Functions for ordering the set of pdqr-functions supplied in a list. This might be useful for doing comparative statistical inference for several groups of data.
summ_order(f_list, method = "compare", decreasing = FALSE)
summ_sort(f_list, method = "compare", decreasing = FALSE)
summ_rank(f_list, method = "compare")
| f_list | List of pdqr-functions. |
|---|---|
| method | Method to be used for ordering. Should be one of "compare", "mean", "median", "mode", "midrange". |
| decreasing | If |
summ_order()
works essentially like order(). It
returns an integer vector representing a permutation which rearranges
f_list
in desired order.
summ_sort()
returns a sorted (in desired order) variant of f_list
.
summ_rank()
returns a numeric vector representing ranks of f_list
elements: 1 for the "smallest", length(f_list)
for the "biggest".
Ties for all methods are handled so as to preserve the original order.
Method "compare" is using the following ordering relation: pdqr-function f
is greater than g
if and only if P(f >= g) > 0.5
, or in code
summ_prob_true(f >= g) > 0.5
(see pdqr methods for "Ops" group generic family for more details on comparing pdqr-functions).
This method orders input based on this relation and order()
function. Notes:
This relation doesn't define strictly ordering because it is not
transitive: there can be pdqr-functions f
, g
, and h
, for which f
is
greater than g
, g
is greater than h
, and h
is greater than f
(but
should be otherwise). If not addressed, this might result into dependence of
output on order of the input. It is solved by first preordering f_list
based on method "mean" and then calling order()
.
Because comparing two pdqr-functions can be time consuming, this method
becomes rather slow as number of f_list
elements grows.
Methods "mean", "median", "mode", and "midrange" are based on
summ_center()
: ordering of f_list
is defined as ordering of corresponding
measures of distribution's center.
Other summary functions:
summ_center()
,
summ_classmetric()
,
summ_distance()
,
summ_entropy()
,
summ_hdr()
,
summ_interval()
,
summ_moment()
,
summ_prob_true()
,
summ_pval()
,
summ_quantile()
,
summ_roc()
,
summ_separation()
,
summ_spread()
#> [1] 3 1 2summ_sort(f_list)
#> $c
#> Density function of continuous type
#> Support: [-1, 0] (10000 intervals)
#>
#> $a
#> Density function of continuous type
#> Support: [0, 1] (10000 intervals)
#>
#> $b
#> Density function of continuous type
#> Support: [1, 2] (10000 intervals)
#> summ_rank(f_list)
#> a b c
#> 2 3 1
# All methods might give different results on some elaborated pdqr-functions
# Methods "compare" and "mean" are not equivalent
non_mean_list <- list(
new_d(data.frame(x = c(0.56, 0.815), y = c(1, 1)), "continuous"),
new_d(data.frame(x = 0:1, y = c(0, 1)), "continuous")
)
summ_order(non_mean_list, method = "compare")
#> [1] 1 2summ_order(non_mean_list, method = "mean")
#> [1] 2 1
# Methods powered by `summ_center()` are not equivalent
m <- c(0, 0.2, 0.1)
s <- c(1.1, 1.2, 1.3)
dlnorm_list <- lapply(seq_along(m), function(i) {
as_d(dlnorm, meanlog = m[i], sdlog = s[i])
})
summ_order(dlnorm_list, method = "mean")
#> [1] 1 2 3summ_order(dlnorm_list, method = "median")
#> [1] 1 3 2summ_order(dlnorm_list, method = "mode")
#> [1] 3 2 1
# Method "compare" handles inherited non-transitivity. Here third element is
# "greater" than second (`P(f >= g) > 0.5`), second - than first, and first
# is "greater" than third.
non_trans_list <- list(
new_d(data.frame(x = c(0.39, 0.44, 0.46), y = c(17, 14, 0)), "continuous"),
new_d(data.frame(x = c(0.05, 0.3, 0.70), y = c(4, 0, 4)), "continuous"),
new_d(data.frame(x = c(0.03, 0.40, 0.80), y = c(1, 1, 1)), "continuous")
)
summ_sort(non_trans_list)
#> [[1]]
#> Density function of continuous type
#> Support: [0.05, 0.7] (2 intervals)
#>
#> [[2]]
#> Density function of continuous type
#> Support: [0.03, 0.8] (2 intervals)
#>
#> [[3]]
#> Density function of continuous type
#> Support: [0.39, 0.46] (2 intervals)
#> #> [[1]]
#> Density function of continuous type
#> Support: [0.05, 0.7] (2 intervals)
#>
#> [[2]]
#> Density function of continuous type
#> Support: [0.03, 0.8] (2 intervals)
#>
#> [[3]]
#> Density function of continuous type
#> Support: [0.39, 0.46] (2 intervals)
#>


Thank You!
Your payment has been received.
Give us 5-10 minutes to process your transaction - you'll get a receipt in your email when it's done.
Expect to receive your custom items within 10-14 days.
Feel free to contact us if you have any questions.
- Lapel Pins and Coins Staff


Hi,
today I want to continue a topic about testing graphQL queries thanks to the FsCheck library. How we could achieve that I describe briefly here.
So I want to focus on a situation when our tests spot some problems. By default, we should get in a unit test output window information about the query which caused a failed test thanks to that we could copy-paste this query and check manually what is wrong.
But what would be when our query or graphTypes are very complex and not every field is incorrect? In a situation like this we would like to get the minimum query which produced a failure, so we could leverage time needed to spend on a manual check. We could achieve that by writing a custom shrinker. If some test fails shrinker tries to change somehow an input for next iterations of a test so we could get the minimum failure query in our case.
So to see this in some example, previously we write tests for a Query and GraphType which are defined as follows:
GraphType:
And finally a query:
We could assume right now that model
field is resolved incorrectly. This bug was spotted by our FsCheck tests, but because we don’t implement a shrinker, query for which our test fails looks like this:
What we want is to get a minimum query which caused tests to be red, which should look like this:
To implement shrinker in our case we have to modify our test input type. Previously it looks like this:
Now we want this type to contains information about name, arguments, and fields and how to build the whole query. So it would look like this:
We modified an input test object, right now we have to go to the BuildArb function, which was responsible for building an Arb object. We have to modify it so at the end of a function based on a Gen object it would also accept a shrinker function which would be responsible for minimizing an input data.
As we could see instead of previously used gen.ToArbitrary
, right now we use an Arb.From
function which also accepts a shrinker parameter. How does shrinker function look like?
Implementation of a shrinker is pretty straightforward. The first thing that comes to mind is a return type which is an IEnumerable of QueryTest instead of simply QueryTest. This is because we create k combinations of an input against which our test would be run in n shrink phases. If we go deeply into implementation we could see that we want to generate some “shrunk examples” till the query would contain a single field (graphQL expect at least one field in a query). Then we go through all fields and we remove one of them. I think this example would explain it.
As we remember the field model
in a car
was resolved incorrectly. FsCheck produces following test case in the first phase of a test (shrink = 0). The test was run against the following query.
In the next phase (shrink = 1) tests were run against:
next phase (shrink = 2):
As we could see after two phases (shrink = 2) we could gather a minimum query which produces failure:
Of course, a solution like that has some drawbacks. For example what with very complex fields? With such minimal implementation of a shrinker, we could get a query with a single field, but this field could have a lot of fields for example:
Although in our case such simple implementation is enough and it helps gather an information what exactly is wrong and also leverage the time needed to spend on manual checking of a query.
Thanks for reading! :)


SmartDoc
Mission Statement
  Smartdoc is a command line program that generates a cross-linked software document in HTML format, with the following command line UI prototype.
smartdoc SRS.txt code.py
The input is Software Requirements Specification in a plain text file (e.g., SRS.txt) and a source code file (e.g., code.py).
The output will be SRS.html and code.html, which are meant to help software maintainer to easily find a corresponding requirement (in SRS.html) by clicking a link in the converted source code, code.html.
License
Apache License 2.0
Download
Our GitHub LinksClick here to download.
Development status
Apr 8, 2019 Now it can make html page.
Apr 15, 2019 Now it can show spaces and indentation.
Apr 22, 2019 Now links is available.
Apr 29, 2019 Update our homepage
May 6, 2019 Fix some bugs
May 13,2019 Now we have the download link.
May 20,2019 Update the code for links.
May 27,2019 Add the code for Traceability Matrix for requirements.
June 3,2019 Now Traceability Matrix for requirements can show arrow.
Communications channels
2445752589@qq.com


|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| ManagerFactory<M,T> | Creates Manager objects. |
| Class Summary | |
|---|---|
| AbstractAppender | Abstract base class for Appenders. |
| AbstractManager | Abstract base class used to register managers. |
| AbstractOutputStreamAppender<M extends OutputStreamManager> | Appends log events as bytes to a byte output stream. |
| AsyncAppender | Appends to one or more Appenders asynchronously. |
| ConsoleAppender | ConsoleAppender appends log events to System.out or
System.err using a layout specified by the user. |
| ConsoleAppender.Builder | |
| DefaultErrorHandler | |
| FailoverAppender | The FailoverAppender will capture exceptions in an Appender and then route the event to a different appender. |
| FailoversPlugin | The array of failover Appenders. |
| FileAppender | File Appender. |
| FileManager | Manages actual File I/O for File Appenders. |
| MemoryMappedFileAppender | Memory Mapped File Appender. |
| MemoryMappedFileManager | Extends OutputStreamManager but instead of using a buffered output stream, this class maps a region of a file into memory and writes to this memory region. |
| OutputStreamManager | Manages an OutputStream so that it can be shared by multiple Appenders and will allow appenders to reconfigure without requiring a new stream. |
| RandomAccessFileAppender | File Appender. |
| RandomAccessFileManager | Extends OutputStreamManager but instead of using a buffered output stream,
this class uses a ByteBuffer and a RandomAccessFile to do the
I/O. |
| RollingFileAppender | An appender that writes to files and can roll over at intervals. |
| RollingRandomAccessFileAppender | An appender that writes to random access files and can roll over at intervals. |
| SmtpAppender | Send an e-mail when a specific logging event occurs, typically on errors or fatal errors. |
| SocketAppender | An Appender that delivers events over socket connections. |
| SyslogAppender | The Syslog Appender. |
| TlsSyslogFrame | Wrapper for messages that are formatted according to RFC 5425. |
| Enum Summary | |
|---|---|
| ConsoleAppender.Target | Enumeration of console destinations. |
| Exception Summary | |
|---|---|
| AppenderLoggingException | Thrown from an appender when a log event could not be written. |
Log4j 2 Appenders.
|
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Copyright © 1999-2015 Apache Software Foundation. All Rights Reserved.
Apache Logging, Apache Log4j, Log4j, Apache, the Apache feather logo, the Apache Logging project logo, and the Apache Log4j logo are trademarks of The Apache Software Foundation.


Submitted by glyn.hudson on Mon, 20/01/2014 - 22:55
Hi guys,
I wonder if someone with more python experience than my could help shed some light on an intermittent error I've been getting from a python script I use to post data to emoncms. I have an Arduino which receives data from an RF transmitter from my bee hive monitor connected to a raspberry Pi's USB port. The Arduino sends serial data in JSON format to the Pi.
I've written a simple python script based on emoncms python link which reads from the serial port and posts the data to emoncms.org and a local emoncms. The python script is set to run as a service and output is logged.
The script runs fine for several weeks then halts with this error, does anyone know what's going on? I'm new to python. I've pasted the script in below:
ERROR:
{A:781},{B:706},{C:987},{D:1837},{E:1244}
('GET', '/input/post.json?apikey=XXXXXXXXXXXXXXXXXX&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
ok
('GET', '/emoncms/input/post.json?apikey=XXXXXXXXXXXXXXX&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
ok
{A:781},{B:706},{C:987},{D:1837},{E:1244}
{A:781},{B:706},{C:987},{D:1837},{E:1244}
('GET', '/input/post.json?apikey=XXXXXXXXXXXXXXXX&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
ok
('GET', '/emoncms/input/post.json?apikey=XXXXXXXXXXXXXX&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
ok
{A:781},{B:706},{C:987},{D:1837},{E:1244}
{A:781},{B:706},{C:987},{D:1837},{E:1244}
('GET', '/input/post.json?apikey=XXXXXXXXXXXXXXf&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
Traceback (most recent call last):
File "/home/pi/EmoncmsPythonLink/./pylink.py", line 39, in <module>
conn.request("GET", "/input/post.json?apikey=4e0e302f4b6dfa38669c80aaac17d2cf&node="+str(nodeid)+"&json="+post_linestr)
File "/usr/lib/python2.7/httplib.py", line 962, in request
self._send_request(method, url, body, headers)
File "/usr/lib/python2.7/httplib.py", line 996, in _send_request
self.endheaders(body)
File "/usr/lib/python2.7/httplib.py", line 958, in endheaders
self._send_output(message_body)
File "/usr/lib/python2.7/httplib.py", line 818, in _send_output
self.send(msg)
File "/usr/lib/python2.7/httplib.py", line 780, in send
self.connect()
File "/usr/lib/python2.7/httplib.py", line 761, in connect
self.timeout, self.source_address)
File "/usr/lib/python2.7/socket.py", line 553, in create_connection
for res in getaddrinfo(host, port, 0, SOCK_STREAM):
socket.gaierror: [Errno -2] Name or service not known
PYTHON SCRIPT:
#!/usr/bin/env python
import serial, sys, string
import httplib
# Domain you want to post to: localhost would be an emoncms installation on your own laptop
# this could be changed to emoncms.org to post to emoncms.org
domain = "localhost"
domain2 = "emoncms.org"
# Location of emoncms in your server, the standard setup is to place it in a folder called emoncms
# To post to emoncms.org change this to blank: ""
emoncmspath = "emoncms"
# Write apikey of emoncms account
apikey = "XXXXXXXXXXXXXXXXX"
# Node id youd like the emontx to appear as
nodeid = 11
# Set this to the serial port of your emontx and baud rate, 9600 is standard emontx baud rate
ser = serial.Serial('/dev/ttyUSB0', 9600)
Emoncms python link error
Submitted by glyn.hudson on Mon, 20/01/2014 - 22:55Hi guys,
I wonder if someone with more python experience than my could help shed some light on an intermittent error I've been getting from a python script I use to post data to emoncms. I have an Arduino which receives data from an RF transmitter from my bee hive monitor connected to a raspberry Pi's USB port. The Arduino sends serial data in JSON format to the Pi.
I've written a simple python script based on emoncms python link which reads from the serial port and posts the data to emoncms.org and a local emoncms. The python script is set to run as a service and output is logged.
The script runs fine for several weeks then halts with this error, does anyone know what's going on? I'm new to python. I've pasted the script in below:
ERROR:
{A:781},{B:706},{C:987},{D:1837},{E:1244}
('GET', '/input/post.json?apikey=XXXXXXXXXXXXXXXXXX&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
ok
('GET', '/emoncms/input/post.json?apikey=XXXXXXXXXXXXXXX&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
ok
{A:781},{B:706},{C:987},{D:1837},{E:1244}
{A:781},{B:706},{C:987},{D:1837},{E:1244}
('GET', '/input/post.json?apikey=XXXXXXXXXXXXXXXX&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
ok
('GET', '/emoncms/input/post.json?apikey=XXXXXXXXXXXXXX&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
ok
{A:781},{B:706},{C:987},{D:1837},{E:1244}
{A:781},{B:706},{C:987},{D:1837},{E:1244}
('GET', '/input/post.json?apikey=XXXXXXXXXXXXXXf&node=11&json={A:781},{B:706},{C:987},{D:1837},{E:1244}')
Traceback (most recent call last):
File "/home/pi/EmoncmsPythonLink/./pylink.py", line 39, in <module>
conn.request("GET", "/input/post.json?apikey=4e0e302f4b6dfa38669c80aaac17d2cf&node="+str(nodeid)+"&json="+post_linestr)
File "/usr/lib/python2.7/httplib.py", line 962, in request
self._send_request(method, url, body, headers)
File "/usr/lib/python2.7/httplib.py", line 996, in _send_request
self.endheaders(body)
File "/usr/lib/python2.7/httplib.py", line 958, in endheaders
self._send_output(message_body)
File "/usr/lib/python2.7/httplib.py", line 818, in _send_output
self.send(msg)
File "/usr/lib/python2.7/httplib.py", line 780, in send
self.connect()
File "/usr/lib/python2.7/httplib.py", line 761, in connect
self.timeout, self.source_address)
File "/usr/lib/python2.7/socket.py", line 553, in create_connection
for res in getaddrinfo(host, port, 0, SOCK_STREAM):
socket.gaierror: [Errno -2] Name or service not known
PYTHON SCRIPT:
#!/usr/bin/env python
import serial, sys, string
import httplib
# Domain you want to post to: localhost would be an emoncms installation on your own laptop
# this could be changed to emoncms.org to post to emoncms.org
domain = "localhost"
domain2 = "emoncms.org"
# Location of emoncms in your server, the standard setup is to place it in a folder called emoncms
# To post to emoncms.org change this to blank: ""
emoncmspath = "emoncms"
# Write apikey of emoncms account
apikey = "XXXXXXXXXXXXXXXXX"
# Node id youd like the emontx to appear as
nodeid = 11
# Set this to the serial port of your emontx and baud rate, 9600 is standard emontx baud rate
ser = serial.Serial('/dev/ttyUSB0', 9600)
while 1:
# Read in line of readings from emontx serial
linestr = ser.readline()
print linestr
post_linestr = linestr.rstrip()
print post_linestr
# Send to emoncms.org
conn = httplib.HTTPConnection(domain2)
print ("GET","/input/post.json?apikey=xxxxxxxxxxxxxxxxxx&node="+str(nodeid)+"&json="+post_linestr)
conn.request("GET", "/input/post.json?apikey=4e0e302f4b6dfa38669c80aaac17d2cf&node="+str(nodeid)+"&json="+post_linestr)
response = conn.getresponse()
print response.read()
# Send to local emoncms
print ("GET", "/"+emoncmspath+"/input/post.json?apikey="+apikey+"&node="+str(nodeid)+"&json="+post_linestr)
conn = httplib.HTTPConnection(domain)
conn.request("GET", "/"+emoncmspath+"/input/post.json?apikey="+apikey+"&node="+str(nodeid)+"&json="+post_linestr)
response = conn.getresponse()


An easy-to-install jQuery plugin to create EU Cookie Law popups.
Written in HTML, CSS, JavaScript (jQuery)...
This page shows the example of cookie consent.


The editors and organizers of the combined documents have been:
| Pavan Balaji | Purushotham V. Bangalore | Brian Barrett |
| Richard Barrett | Christian Bell | Robert Blackmore |
| Gil Bloch | Ron Brightwell | Jeffrey Brown |
| Darius Buntinas | Jonathan Carter | Nathan DeBardeleben |
| Terry Dontje | Gabor Dozsa | Edric Ellis |
| Karl Feind | Edgar Gabriel | Patrick Geoffray |
| David Gingold | Dave Goodell | Erez Haba |
| Robert Harrison | Thomas Herault | Steve Hodson |
| Torsten Hoefler | Joshua Hursey | Yann Kalemkarian |
| Matthew Koop | Quincey Koziol | Sameer Kumar |
| Miron Livny | Kannan Narasimhan | Mark Pagel |
| Avneesh Pant | Steve Poole | Howard Pritchard |
| Craig Rasmussen | Hubert Ritzdorf | Rob Ross |
| Tony Skjellum | Brian Smith | Vinod Tipparaju |
| Jesper Larsson Träff | Keith Underwood |
The MPI Forum also acknowledges and appreciates the valuable input from people via e-mail and in person.
The following institutions supported the MPI-2 effort through time and travel support for the people listed above.
Argonne National Laboratory
Bull
Cisco Systems, Inc.
Cray Inc.
The HDF Group
Hewlett-Packard
IBM T.J. Watson Research
Indiana University
Institut National de Recherche en Informatique et Automatique (INRIA)
Intel Corporation
Lawrence Berkeley National Laboratory
Lawrence Livermore National Laboratory
Los Alamos National Laboratory
Mathworks
Mellanox Technologies
Microsoft
Myricom
NEC Laboratories Europe, NEC Europe Ltd.
Oak Ridge National Laboratory
Ohio State University
Pacific Northwest National Laboratory
QLogic Corporation
Sandia National Laboratories
SiCortex
Silicon Graphics Incorporated
Sun Microsystems, Inc.
2.2
University of Alabama at Birmingham
University of Houston
University of Illinois at Urbana-Champaign
University of Stuttgart, High Performance Computing Center Stuttgart (HLRS)
University of Tennessee, Knoxville
University of Wisconsin
Funding for the MPI Forum meetings was partially supported by award
#CCF-0816909 from the National Science Foundation.
In addition, the HDF Group provided travel support for one
U.S. academic.
Up: Contents
Next: MPI-2.2:
Previous: MPI-1.2 and MPI-2.0:
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{% extends base_template %} {% load i18n %} {% block title %}{% trans "Confirm Password" %}{% endblock %} {% block main_panel %}
{% trans "Incorrect password" %}
{% trans "Tip:" %}{% trans "You are entering admin area, we won't ask for your password again for a few hours." %}


Although the solar panel is a bit easier to use in the summer days but it is a very tiring task in rainy season. So this foldable solar panel is used in the rainy seasons to optimize the use of solar energy. We have made a plan to wrap up the solar panel into parts and to wrap it up in a cylindrical form in a container and stand which is connected to the plugs and this system allow the solar panel to fold into parts and adjust itself in the cylindrical tube.
Spend less, choose well
SUSTAINABILITY- Its a Lifestyle
Foldable Solar Panel
Basin Tap Setup
To use square plate of size upto 5m x 5m on the center of the rooftop in order to collect rain water by the flow of water into all the eight directions by the help of pathways and collect this water at separate small tanks all around the house which helps to collect all the rain water without any loss and this reduces the factor of conservation of rain water only in one tank rather than to have similar tanks at different points which causes effective saving and consumption.
Lorem ipsum dolor sit amet consectetur adipisicing elit. Neque voluptas deserunt beatae adipisci iusto totam placeat corrupti ipsum, tempora magnam incidunt aperiam tenetur a nobis, voluptate, numquam architecto fugit. Eligendi quidem ipsam ducimus minus magni illum similique veniam tempore unde?


HTML Attributes
Attributes attach a function to a word or group of words in the HTML document. For example, HREF specifys the hyperlink of the anchor tag.
Images
Image tags do not require a closing tag but do require an alternate or "alt". This is so the browser can have a default label or text if the image is not located.
Whitespace
This tag helps with spacing and page layout. For example the br tag breaks the currrent line and moves it to the next one.
The p tag is like a box or container that text fits into and is contained to that box; Like a paragraph.


About
Set on the fictional continents of Westeros and Essos, Game of Thrones has several plots and a large ensemble cast, and follows several story arcs. One arc is about the Iron Throne of the Seven Kingdoms, and follows a web of alliances and conflicts among the noble dynasties either vying to claim the throne or fighting for independence from it. Another focuses on the last descendant of the realm's deposed ruling dynasty, who has been exiled and is plotting a return to the throne, while another story arc follows the Night's Watch, a brotherhood defending the realm against the fierce peoples and legendary creatures of the North.
Seasons
Season 1
Members of the Night’s Watch, an ancient order guarding the Wall to the north of Westeros, encounter a supernatural being known as a White Walker in the forest, previously assumed to be mythical.Ned Stark (Sean Bean), Warden of the North, is visited in Winterfell by Robert Baratheon (Mark Addy) and invited to serve at his side following the sudden death of Jon Arryn, the previous Hand of the King. Stark’s daughters Sansa (Turner) and Arya (Williams) travel with him to King’s Landing but find the corrupt city-state in disarray.The family of Baratheon’s bride, Cersei Lannister (Lena Headey), are allegedly behind the killing of Arryn. His son Bran (Isaac Hempstead Wright) witnesses Cersei in bed with her brother Jaime (Nikolaj Coster-Waldau), who shoves him from a tower window, leaving Bran paralysed.  Snow stays on with the order. Tyrion is arrested at the behest of Catelyn Stark (Michelle Fairley), who believes him responsible for Bran’s fall, prompting a trial by combat to secure his release. Tyrion, imprisoned in the Vale under the watchful eye of Catelyn’s sister Lysa Arryn (Kate Dickie), enlists Bronn (Jerome Flynn) to fight for him. He defeats Arryn’s chosen champion.When Baratheon is fatally wounded in a suspicious hunting accident, Ned is named Protector of the Realm until Cersei’s sadistic son Joffrey (Jack Gleeson) comes of age. Ned, however, plans to instal Stannis Baratheon (Stephen Dillane), the king’s estranged brother, in his stead. Ned is betrayed by councillor Lord Petyr “Littlefinger” Baelish (Aidan Gillan) and decapitated on Joffrey’s orders.Sansa is arrested by the Lannisters as Arya manages to escape. In response, Stark’s son Robb (Madden) is named King of Winterfell and rallies the armies of the North against the Lannisters.Across the Narrow Sea, Dothraki warlord Khal Drogo (Jason Mamoa) marries Daenerys Targaryen (Clarke). She believes herself the true heir to the Iron Throne and plots an assault on Westeros. Drogo dies after being hexed by a witch. Daenerys avenges him and hatches three dragon eggs presented to her as a wedding gift.
Season 2
Tyrion takes up the post of Hand in the hope of reining in Joffrey. Stannis falls under the spell of the witch Melisandre (Carice van Houten) and publicly lays claim to the throne on the basis of Joffrey’s illegitimacy. Robb’s armies progress south with Jaime Lannister as their prisoner of war. Robb sends Theon Greyjoy (Alfie Allen) to seek an alliance with his father, Balon Greyjoy (Patrick Malahide). Instead, Theon reunites with his family on the Iron Islands and together they capture Winterfell. Bran is forced to escape to the wilderness. Robb also send Catelyn out to meet with Renly Baratheon (Gethin Anthony), the younger sibling of Stannis who also has a claim to the Iron Throne. Catelyn suggests the brothers join forces. Renly refuses and is murdered by an evil spirit dispatched by Melisandre.Catelyn and Renly’s bodyguard, Brienne of Tarth (Gwendolyn Christie), are accused of the assassination and forced to flee. Uniting with Robb once more, the women conspire to have Jaime returned to King’s Landing in the hope of swapping him for Sansa.At the Wall, Jon Snow uncovers evidence of infant sacrifices and defects from the Night’s Watch to join the Wildlings. Arya is captured by Lannister soldiers, imprisoned at the castle of Harrenhal and taken on as a servant by patriarch Tywin Lannister (Charles Dance) who believes her to be a boy. She escapes with the aid of Jaqen H’ghar (Thomas Wlaschiha), one of the Faceless Men of Essos. Stannis attempts to invade King’s Landing by sea, but his forces are defeated in a naval battle by Tyrion’s cunning use of wildfire. Meanwhile, across the Narrow Sea, Daenerys arrives at Qarth, hoping to gain support for her invasion of Westeros. She ends up imprisoned in the House of the Undying, along with her dragons, after being drawn into a usurpation plot. She eventually escapes and pillages the city.
Season 3
Tyrion is demoted from Hand by Tywin - who blames Tyrion for causing his wife’s death in childbirth - and forces him to marry Sansa. Joffrey is meanwhile engaged to Margaery Tyrell (Natalie Dormer), Renly’s widow, in the hopes of establishing a Lannister-Tyrell alliance.Beyond the Wall, Jon Snow encounters Wildling leader Mance Rayder (Ciaran Hinds) who anticipates a battle to the death with the White Walkers. Snow finds himself in a complex relationship with his one-time prisoner, Ygritte (Rose Leslie). Robb decides against marrying Roslin Frey after falling in love with Talisa (Oona Chaplin), a healer. Nevertheless, the Starks are invited to her wedding to another, which turns out to be a trap sprung by Roslin's resentful father Lord Walder Frey (David Bradley). Robb, Catelyn, the pregnant Talisa and their bannermen are all butchered at the reception, with the blessing of the Lannisters. The killings are witnessed by Arya, who finds a reluctant protector in Sandor “The Hound” Clegane (Rory McCann). For his part in the massacre, the treacherous Roose Bolton (Michael McElhatton) is made Warden of the North. Elsewhere, Bran Stark discovers he can project himself into the body of a dire wolf, Brienne and Jaime continue their journey south and Daenerys gathers an army of 8,000 Unsullied in the east.
Season 4
Joffrey meets his end after being served poisoned wine at his wedding to Margaery . Sansa is smuggled to freedom with the assistance of Littlefinger, who takes her to Lysa Arryn. Arryn proves to be an unfit guardian for Sansa, having lost her mind. She is killed by Baelish, whom she expects to marry, after she attempts to push Sansa to her death through the Moon Door at The Vale. Jaime (who has since lost his hand) and Brienne arrive at King’s Landing to find Sansa has escaped. Brienne, now a knight errant, is tasked with tracking down the missing Stark princess. A distraught Cersei blames Tyrion for Joffrey’s assassination. When his champion, Oberyn Martell (Pedro Pascal), is defeated in a trial by combat against Gregor “The Mountain” Clegane, Tyrion is imprisoned once more. Freed by Jaime, the dwarf discovers his father in bed with his mistress Shae and executes him by crossbow on the latrine before departing King’s Landing. Tyrion crosses the Narrow Sea in the hope of meeting Daenerys, whom he believes can defeat Cersei.Roose Bolton returns to Winterfell from the Red Wedding to find that his vicious son Ramsay Bolton (Iwan Rheon) has tortured Theon to the point of madness, so much so that he now answers only to the name “Reek”. In the north, Jon Snow returns from the Wildling camp to warn the Night’s Watch of Mance Rayder’s advancing forces, who duly lay siege to Castle Black. Stannis Baratheon’s remaining men ride to the rescue, now backed by the financiers of the Iron Bank. Arya and The Hound are found by Brienne, who defeats Clegane in battle. Arya runs away to study under the mysterious Jaqan H’ghar at the House of Black and White in Braavos.
Season 5
Stannis has the defeated Rayder burnt at the stake as Jon Snow is elected leader of the Night’s Watch, to the disapproval of the guard’s elders. Stannis is later convinced by Melisandre to sacrifice his own daughter to appease the “Lord of Light” and hold back the winter snows. He burns her alive, losing the respect of his own troops. Littlefinger leads Sansa to Ramsay Bolton with the intention of marrying them, an event that would mean the return of the Starks to Winterfell.Stannis arrives to fight the Boltons but is easily dispatched when his men desert over doubts about his pagan zealotry. He is slain by Brienne, who has followed Sansa to Winterfell, as Melisandre escapes to Castle Black. Sansa manages to escape Ramsey’s clutches.  Daenerys takes over the city of Mereen with her Unsullied army. However, she struggles to retain control of the desert slave city when an anonymous collective known as the Sons of the Harpy rise up against her. After a battle between her guards and the Harpies, one of Daenerys’s dragons whisks her away and into the midst of a Dothraki horde. Tyrion meets Daenerys, quickly wins her trust and is left to rule in her absence. In the north, Jon Snow takes a group of Night’s Watchmen to meet with the Wildlings in the hope of forming an alliance. As negotiations are ongoing, the Night King breaks up their meeting and scores a devastating victory. Upon returning to the Wall, a band of mutineering Watchmen have Snow run through.
Season 6
After Jon Snow is raised from the dead by Melisandre, the revenant knight takes back control of the Night’s Watch and plans to reclaim Winterfell from Ramsay Bolton, who has since slain his family. He is reunited with Sansa at the Wall. In the ensuing “Battle of the Bastards”, Ramsay is finally overcome when Littlefinger and the Knights of the Vale unexpectedly enter the fray. Ramsay is fed to his own dogs. In King’s Landing, Cersei faces trial for her misdemeanours as the High Sparrow continues to dominate the hapless King Tommen. The Queen Mother finally takes matters into her own hands, blowing up the Great Sept of Baelor with the last of the wildfire, killing Margaery and the High Sparrow. In his grief, Tommen commits suicide.Daenerys is now a prisoner of the Dhothraki. The barbarians expect the wife of their late Khal to live in seclusion like other widows. She soon persuades them of her divine powers by walking unharmed through fire and returns to Mereen as their leader. Theon – free of his ordeal at the hands of Ramsay – returns to the Iron Islands, where he conspires with his sister Yara Greyjoy (Gemma Whelan) to steal the royal fleet from their usurping uncle Euron (Pilou Asbaek). They sail for Essos and join Daenerys Targaryean’s cause. Leaving the House of Black and White as an elite assassin, Arya avenges her brother and mother by slitting the throat of Walder Frey.Bran, who has been training with the “Three-Eyed Raven”, encounters the Night King, who slays the master, enabling the pupil to succeed him.
Season 7
Daenerys heads to Dragonstone (once the home of Stannis Baratheon) taking her massive army of Unsullied and Dothraki aboard the Frey ships. Melisandre encourages her to court Jon Snow as an ally in the battle for the Iron Throne. After receiving an invitation from Daenerys, Snow goes to meet her at Dragonstone. The pair grow close as they plan how best to defeat the Lannisters and White Walkers. They decide to send Yara and the Unsullied to King’s Landing.Cersei considers a marriage proposal from Euron Greyjoy and offers him a chance to prove himself by defeating the incoming invaders. Yara and her army are defeated at sea by Euron. Meanwhile, battles erupt between Dothraki cavalry and the Lannister battalions, led by Jaime. Daenerys’s dragon Drogon is injured by a specially designed ballista during the fray. Having seen the dragon, Jaime warns Cersei of Daenerys’s power. Jon and Daenerys decide to call a truce with Cersei and head north of the Wall to capture a White Walker. Jon succumbs to the Night King’s trap and requires saving by Daenerys. In the process, they capture a Walker but lose the dragon Viserion, who falls under the Night King’s spell. Jon and Daenerys head to King’s Landing to discuss teaming up with Cersei to defeat the Walker army. They bring their captured White Walker to convince her. Jon, Daenerys and Tyrion head back to Winterfell after the meeting. Snow and Targaryen become intimate.Arya and Sansa are reunited with Bran at Winterfell but tensions between the sisters emerge and are exploited by Littlefinger. His duplicity is exposed when Bran reveals it was Littlefinger who killed Jon Arryn — the murder that instigated the entire game of thrones. Sansa has him executed. Bran also learns of Jon’s true heritage — he is not in fact Ned Stark’s bastard but a Targaryen with a legitimate claim to the Iron Throne. The Night King and the White Walkers breach the Wall with the help of Viserion, now an undead dragon of ice. Winter has come.
Season 8
Upon reaching Winterfell with their combined armies, Jon and Daenerys learn the Army of the Dead has breached the Wall, and the Night King commands the undead Viserion. The Northern Houses and their allies rally around Winterfell, but distrust Daenerys and doubt Cersei's pledge to send troops.On Cersei's orders, Qyburn hires Bronn to assassinate Tyrion and Jaime.Sam reveals to Jon that he is actually Aegon Targaryen. At House Umber's seat of Last Hearth, Tormund and Beric encounter Edd and other Night's Watch members. They find the castle's occupants dead, and the wight of Ned Umber is left as a gruesome message. Jaime arrives at Winterfell where Bran awaits him.Jaime reveals Cersei's deception to the Targaryen-Stark alliance and joins them after Brienne vouches for his loyalty.  As the Army of the Dead approaches, Jon reveals his Targaryen lineage to Daenerys.The Living Army meets the Army of the Dead outside Winterfell. The initial Dothraki charge is decimated, and the Unsullied are quickly overwhelmed. Edd is killed while saving Sam. The survivors retreat into the castle as Melisandre ignites the defensive fire trench surrounding Winterfell to delay the advancing horde. Jon and Daenerys engage the Night King on their dragons. The wights invade Winterfell, overpowering the defenders and killing Lyanna Mormont.Jon and Rhaegal knock the Night King off Viserion, and Daenerys burns him with dragonfire but it has no effect. The Night King then raises slain Winterfell defenders, including the dead entombed in the crypt where the non-combatants are attacked. Arya ambushes the Night King, stabbing him with her Valyrian steel dagger. The Night King and his White Walkers shatter, causing Viserion and the wights to collapse.  Daenerys legitimizes Gendry as a Baratheon, naming him Lord of Storm's End. Arya declines Gendry's subsequent marriage proposal. Bronn arrives to kill Jaime and Tyrion for Cersei, but spares them in exchange for being promised Highgarden castle. Jon reveals his Targaryen claim to Sansa and Arya, swearing them to secrecy. Wanting Jon as king, Sansa tells Tyrion, who informs Varys. Arya and the Hound head for King's Landing, bent on revenge. Tormund returns north with the Wildlings, taking Ghost at Jon's request. Daenerys and her fleet set sail for King's Landing, while Jon leads the Northern army.Varys and Tyrion debate whether Jon would be a better ruler than Daenerys.Varys urges Jon to advance his claim, but the latter refuses to betray Daenerys. After Tyrion reveals Varys' plot, Daenerys executes Varys by dragon fire. Jaime is captured, but Tyrion releases him so he can persuade Cersei to surrender the city, then escape Westeros together. Cersei's forces are quickly overwhelmed and the city signals its surrender, but an enraged Daenerys begins leveling the city, burning soldiers and civilians. The allied army follows her lead, slaughtering anyone in their path, horrifying Tyrion and Jon. Following the battle, the Unsullied execute captured soldiers upon Daenerys' orders. Tyrion finds Jaime and Cersei dead in the ruins. Daenerys rallies the Unsullied and Dothraki, declaring she will lead them to liberate the entire world. Tyrion denounces her and resigns as Hand, then is imprisoned for treason to await execution.  Jon confronts Daenerys and, unable to halt her destructive path, kills herDrogon melts the Iron Throne, then gently carries Daenerys' body away. Tyrion proposes that all future monarchs be chosen by Westerosi leaders, rather than through familial succession. Bran Stark is proclaimed king, titled Bran the Broken.Sansa is crowned Queen in the North. Arya sets sail to explore west of Westeros. Jon rejoins Tormund and Ghost at Castle Black, leading the Wildlings north of the Wall.
Main Cast
Played by Sean Bean
Played by Mark Addy
Played by Peter Dinklage
Played by Lena Headey
Played by Michelle Fairley
Played by Nicolaj-coaster-waldau
Played by Emilia Clarke
Played by Kit Harrington
Played by Sophie Turner
Played by Maisie Williams
Played by Issac Hempstead-Wright


Our open source strategy has evolved from "open source all the things" to a focus of mastery. We set a high standard for the projects we release, both in terms of code quality, but also how we take ownership and responsibility for the community and health of a project long term. Any project that Zalando open sources have clear ownership and a long term vision for it's development and maintance.
2014
2015
2016
2017
2018


Iranian couple arrested for cheating Pune shopowner of Rs 24,500
According to police the couple had arrived in the country on a tourist visa and were staying at a hotel.
by ANIPune: Police have arrested an Iranian couple for allegedly cheating a medical shop owner to the tune of Rs 24,500, an official said on Thursday. According to the Pune Crime DCP, unit 4 of crime branch arrested Mohamad Shamshabad Abulfazal (28) and his wife Reshma Ahmadi Firoz, who are residents of Iran's Tehran, on Wednesday and seized an amount Rs 24,500 from their possession.
The incident took place on the night of November 18, police said. Police said that the couple had arrived in the country on a tourist visa and were staying at a hotel on Dhole Patil road here. The couple was arrested from their hotel based on CCTV footage of the incident.
A case has been registered under Section 420 and 34 of the Indian Penal Code (IPC) and the duo has been handed over to a team of Yerwada police station for further investigation in the matter.
This story has been sourced from a third party syndicated feed, agencies. Mid-day accepts no responsibility or liability for its dependability, trustworthiness, reliability and data of the text. Mid-day management/mid-day.com reserves the sole right to alter, delete or remove (without notice) the content in its absolute discretion for any reason whatsoever
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Alabama 5-Star QB Commit Has Insane Game In HS Playoffs
by Andrew McCartyThe Alabama Crimson Tide lost starting quarterback Tua Tagovailoa to a dislocated hip – a season-ending injury for the Heisman Trophy candidate.
With Tua out, the Tide must rely on backup quarterback Mac Jones over the final two weeks of the regular season. We don’t know if Tua will be back next season, but the Crimson Tide should have no trouble finding another star under center.
Alabama currently holds a commit from the top dual-threat quarterback in the nation. Although he won’t be there until next season, the Crimson Tide have a bright future.
Bryce Young, a five-star recruit, lit up the high school football world all season. However, when the playoffs rolled around, he decided to take it to the next level.
The star quarterback threw for 520 yards and seven (yes, seven) touchdowns in the playoff semifinal on Friday night.
Here’s just one of the seven touchdown passes.
Young is the No. 21 player in the nation and the No. 3 player from the state of California in the 2020 class.
Alabama’s run as a national power might not be coming to an end any time soon. Sorry for the fans who thought Nick Saban and company were falling out of their dynasty.
Is Bryce Young the next great college football quarterback? We’ll find out.


Amazon Machine Images (AMIs) are preconfigured with an ever-growing list of operating systems.
Register an AMI with EC2
register Each AMI is associated with an unique ID which is provided by the Amazon EC2 service through the RegisterImage operation. During registration, Amazon EC2 retrieves the specified image manifest from Amazon S3 and verifies that the image is owned by the user registering the image.
register returns the imageId for the registered Image.
1 2 | $ec2_img = new ZendService\Amazon\Ec2\Image('aws_key','aws_secret_key');
$ip = $ec2_img->register('imageLocation');
|
Deregister an AMI with EC2
deregister, Deregisters an AMI. Once deregistered, instances of the AMI can no longer be launched.
deregister returns boolean TRUE or FALSE.
1 2 | $ec2_img = new ZendService\Amazon\Ec2\Image('aws_key','aws_secret_key');
$ip = $ec2_img->deregister('imageId');
|
Describe an AMI
describe Returns information about AMIs, AKIs, and ARIs available to the user. Information returned includes image type, product codes, architecture, and kernel and RAM disk IDs. Images available to the user include public images available for any user to launch, private images owned by the user making the request, and private images owned by other users for which the user has explicit launch permissions.
Launch permissions fall into three categories Name Description public The owner of the AMI granted launch permissions for the AMI to the all group. All users have launch permissions for these AMIs. explicit The owner of the AMI granted launch permissions to a specific user. implicit A user has implicit launch permissions for all AMIs he or she owns.
The list of AMIs returned can be modified by specifying AMI IDs, AMI owners, or users with launch permissions. If no options are specified, Amazon EC2 returns all AMIs for which the user has launch permissions.
If you specify one or more AMI IDs, only AMIs that have the specified IDs are returned. If you specify an invalid AMI ID, a fault is returned. If you specify an AMI ID for which you do not have access, it will not be included in the returned results.
If you specify one or more AMI owners, only AMIs from the specified owners and for which you have access are returned. The results can include the account IDs of the specified owners, amazon for AMIs owned by Amazon or self for AMIs that you own.
If you specify a list of executable users, only users that have launch permissions for the AMIs are returned. You can specify account IDs (if you own the AMI(s)), self for AMIs for which you own or have explicit permissions, or all for public AMIs.
describe returns an array for all the images that match the criteria that was passed in. The array contains the imageId, imageLocation, imageState, imageOwnerId, isPublic, architecture, imageType, kernelId, ramdiskId and platform.
1 2 | $ec2_img = new ZendService\Amazon\Ec2\Image('aws_key','aws_secret_key');
$ip = $ec2_img->describe();
|
Modify Image Attributes
Modifies an attribute of an AMI
Valid Attributes Name Description launchPermission Controls who has permission to launch the AMI. Launch permissions can be granted to specific users by adding userIds. To make the AMI public, add the all group. productCodes Associates a product code with AMIs. This allows developers to charge users for using AMIs. The user must be signed up for the product before they can launch the AMI. This is a write once attribute; after it is set, it cannot be changed or removed.
modifyAttribute returns boolean TRUE or FALSE.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 | $ec2_img = new ZendService\Amazon\Ec2\Image('aws_key','aws_secret_key');
// modify the launchPermission of an AMI
$return = $ec2_img->modifyAttribute('imageId',
'launchPermission',
'add',
'userId',
'userGroup');
// set the product code of the AMI.
$return = $ec2_img->modifyAttribute('imageId',
'productCodes',
'add',
null,
null,
'productCode');
|
Reset an AMI Attribute
resetAttribute will reset the attribute of an AMI to its default value. The productCodes attribute cannot be reset.
1 2 | $ec2_img = new ZendService\Amazon\Ec2\Image('aws_key','aws_secret_key');
$return = $ec2_img->resetAttribute('imageId', 'launchPermission');
|
Describe AMI Attribute
describeAttribute returns information about an attribute of an AMI. Only one attribute can be specified per call. Currently only launchPermission and productCodes are supported.
describeAttribute returns an array with the value of the attribute that was requested.
1 2 | $ec2_img = new ZendService\Amazon\Ec2\Image('aws_key','aws_secret_key');
$return = $ec2_img->describeAttribute('imageId', 'launchPermission');
|
The source code of this file is hosted on GitHub. Everyone can update and fix errors in this document with few clicks - no downloads needed.


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The components pyramid
Component
A component is a (usually) small, self-contained and reusable pieces of HTML, CSS and JavaScript that only renders content.
It doesn't handle any state/context (except maybe its own internal rendering state) hence we can say it's "dumb".

It usually has a state but has routing and does not impact the page its contained in. It can however share its state with other widgets (typically am e-commerce basket widget).
It's basically a small reusable application.
SPA
A single page application (SPA) is a full JavaScript application handling state and using a router to handle its (full or partial) views.
It's not reusable per se and usually manages all its assets by itself.
SPAs usually ship with components that are not reusable in other contexts. They can integrate reusable (shared) components and widgets of course.
Working with Vue
Configure linting
Working with Vue
Working with .env
files
Working with Vue
Routing
Working with Vue
Lazy loading components
Working with Vue
Connecting to your backend
Working with Vue
Mocking
Working with Vue
i18n
Vue golden rules
Golden rule 4
Use single file components
Vue allows you to encapsulate HTML, CSS (scoped or not) and JavaScript in a single .vue
component file.
This is the recommended way to implement components.
Of course you can have plain JS files for services, helpers, etc. and (Post)CSS files for global styles in your project.
Golden rule 5
Don't play with the dom directly
Vue uses a virtual representation of the DOM. That means that even if you're writing HTML in your .vue
files, it's not what will be effectively rendered in the HTML page.
If you need to manipulate DOM, use the ref
attribute on your element.
Golden rule 6
Use vue linter and lint on save


This app demonstrates key stochastic attachment dynamics during a cancer immune response. It is based on a published PhysiCell example in Ghaffarizadeh et al. (2018) [1], which was further explored in [4-5]. In this model, cancer cells rapidly divide while consuming oxygen, which drives the emergence of hypoxic gradients. Greater availability of oxygen drives faster proliferation, while low oxygen can trigger necrotic death, creating a necrotic core (brown cells) in the center of the tumor. Each cell expresses a mutant "oncoprotein" p, which determines how well the cells can respond to oxygen availability to enter the cell cycle. Cells with greater p expression divide more rapidly. In the demonstration, cells are shaded from blue (lowest p and least proliferative) to yellow (greatest p and most proliferative). See further description of the untreated heterogeneous tumor at https://nanohub.org/tools/pc4heterogen.
As a simple model of cancer-immune contact interactions, we introduce immune cells (green) later in the simulation. These immune cells peform a biased random migration towards a tumor-released immunostimulatory compound (e.g., CXCL9), test for physical contact, and form a focal adhesion. While adhered, they sample the cell's immunogenicity and attempt to induce apoptosis. (Red cells are apoptotic.) If they succeed, they detach and resume their search for more targets. If they fail, they remain attached and continue attempting to induce apoptosis until reaching a maximum attachment time.
Click here to jump straight to the instructions.
This model and cloud-hosted demo are part of a course on computational multicellular systems biology created and taught by Dr. Paul Macklin in the Department of Intelligent Systems Engineering at Indiana University. It is also part of the education and outreach for the IU Engineered nanoBIO Node and the NCI-funded cancer systems biology grant U01CA232137. The models are built using PhysiCell: a C++ framework for multicellular systems biology [1].
All chemical signals move by chemical diffusion in the simulated environment, using BioFVM [2] to solve the reaction-diffusion equations. A key property is the diffusion length scale. Diffusion (with a diffusion coefficient D) helps spread a signal over large distances, while decay (and uptake) (with coefficient λ) eliminates the signal to slow its spread. These effects compete to determine the characteristic distance Lthat a chemical signal travels.
That length scale Lis given by L = sqrt( D/λ ).
Choosing D and λ can help to tune the chemical communication distance in these models.
This is released by the computational boundary (a simplified model of a far-field vasculature), and consumed by tumor cells.
We use a far-field value of 38 mmHg (about 5%), which is a typical physioxic condition. See [1] and [2] for more ferences. We use a length scale of 1000 μm, and cancer cell uptake gives a length scale of 100 μm in densely packed regions.
This is released by all tumor cells to act as a chemoattractant for immune cells.
We use no-flux boundary conditions on the computational boundary. We use a length scale of 1000 μm, and cancer cell uptake gives a length scale of 100 μm in densely packed regions.
We use agent-based models to explore multicellular systems like this one. Each cell is modeled as a software agent with an independent state, and its own rules to change its behavior based on local environmental conditions and communication. We use PhysiCell as our modeling platform [1].
Cells can proliferate (divide into two daughter cells of half size), with division rates regulated by cell rules. In our model, cells continuously work to grow towards a "target" mature volume.
Note that birth and death are stochastic events for each cell agent: if such a process occurs at rate r, then between now (t) and soon (t + Δt), the probability of the event occurring for that agent is rΔt.
Cells can secrete chemical factors, or they can remove them (i.e., consume or uptake). This can contribute to gradients in chemical factors, and it's a key method of communication between cells. Moreover, cells can "sample" the chemical state of their surrounding environment. Secreting is sending a signal. Uptaking and sampling is receiving a signal.
Motile cells perform biased migration. After traveling for Tpersistence time (the mean persistence time), they choose a new migration direction dmigrate. Based on the environmental conditions, the cell chooses a directional bias (intended direction) dbias and a random unit vector r. The motile direction dmigrate is then determined by according to:
dmigrate = b dbias + (1-b) r.
Here, b is a bias parameter (between 0 and 1) that determines how strongly biased migration is towards dbias. If b =1, then migration is deterministic towards dbias. If b = 0, then migration is completely random (Brownian).
Once the migration direction is chosen, it is normalized, and multiplied by the cell's migration speed.
Cell agents can stick to one another within a prescribed interaction distance (some multiple of their radius), and they can exert a pushing force on neighbors. PhysiCell [1] uses potential functions to implement these simple mechanics. Notably, PhysiCell is an off-lattice model, meaning that cells can have variable sizes, and can move freely without grid artifacts.
They aren't required to move some prescribed number of spatial steps. They also can divide without checking for an open neighbor "site". Instead, they can divide and push their neighbors out of the way.
PhysiCell allows custom functions for any cell agents. We use this to model focal cell-cell adhesions as spring-like forces. If two cells i and j (with positions xi and xj) have a focal adhesion, then cell i is adhered to cell j with a spring-like force that we model as:
Fij = ε (xj - xi),
where ε is the elastic coefficient. Because PhysiCell has an inertialess formatulation (see the method paper in [1]), this is added directly to the cell's velocity, and so ε has units min-1. To model the finite deformability of cells and these elastic focual adhesions, we detach the cells if their distance (||xj - xj||) exceeds a set maximum distance rmax.
Cancer cells divide at a rate proportional to oxygen availability and oncoprotein expression p, and they experience necrotic death at a rate that increases as oxygen decreases. We use the default parameter values from [1] for this sample model; they cannot be adjusted by users in the current demo version. Note that all cancer cells are non-motile in this example. Oxygen-dependent cell cycle entry happens at a rate r modeled as
r = rmax p (σ - σH) ⁄ (σmax - σH) ,
where the oxygenation σ is sampled at the cell's position, σH is the hypoxic threshold below which cell cycle entry ceases, and cell cycle entry reaches a maximum rate of rmax for oxygen levels above σmax. See [1] for parameter values and further details.
Cancer cells increase their necrotic death rate dnecrosis based on their oxygenation conditions, following
dnecrosis = dmax (σN-σ) ⁄ (σN - σS),
where σN is the necrotic threshold, below which cells begin to necrosis. Also, dmax is the maximum necrotic death rate that is reached when σ < ωS. (Note that σS ≤ σN ≤ σH ≤ σmax.) See [1] for parameter values and further details.
As a simple model of major histocompatibility complexes (MHCs), we assume that each cell's (dimensionless) immunogenicity is equal to its mutant oncoprotein expression p. This models the process of mutant peptides being presented on the MHC's surface, increasing the cancer cell's vulnerability to immune predation.
Immune cells do not divide in this simplified model, but they do apoptose at a background rate (which is analogous to their killing capacity, and related functionally related to T-cell exhaustion). They choose their migration bias for chemotaxis according to
dbias = ∇c.
Migrating immune cells continuously test for collision (contact) with other cells. When an immune cell detects a contact, it attempts to form a focal adhesion (see focal adhesion). In any short time interval [t , t+Δt], this attachment probability is
Pattach = p rattach Δt,
where rattach is the mean attachment rate for the immune cells.
Once attached, the immune cell samples p to test immunogenicity. In any short time span [t , t+Δt], the immune cell has a probability of inducing apoptosis in the attached cell (e.g., via FAS) given by:
Pkill = p rkill Δt,
where p is the cancer cell's mutant oncoprotein expresion, and rkill is the immune cell killing rate. Apoptotic tumor cells are colored red.
If the immune cell successfully induces apoptosis in the attached cell, it detaches and resumes its search for more targets. Otherwise, it remains attached and continues to attempt inducing apoptosis. While attached, its probability of detaching between now (t) and the next time step (t + Δt) is given by:
Pdetach = Δt⁄Tdetach,
where Tdetach is the (mean) maximum attachment duration.
Modify parameters in the "Config Basics", "Microenvironment", or "User Params" tabs. Click the "Run" button once you are ready.
To view the output results, click the "Out: Plots" tab, and move the slider bar to advance through simulation frames. Note that as the simulation runs, the "# frames" field will increase, so you can view more simulation frames.
If there are multiple substrates defined in the Microenvironment, you can select a different one from the drop-down widget in the Plots tab. You can also fix the colormap range of values.
Note that you can download full simulation data for further exploration in your tools of choice.


About Gereksiz
Gereksiz is a minimalist Jekyll theme, based on the default Jekyll theme. It is responsive, generates JSON and Atom feeds on each build, and can be easily extended. It uses Open Sans from Google Fonts.
It supports blockquotes, too.
Gereksiz on the Internet
- Gereksiz on GitHub
- Bugs of Berk, theme creator’s website


Software Language Engineering
Benoit Combemale (Univ. Toulouse & Inria)
Description
Software engineering faces new challenges with the advent of modern software-intensive systems such as complex critical embedded systems, cyber-physical systems and Internet of things. Application domains range from robotics, transportation systems, defense to home automation, smart cities, and energy management, among others. Software is more and more pervasive, integrated into large and distributed systems, and dynamically adaptable in response to a complex and open environment. As a major consequence, the engineering of such systems involves multiple stakeholders, each with some form of domain-specific modeling.
Model-Driven Engineering (MDE) aims at reducing the accidental complexity associated with developing complex software-intensive systems through the use of modeling techniques that support separation of concerns and automated generation of system artifacts from models. Separation of concerns is founded on the exploitation of different domain-specific modeling languages (DSLs), each providing constructs based on abstractions that are specific to a concern of a system. As such, DSLs are “the heart and soul” of MDE, and have major consequences on the industrial development processes.
The integration of domain-specific concepts and best practices development experience into DSLs can significantly improve software and systems engineers productivity and system quality. For such a purpose, the development of DSLs has been recently recognized as a significant software engineering task itself. Indeed, the development of DSLs is a challenging task which requires specialized knowledge. This recently resulted in the emergence of Software Language Engineering (SLE), defined as the application of systematic, disciplined, and measurable approaches to the development, use, deployment, and maintenance of software languages.
This course provides an end-to-end coverage of the engineering of modeling languages to turn domain knowledge into tools. It introduces the foundations of SLE, with a specific focus on the use of modeling techniques for designing and implementing DSLs. It also provides various illustrations through the definition of different kinds of modeling languages, their instrumentation with tools such as editors, interpreters and generators, the integration of multiple modeling languages to achieve a system view, and the validation of both models and tools.
The course starts with definitions of modeling and MDE, and then moves into a deeper discussion of how to express the knowledge of particular domains using modeling languages to ease the development of systems in the domains. The second part presents examples of applications of the model-driven approach to different types of software systems. In addition to illustrating the unification power of models in different software domains, this part demonstrates applicability from different starting points (language, business knowledge, standard, etc.) and focuses on different software engineering activities such as Requirement Engineering, Analysis, Design, Implementation, and V&V.
Textbooks
Lectures (Materials)
- From MDE to SLE
- Pragmatics of SLE
- Domain-Specific Languages: Basics
- Domain-Specific Languages: Advanced (staging, att. grammars, typing, op. semantics...)
- Language workbenches
- Program and model transformation (static analysis, code/test/doc generation...)
- Program and model execution, simulation and debugging
- Program and model composition (merge, coordination, synchronization)
Further Materials
- Language workbenches
- SLE conference
- SLEBoK
- DSL book (ralf)


To change Perforce preferences, choose Window > Preferences, expand the Team node, then expand the Perforce node. Click the node for the preferences you want to change. The following sections describe the preferences in more detail.
| Setting | What it does |
| When adding a file | Mark for add: Files are added to the Perforce default changelist Create a marker: Tasks are created when files are added to the workspace |
| Show changelist selection dialog when marking files for add, checking out, and marking for delete | To display a dialog that enables you to specify the target changelist for the operation, enable this option. To open files in the default changelist, disable this option. |
| Show changelist selection dialog when refactoring files | |
| Enable support for Workbench edit, delete, rename and refactoring operations | To automatically perform the Perforce operations corresponding to the
changes you make to the files in your project, enable this option.
(If you disable the option, your workspace and depot files can become inconsistent. To ensure consistency between the workspace and depot, do not disable this option.) |
| Enable support for Workbench save operations | To automatically check out always-writable files when you save them, enable this option. By default, files set as always writable (using the Perforce workspace ALLWRITE setting) are not automatically checked out when you start editing them. |
| Use "move" command during refactoring operations | The Perforce "move" command, added in release 2010.1, removes the paired "add" and "delete" integrations required in prior releases, to maximize server efficiency and simplify integration history. |
| Mark project files for delete when deleting a project | Specifies whether project files are marked for delete by Perforce when you delete project files. |
| Mark linked files/folders for delete when deleting a project | Specifies whether linked resources are marked for delete by Perforce when you delete project files. |
| Log all commands to a persistent log file | Logs p4 commands to the workspace log file. |
| Retain offline connection state between Eclipse sessions | If you intend to work offline (that is, without connection to a Perforce server), enable this option to suppress connection-related messages that are normally issued when Eclipse is launched and attempts to connect to the server. |
| Retain expanded depots/folders in P4 Connections view between sessions | To preserve the display state of the depot tree for future sessions, enable this option. |
| Group synchronizations by changelist in the Synchronize view | To group files by the Perforce changelist in which they are checked out, enable this option. By default, files are grouped by project in the Synchronize view. |
| Prompt for confirmation when deleting resources | To confirm that the file will be marked as deleted from Perforce server when deleting a local file. By default, deleting a local file will also mark the file as deleted from Perforce server. |
| Refresh resource will also refresh Perforce revision information | To update the Perforce revision information when a local file is refreshed. By default, refresh a local file will not update the Perforce revision information for that file. |
For use only as directed by Perforce Technical Support.
This setting determines whether the plug-in fetches all jobs or a limited number of branch specifications from the Perforce server. If your server contains a large number of branch specifications, setting a limit can minimize server overhead.
This setting determines whether the plug-in fetches all jobs or a limited number of changelists from the Perforce server. If your server contains a large number of changelists, setting a limit can minimize server overhead.
Editor: configure how you enter changelist descriptions
Templates: configure standard entries for changelist descriptions.
These settings determine how text is displayed in the Perforce console view.
| Setting | What it does |
| Command line | Perforce commands are displayed in the specified color |
| Message | Informative messages from the Perforce server are displayed in the specified color |
| Error | Error messages from the Perforce server are displayed in the specified color |
| Command history size | Number of commands retained in the log view |
| Show timestamp | Enable/disable the display of the date and time the command was issued. |
Configures the location of the P4Merge, P4V, and P4Sandbox Configuration programs, which provide supporting functionality for P4Eclipse.
Note: Each field shows the required minimum version number for a particular external tool integration. Ensure that you download and configure an appropriate program version.
Enables you to configure the colors that are used to indicate differences between folders.
This setting determines whether the plug-in fetches all jobs or a limited number of jobs from the server. If your server contains a large number of jobs, setting a limit can minimize server overhead.
These settings specify how the status of files under Perforce control is displayed. You can also configure the textual status information that is displayed in Perforce views. By default, only "add/edit/delete" file decorations are displayed.
This setting determines whether the plug-in fetches all labels or a limited number of labels from the server. If your server contains a large number of labels, setting a limit can minimize server overhead.
Connections Mappings enables you to configure the settings for defect trackers that are used in conjunction with Perforce jobs by Mylyn.
Job Layout enables you to specify how job fields are displays in Mylyn tasks.
This setting determines whether the plug-in fetches all labels or a limited number of changelists from the server. If your server contains a large number of changelists, setting a limit can minimize server overhead.
Configures settings for Streams. You can configure the stream switch options and the display settings for P4 Streams view.
Configures settings for Time-lapse View. You can configure the file types for which Time-lapse View enables its syntax-sensitive features, the data to be displayed, and the pallette used to display aging of changes.
Configures settings for the Perforce workspace. You can configure the default client root of the workspace, and the synchronization behavior when the Perforce workspace changes.


Defines Lightness \(L*\) computation objects.
The following methods are available:
See also
Returns the Lightness \(L^*\) of given luminance \(Y\) using Glasser et al. (1958) method.
| Parameters: |
|
|---|---|
| Returns: | Lightness \(L^*\). |
| Return type: | numeric |
Notes
References
| [1] | http://en.wikipedia.org/wiki/Lightness (Last accessed 13 April 2014) |
Examples
>>> lightness_glasser1958(10.08)
36.2505626...
Returns the Lightness \(W^*\) of given luminance \(Y\) using Wyszecki (1964) method.
| Parameters: |
|
|---|---|
| Returns: | Lightness \(W^*\). |
| Return type: | numeric |
Notes
References
| [2] | http://en.wikipedia.org/wiki/Lightness (Last accessed 13 April 2014) |
Examples
>>> lightness_wyszecki1964(10.08)
37.0041149...
Returns the Lightness \(L^*\) of given luminance \(Y\) using given reference white luminance \(Y_n\) as per CIE Lab implementation.
| Parameters: |
|
|---|---|
| Returns: | Lightness \(L^*\). |
| Return type: | numeric |
Notes
References
| [3] | http://www.poynton.com/PDFs/GammaFAQ.pdf (Last accessed 12 April 2014) |
Examples
>>> lightness_1976(10.08)
37.9856290...
Supported Lightness computations methods.
Aliases:
Returns the Lightness \(L^*\) using given method.
| Parameters: |
|
|---|---|
| Returns: | Lightness \(L^*\). |
| Return type: | numeric |
Notes
Examples
>>> lightness(10.08)
37.9856290...
>>> lightness(10.08, Yn=100)
37.9856290...
>>> lightness(10.08, Yn=95)
38.9165987...
>>> lightness(10.08, method='Glasser 1958')
36.2505626...
>>> lightness(10.08, method='Wyszecki 1964')
37.0041149...


GOVERNMENT OF INDIA
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"this is your learning mission control, providing you with an overview of your current progress and total poitn"
The front-end Web developers Track was designed by andrew to guide your learning
Here you can get a snapshot view of your current track, keep tabs on other active p...


This website allows to create and read text trees, which are texts organized in an inverted tree-like structure. See Help for more details on how it works.
I had the first ideas about this project around 2000 but it is only in 2013 when I bumped into Node.js and its magic world that I finally realized I might to able to build it myslef.
This is an open source project. Source code of the client/server can be found on github @ github.com/lu22do/textree.
All content contributed on this site remains the property of its contributor however, by setting your content to be viewed publicly, you agree to allow others to view your content.


n - the length of the line
a - the distance between the points George puts
b - the distance between the points Gergana puts
c - the distance that has to be between two points so that George and Gergana can paint it red
Result - the amount of segments which are not colored
Dots between segments ('.') represent placed dots, spaces (' ') - represent not placed dots. Symbol for equation ('=') in red represents a red-colored segment. Underscore ('_') represents a not-painted segment.


I am a creator. I love to build things.
The challenges of designing and implementing an experience grounded in the human experience is what drives me to continue learning and growing. I love working alongside engineering an design to come to elegant solutions tailored for User Experience.
My dream is to work on a team that develops delightful products used by millions of people. By focusing on the beauty and elegance of both software and design, I hope to create new experiences for people around the world.
During the Summer of 2018 I had the opportunity as an Intern at Blizzard Entertainment to do exactly that. I worked on numerous projects that reached the entire population of Blizzard users through my work on the Blizzard Battle.net Desktop Application team. During my time at Blizzard I was fortunate to ship a few awesome features (outlined below in Experience), as well as work on a lot of work aimed at the future of Battle.net.
Blizzard recently overhauled their News website, where a user may find any and all news regarding Blizzard. Battle.net hosts a specialized version of this website in the application, and it was one of my projects to coordinate the launch of the updated News page in the Battle.net News Tab.
BlizzCon is Blizzards biggest event every year, and for BlizzCon 2018 one of the new initiatives was to give a BlizzCon experience in the Battle.net app for the first time. Working alongside the Blizzard Web and Mobile team I coordinated the release of this experience in the new Battle.net BlizzCon Tab.
Through the course, Multidisciplinary Engineering Design, myself along with 3 other engineers designed, built, and used our Adafruit powered RC vehicle to complete an obstacle course.
The emphases of the project were to work as a team to experience the design process of a product and to successfully integrate all components of the design to meet a set of requirements. Our vehicle performed exceptionally well on the final course as all 4 of our components successfully came together. (Other disciplines on team were Mechanical Engineer, Computer Engineer, and Chemical Engineer)
As the computer scientist on the team, I was given the task of designing and implementing a user interface for controlling the vehicle. I decided to create a Android application that used Bluetooth Low Energy capabilities to send signals to our vehicles onboard microcontroller.


---
title: Careers in Growth Marketing
date: '2015-06-09T10:00:13+05:30'
tags:
- business
tumblr_url: https://sureshshanmugam.com/post/121080785480/growth-careers
---
New generation of marketing managers need to watch this. Follow my blog for more Analytical Marketing


Given a set of points on a plane, we define a convex hole to be a convex polygon having as vertices any of the given points and not containing any of the given points in its interior (in addition to the vertices, other given points may lie on the perimeter of the polygon).
As an example, the image below shows a set of twenty points and a few such convex holes. The convex hole shown as a red heptagon has an area equal to 1049694.5 square units, which is the highest possible area for a convex hole on the given set of points.
For our example, we used the first 20 points (T2k1, T2k), for k = 1,2,…,20, produced with the pseudo-random number generator:
| S0 | = | 290797 |
| Sn+1 | = | Sn2 mod 50515093 |
| Tn | = | ( Sn mod 2000 ) 1000 |
i.e. (527, 144), (488, 732), (454, 947), …
What is the maximum area for a convex hole on the set containing the first 500 points in the pseudo-random sequence?
Specify your answer including one digit after the decimal point.


Workflow Interaction History
Dashboard
Logout
Interaction Timestamp
Interaction Id
Interaction Type
Interaction Note
Interaction Result
CreatedBy
Channel


Closes (collapses) a single value and hides all its children.
The value to close.
Collapses the facet.
Return the debug info about this component.
Deselects multiple values.
The array of values to deselect.
Specifies whether to also deselect all child values (if any). Default value is the opposite
of the useAnd
option value set for this HierarchicalFacet
.
Deselects a single value
The value to deselect.
Specifies whether to also deselect all child values (if any). Default value is true
.
Disable the component. Normally this means that the component will not execute handlers for the framework events (query events, for example). Component are enabled by default on creation.
Enable the component. Normally this means that the component will execute handlers for the framework events (query events, for example). Components are enabled by default on creation.
Excludes multiple values.
Does not trigger a query automatically.
Can be an array of FacetValue
or an array of strings.
Excludes a single value.
The value to exclude.
Specifies whether to also exclude all child values (if any). Default value is the opposite
of the useAnd
option value set for this HierarchicalFacet
.
Expands the facet.
Return the bindings, or environment, for the current component.
Returns the currently displayed values as an array of FacetValue
.
The currently displayed values.
Gets the values that the HierarchicalFacet
is currently displaying.
An array containing all the values that the HierarchicalFacet
is currently displaying.
Returns the endpoint for the facet.
The endpoint for the facet.
Returns the currently excluded values as an array of strings.
The currently excluded values.
Returns the currently selected values as an array of strings.
The currently selected values.
Gets the caption of a single value.
The value whose caption the method should return.
The caption of the value.
Hides the waiting animation in the facet header.
Opens (expands) a single value and shows all its children.
The value to open.
Resets the HierarchicalFacet
state.
Selects multiple values
The array of values to select.
Specifies whether to also select all child values (if any). Default value is the opposite of
the useAnd
option value set for this HierarchicalFacet
.
Selects a single value.
The value to select.
Specifies whether to also select all child values (if any). Default value is the opposite of
the useAnd
option value set for this HierarchicalFacet
.
Shows less elements in the Facet (up to the original number of values).
See the enableMoreLess
, and
numberOfValues
options.
Shows the next page of results in the facet.
See the enableMoreLess
, and pageSize
options.
Triggers a query if needed, or displays the already available values.
Shows a waiting animation in the facet header (a spinner).
Switches the facet to AND
mode.
See the useAnd
, and
enableTogglingOperator
options.
Switches the facet to OR
mode.
See the useAnd
, and
enableTogglingOperator
options.
Toggles the exclusion of a single value (excludes value if not excluded; un-excludes value if excluded).
The value to exclude or un-exclude.
Toggles the selection of a single value (selects value if not selected; deselects value if selected).
The value to select or deselect.
Unexcludes multiple values.
Does not trigger a query automatically.
Can be an array of FacetValue
or an array of strings.
Un-excludes a single value.
The value to un-exclude.
Specifies whether to also un-exclude all child values (if any). Default value is the
opposite of the useAnd
option value set for this HierarchicalFacet
.
Updates the sort criteria for the HierarchicalFacet
.
See the sortCriteria
property of the [IGroupByRequest
] interface for the
list and description of possible values.
The new sort criteria.
Get the bound component to the given HTMLElement. Throws an assert if the HTMLElement has no component bound, unless using the noThrow argument.
If there is multiple component bound to the current HTMLElement, you must specify the component class.
HTMLElement for which to get the bound component.
Optional component class. If the HTMLElement has multiple components bound, you must specify which one you are targeting.
Boolean option to tell the method to not throw on error.
Allows the component to bind events and execute them only when it is enabled.
Contains the state of options for different components. Mainly used by ResultLink.
Contains the state of different components (enabled vs disabled). Allows to get/set values. Triggers component state event when modified. Each component can listen to those events.
A disabled component will not participate in the query, or listen to ComponentEvents.
Renders and handles the facet Search part of the component.
Renders and handles the facet Settings part of the component
Allows component to log in the dev console.
Contains the singleton that allows to trigger queries.
Contains the state of the query. Allows to get/set values. Trigger query state event when modified. Each component can listen to those events.
A reference to the root HTMLElement (the SearchInterface).
A reference to the root of every component, the SearchInterface.
The static ID that each component need to be identified.
For example, SearchButton -> static ID : SearchButton -> className : CoveoSearchButton
A reference to the Analytics.client.
The character that allows to specify the hierarchical dependency.
Example:
If your field has the following values:
@field: c; c>folder2; c>folder2>folder3;
The delimiting character is >
.
Default value is |
.
data-delimiting-character='foo'
Specifies at which level (0-based index) of the hierarchy the HierarchicalFacet
should stop displaying its
values.
Default value is undefined
, which means the HierarchicalFacet
component renders all hierarchical levels.
Minimum value is 0
.
data-level-end='10'
Specifies at which level (0-based index) of the hierarchy the HierarchicalFacet
should start displaying its
values.
Example:
If you have the following files indexed on a file system:
c:\
folder1\
text1.txt
folder2\
folder3\
text2.txt
Setting levelStart
to 1
displays folder1
and folder2
in the HierarchicalFacet
, but omits c:
.
Default (and minimum) value is 0
.
data-level-start='10'
Specifies the margin (in pixels) to display between each hierarchical level when expanding.
Default value is 10
.
data-margin-by-level='10'
Creates a new HierarchicalFacet
component.
The HTMLElement on which to instantiate the component.
The options for the HierarchicalFacet
component.
The bindings that the component requires to function normally. If not set, these will be automatically resolved (with a slower execution time).
This component is exposed for legacy reasons. Instead, use the CategoryFacet component, which is more performant and easier to use.
The
HierarchicalFacet
component inherits all of its options and behaviors from theFacet
component, but is meant to be used to render hierarchical values.Note:
The
HierarchicalFacet
component can be used to display files in a file system, or categories for items in a hierarchy.This facet requires a group by field with a special format to work correctly.
Example:
You have the following files indexed on a file system:
c:\ folder1\ text1.txt folder2\ folder3\ text2.txt
The
text1.txt
item would have a field with the following format:c; c|folder1;
The
text2.txt
item would have a field with the following format:c; c|folder2; c|folder2|folder3;
By default, the
|
character determines the hierarchy (folder3
insidefolder2
insidec
).Since both items contain the
c
value, selecting it value in the facet would return both items.Selecting the
folder3
value in the facet would only return thetext2.txt
item.Coveo for Salesforce Free


--- layout: post authors: ["Amy Brown"] title: "Getting to Know: Katy Huff" date: 2015-04-30 time: "08:00:00" tags: ["Community"] ---
This is the second in a series of posts about our contributors. We're posting these so our community can get to know each other better. If you'd like to be profiled, or you'd like to nominate another member, send an email to<EMAIL_ADDRESS>This profile is of Katy Huff, a member of our steering committee, who is also on the finance subcommittee. We already know a little about Katy from her election nomination post; now, read about her history with Software Carpentry and her surprising backup career plan.
In 2008, when I was a graduate student in the University of Madison Wisconsin, my advisor, Paul P.H. Wilson, recommended that I watch this presentation that Greg put online while he was a professor at UT. Inspired by this, my friends and I, as The Hacker Within, created a workshop covering the topics that Greg emphasized as essential for scientists. Shortly thereafter, he found us when we popped up under search for Software Carpentry. A forever friendship was born.
Long ago, Greg sent me to Trieste, Italy to help teach Software Carpentry within a two week course for an international group of physicists. It was an intensive, advanced version of the Software Carpentry curriculum, but the students were dilligent and enthusiastic. Near the end of the course, my birthday came around and they all sang happy birthday in various languages to me over dinner. It was a blast but, most importantly, it felt very good to know I and Software Carpentry had been valuable to them.
Biking, vegetarian, nuclear engineer.
I simulate various things involving nuclear energy. In my dissertation work, I focused on the systems analysis of nuclear material movement between facilities in the nuclear fuel cycle. In my postdoc, I have been more focused on multiphysics analysis of neutronics and thermal hydraulics in a very special advanced reactor design, the Pebble-Bed, Fluoride-salt-cooled, High-temperature Reactor (PB-FHR).
My friend Anthony Scopatz and I recently wrote a book which will be in print very very soon. I'm proud to occasionally contribute to :
I would love to be a tenured professor someday. I love being part of the conversation at universities. Barring that, I would be happy to go back to being a bike messenger. That was the best job I've ever had.


The name of your site.
Describe what your site is about.
Address to use for administrative notifications.
Dated permalinks
Select a theme for your site.


SKiDL API¶
This is a really, really bad API document. I’m working to make Sphinx generate a better one but, right now, the description on the homepage about how to use SKiDL is much better than this.
SKiDL: A Python-Based Schematic Design Language
This module extends Python with the ability to design electronic circuits. It provides classes for working with
1) electronic parts (Part
),
2) collections of part terminals (Pin
) connected via wires (Net
), and
3) groups of related nets (Bus
).
Using these classes, you can concisely describe the interconnection of components using a linear and/or hierarchical structure. It also provides the capability to check the resulting circuitry for the violation of electrical rules. The output of a SKiDL-enabled Python script is a netlist that can be imported into a PCB layout tool.
-
skidl.skidl.
set_backup_lib
(lib)¶ Set the backup library.
-
skidl.skidl.
set_default_tool
(tool)¶ Set the ECAD tool that will be used by default.
-
skidl.skidl.
set_query_backup_lib
(val)¶ Set the boolean that controls searching for the backup library.


Dominion Dental Hospital(D2)
Below is a list of the services offered by D2 Hospital:
- Prosthodontics
- Cleanings & Prevention
- Exams & Cleanings
- Sealants
- Dental Hygiene
- Fluoride Treatment
- Periodontal Treatment
- Oral Cancer Screening
- Restoring Teeth
- Dentures / Partial Dentures
- Bridges
- Crowns
- Inlay & Onlay Restorations
- Composite Fillings
- Cosmetic Dentistry
- Bonding
- Veneers
- Teeth Whitening (One Hour & Trays)
- Dental Implants
- Invisalign
- Routine Tooth Extractions
- Root Canal Therapy
- Other Services
- Emergency Services
- Dentistry For Kids
- TMD / TMJ Disorders
- Custom Sports Mouthguards
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