OpenID request for an OpenID service who has a pre-published identity endpoint. |
def
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establishRequest(def discoveryID, def responseUrl)
Establishes an OpenID request for any OpenID service, user or Nimble has provided discovery endpoint. |
void
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nimbleInit()
Integrates with extended Nimble bootstrap process, sets up OpenID Environment once all domain objects etc have dynamic methods available to them. |
def
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processResponse(def discovered, def response, def receivingUrl)
Processes an OpenID response to authenticate a user and extract personal information |
| Methods inherited from class java.lang.Object | |
|---|---|
| wait, wait, wait, hashCode, getClass, equals, toString, notify, notifyAll |
| Property Detail |
|---|
public static final def federationProviderDiscriminator
public static final def federationProviderUid
public static final def flickrDiscoveryService
public static final def googleDiscoveryService
def grailsApplication
ConsumerManager manager
def openidFederationProvider
boolean transactional
public static final def yahooDiscoveryService
| Constructor Detail |
|---|
public OpenIDService()
| Method Detail |
|---|
public def establishDiscoveryRequest(def service, def responseUrl)
public def establishRequest(def discoveryID, def responseUrl)
public void nimbleInit()
public def processResponse(def discovered, def response, def receivingUrl)
Groovy Documentation


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Dear%FIRST_NAME% %LAST_NAME%,
We were notified by the FCC that your Cintex Wireless service has been transferred to another provider. To keep your Cintex Unlimited Data, Unlimited Talk and Unlimited Text services, click the button below by July 13th.
Instructions: Click the button below to send an email to Cintex for confirming.
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Watson Predictive Analytics & Management System for Virtual Infrastracture {% for vc in vcenters %} {{ vc }} {% endfor %}


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Thank You for downloading Tigra Calculator, You've made the right decision!
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On the right hand side there is a form with Tigra Calculator attached to the fields. Click on the image and feel free to calculate the result right now!
You'll find comments in the source code of this file. They will guide you through setup process. Should you have any problems or questions submit support request in SoftComplex products support forum.
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Easy To Use - Everyone knows how to operate real life calculator. Tigra Calculator is same intuitive and easy to use.
Cost Saving Component - If you need free easy to setup and maintain calculator on your HTML forms then Tigra Calculator is the best choice for you!
Professional Look - Developed by highly skilled professionals, Tigra Calculator is great looking improvement to the user interface of your web application.
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- Support of trigonometric, logarithmic and exponential functions
- Standard memory operations set
- Flexible functionality set: any of declared functions (operations) can be included to or excluded
- Customizable button order - design your own calculator layout in minutes
- Styles and skins support - calculator can be perfectly adjusted for feel and look of your site
- Popup, modal, onpage modes versions
- Free setup support, free product updates, discounts for other products
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If you like the script, please vote for it. We do appreciate this much.
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We like to hear from you. Please, let us know what do you like about the script and what needs to be improved.
We will not rest until our every customer is completely satisfied. Some testimonies may be published on the product page.
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Next Previous Top
7. References
-
[1] LBNL, Network Research Group, "libpcap", http://ee.lbl.gov
-
[2] Stevens, W. Richard, "UNIX Network Programming, vol.
I, 2nd ed.", Prentice Hall PTR, 1998
-
[3] Hanson, David R., "C Interfaces and Implementations",
Addison-Wesley, 1997
7.1 URLs
Next Previous Top


sourmash is our lab’s implementation of an ultra-fast lightweight approach to nucleotide-level search and comparison, called MinHash.
You can read some background about MinHash sketches in this paper: Mash: fast genome and metagenome distance estimation using MinHash. Ondov BD, Treangen TJ, Melsted P, Mallonee AB, Bergman NH, Koren S, Phillippy AM. Genome Biol. 2016 Jun 20;17(1):132. doi: 10.1186/s13059-016-0997-x.
Create / log into an m1.medium Jetstream instance, and run these two commands:
cd
curl -O https://s3-us-west-1.amazonaws.com/spacegraphcats.ucdavis.edu/microbe-genbank-sbt-k31-2017.05.09.tar.gz
tar xzf microbe-genbank-sbt-k31-2017.05.09.tar.gz
– they take a long time :).
K-mers are a fairly simple concept that turn out to be tremendously powerful.
A “k-mer” is a word of DNA that is k long:
ATTG - a 4-mer
ATGGAC - a 6-mer
Typically we extract k-mers from genomic assemblies or read data sets by running a k-length window across all of the reads and sequences – e.g. given a sequence of length 16, you could extract 11 k-mers of length six from it like so:
AGGATGAGACAGATAG
becomes the following set of 6-mers:
AGGATG
GGATGA
GATGAG
ATGAGA
TGAGAC
GAGACA
AGACAG
GACAGA
ACAGAT
CAGATA
AGATAG
k-mers are most useful when they’re long, because then they’re specific. That is, if you have a 31-mer taken from a human genome, it’s pretty unlikely that another genome has that exact 31-mer in it. (You can calculate the probability if you assume genomes are random: there are 431 possible 31-mers, and 431 = 4,611,686,018,427,387,904. So, you know, a lot.)
The important concept here is that long k-mers are species specific. We’ll go into a bit more detail later.
We’ve already run into k-mers before, as it turns out - when we were doing genome assembly. One of the three major ways that genome assembly works is by taking reads, breaking them into k-mers, and then “walking” from one k-mer to the next to bridge between reads. To see how this works, let’s take the 16-base sequence above, and add another overlapping sequence:
AGGATGAGACAGATAG
TGAGACAGATAGGATTGC
One way to assemble these together is to break them down into k-mers –
becomes the following set of 6-mers:
AGGATG
GGATGA
GATGAG
ATGAGA
TGAGAC
GAGACA
AGACAG
GACAGA
ACAGAT
CAGATA
AGATAG -> off the end of the first sequence
GATAGG <- beginning of the second sequence
ATAGGA
TAGGAT
AGGATT
GGATTG
GATTGC
and if you walk from one 6-mer to the next based on 5-mer overlap, you get the assembled sequence:
AGGATGAGACAGATAGGATTGC
Graphs of many k-mers together are called De Bruijn graphs, and assemblers like MEGAHIT and SOAPdenovo are De Bruijn graph assemblers - they use k-mers underneath.
Computers love k-mers because there’s no ambiguity in matching them. You either have an exact match, or you don’t. And computers love that sort of thing!
Basically, it’s really easy for a computer to tell if two reads share a k-mer, and it’s pretty easy for a computer to store all the k-mers that it sees in a pile of reads or in a genome.
So, we’ve said long k-mers (say, k=31 or longer) are pretty species specific. Is that really true?
Yes! Check out this figure from the MetaPalette paper:
here, the Koslicki and Falush show that k-mer similarity works to group microbes by genus, at k=40. If you go longer (say k=50) then you get only very little similarity between different species.
So, one thing you can do is use k-mers to compare genomes to genomes, or read data sets to read data sets: data sets that have a lot of similarity probably are similar or even the same genome.
One metric you can use for this comparisons is the Jaccard distance, which is calculated by asking how many k-mers are shared between two samples vs how many k-mers in total are in the combined samples.
only k-mers in both samples
----------------------------
all k-mers in either or both samples
A Jaccard distance of 1 means the samples are identical; a Jaccard distance of 0 means the samples are completely different.
This is a great measure and it can be used to search databases and cluster unknown genomes and all sorts of other things! The only real problem with it is that there are a lot of k-mers in a genome – a 5 Mbp genome (like E. coli) has 5 m k-mers!
About a year ago, Ondov et al. (2016) showed that MinHash approaches could be used to estimate Jaccard distance using only a small fraction (1 in 10,000 or so) of all the k-mers.
The basic idea behind MinHash is that you pick a small subset of k-mers to look at, and you use those as a proxy for all the k-mers. The trick is that you pick the k-mers randomly but consistently: so if a chosen k-mer is present in two data sets of interest, it will be picked in both. This is done using a clever trick that we can try to explain to you in class - but either way, trust us, it works!
We have implemented a MinHash approach in our sourmash software, which can do some nice things with samples. We’ll show you some of these things next!
To install sourmash, run:
sudo apt-get -y update && \
sudo apt-get install -y python3.5-dev python3.5-venv make \
libc6-dev g++ zlib1g-dev
this installs Python 3.5.
Now, create a local software install and populate it with Jupyter and other dependencies:
python3.5 -m venv ~/py3
. ~/py3/bin/activate
pip install -U pip
pip install -U Cython
pip install -U jupyter jupyter_client ipython pandas matplotlib scipy scikit-learn khmer
pip install -U https://github.com/dib-lab/sourmash/archive/master.zip
Download some reads and a reference genome:
mkdir ~/data
cd ~/data
wget http://public.ged.msu.edu.s3.amazonaws.com/ecoli_ref-5m-trim.pe.fq.gz
wget https://s3.amazonaws.com/public.ged.msu.edu/ecoliMG1655.fa.gz
Compute a scaled MinHash signature from our reads:
mkdir ~/sourmash
cd ~/sourmash
sourmash compute --scaled 10000 ~/data/ecoli_ref*pe*.fq.gz -o ecoli-reads.sig -k 31
Use case: how much of the read content is contained in the reference genome?
Build a signature for an E. coli genome:
sourmash compute --scaled 10000 -k 31 ~/data/ecoliMG1655.fa.gz -o ecoli-genome.sig
and now evaluate containment, that is, what fraction of the read content is contained in the genome:
sourmash search -k 31 ecoli-reads.sig ecoli-genome.sig --containment
and you should see:
# running sourmash subcommand: search
loaded query: /home/ubuntu/data/ecoli_ref-5m... (k=31, DNA)
loaded 1 signatures from ecoli-genome.sig
1 matches:
similarity match
---------- -----
46.6% /home/ubuntu/data/ecoliMG1655.fa.gz
Why are only 50% or so of our k-mers from the reads in the genome!? Any ideas?
Try the reverse - why is it bigger?
sourmash search -k 31 ecoli-genome.sig ecoli-reads.sig --containment
(...but 99% of our k-mers from the genome are in the reads!?)
This is basically because of sequencing error! Illumina data contains a lot of errors, and the assembler doesn’t include them in the assembly!
Suppose that we have a collection of signatures (made with sourmash compute
as above) and we want to search it with our newly assembled
genome (or the reads, even!). How would we do that?
Let’s grab a sample collection of 50 E. coli genomes and unpack it –
mkdir ecoli_many_sigs
cd ecoli_many_sigs
curl -O -L https://github.com/dib-lab/sourmash/raw/master/data/eschericia-sigs.tar.gz
tar xzf eschericia-sigs.tar.gz
rm eschericia-sigs.tar.gz
cd ../
This will produce 50 files named ecoli-N.sig
in the ecoli_many_sigs
–
ls ecoli_many_sigs
Let’s turn this into an easily-searchable database with sourmash index
–
sourmash index -k 31 ecolidb ecoli_many_sigs/*.sig
What does the database look like and how does the search work?
sourmash search (and gather) compare the query and the database (sequence bloom tree) and report matches based containment.
One point to make with this is that the search can quickly narrow down which signatures match your query, without losing any matches. It’s a clever example of how computer scientists can actually make life better :).
And now we can search!
sourmash search ecoli-genome.sig ecolidb.sbt.json -n 20
You should see output like this:
# running sourmash subcommand: search
select query k=31 automatically.
loaded query: /home/tx160085/data/ecoliMG165... (k=31, DNA)
loaded SBT ecolidb.sbt.json
Searching SBT ecolidb.sbt.json
49 matches; showing first 20:
similarity match
---------- -----
75.4% NZ_JMGW01000001.1 Escherichia coli 1-176-05_S4_C2 e117605...
72.2% NZ_GG774190.1 Escherichia coli MS 196-1 Scfld2538, whole ...
71.4% NZ_JMGU01000001.1 Escherichia coli 2-011-08_S3_C2 e201108...
70.1% NZ_JHRU01000001.1 Escherichia coli strain<PHONE_NUMBER>54_1...
69.0% NZ_JH659569.1 Escherichia coli M919 supercont2.1, whole g...
64.9% NZ_JNLZ01000001.1 Escherichia coli 3-105-05_S1_C1 e310505...
63.0% NZ_MOJK01000001.1 Escherichia coli strain 469 Cleandata-B...
62.9% NZ_MOGK01000001.1 Escherichia coli strain 676 BN4_676_1_(...
62.0% NZ_JHDG01000001.1 Escherichia coli 1-176-05_S3_C1 e117605...
59.9% NZ_MIWF01000001.1 Escherichia coli strain AF7759-1 contig...
52.7% NZ_KE700241.1 Escherichia coli HVH 147 (4-5893887) acYxy-...
51.7% NZ_APWY01000001.1 Escherichia coli 178200 gec178200.conti...
49.3% NZ_LVOV01000001.1 Escherichia coli strain swine72 swine72...
49.3% NZ_MIWP01000001.1 Escherichia coli strain K6412 contig_00...
49.0% NZ_LQWB01000001.1 Escherichia coli strain GN03624 GCID_EC...
48.9% NZ_JHGJ01000001.1 Escherichia coli O45:H2 str. 2009C-4780...
48.1% NZ_CP011331.1 Escherichia coli O104:H4 str. C227-11, comp...
47.7% NZ_JHNB01000001.1 Escherichia coli O103:H25 str. 2010C-45...
47.7% NZ_JHRE01000001.1 Escherichia coli strain<PHONE_NUMBER>14_1...
47.6% NZ_JHHE01000001.1 Escherichia coli O103:H2 str. 2009C-327...
identifying what genome is in the signature.
Adjust plotting (this is a bug in sourmash :) –
echo 'backend : Agg' > matplotlibrc
Compare all the signatures:
sourmash compare ecoli_many_sigs/* -o ecoli_cmp
and then plot:
sourmash plot --labels ecoli_cmp
which will produce a file ecoli_cmp.matrix.png
and ecoli_cmp.dendro.png
which you can then download via FileZilla and view on your local computer.
Now open jupyter notebook and visualize:
from IPython.display import Image
Image("ecoli_cmp.matrix.png")
Here’s a PNG version:
At the beginning, we downloaded and unpacked a GenBank index of all the microbial genomes – you can see a basic description here, CTB’s blog post – this one contains sketches of all 100k Genbank microbes. (See available sourmash databases for more information.)
After this database is unpacked, it produces a file
genbank-k31.sbt.json
and a whole bunch of hidden files in the
directory .sbt.genbank-k31
.
Next, run the ‘gather’ command to see what’s in your ecoli genome –
at the command line run:
sourmash gather -k 31 ecoli-reads.sig ../genbank-k31.sbt.json -o ecoli-reads-gather-reults.csv
and you should get:
# running sourmash subcommand: sbt_gather
loaded query: /home/tx160085/data/ecoli_ref-... (k=31, DNA)
loaded SBT ../genbank-k31.sbt.json
overlap p_query p_match
--------- ------- --------
4.9 Mbp 46.6% 100.0% APIN01000001.1 Escherichia coli str. ...
3.4 Mbp 32.4% 1.5% AQAX01000001.1 Escherichia coli P0304...
2.5 Mbp 23.6% 0.7% JHDK01000001.1 Escherichia coli 1-110...
160.0 kbp 1.5% 0.6% AMPE01000001.1 Citrobacter sp. L17 co...
0.5 Mbp 4.8% 0.4% BBVS01000001.1 Escherichia albertii D...
3.3 Mbp 31.2% 0.4% APYP01000001.1 Escherichia coli P0299...
3.6 Mbp 34.5% 0.4% AQCO01000001.1 Escherichia coli MP021...
4.3 Mbp 40.9% 0.4% JONB01000001.1 Escherichia coli 3-020...
2.8 Mbp 26.0% 0.5% AZPL01000001.1 Shigella flexneri 2001...
2.8 Mbp 26.0% 0.2% MIIY01000001.1 Shigella sp. FC1737 NO...
2.2 Mbp 20.7% 0.2% AFET01000004.1 Escherichia coli AA86 ...
found less than 10.0 kbp in common. => exiting
found 11 matches total;
the recovered matches hit 49.2% of the query
You can use this on metagenomes (assembled and unassembled) as well; you’ve just got to make the signature files.
To see this in action, here is gather running on a signature generated from some sequences that assemble (but don’t align to known genomes) from the Shakya et al. 2013 mock metagenome paper.
wget https://github.com/dib-lab/sourmash/raw/master/doc/_static/shakya-unaligned-contigs.sig
sourmash gather -k 31 shakya-unaligned-contigs.sig ../genbank-k31.sbt.json
This should yield:
# running sourmash subcommand: gather
loaded query: mqc500.QC.AMBIGUOUS.99.unalign... (k=31, DNA)
loaded SBT genbank-k31.sbt.json
overlap p_query p_match
--------- ------- --------
1.4 Mbp 11.0% 58.0% JANA01000001.1 Fusobacterium sp. OBRC1 c
1.0 Mbp 7.7% 25.9% CP001957.1 Haloferax volcanii DS2 plasmi
0.9 Mbp 7.5% 11.8% BA000019.2 Nostoc sp. PCC 7120 DNA, comp
0.7 Mbp 5.9% 23.0% FOVK01000036.1 Proteiniclasticum ruminis
0.7 Mbp 5.3% 17.6% AE017285.1 Desulfovibrio vulgaris subsp.
0.6 Mbp 4.9% 11.1% CP001252.1 Shewanella baltica OS223, com
0.6 Mbp 4.8% 27.3% AP008226.1 Thermus thermophilus HB8 geno
0.6 Mbp 4.4% 11.2% CP000031.2 Ruegeria pomeroyi DSS-3, comp
480.0 kbp 3.8% 7.6% CP000875.1 Herpetosiphon aurantiacus DSM
410.0 kbp 3.3% 10.5% CH959317.1 Sulfitobacter sp. NAS-14.1 sc
1.4 Mbp 10.9% 11.8% LN831027.1 Fusobacterium nucleatum subsp
0.5 Mbp 4.1% 5.3% CP000753.1 Shewanella baltica OS185, com
420.0 kbp 3.3% 7.7% FNDZ01000023.1 Proteiniclasticum ruminis
150.0 kbp 1.2% 4.5% CP015081.1 Deinococcus radiodurans R1 ch
150.0 kbp 1.2% 8.2% CP000969.1 Thermotoga sp. RQ2, complete
290.0 kbp 2.3% 4.1% CH959311.1 Sulfitobacter sp. EE-36 scf_1
1.2 Mbp 9.4% 5.0% CP013328.1 Fusobacterium nucleatum subsp
110.0 kbp 0.9% 3.5% FREL01000833.1 Enterococcus faecalis iso
0.6 Mbp 5.0% 2.8% CP000527.1 Desulfovibrio vulgaris DP4, c
340.0 kbp 2.7% 3.3% KQ235732.1 Fusobacterium nucleatum subsp
70.0 kbp 0.6% 1.2% CP000850.1 Salinispora arenicola CNS-205
60.0 kbp 0.5% 0.7% CP000270.1 Burkholderia xenovorans LB400
50.0 kbp 0.4% 2.6% CP001080.1 Sulfurihydrogenibium sp. YO3A
50.0 kbp 0.4% 3.2% L77117.1 Methanocaldococcus jannaschii D
found less than 40.0 kbp in common. => exiting
found 24 matches total;
the recovered matches hit 73.4% of the query
In our recent preprint using this, we showed that
It is straightforward to build your own databases for use with
search
and gather
; this is of interest if you have dozens or
hundreds of sequencing data sets in your group. Ping us if you want us
to write that up.
There are many tools like Kraken and Kaiju that can do taxonomic classification of individual reads from metagenomes; these seem to perform well (albeit with high false positive rates) in situations where you don’t necessarily have the genome sequences that are in the metagenome. Sourmash, by contrast, can estimate which known genomes are actually present, so that you can extract them and map/align to them. It seems to have a very low false positive rate and is quite sensitive to strains.
Above, we’ve shown you a few things that you can use sourmash for. Here is a (non-exclusive) list of other uses that we’ve been thinking about –
Chat with Luiz, Phil, or Titus if you are interested in these use cases!


Starbucks proposed for one of last vacant spots along Uptown
by Steve LackmeyerA Starbucks is being proposed for an empty corner lot at NW 23 and Robinson Avenue — one of the last undeveloped properties along Uptown.
Until a few years ago, the corner was home to a two-bay car wash built in 1966. A salon was located on the adjoining grassy lot until it was torn down a decade ago. The property is being developed by Ryan McNeill, who is also leading a larger mixed-use development, OAK, at the corner of Northwest Expressway and Pennsylvania Avenue.
“The value of this corridor to Oklahoma City is hard to over-emphasize,” McNeill said. “Few other parts of town have seen the revitalization 23rd Street has seen in the last 10 years.”
In just the past decade, Uptown 23rd has seen the redevelopment of the long-abandoned iconic Tower Theatre and the opening of shops, restaurants and bars. The corner of NW 23 and Robinson Avenue is the last undeveloped property along NW 23 between Broadway and Shartel Avenue, a stretch that was once lined with several abandoned and vacant properties.
The proposed Starbucks is a 2,100-sqare-foot shop that, if approved by the city’s Urban Design Committee, would be located on the northwest side of the property with a drive-thru lane wrapping around the sides of the building facing the street.
The shop will include an outdoor patio and the facade will consist of wood veneer planks, brick and brick veneer, aluminum and insulated glass. Discussions, meanwhile, are underway with owners of the Carl’s Jr. to the east to link the two properties to improve access for both properties to and from nearby signalized intersections.
McNeill said the site design went through several incarnations as he sought to minimize the impact on residential neighbors to the south. He said a timeline won’t be finalized until after the community is provided a chance to provide feedback.
“Two of the biggest things we’ve done from a sight-planning perspective is to push the building to the street and to attempt to gain cross access with Carl’s Jr.,” McNeill said. “The staff at planning and the neighborhood guidelines have endorsed these and it’s the right advice, in our opinion.”
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|
vim()
|
Nonparametric Intrinsic Variable Importance Estimates and Inference |
|
cv_vim()
|
Nonparametric Intrinsic Variable Importance Estimates and Inference using Cross-fitting |
|
vimp_se()
|
Estimate standard errors |
|
vimp_ci()
|
Confidence intervals for variable importance |
|
vimp_hypothesis_test()
|
Perform a hypothesis test against the null hypothesis of \(\delta\) importance |
|
sp_vim()
|
Shapley Population Variable Importance Measure (SPVIM) Estimates and Inference |
|
spvim_ics()
|
Influence function estimates for SPVIMs |
|
spvim_se()
|
Standard error estimate for SPVIM values |
|
sample_subsets()
|
Create necessary objects for SPVIMs |
|
measure_anova()
|
Estimate ANOVA decomposition-based variable importance. |
|
bootstrap_se()
|
Compute bootstrap-based standard error estimates for variable importance |
|
print(<vim>)
|
Print a vim object |
|
format(<vim>)
|
Format a vim object |
|
make_folds()
|
Create Folds for Cross-Fitting |
|
create_z()
|
Create complete-case outcome, weights, and Z |
|
make_kfold()
|
Turn folds from 2K-fold cross-fitting into individual K-fold folds |
|
run_sl()
|
Run a Super Learner for the provided subset of features |
|
check_fitted_values()
|
Check pre-computed fitted values for call to vim, cv_vim, or sp_vim |
|
check_inputs()
|
Check inputs to a call to vim, cv_vim, or sp_vim |
|
extract_sampled_split_predictions()
|
Extract sampled-split predictions from a CV.SuperLearner object |
|
get_cv_sl_folds()
|
Get a numeric vector with cross-validation fold IDs from CV.SuperLearner |
|
get_full_type()
|
Obtain the type of VIM to estimate using partial matching |
|
scale_est()
|
Return an estimator on a different scale |


OPSO: Naked Calhoun man tased after approaching deputies
by KNOECALHOUN, La. (KNOE) - Authorities say a Calhoun man has been arrested on several charges, including felony obscenity, after trespassing on someone's porch naked.
According to arrest records, it happened on the morning of Nov. 22 on Cheniere Drew Road.
The Ouachita Parish Sheriff's Office received a call that 30-year-old Nathan Urquiza was on someone's porch damaging vases.

When deputies arrived, they say he approached them holding two cans of spray paint. They say he ignored commands to drop the spray paint and get on the ground. Urquiza was then tased and taken into custody.
The report says that Urquiza was originally booked under another name after he gave a false name.
Urquiza was booked on charges of criminal trespass, simple damage to property, obscenity, and resisting an officer.


Unless stated otherwise, all Visualizing the Unknown Balkans online data is licensed by OREA ÖAW under the CC BY 4.0 license. As such, you are free to share, use and remix Visualizing the Unknown Balkans data, as long as you attribute the source data accordingly.
When citing Visualizing the Unknown Balkans please refer to the URL of the site and the date accessed. Example of citation:
Visualizing the Unknown Balkans, https://vub.orea.oeaw.ac.at https://vub.orea.oeaw.ac.at, (29/09/2018).


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Hi juan_delacruz01, my son was absent because he had a tooth ache and needed to go to the dentist and have his teeth removed.
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Open Point of Sale → Configuration → Point of Sale and activate Pay Expenses option
Open POS session and see new Expenses button displayed
After click you can see all the approved HR expenses. Choose one of the expenses and click Select.
The popup appears containing the information about expense to be paid. Click Ok to proceed the payment
After that in the backend you would see the paid expense and the notification indicating the payment via POS
If there are no expenses to be paid, you would see the warning
Contact us by email or fill out request form


Page 1 of 1
Project Volucris! :)
Posted:
Sun Jul 15, 2007 5:53 am
by Richard. UK
Guys i am very amazed that a communal effort is going on to bring back this old school game which EJ really wrecked although i did have one question, will this include all different servers like the xenimus game now such as ANTI PK PVP and DS? or am i not going far back enough when there was probably only one server.
I only ask because i would so much like for T7DS to come back! meeting new people from other servers there. what do you think?
Posted:
Sun Jul 15, 2007 1:30 pm
by thadiusofx3
At first there will be just one server, like xenimus had.
If the game gets popular enough and the first server gets full, others will be added, yes.
Re: Project Volucris! :)
Posted:
Sun Jul 15, 2007 3:03 pm
by Vitriol
brakeyboy wrote:Guys i am very amazed that a communal effort is going on to bring back this old school game which EJ really wrecked although i did have one question, will this include all different servers like the xenimus game now such as ANTI PK PVP and DS? or am i not going far back enough when there was probably only one server.
I only ask because i would so much like for T7DS to come back! meeting new people from other servers there. what do you think?
When was DS ever an integral part of early xenimus? It wasnt.
There is no reason to have a DS in PV.

Posted:
Mon Jul 16, 2007 12:46 am
by Vitriol
not at all. All of my memories of early xenimus have nothing to do with DS. as far as im concerned, the DS was one of the additions of xenimus that detracted from its early feel. Having enormous and complex dungeons is fine and all, but lets keep them within the primary map.
The structure of the DS is really useless anyway. In one room there will be daemon animus but in the next rogues and trolls? Fire imps right next to guardians?
Truly, Xen's time of glory was pre-DS.
Posted:
Mon Jul 16, 2007 6:40 am
by Karl G.
I would have to agree with Vitriol; although I'm sure everyone had good times in the DS, a better-designed primary map would have been much better.
Posted:
Mon Jul 16, 2007 10:08 am
by a_link_to_the_past
I hope this project really exudes the same feeling as old school xen... I have been so curious as to how it was like..
Posted:
Mon Jul 16, 2007 9:01 pm
by Necromadon
"There is no reason to have a DS in PV."

At first, of course there will be no ds, but ds (endless labyrinth of dungeons) is pretty sweet.
Posted:
Tue Jul 17, 2007 12:26 am
by thadiusofx3
Theres no need for an entire server dedicated to it.
Wastes time and money.
Posted:
Tue Jul 17, 2007 7:18 am
by Karl G.
The way I'm coding the game, one map can be VERY large without much difficulty; we won't need a whole separate server to have a huge dungeon area.
Posted:
Tue Jul 17, 2007 11:04 am
by Vitriol
Necromadon wrote:"There is no reason to have a DS in PV."

At first, of course there will be no ds, but ds (endless labyrinth of dungeons) is pretty sweet.
What? ds=ds
you contradicted yourself
Posted:
Mon Jul 23, 2007 12:38 am
by JSunJShineR
Vitriol
At first, of course there will be no ds, but ds (endless labyrinth of dungeons) is pretty sweet.
what he is saying is. At first of course there will be no DS. But the DS we have incorporated into the new feel xenimus (endless labyrinth of dungeons) is pretty sweet.
He wants one to be made eventually... for the whole Idea of meeting new people/ leveling in secret spots/exploring.
Althrough from understanding 1 gigantic server is what will be happening in PV. I totally agree with this concept. You could just make a dungeon that Is pretty much its own map but it resembles attributes of DS without the port lag of switching servers.


1 After Mycerinus, the priests said, Asukhis became king of Egypt. He built the eastern outer court of Hephaestus' temple; this is by far the finest and grandest of all the courts, for while all have carved figures and innumerable felicities of architecture, this court has far more than any.
2 As not much money was in circulation during this king's reign, they told me, a law was made for the Egyptians allowing a man to borrow on the security of his father's corpse; and the law also provided that the lender become master of the entire burial-vault of the borrower, and that the penalty for one giving this security, should he fail to repay the loan, was that he was not to be buried at his death either in that tomb of his fathers or in any other, nor was he to bury any relative of his there.
3 Furthermore, in his desire to excel all who ruled Egypt before him, this king left a pyramid of brick to commemorate his name, on which is this writing, cut on a stone:
4 “Do not think me less than pyramids of stone; for I excel them as much as Zeus does other gods; for they stuck a pole down into a marsh and collected what mud clung to the pole, made bricks of it, and thus built me.” These were the acts of Asukhis.


Rack is a simple and flexible library for building Ruby web applications and web frameworks. It powers frameworks like Rails and Sinatra, and can be used to build custom reusable components called Rack middleware. If you develop web apps with Ruby, you're likely using Rack even if you're unaware of it. While it's typically used to build low-level abstractions close to HTTP, knowing how to use it leads to more modular designs and allows you to leverage a large list of existing Rack components. In this post, I introduce what Rack is step by step, and point towards some useful applications in the wild.
Rack was released in 2007 by Christian Neukirchen. The project README starts with:
Rack provides a minimal, modular and adaptable interface for developing web applications in Ruby. By wrapping HTTP requests and responses in the simplest way possible, it unifies and distills the API for web servers, web frameworks, and software in between (the so-called middleware) into a single method call.
Confused? Don't worry, we'll go over each part individually.
By wrapping HTTP requests and responses in the simplest way possible...
Stepping back from Ruby, what is the 'simplest way' to think about an HTTP request and response? Without knowing the language or framework an application is using, the perspective from a webapp looks like:
HTTP Request -> Webapp -> HTTP Response
An HTTP request has a method like GET or POST, a server host and port, some uri resource path, and optionally a query string.
GET /posts?page=2 # method, resource uri, query string
Accept: 'text/html' # one or more HTTP headers...
Cookie: 'foo=bar'
X-Custom: 'value'
The web application's job is to takes this information and generate a HTTP response like:
200 OK
Content-Type: 'text/html'
Content-Length: 75
<html>
<body>Hello!</body>
</html>
Without knowing how the response was generated, the parts of an HTTP
response are the same independent of language and framework. The 200
status
code indicates a
successful response. Additionally, HTTP header
fields describe what
the response is.
Rack wraps the request and response information into one large hash called the
environment hash. Rack passes this env
hash to your application and
expects a return value with 3 parts:
Content-Type
, Content-Length
#each
and yields strings of
response content[rack] unifies and distills the API for web servers, web frameworks ... into a single method call
The only entry point that a Rack component must implement is a method named
#call
that takes the env
hash as its only argument. For example, the
following is a valid Rack application:
class MyApp
def call(env)
# env has request/response information
puts env['PATH_INFO']
puts env['HTTP_ACCEPT']
# return status, headers, and response bodies.
# note that multiple response bodies will be concatenated.
[200, {'Content-Type' => 'text/html'}, ['Hello!']]
end
end
As an application developer, you can think in terms of the env
hash instead
of parsing out all the HTTP values manually. The response MyApp
generates is
returned in the last line as an array, and has the status code, headers, and
list of response bodies.
Rack also provides an object-oriented interface to access request information
and building responses. MyApp
can also be written as:
class MyApp
def call(env)
request = Rack::Request.new(env)
request.get? # is the request a GET request?
request.params # query parameters
request.cookies # yummy
# do stuff with `request`...
response = Rack::Response.new
response['Content-Type'] = 'text/html'
response.write 'Hello!'
response.finish # converts object into rack expected response
end
end
We say something is rackable when it responds to a method #call
that
takes one argument (the env
hash), and returns a rack compatible response.
For really simple Rack components, a common shortcut is to use a
lambda to define an anonymous endpoint. Because lambdas and procs
respond to #call
, it fits the Rack requirement.
lambda {|env|
[200, {'Content-Type' => 'text/plain'}, ['This is a valid rack app']]
}
See the documentation for Rack::Request and Rack::Response for details. The Rack specification has a full listing of what's available in the environment hash.
Now that we've seen what Rack is, let's explore the benefits from implementing this contract.
An application server is a library responsible for handling the plumbing of HTTP. It takes care of things like binding to a port, listening for connections, parsing headers, and constructing responses. Sometimes they are a collection of tools each responsible for one part of serving a HTTP request, other times, they may be one monolithic tool that handles all parts of the HTTP lifecycle. Each app server has different features, allowing you to choose one that's right for your needs.
Rack makes it easy to switch between app servers without touching your application code. For example, to serve our sample application with the builtin Ruby HTTP server WEBrick:
require 'rack'
class MyApp
def call(env)
[200, {'Content-Type' => 'text/html'}, ['hello']]
end
end
Rack::Handler::WEBrick.run(MyApp.new, {:Port => 3000})
If you wanted to use a different app server, for example Thin, then you can change the last line to:
Rack::Handler::Thin.run(MyApp.new, {:Port => 3000})
Both of the above files can be directly run from the command line. See the Rack::Handler documentation for details.
Rack middleware is a Rack component that manipulates the environment hash
before invoking another Rack component's #call
method. Middleware can be
used to modify a request before an application sees it, or modify a response
generated by an application. This is useful for building shared filters that
are independent of the underlying application. For example, to filter the word
'truck' from all response bodies:
class ProfanityFilter
# Middleware need to accept a downstream Rack component
def initialize(app)
@app = app
end
def call(env)
# call underlying application, returning the standard rack response
# @app is always initialized as the `next` rack component to call
status, headers, bodies = @app.call(env)
# modify response bodies in place
bodies.map! {|body| body.gsub! /truck/, ''}
# return a valid rack response
[status, headers, bodies]
end
end
This middleware is an example of a middleware that modifies the response
generated by a downstream application. Like other Rack components, it also
uses #call
as it's entry point. In addition to this, its first constructor
argument has to be another Rack component. The convention is to save this
argument in an instance variable called @app
. Middleware can determine when
it wants to call the downstream app, and what to do with the app's response.
By having this stackable chain of middleware components feeding into each other and manipulating each others' inputs and responses, it makes it possible to compose application behavior in separate reusable components rather than a single fat blob of code.
Rack comes builtin with a utility object for composing middlewares and
applications together called Rack::Builder. For example the following wraps the ProfanityFilter
middleware around the MyApp
application:
app = Rack::Builder.new do
use ProfanityFilter
run MyApp
end
Rack::Handler::WEBrick.run(MyApp.new, {:Port => 3000})
To further remove boilerplate code, Rack comes with a convenience executable
called rackup
that allows you to swap out servers without any code. When run
without arguments, rackup
looks for a file named config.ru
to configure a
Rack::Builder
instance:
# sample 'config.ru' evaluated within a Rack::Builder instance
use ProfanityFilter
run MyApp
Then to run the application from the commandline:
> rackup config.ru
> rackup -s thin -p 4000 # use thin as a server and run on port 4000
Any additional arguments passed to use
will be passed to the contructor of
the middleware. Remember that the first argument of a middleware is always the
downstream Rack component:
# extra arguments are passed into the middleware constructor
use Rack::Session::Cookie, :key => 'rack.session'
Multiple Rack components can manipulate the environment hash serially without
knowing what other rack components are being used. Each component run after
the last, and its own response is passed back to the component above it.
Sometimes a middleware will inject additional functionality into the
environment hash for downstream components to use. One example is
Rack::Session::Cookie, a middleware that adds a env['rack.session']
object for downstream apps to use.
use Rack::Session::Cookie
run lambda {|env|
# Rather than manipulating cookies ourselves, the upstream middleware gave
# us a helper object to set and read cookies
puts env['rack.session'] # read what's in our session
env['rack.session']['some_key'] = 'some_value' # written to cookie for us
}
Because the environment hash is a plain old Ruby hash, you can decorate it
with any functionality you want. Typically the convention is to use string
keys and to namespace the key by the project name. For example, OmniAuth
is a Rack library that allows applications to plugin different authentication
providers. When authentication completes, the relevant auth information is
given in an env['omniauth.auth']
hash. The values don't have to be Ruby
primitive objects either. In Rack::Stream, a library for building
streaming Ruby webapps, env['stream.app']
is a Rack::Stream::App
instance that has callable methods and features that can be used downstream.
The contract of what's made available downstream is up to individual
libraries, but the separate between each layer helps keep the components
separate and well factored.
Rails is one of the best examples of a complex chain of middleware in action.
In fact, if you generate a bare Rails app, and run rake middleware
, you'll
see:
> rake middleware
use ActionDispatch::Static
use Rack::Lock
use #<ActiveSupport::Cache::Strategy::LocalCache::Middleware:0x007f8424bd1a50>
use Rack::Runtime
use Rack::MethodOverride
use ActionDispatch::RequestId
use Rails::Rack::Logger
use ActionDispatch::ShowExceptions
use ActionDispatch::DebugExceptions
use ActionDispatch::RemoteIp
use ActionDispatch::Reloader
use ActionDispatch::Callbacks
use ActiveRecord::ConnectionAdapters::ConnectionManagement
use ActiveRecord::QueryCache
use ActionDispatch::Cookies
use ActionDispatch::Session::CookieStore
use ActionDispatch::Flash
use ActionDispatch::ParamsParser
use ActionDispatch::Head
use Rack::ConditionalGet
use Rack::ETag
use ActionDispatch::BestStandardsSupport
run MyApp::Application.routes
Each item in this list processes an incoming environment hash and calls the
Rack component under it in turn. What do all these entries have in common?
They all respond to #call
, and they all follow the Rack specification.
The final entry, MyApp::Application.routes
, is the routes defined by
config/routes.rb
and is an ActionDispatch::Routing::RouteSet
object that
maps path info to controller actions. Each Rails controller action is a Rack
endpoint in itself. You can verify this by running the following in a rails
console
:
# assuming a controller named `MyController` with an `index` action:
> rails console
> MyController.action(:show)
#<Proc:0x007ff1ed33bfd0@/Users/jch/.rvm/gems/ruby-1.9.3-p194/gems/actionpack-3.2.6/lib/action_controller/metal.rb:245>
You can see that fetching an action by name returns a Proc
object, which
responds to #call
.
For additional Rails specific tips and information on Rack, check out the Rails guide Rails on Rack.


Instructions:
Use any of these operators: +, -, *, /, ^.
Remember to write * between values you want to multiply e.g.
f(x) = 2 * x
. This: f(x) = 2x will not work.
Currently powers bigger than 9 do not work.
f(x)=
Draw


Explorer Game
Home
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Learn how to play explorer game
Collect 3 keys to complete the game
left
A
right
D
jump
Space bar
hit
K
shoot
O


Date: {{event.date | date:'medium'}}
Time: {{event.time}}
Price: {{34 | currency}}
Address:
{{event.location.address}}
{{event.location.city}}, {{event.location.province}}
Sessions
Order By:
Show:
-
{{session.name}}
{{session.creatorName}}
Duration: {{session.duration | durations}}
Level: {{session.level}}
{{session.abstract}}


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