12:followers
13:interested
14:joined
Some quick example text to build on the card title and make up the bulk of the card's content.
JoinSome quick example text to build on the card title and make up the bulk of the card's content.
JoinSome quick example text to build on the card title and make up the bulk of the card's content.
Join


Class Requirement
Represents a single PHP requirement, e.g. an installed extension. It can be a
mandatory requirement or an optional recommendation. There is a special
subclass, named PhpIniRequirement, to check a php.ini configuration.
Methods summary
public
|
#
__construct( Boolean $fulfilled, string $testMessage, string $helpHtml, string|null $helpText = null, Boolean $optional = false )
Constructor that initializes the requirement.
Constructor that initializes the requirement.
Parameters
- $fulfilled
Boolean $fulfilled Whether the requirement is fulfilled
- $testMessage
string $testMessage The message for testing the requirement
- $helpHtml
string $helpHtml The help text formatted in HTML for resolving the problem
- $helpText
string|null $helpText The help text (when null, it will be inferred from $helpHtml, i.e.
stripped from HTML tags)
- $optional
Boolean $optional Whether this is only an optional recommendation not a mandatory
requirement
|
public
Boolean
|
#
isFulfilled( )
Returns whether the requirement is fulfilled.
Returns whether the requirement is fulfilled.
Returns
Boolean true if fulfilled, otherwise false
|
public
string
|
#
getTestMessage( )
Returns the message for testing the requirement.
Returns the message for testing the requirement.
Returns
string The test message
|
public
string
|
#
getHelpText( )
Returns the help text for resolving the problem
Returns the help text for resolving the problem
Returns
string The help text
|
public
string
|
#
getHelpHtml( )
Returns the help text formatted in HTML.
Returns the help text formatted in HTML.
Returns
string The HTML help
|
public
Boolean
|
#
isOptional( )
Returns whether this is only an optional recommendation and not a mandatory
requirement.
Returns whether this is only an optional recommendation and not a mandatory
requirement.
Returns
Boolean true if optional, false if mandatory
|


--- layout: post title: "The Week in Robots" date: 2015-08-29 08:35:00 +0000 tags: image: https://s3.amazonaws.com/audreywatters/known_copy_fragments.jpg imagecredits: https://www.flickr.com/photos/cogdog/15223631110/ ---
This post first appeared on aud.life
On the origin of (robot) species
Financial Robo-Advisers Go Into Overdrive as Market Rumbles
North Dakota cops can now use lobbyist-approved taser/pepper-spray drones
Robots Learn to Make Pancakes from WikiHow Articles
Robots Will Steal Our Jobs, But They’ll Give Us New Ones
Study: new robot overlords will take “only 9.1 million” jobs
New Boss on Construction Sites Is a Drone
This Robot Tutor Will Make Personalizing Education Easy
Before a Robot Takes Your Job, You’ll Be Working Side By Side


--- layout: post title: You Were Smarter 10 Years Ago date: '2012-01-19T14:13:08-08:00' tags: tumblr_url: http://alexhwilliams.tumblr.com/post/16134347882/you-were-smarter-10-years-ago ---
http://bit.ly/wmdIWx


Englewood Arts festival
Home
About
Schedual
Pictures
this is my first columm
this is my second columm
this is my third columm
"COME ONE COME ALL"!
Location|Time|Date
Hamiltom Park
513 W. 72st Chicago,Il 60621


The 2023 H.O.G. national event calendar is complete, and here’s a first look at what we have planned. It promises to be another great lineup of regional and touring rallies that will heat up the riding season. Full details and registration links are available on the H.O.G. Rally Map.
| Run the Gulf H.O.G. Touring Rally | Feb 27 - Mar 2 | New Orleans, LA to Gainesville, FL |
| Spring Heat in AZ H.O.G. Touring Rally | Mar 25 - 28 | Fresno, CA to Apache Junction, AZ |
| Mighty Big Bend H.O.G. Touring Rally | May 1 - 5 | El Paso, TX to Lijitas, TX |
| Natchez Trace & More H.O.G. Touring Rally | May 9 - 14 | Indianapolis, IN to Slidell, LA |
| The Ozark Highlands H.O.G. Touring Rally | Jun 17 - 21 | Texarkana, AR to Columbia, MO |
| Ring of Fire H.O.G. Touring Rally | Aug 29 - Sep 2 | Tacoma, WA to Chico, CA |
| 9 Passes H.O.G. Touring Rally | Sep 5 - 9 | Chico, CA to Lancaster, CA |
| Bossier City Breakout H.O.G. Rally | Apr 21 - 23 | Bossier City, LA |
| Mid-America H.O.G. Rally | Jun 22 - 24 | St. Charles, MO |
| "N" the Burg H.O.G. Rally | Jun 26 - 29 | Fredericksburg, VA |
| H-D Homecoming/H-D 120th Anniver. & H.O.G. 40th Anniver. | Jul 13 - 16 | Milwaukee, WI |
| Battle Cry of Freedom H.O.G. Rally | Aug 16 - 19 | Gettysburg, PA |
| Bikes, Beaches & Bridges H.O.G. Rally | Oct 4 - 7 | Clearwater, FL |


{% extends "layout-v2.html" %} {% block pageScripts %} {% endblock %} {% block pageTitle %} NHS Cervical screening management system {% endblock %} {% block header %} {% include '../../components/header.html' %} {% endblock %} {% block content %}
You can use this to:
For more information on GP senders, go to the ODS Portal.
Add new non GP senderIf you do not know the sender code or area for a non GP sender, use the non GP sender details report to find sender details.


Australias great barrier reef offers a tremendus ammount of choral to explore. Also while your there you can try some kangaroo. Click anywhere to view some helpfull links
The Alps are considered by many to be the most beautiful landscape in the world. They also make pretty good chocolate so if your in to that... Click anywhere to see some helpfull links
One of the most challanging and deadliest excursions man can attempt. If you can summit and get back down alive, then good for you bud. Click anywhere to see some helpfull links


Christiansted is on the northern coast of the island of St Croix. It is an attractive town which has preserved buildings from its Dutch past.
Position 17° 45' N ,64° 42' W.
If arriving outside local working hours, report your arrival leaving a brief message with boat name, registration number, date and time of arrival and a return telephone number.
Yachts should berth at the wharf at Gallows Bay and the captain call the CBP office. They will give instructions on how to proceed. The US customs office is at the commercial wharf next to St. Croix Marina.
Last updated May 2015.
There are several small docks owned by Jones Maritime in the downtown area. St Croix Marine is just to the east in Gallows Bay, and there are also mooring buoys here (although it can be very rolly). Further east is Green Cay Marina.
Anchoring can be tricky because the best places, near The Boardwalk and Angry Nate's (popular cruiser hangouts) are occupied with private mooring balls.
Dinghies may be docked in front of Styxx Restaurant. St. Croix Marine also has a dinghy dock, which is walking distance to the Customs Office at the commercial dock.
There are restrictions on both travelling through, and anchoring around St Croix. Contact the National Parks Service for more information.
Moorings have been laid by the Reef Ecology Foundation (easy-to-see blue striped buoys) in the following locations:- Long Reef, Salt River, Cane Bay, Davis Bay and Annaly Bay. Their use is free but restricted to boats under 60' long.
Last updated May 2015.
[Show additional 6 entries for this category]


Example adding a new jQuery.object with style and behavior
Example of decorating an existing element with style and behavior
I don't do anything fun


Master docker for developing
0. Read This
FROM ubuntu:17.10
ENV LANG C.UTF-8
RUN apt-get update
RUN apt-get install -y python3
RUN apt-get install -y python3-pip
RUN apt-get install -y python3.6-dev
COPY ./requirements.txt /usr/src/Local_Show/requirements.txt
RUN pip3 install --no-cache-dir -r /usr/src/Local_Show/requirements.txt
COPY . /usr/src/Local_Show/
RUN chmod +x /usr/src/Local_Show/tool.sh
RUN mkdir -p /usr/src/Local_Show/files
EXPOSE 2018
CMD ["bash", "/usr/src/Local_Show/tool.sh", "docker_run"]
1. Basic Things
FROM
indicates what image you are based on.
ENV LANG C.UTF-8
sets what encoding your system will use, something will go wrong in Chinese without it
RUN
represents every stage you are going, docker will store that stage every time after that line is executed
COPY
is like cp
The important thing is: CMD
is always the final line of your docker file, that command should be running forever as long as docker container is running
2. The Principle
Put those changeable things in the last, it allows you building docker image quicker
2-3. Buliding
sudo docker build -t yingshaoxo/local_show:1.0 .
3. Debug Stuff
sudo docker logs local_show
sudo docker exec -i -t local_show /bin/bash
or sudo docker run --name local_show -it yingshaoxo/local_show:1.0 /bin/bash
4.


feedback
We offer 21 spacious and comfortable double rooms WiFi, bathrooms with showers, towel radiator, hair dryers and other amenities.
We offer 21 spacious and comfortable double rooms, triple rooms and 2 suites. All rooms are equipped with LCD TVs, WiFi
We offer 21 spacious and comfortable double rooms, triple rooms and 2 suites. All rooms are equipped with LCD TVs, WiFi, bathrooms with showers , towel radiator , hair dryers and other amenities.
location
We offer 21 spacious and comfortable double rooms , triple rooms and 2 suites. All rooms are equipped with LCD TVs, WiFi, bathrooms with showers , towel radiator , hair dryers and other amenities. The advantage of all rooms is their size and modernity, each of them is equipped with comfortable armchairs and a large desk which is ideal for work.
-
accomodation
guest rooms
We offer 21 spacious and comfortable double rooms , triple rooms and 2 suites. All rooms are equipped with LCD TVs, WiFi, bathrooms with showers , towel radiator , hair dryers and other amenities. The advantage of all rooms is their size and modernity, each of them is equipped with comfortable armchairs and a large desk which is ideal for work.
book now
Krakow
We offer 21 spacious and comfortable double rooms , triple rooms and 2 suites. All rooms are equipped with LCD TVs, WiFi, bathrooms with showers , towel radiator , hair dryers and other amenities. The advantage of all rooms is their size and modernity, each of them is equipped with comfortable armchairs and a large desk which is ideal for work.
We offer 21 spacious and comfortable double rooms , triple rooms and 2 suites. All rooms are equipped with LCD TVs, WiFi, bathrooms with showers , towel radiator , hair dryers and other amenities. The advantage of all rooms is their size and modernity, each of them is equipped with comfortable armchairs and a large desk which is ideal for work.


24,467
Total Users
3,842
Order Received
$24,467
Total Sold Today
4,578
Items Delivered
City, Country
MONDAY May 11, 2017
TUE
24°
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WED
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THU
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SAT
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SUN
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Vivamus condimentum erat non turpis, at volutpat metus.
14 April, 2018 via web- 845
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Configuring Certificate Validation
In an SSL connection, the identity of the remote server is verified using an X.509 certificate which has been signed by a certificate authority.
The JSSE implementation of X.509 certificates is defined in the PKI Programmer’s Guide.
Some X.509 certificates that are used by servers are old, and are using signatures that can be forged by an attacker. Because of this, it may not be possible to verify the identity of the server if that signature algorithm is being used. Fortunately, this is rare – over 95% of trusted leaf certificates and 95% of trusted signing certificates use NIST recommended key sizes.
WS automatically disables weak signature algorithms and weak keys for you, according to the current standards.
This feature is similar to jdk.certpath.disabledAlgorithms, but is specific to the WS client and can be set dynamically, whereas jdk.certpath.disabledAlgorithms is global across the JVM, must be set via a security property, and is only available in JDK 1.7 and later.
You can override this to your tastes, but it is recommended to be at least as strict as the defaults. The appropriate signature names can be looked up in the Providers Documentation.
Disabling Certificates with Weak Signature Algorithms
The default list of disabled signature algorithms is defined below:
ssl-config.disabledSignatureAlgorithms = "MD2, MD4, MD5"
MD5 is disabled, based on the proven collision attack and the Mozilla recommendations:
MD5 certificates may be compromised when attackers can create a fake cert that hashes to the same value as one with a legitimate signature, and is hence trusted. Mozilla can mitigate this potential vulnerability by turning off support for MD5-based signatures. The MD5 root certificates don’t necessarily need to be removed from NSS, because the signatures of root certificates are not validated (roots are self-signed). Disabling MD5 will impact intermediate and end entity certificates, where the signatures are validated.
The relevant CAs have confirmed that they stopped issuing MD5 certificates. However, there are still many end entity certificates that would be impacted if support for MD5-based signatures was turned off in 2010. Therefore, we are hoping to give the affected CAs time to react, and are proposing the date of June 30, 2011 for turning off support for MD5-based signatures. The relevant CAs are aware that Mozilla will turn off MD5 support earlier if needed.
SHA-1 is considered weak, and new certificates should use digest algorithms from the SHA-2 family. However, old certificates should still be considered valid.
Disabling Certificates With Weak Key Sizes
WS defines the default list of weak key sizes as follows:
ssl-config.disabledKeyAlgorithms = "DHE keySize < 2048, ECDH keySize < 2048, ECDHE keySize < 2048, RSA keySize < 2048, DSA keySize < 2048, EC keySize < 224"
These settings are based in part on keylength.com, and in part on the Mozilla recommendations:
The NIST recommendation is to discontinue 1024-bit RSA certificates by December 31, 2010. Therefore, CAs have been advised that they should not sign any more certificates under their 1024-bit roots by the end of this year.
The date for disabling/removing 1024-bit root certificates will be dependent on the state of the art in public key cryptography, but under no circumstances should any party expect continued support for this modulus size past December 31, 2013. As mentioned above, this date could get moved up substantially if new attacks are discovered. We recommend all parties involved in secure transactions on the web move away from 1024-bit moduli as soon as possible.
Because weak key sizes also apply to root certificates (which is not included in the certificate chain available to the PKIX certpath checker included in JSSE), setting this option will check the accepted issuers in any configured trustmanagers and keymanagers, including the default.
Over 95% of trusted leaf certificates and 95% of trusted signing certificates use NIST recommended key sizes, so this is considered a safe default.
Disabling Weak Certificates Globally
To disable signature algorithms and weak key sizes globally across the JVM, use the jdk.certpath.disabledAlgorithms
security property. Setting security properties is covered in more depth in Configuring Cipher Suites section.
If configured, the jdk.certpath.disabledAlgorithms
property should contain the settings from both disabledKeyAlgorithms
and disabledSignatureAlgorithms
.
Debugging Certificate Validation
To see more details on certificate validation, set the following debug configuration:
ssl-config.debug.certpath = true
The undocumented setting -Djava.security.debug=x509
may also be helpful.


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{% extends "layout_multi_sections.html" %} {% block page_title %} objectcopyright {% endblock %} {% block css_register %} {% endblock %} {% block header %} Collections List {% endblock %} {% block main_nav %} {% include "includes/museums/main_nav.html" %} {% endblock %} {% block sectionOneTop %} {% endblock %} {% block sectionOneFull%} {% endblock %} {% block breadcrumb %} {% include "includes/breadcrumb_sp.html" %} {% endblock %} {% block sectionOneContent %} {% endblock %} {% block pageContent %} {% endblock %} {% block sectionOneFullBottom %}
Accession number:
LEEDM.D.1967.1231
© Leeds Museums and Galleries Photograph taken by Norman Taylor
A creative commons license allows you to use this image for non-commercial projects such as blogs, school/college work and family history research.
Image sizes will be a maximum of 800pixels and 72dpi.
In order to download this image you must agree to the terms and conditions and complete the following.
Should you wish to you use this image for any other purpose or require a higher resolution file, you must contact Bridgeman Art Library using the contact form. Other use includes:
Charges depend on how and where you want to use the image. Contact the Bridgeman Art Library to obtain a quotation.


{% extends 'myhpom/with_modal.html' %} {% load staticfiles %} {% block title %}Password Email Sent{% endblock %} {% block main_content %}
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** Swipe mouse through the divs to see their colors change **
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3 references to FunctionInfo
System.Management.Automation (3)
engine\ConfigurationInfo.cs (1)
145
:
base
(name, other)
engine\FilterInfo.cs (1)
117
:
base
(name, other)
engine\SessionStateScope.cs (1)
1679
newValue = new
FunctionInfo
(name, originalFunction);


Revamped Newspoll gives Scummo the edge
by Houses and HolesVia a revamped Newspoll now conducted by YouGov online:
The Coalition holds a narrow lead over Labor ahead of the final parliamentary sitting fortnight of the year, with Scott Morrison and Anthony Albanese both losing voter appeal.
There are 810 words left in this subscriber-only article.


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stk.molecular.topologies.cof module¶
Defines COF topologies.
How the assembly process works for 2D COF topologies.¶
Linker topologies.¶
Linker topologies are those which use a building block with two
functional groups and a building block with three or more functional
groups. These are implemented as subclasses to
LinkerCOFLattice
.
As for any assembly process, there are 3 stages: placement of building blocks, joining of building blocks and deletion of extra atoms.
A 2D COF topology can be defined by the vertices and edges which
connected them. The building block with 3 or more functional groups
sits on the vertices while the building block with 2 functional groups
sits on the edges. To assemble a COF topology, first the vertices
and edges are defined. They are represented by the classes
Vertex
and Edge
. Each of these objects defines their
positions in term of the fractional coordinates along the
a
, b
and c
vectors of a unit cell. In addtion, each
of these objects defines a set of “atomic positiions”.
For edges, there are two atomic positions, 0 and 1. 0 is the position of the atom which gets connected to an atom on the first vertex connected by the edge, while 1 is the position of the atom which gets connected to the second vertex connected by the edge. Identification of which bonder atom of a di-functinalized building block sits on which atom position is done in the following way. Check the distance of each bonder atom to the first vertex. The closer one is on position 0 the further one is on position 1.
For vertices there are multiple atomic positions. The number of
atomic positions on a vertex is equal to the number of functional
groups the building block placed on the vertex has. The atomic
positions are labelled from 0
to n
where n
is one less than
the number of functional groups in the building block. Going clockwise
around the vertex, starting at the 12 o clock position, the positions
are labelled starting at 0. After placing and aligning a building block
on a vertex, it is necessary to identify which bonder atom sits on
which atomic position. Alignment is done by rotating the builing block
around the z axis so that the distance of one of the bonder atoms
and one of the edges is minimized. Because each edge keeps a record
of which position it connects, the aligned bonder can be assigned to
a position. Then the bonder atoms are assigned to the next positions
in clockwise order.
To join molecules simply go through all the edges in a topology. Each
edge holds the vertices it is connected to and the positions on those
vertices it connects. Each edge and vertex defines
a dictionary which maps the position to the bonder atom which sits on
it. For each edge take the bonder at position 0
and the atomic
position on the vertex which is connceted to it. Use the atomic
position on the connected vertex to get the id of the bonder atom which
is to be connected. The same can be done for the bonder at position
1
on the edge.
Periodic bonds are not added to the rdkit molelecule, instead they
are registered in Periodic.periodic_bonds
. The method
COFLattice.del_atoms()
is slightly modified, so that the
coordinates of any deleted atoms are saved. This is necessary for
restoring those atoms when using Periodic.island()
.
When creating periodic bonds during LinkerCOFLattice.join_mols()
the ids of the bonder atoms involved are saved as the indices within
MacroMolecule.bonder_ids
. This is because deleting atoms
will change the atom ids but not the ordering in
bonder_ids
. However, these are automatically
updated to bonder ids after assembly is completed by
Perdiodic.save_ids()
. This is run automatically after assembly
and does not impact implementation but is noted here for completeness.
-
class
stk.molecular.topologies.cof.
COFLattice
(scale_func=<function bb_size>)[source]¶ Bases:
stk.molecular.topologies.base.Topology
A base class for periodic topologies.
This class behaves almost exactly like
Topology
with only minor additions to suit the representation of COF periodic lattices. Thedel_atoms()
method is extended to collect the coordinates of any deleted atoms. This is necessary for positioning terminating atoms on islands generated from the periodic structure byPeriodic.island()
.-
scale_func
¶ function
– A function which takes aMacroMolecule
as its only argument returns a number. The number is used to scale the size of the unit cell. Seebb_size()
for an example.
-
del_atoms
(macro_mol)[source]¶ Deletes the atoms which are lost during assembly.
Notes
The parameter macro_mol has two attributes changed.
mol
has deleter atoms removed, whiledeleters
is updated with the coordinates, element type and bond type of every removed atom.Parameters: macro_mol ( Periodic
) – The periodic macromolecule being assembled.Returns: None Return type: NoneType
-
-
class
stk.molecular.topologies.cof.
Edge
(v1, v2, joint_positions, bond=[0, 0, 0])[source]¶ Bases:
object
Represents a bond in a COF unit cell.
This class is used for positioning and aligning ditopic building blocks in 2D COF topologies.
-
v2
¶ :class:Vertex` – The second vertex connected by the edge.
-
joint_positions
¶ tuple
ofint
– Holds 2 numbers. The first is the id of the position onv1
which gets connected by the edge. The second is the id of the position onv2
which gets connected by the edge.
-
bond
¶ list
ofint
: – Indicates if the bond is periodic.
-
frac_coord
¶ list
of :class`float` – The position of the edge in terms of the fractional positions along thea
,b
andc
vectors of a unit cell.
-
bonder_map
¶ dict
– Maps the id of a position to the id of the bonder atom which sits on it. The positions are0
and1
where0
is the position which is closer tov1
while1
is the position closer tov2
.
-
bonder_centroid
(macro_mol, cell_params)[source]¶ The centroid of the bonder molecules connected to the edge.
So the bonders NOT sitting on the edge itself.
Parameters: - macro_mol (
MacroMolecule
) – The macromolecule being assembled. - cell_params (
list
ofnumpy.array
) – Thea
,b
andc
vectors of the unit cell.
Returns: The centroid of the bonder attoms connected to those on the edge.
Return type: numpy.array
- macro_mol (
-
bonder_direction
(macro_mol, cell_params)[source]¶ Calculates the direction vetor between the bonder atoms.
Parameters: - macro_mol (
MacroMolecule
) – The macromolecule being assembled. - cell_params (
list
ofnumpy.array
) – Thea
,b
andc
vectors of the unit cell.
Returns: The direction vector.
Return type: numpy.array
- macro_mol (
-
calc_coord
(cell_params)[source]¶ Calcualtes the position of the edge in a cell.
Parameters: cell_params ( list
ofnumpy.array
) – Thea
,b
andc
vectors of the unit cell.Returns: The position. Return type: numpy.array
-
create_bonder_map
(macro_mol, cell_params)[source]¶ Creates the attribute
bonder_map
.Parameters: - macro_mol (
MacroMolecule
) – The macromolecule being built. - cell_params (
list
ofnumpy.array
) – Thea
,b
andc
vectors of the unit cell.
Returns: None
Return type: NoneType
- macro_mol (
-
direction
(cell_params)[source]¶ The direction vector of the edge.
Parameters: cell_params ( list
ofnumpy.array
) – Thea
,b
andc
vectors of the unit cell.Returns: The direction vector. Return type: numpy.array
-
place_mol
(macro_mol, cell_params, mol, alignment)[source]¶ Places and aligned a building block along the edge.
Parameters: - macro_mol (
MacroMolecule
) – The macromolecule being built. - cell_params (
list
ofnumpy.array
) – Thea
,b
andc
vectors of the unit cell. - mol (
StructUnit3
) – The building block to be placed. - alignment (
int
) – Can be1
or-1
to align mol either parallel or anti-parallel with the edge.
Returns: The rdkit instance of the placed mol.
Return type: rdkit.Chem.rdchem.Mol
- macro_mol (
-
-
class
stk.molecular.topologies.cof.
Hexagonal
(ditopic_directions=None, multitopic_aligners=None, scale_func=<function linker_cof_scale_func>)[source]¶ Bases:
stk.molecular.topologies.cof.LinkerCOFLattice
-
a
= array([1, 0, 0])¶
-
b
= array([ 0.5 , 0.866, 0. ])¶
-
c
= array([ 0. , 0. , 2.88666936])¶
-
cell_dimensions
= [array([1, 0, 0]), array([ 0.5 , 0.866, 0. ]), array([ 0. , 0. , 2.88666936])]¶
-
edges
= [<stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>]¶
-
v1
= <stk.molecular.topologies.cof.Vertex object>¶
-
v2
= <stk.molecular.topologies.cof.Vertex object>¶
-
v3
= <stk.molecular.topologies.cof.Vertex object>¶
-
v4
= <stk.molecular.topologies.cof.Vertex object>¶
-
vertices
= [<stk.molecular.topologies.cof.Vertex object>, <stk.molecular.topologies.cof.Vertex object>, <stk.molecular.topologies.cof.Vertex object>, <stk.molecular.topologies.cof.Vertex object>]¶
-
-
class
stk.molecular.topologies.cof.
Honeycomb
(ditopic_directions=None, multitopic_aligners=None, scale_func=<function linker_cof_scale_func>)[source]¶ Bases:
stk.molecular.topologies.cof.LinkerCOFLattice
-
a
= array([1, 0, 0])¶
-
b
= array([ 0.5 , 0.866, 0. ])¶
-
c
= array([ 0. , 0. , 2.88666936])¶
-
cell_dimensions
= [array([1, 0, 0]), array([ 0.5 , 0.866, 0. ]), array([ 0. , 0. , 2.88666936])]¶
-
edges
= [<stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>]¶
-
v1
= <stk.molecular.topologies.cof.Vertex object>¶
-
v2
= <stk.molecular.topologies.cof.Vertex object>¶
-
vertices
= [<stk.molecular.topologies.cof.Vertex object>, <stk.molecular.topologies.cof.Vertex object>]¶
-
-
class
stk.molecular.topologies.cof.
Kagome
(ditopic_directions=None, multitopic_aligners=None, scale_func=<function linker_cof_scale_func>)[source]¶ Bases:
stk.molecular.topologies.cof.LinkerCOFLattice
-
a
= array([1, 0, 0])¶
-
b
= array([ 0.5 , 0.866, 0. ])¶
-
c
= array([ 0. , 0. , 2.88666936])¶
-
cell_dimensions
= [array([1, 0, 0]), array([ 0.5 , 0.866, 0. ]), array([ 0. , 0. , 2.88666936])]¶
-
edges
= [<stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>]¶
-
v1
= <stk.molecular.topologies.cof.Vertex object>¶
-
v2
= <stk.molecular.topologies.cof.Vertex object>¶
-
v3
= <stk.molecular.topologies.cof.Vertex object>¶
-
vertices
= [<stk.molecular.topologies.cof.Vertex object>, <stk.molecular.topologies.cof.Vertex object>, <stk.molecular.topologies.cof.Vertex object>]¶
-
-
class
stk.molecular.topologies.cof.
LinkerCOFLattice
(ditopic_directions=None, multitopic_aligners=None, scale_func=<function linker_cof_scale_func>)[source]¶ Bases:
stk.molecular.topologies.cof.COFLattice
For 2D COF topologies which use a linker.
These are topologies which consist of 2 building blocks. One which has two functional groups and one which has 3 or more functional groups.
This class will have to be extended by sublcasses which define the vertices and edges which a particular topology consists of.
-
vertices
¶ list
ofVertex
– Class attribute added when defining a subclass. Holds the vertices which make up the topology.
-
edges
¶ list
ofEdge
– Class attribute added when defining a subclass. Holds the edges which make up the topology.
-
ditopic_directions
¶ list
ofint
– For each edge in the topology, holds1
or-1
to indicate if the building block is placed parallel or anti-parallel to the edge.
-
multitopic_aligners
¶ list
ofint
– For each vertex in the topology, holds the index of an atom inStructUnit.bonder_ids
. It specicifes which bonder atom is used for alignment of the building block on the vertex.
-
join_mols
(macro_mol)[source]¶ Creates bonds between the building blocks.
Parameters: macor_mol ( MacroMolecule
) – The macromolecule being assembled.Returns: None Return type: NoneType
-
place_mols
(macro_mol)[source]¶ Places the building blocks on the topology.
Parameters: macro_mol ( MacroMolecule
) – The macromolecule being assembled.Returns: None Return type: NoneType
-
-
class
stk.molecular.topologies.cof.
NoLinkerHoneycomb
(scale_func=<function bb_size>)[source]¶ Bases:
stk.molecular.topologies.cof.NoLinkerCOFLattice
Represents a hexagonal lattice with 2 tritopic building blocks.
-
a
= array([1, 0, 0])¶
-
b
= array([ 0.5 , 0.866, 0. ])¶
-
c
= array([ 0. , 0. , 2.88666936])¶
-
cell_dimensions
= [array([1, 0, 0]), array([ 0.5 , 0.866, 0. ]), array([ 0. , 0. , 2.88666936])]¶
-
join_mols
(macro_mol)[source]¶ Joins the building blocks in the unit cell.
Notes
The rdkit instance in the
mol
attribute has bonds added to it. Theperiodic_bonds
attribute is also filled withPeriodicBond
instances.Parameters: macro_mol ( MacroMolecule
) – The unit cell being constructed.Returns: None Return type: NoneType
-
place_mols
(macro_mol)[source]¶ Places and aligns building blocks in the unit cell.
Notes
This method modifies macro_mol. An rdkit molecule of the unit cell with the building blocks not joined up is placed in the
mol
attribute.Parameters: macro_mol ( MacroMolecule
) – The unit cell being constructed.Returns: None Return type: NoneType
-
vertices
= [array([ 0.5 , 0.28866667, 1.44333468]), array([ 1. , 0.57733333, 1.44333468])]¶
-
-
class
stk.molecular.topologies.cof.
Square
(ditopic_directions=None, multitopic_aligners=None, scale_func=<function linker_cof_scale_func>)[source]¶ Bases:
stk.molecular.topologies.cof.LinkerCOFLattice
-
a
= array([1, 0, 0])¶
-
b
= array([0, 1, 0])¶
-
c
= array([0, 0, 1])¶
-
cell_dimensions
= [array([1, 0, 0]), array([0, 1, 0]), array([0, 0, 1])]¶
-
edges
= [<stk.molecular.topologies.cof.Edge object>, <stk.molecular.topologies.cof.Edge object>]¶
-
v1
= <stk.molecular.topologies.cof.Vertex object>¶
-
vertices
= [<stk.molecular.topologies.cof.Vertex object>]¶
-
-
class
stk.molecular.topologies.cof.
Vertex
(frac_coord)[source]¶ Bases:
object
Represents a vertex of a 2D COF topology.
-
frac_coord
¶ tuple
offloat
– The fractional positions along thea
,b
andc
vectors of the vector.
-
bonder_map
¶ dict
– Maps the id of a bonder position on the vertex to the atom id of the bonder sitting on it.
-
aligned_position
()[source]¶ Returns the position of the atom aligned by
place_mol()
.Returns: The id of a position of on the vertex. The bonder atom which gets aligned during place_mol()
sits on this position.Return type: int
-
calc_coord
(cell_params, cell_position=[0, 0, 0])[source]¶ Calculate the position of the vertex within a unit cell.
Parameters: - cell_params (
list
ofnumpy.array
) – Thea
,b
andc
vectors of the unit cell. - cell_position (
list
ofint
) – Indicates if the vertex is in a periodic cell or not. Analogous to the defintion of a periodic bond.
Returns: The position.
Return type: numpy.array
- cell_params (
-
create_bonder_map
(macro_mol, cell_params, nbonders, aligned_bonder)[source]¶ Creates the attribute
bonder_map
.Parameters: - macro_mol (
MacroMolecule
) – The macromolecule being built. - cell_params (
list
ofnumpy.array
) – Thea
,b
andc
vectors of the unit cell. - nbonders (
int
) – The number of bonder atoms the building block placed on the vertex has. - aligned_bonder (
int
) – The index of a bonder atom inStructUnit.bonder_ids
of mol. This is the bonder atom which gets aligned with an edge.
Returns: None
Return type: NoneType
- macro_mol (
-
place_mol
(cell_params, mol, aligner)[source]¶ Places and aligns a molecule on the vertex.
Parameters: - cell_params (
list
ofnumpy.array
) – Thea
,b
andc
vectors of the unit cell. - mol (
StructUnit3
) – The building block to be placed. - aligner (
int
) – The index of a bonder atom inStructUnit.bonder_ids
of mol. This is the bonder atom which gets aligned with an edge.
Returns: The rdkit instance of the placed mol.
Return type: rdkit.Chem.rdchem.Mol
- cell_params (
-
-
stk.molecular.topologies.cof.
bb_size
(macro_mol)[source]¶ Sums the diameters of the building blocks.
Parameters: macro_mol ( MacroMolecule
) – The macromolecule being assembled.Returns: The sum of the diameters of the building blocks. Used to scale the size of unit cells. Return type: float
-
stk.molecular.topologies.cof.
is_bonder
(macro_mol, atom_id)[source]¶ True
if atom has'bonder'
property.Parameters: macro_mol ( MacroMolecule
) – The macromolecule to which the atom belongs.Returns: True
if atom has'bonder'
property elseFalse
.Return type: bool
-
stk.molecular.topologies.cof.
linker_cof_scale_func
(macro_mol)[source]¶ Calculates the scale factor for
LinkerCOFLattice
.Parameters: macro_mol ( MacroMolecule
) – The macromolecule being assembled.Returns: A product of the sum of the diameters of the building blocks and the number of vertices in the unit cell. Return type: float


I'm always on the look out for opportunities to collaborate with
companies, agencies and individuals
to create something great. Let's bring our collective design and build
experience together to solve
real world problems hence creating a better world for all mankind.
Feel free to reach out through any platforms below;


[gecode-users] very odd bug in small program
Denys Duchier
denys.duchier at univ-orleans.fr
Mon Sep 27 13:20:30 CEST 2010
Chris Mears <chris.mears at monash.edu> writes:
> I think the problem is that the Matrix constructor copies the IntArgs
> array, so that when you modify MC you aren't changing C itself.
meh! I expected a matrix to be a view of the same underlying model, not
a copy. me not likey!
> (Whether it ought to do this or not is another question.) One
> solution is to instead write:
>
> IntArgs C(4*4, 7, 1, 3, 4, 8, 2, 5, 1, 4, 3, 7, 2, 3, 1, 6, 8);
ok, thank you, but... (sigh)
--Denys
More information about the users
mailing list


Functions for converted Landsat 8 multispectral satellite imagery rescaled to the top of atmosphere (TOA) reflectance, radiance and/or at satellite brightness temperature using radiometric rescaling coefficients provided in the metadata file (MTL file).
| Version: | 0.1-10 |
| Depends: | R (≥ 3.1.2) |
| Imports: | rgdal, sp |
| Published: | 2017-01-27 |
| Author: | Alexandre dos Santos |
| Maintainer: | Alexandre dos Santos <alexandre.santos at cas.ifmt.edu.br> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | landsat8 results |
| Reference manual: | landsat8.pdf |
| Package source: | landsat8_0.1-10.tar.gz |
| Windows binaries: | r-devel: landsat8_0.1-10.zip, r-release: landsat8_0.1-10.zip, r-oldrel: landsat8_0.1-10.zip |
| OS X binaries: | r-release: landsat8_0.1-10.tgz, r-oldrel: landsat8_0.1-10.tgz |
| Old sources: | landsat8 archive |
Please use the canonical form https://CRAN.R-project.org/package=landsat8 to link to this page.


Flight Altitude (m)
Shutter Interval (s)
Overlap (%)
X:
, Y:
Initial Direction (deg)
Parallel to the 1st line
Camera Direction
Flight Direction +
0
90
180
270
deg
Flight Mode
Orthogonal Grid
Parallel
Grid Interval (m)
Ground Speed
m/s,
km/h
Flight Distance (m)
Flight Time (min)
Camera
Image Sensor (mm)
X:
, Y:
Focul Length (mm)
f-number (f/)
Angle of View (deg)
X:
, Y:
Shooting Range (m)
X:
, Y:
Depth of Field (m)
Front:
, Rear:
Mission Hub - Litchi


Would you like to share this feedback (strengths) anonymously or non-anonymously?
Please tell us if you would like to pair with Kate Caldwell in the future. We will keep this confidential.


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Video: Here's How Bloodstained's Switch Performance Update Compares To The Previous Version
Version 1.03 is here!
by Ryan CraddockEarlier, we shared the news that Bloodstained: Ritual of the Night has now received its promised performance update on Nintendo Switch, taking the game from Version 1.02 to 1.03. The update has been long-awaited by fans who were left disappointed with the game upon release.
As such, we thought it best to also share with you this side-by-side comparison video so that you can see the changes for yourself. The video comes courtesy of Direct-Feed Games; after giving this a good once over ourselves, we'd say it's tricky to really notice any significant changes in the visuals department, but players are reporting much-improved load times and a decrease in input lag.
Those load times have reportedly been slashed by "up to 70%" and other issues like game-crashing bugs have also been addressed. If you stopped playing the game at launch thanks to its performance issues, now might be the time to jump back in for another go.
Will you be loading it up once again now that the new update is in place? Let us know in the comments below.
[via youtube.com]


Hooray for Codepen Susy support! I am agog, just thrilled, by the simplicity of Susy for setting up highly-customized, responsive grids. This simple example was created by following along with Zell Liew’s article, “Build Web Layouts Easily with Susy.”
I’ve used Susy’s gutter() value to add vertical margins between major layout elements, as well as padding inside of those elements. The gutter() value is equivalent to the default spacing between columns.
I’m curious about fixed gutter sizes, so that I can make my gutter "heights" proportional to the base lineheight of my text, but only the gutter() default is used here. In the Susy docs, it looked like fixed gutter widths might require fixed column widths, too. Need to experiment with this. I want fluid (percentage-based) columns and fixed gutters, if possible.


You can reach this dialog via the menu entry Individual Procedures \ RSA Cryptosystem \ Lattice Based Attacks on RSA \ Attack on small secret Keys.
The user has the choice between two modes of attack
on small secret keys:
1. Enter all input data and start the attack
The user enters the values for e
and N and
estimates the value for d according to delta.
2. Generate sample input data and start the attack
The user chooses the bit length of N
and the wanted delta
to have a sample created by the program.
In the “Attack” group information on the current attack are shown and in case of success the factors p and q are displayed.
The attacker enters e=741077250369232479059668207375016571081542804590833038433249892326787378484956638636330841
and N=1259723741173449567548189641230786965150346729930314335887552587458506570619692703188420329
and estimates the size of d
with delta=0.260.
2. Generate sample input data and start the attack
To generate your own example you have to choose the bit length of N (i.e. 300) and a delta (i.e. 0.260). After clicking “Generate random key” the attack can be started by clicking "Start".
In both cases the parameter m
can be changed. m
influences the dimension of the lattice and should not be chosen to be too big
since an increase in the number negatively influences the runtime of the program.
It depends on m
to which size delta can be chosen so that the attack can succeed. The calculation
of the maximum delta
is not exact for small N
(N <1000
bit), so the chosen delta
should be approximately 0.05 less than the maximum value of delta.
The formula used to calculate delta
is:
Here the root of an equation in two unknowns has to be found. To do so, two short vectors are used and two polynomials are build. These two polynomials do not necessarily reveal the sought root. For that reason this attack has to be considered as a heuristic. From the found polynomials the resultant is built. That means that from two polynomials in two unknown a new polynomial in one unknown is created.


5.2 Education & Training methods
This section provides more details on how we plan to design and execute each of these activities within URSSI.
5.2.1 Develop and annually run a summer school on practices for sustainable software development for research software
Overview: During the conceptualization phase, we identified a need for additional, focused training opportunities on sustainable software development practices for researchers who were not in a domain covered by an existing institute. One of the primary reasons for this need is that it is generally difficult for degree programs to make room for this type of content. We plan to meet this need with a summer school, which is a proven method for providing hands-on training to transfer these skills to students, in this case on sustainable software development practices for research software development. We conducted a Pilot Winter School as part of the conceptualization process. The details of that activity appear in Chapter 2. The plan described here builds on the key lessons learned, including: (1) the school needs to be longer to allow for both discussion time and focused time for students to work on their own code, applying the lessons from the lectures, and (2) the presence of additional helpers outside of the primary instructors was quite beneficial to help answer specific questions from the students.
Content: Based on the needs identified during our survey, workshops, and other discussions, we identified the following topics as candidates for inclusion in such a school: (1) software design (including modularity), (2) software testing, (3) packaging and distributing code, (4) collaborative software development with modern version control (i.e., git/GitHub), (5) peer code review, (6) open science principles, and (7) software citation.
Format: The summer school will be a 1-week in-person event. We plan to follow the successful PNAS hackweek model (Huppenkothen et al. 2018) where we allocate 50% of the time to lectures and 50% of the time to putting the concepts into practice. We will invite instructors with expertise in the different topic areas (see above) to participate and deliver the lectures, and will take diversity into consideration when selecting instructors. One of the criteria used to select participants will be a diversity statement that potential participants will be required to submit, and at least 25% of the selected participants will be members of underrepresented groups. To facilitate the “hacking” time, we will ask participants to bring a code project they wish to work on during the school. The “hacking sessions” will provide ample opportunities for the participants to have hands-on time applying the concepts from the lectures to their own code projects. These sessions also provide time for code reviews and other ad hoc topics that arise during the school. The instructors will be available during the hands-on time to help participants as needed. By the end of the school, participants should have substantial intellectual knowledge and experiential knowledge. Because researchers often do not have sufficient time for training or to attend events like this one, as an alternative to the face-to-face summer school events, we also plan to package the content into Carpentries-style lessons that can be used either in shorter training sessions, webinars, or asynchronously.
The URSSI summer school is primarily aimed at the people and careers portion of URSSI’s impact goals, and secondarily at the research software sustainability and research software ecosystem portions.
5.2.2 Develop a Research Project Carpentry lesson program that teaches people how to turn code into a formal project
Overview: One challenge faced by many research software developers is how to convert a small (individual) coding effort into a more formal project. This situation occurs frequently as researchers develop small units of code to accomplish tasks important in their own work. When other researchers are exposed to these code units, they often want either to use the code, add to the code, or both. This is the point when the researcher needs to convert that code into a more formal project, both to ensure quality as others use it and to allow the community to contribute to it. Therefore, we propose to develop a Research Project Carpentry lesson plan, along similar lines as Software Carpentry, that will help researchers make this transition from an individual coding effort to a community-focused project.
Content: The goal of this effort will be to help projects develop a good project plan. As such, the Research Project Carpentries lesson program will focus on helping researchers understand what content a good plan needs to contain. It will also provide information researchers need for making choices about which of the various practices are most relevant to their particular project. The topics to be covered in Research Project Carpentry include: (1) requirements elicitation, (2) issue tracking, (3) source and version control, (4) testing, (5) documentation, (6) packaging and distribution, (7) pair programming, (8) code review, and (9) metrics. Note that there is some overlap between the focus of Research Project Carpentry and the Summer School described above. We anticipate reusing relevant content between these efforts.
Format: We will develop modules on the topics above as carpentries-style modules. This approach will allow the Research Projects Carpentries materials to be used either in a face-to-face training course, like the Summer School, or as stand-alone units. This flexibility will allow researchers to access the content in a mechanism that is most relevant to them. When this material is tested, we will use use a diversity statement submitted by potential participants as an input to the decision process, and at least 25% of the selected participants will be members of underrepresented groups.
Note: While this activity is relevant to the URSSI effort, we believe that it will have appeal beyond URSSI. Therefore, even though we include it here in the plan, we will also seek funding to support it from organizations outside of NSF. We also plan to solicit other organizations and individuals to contribute to this activity. URSSI will lead this work, organizing a community that will include external participants.
The Research Project Carpentry lesson program is primarily aimed at the research software sustainability portion of URSSI’s impact goals, and secondarily at the research software ecosystem portion.
5.2.3 Plan a review service for software project plans
Building on the work done for Research Project Carpentries, URSSI has identified the need for a service where experts review and comment on proposed project plans. Researchers who are interested in this service would submit a project plan in a specified format. Then, experts would review the plan to ensure both that it is (1) complete with respect to the content necessary for the type of project and its current stage, as well as (2) the choices made for each aspect of the project plan are consistent with best practices. Once the review is completed, the reviewer would work with the project team to help resolve any deficiencies identified in the original project plan. This model is akin to that used by many “incubators” for start-up companies.
This activity is likely beyond the scope of URSSI, so we will create an initial plan for it, then seek to partner with other organizations who are pursuing similar efforts and explore external funding sources. In addition to the operating the service, URSSI and partners will need to develop and make available the following resources: (1) templates for project plans, (2) checklists for researchers to follow when developing the plan, and (3) guidance on how to choose from various alternatives for each section of the plan.
The softare project plan review service is aimed at the research software sustainability portion of URSSI’s impact goals.
5.2.4 Evaluate and document successes and failures of the use of industrial software development practices in research software
Industrial software engineering has developed and refined a number of best practices for software engineering and software development, resulting in a large body of related literature. Conversely, it is not always clear which of these practices are relevant for use in developing research software, most notably because of the different incentive structures for developers in the research arena. It is also not always clear which aspects of the research software domain motivate the need to develop new software engineering or software development practices to handle the unique contexts within which research software exists. To accomplish this activity, URSSI will need to perform the following steps.
First, URSSI will gather experience reports describing the successful and unsuccessful use of industrial software engineering and software development practices in research software projects. Gathering these experiences will involve conducting surveys and interviews of developers of research software to document important information. In addition to the successes and failures with specific practices, these experience reports will also document cases where developers of research software encountered a situation or a problem for which they were unable to find software engineering or software development practices that were relevant. Cases where there is a lack of relevant practices suggest opportunities for creation of new practices.
Second, URSSI will analyze the experience reports to systematize the successes and failures and develop a series of evidence-based lessons learned. Because this information will be based upon real experiences from research projects, they will have great value to other research software projects.
The results of these efforts will feed into the next activity by providing concrete experiences that we can document into best practices. These experiences will be beneficial because we will draw them from experiences on real projects, with knowledge about the context within which the practice works. This context will help provide a description of the limitations on the practice, which is equally important to document.
This activity is primarily aimed at the research software sustainability portion of URSSI’s impact goals, and secondarily at the research software ecosystem portion.
5.2.5 Compile and maintain a body of knowledge of best practices for research software development
Based on the outcomes of the above activities, URSSI will develop a portal to provide living information about best practices for research software development. In addition to including content developed from our own activities, URSSI will also actively find, through various means that include workshops and surveys, and curate information from other sites related to the development of research or scientific software. We will specifically ensure that information produced by the Carpentries is included, as relevant.
We will curate the following types of information:
Checklists for sustainable software - much of the content here will overlap with ideas discussed in earlier activities.
Templates for use in developing software, including templates for project plans, templates for documenting requirements, templates for test planning, and templates for community guidelines and policies.
Badging efforts that provide recognition for various qualities of research software and research software projects.
In addition to best practices, the URSSI clearinghouse will also curate information about training resources. In addition to providing links to the URSSI-developed training (described above), we will also link to other relevant training resources developed through other efforts like MoLSSI, SGCI, and IRIS-HEP. To help individual researchers and teams better understand how to make use of the various training options, we will develop roadmaps that guide people to the most relevant training for their current situation.
This activity is also primarily aimed at the research software sustainability portion of URSSI’s impact goals, and secondarily at the research software ecosystem portion.
References
Huppenkothen, Daniela, Anthony Arendt, David W. Hogg, Karthik Ram, Jacob T. VanderPlas, and Ariel Rokem. 2018. “Hack Weeks as a Model for Data Science Education and Collaboration.” Proceedings of the National Academy of Sciences 115 (36): 8872–7. https://doi.org/10.1073/pnas.1717196115.


https and http are supported for the connection part.
Document listing view: - Search options: - On document title - On folder title: retrieve all children of returned folders - Document card view on the listing: - Customised information: format and modification date. Later we want the user to be able to configure this fields through a configuration file - Green checkbox added when the document is already placed on the current project (works only for Photoshop so far)
Asset view information / actions - Thumbnail - Filename with a link: it enables the user to directly open the document on the nuxeo instance - Same customised fields than on the document listing view - Actions: - In Photoshop, place update or delete pictures or psd projects - In Indesign and Illustrator place pictures. Update and manage INDD projects are in progress. Updated documents in nuxeo instance or in the adobe application will be replicated everywhere.


{# Have been used only by django-keyedcache 1.4.4 and older. Replaced by django.contrib.messages.middleware.MessageMiddleware. Could be removed after Django 1.5 is released. #} {% if visitor_messages %}
{{ message }}


Store Locations and Hours
Seattle
Address:
123 Pike Place
Seattle, WA 98008
Hours:
Everyday 6 a.m. - 8 p.m.
Tokyo
Address:
123 Pike Place
Seattle, WA 98008
Hours:
Everyday 6 a.m. - 8 p.m.
Paris
Address:
123 Pike Place
Seattle, WA 98008
Hours:
Everyday 6 a.m. - 8 p.m.
Dubia
Address:
123 Pike Place
Seattle, WA 98008
Hours:
Everyday 6 a.m. - 8 p.m.
Lima
Address:
123 Pike Place
Seattle, WA 98008
Hours:
Everyday 6 a.m. - 8 p.m.


{% extends 'sales/base.html' %} {% block refresh_date %}
?
Data is automatically retrieved from VTiger/Redmine at regular intervals. However, the new data won't be displayed until the page is refreshed. Enabling the auto-refresh box will continue to automatically refresh the page at the end of the specified amount of minutes.


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using | hook_factory = std::function< io::hook *(actor_system &)> |
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using | hook_factory_vector = std::vector< hook_factory > |
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using | thread_hooks = std::vector< std::unique_ptr< thread_hook > > |
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template<class K , class V > |
| using | hash_map = std::unordered_map< K, V > |
| |
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using | module_factory = std::function< actor_system::module *(actor_system &)> |
| |
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using | module_factory_vector = std::vector< module_factory > |
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using | actor_factory_map = hash_map< std::string, actor_factory > |
| |
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using | portable_name_map = hash_map< std::type_index, std::string > |
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using | group_module_factory = std::function< group_module *()> |
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using | group_module_factory_vector = std::vector< group_module_factory > |
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using | config_map = dictionary< config_value::dictionary > |
| |
|
using | string_list = std::vector< std::string > |
| |
|
using | opt_group = config_option_adder |
| |
|
|
| actor_system_config (actor_system_config &&)=default |
| |
|
| actor_system_config (const actor_system_config &)=delete |
| |
|
actor_system_config & | operator= (const actor_system_config &)=delete |
| |
|
virtual settings | dump_content () const |
| | Extracts all parameters from the config, including entries with default values.
|
| |
|
template<class T > |
| actor_system_config & | set (std::string_view name, T &&value) |
| | Sets a config by using its name config_name to config_value .
|
| |
|
error | parse (string_list args, std::istream &config) |
| | Parses args as tuple of strings containing CLI options and config as configuration file.
|
| |
|
error | parse (string_list args) |
| | Parses args as CLI options and tries to locate a config file via config_file_path and config_file_path_alternative unless the user provides a config file path on the command line.
|
| |
|
error | parse (int argc, char **argv, std::istream &config) |
| | Parses the CLI options {argc, argv} and config as configuration file.
|
| |
|
error | parse (int argc, char **argv) |
| | Parses the CLI options {argc, argv} and tries to locate a config file via config_file_path and config_file_path_alternative unless the user provides a config file path on the command line.
|
| |
| actor_system_config & | add_actor_factory (std::string name, actor_factory fun) |
| | Allows other nodes to spawn actors created by fun dynamically by using name as identifier.
|
| |
| template<class T , class... Ts> |
| actor_system_config & | add_actor_type (std::string name) |
| | Allows other nodes to spawn actors of type T dynamically by using name as identifier.
|
| |
| template<class F > |
| actor_system_config & | add_actor_type (std::string name, F f) |
| | Allows other nodes to spawn actors implemented by function f dynamically by using name as identifier.
|
| |
|
template<class T , class... Ts> |
| actor_system_config & | load () |
| | Loads module T with optional template parameters Ts... .
|
| |
|
template<class Factory > |
| actor_system_config & | add_hook_factory (Factory f) |
| | Adds a factory for a new hook type to the middleman (if loaded).
|
| |
|
template<class Hook > |
| actor_system_config & | add_hook_type () |
| | Adds a hook type to the middleman (if loaded).
|
| |
|
template<class Hook , class... Ts> |
| actor_system_config & | add_thread_hook (Ts &&... ts) |
| | Adds a hook type to the scheduler.
|
| |
| std::pair< int, char ** > | c_args_remainder () const noexcept |
| | Returns the remainder including the program name (argv[0] ) suitable for passing the returned pair of arguments to C-style functions that usually accept (argc, argv) input as passed to main .
|
| |
|
| bool | cli_helptext_printed |
| | Stores whether the help text was printed.
|
| |
|
std::string | program_name |
| | Stores the content of argv[0] from the arguments passed to parse .
|
| |
|
string_list | remainder |
| | Stores CLI arguments that were not consumed by CAF.
|
| |
|
bool | slave_mode |
| | Stores whether this node was started in slave mode.
|
| |
|
std::string | slave_name |
| | Name of this node when started in slave mode.
|
| |
|
std::string | bootstrap_node |
| | Credentials for connecting to the bootstrap node.
|
| |
|
std::string | openssl_certificate |
| |
|
std::string | openssl_key |
| |
|
std::string | openssl_passphrase |
| |
|
std::string | openssl_capath |
| |
|
std::string | openssl_cafile |
| |
|
actor_factory_map | actor_factories |
| |
|
module_factory_vector | module_factories |
| |
|
hook_factory_vector | hook_factories |
| |
|
group_module_factory_vector | group_module_factories |
| |
|
thread_hooks | thread_hooks_ |
| |
| actor_profiler * | profiler = nullptr |
| | Provides system-wide callbacks for several actor operations.
|
| |
| tracing_data_factory * | tracing_context = nullptr |
| | Enables CAF to deserialize application-specific tracing information.
|
| |
|
std::string | config_file_path |
| | Configures the default path of the configuration file.
|
| |
|
std::vector< std::string > | config_file_path_alternatives |
| | Configures alternative paths for locating a config file when unable to open the default config_file_path .
|
| |
|
int(* | slave_mode_fun )(actor_system &, const actor_system_config &) |
| |
|
(Note that these are not member functions.)
|
|
template<class T > |
| bool | holds_alternative (const actor_system_config &cfg, std::string_view name) |
| | Returns whether xs associates a value of type T to name .
|
| |
|
template<class T > |
| auto | get_if (const actor_system_config *cfg, std::string_view name) |
| | Tries to retrieve the value associated to name from cfg .
|
| |
|
template<class T > |
| T | get (const actor_system_config &cfg, std::string_view name) |
| | Retrieves the value associated to name from cfg .
|
| |
|
template<class To = get_or_auto_deduce, class Fallback > |
| auto | get_or (const actor_system_config &cfg, std::string_view name, Fallback &&fallback) |
| | Retrieves the value associated to name from cfg or returns fallback .
|
| |
|
template<class T > |
| expected< T > | get_as (const actor_system_config &cfg, std::string_view name) |
| | Tries to retrieve the value associated to name from cfg as an instance of type T .
|
| |
|
CAF_CORE_EXPORT const settings & | content (const actor_system_config &) |
| |
|
template<class T > |
| T | get (const settings &xs, std::string_view name) |
| | Retrieves the value associated to name from xs .
|
| |
|
template<class To = get_or_auto_deduce, class Fallback > |
| auto | get_or (const settings &xs, std::string_view name, Fallback &&fallback) |
| | Retrieves the value associated to name from xs or returns fallback .
|
| |
|
template<class T > |
| expected< T > | get_as (const settings &xs, std::string_view name) |
| | Tries to retrieve the value associated to name from xs as an instance of type T .
|
| |
Configures an actor_system
on startup.


Zaid Salman
Login
Sign Up
Zaid Salman
Hi my name is Zaid, login to see my game(its a scratch 2 game)
Me & Parrot
QR Code
Youtube Pic


Broken Windows and Broken Code
This week, I have been reading Tipping Point by Malcolm Gladwell. It talks about how large social movements happen, breaking it down into three things: the people involved, the stickiness of the message, and the context. In discussing the context, he introduces the Broken Window Theory by James Q. Wilson and George L. Kelling, which explains how environment plays a big role in bringing about bad behaviour in individuals.
This is my simple understanding of it. In New York, in {{ somedaterangebefore1990 }}, there was a high crime rate. There was a policeman who had a bright idea. Instead of complex crime-fighting strategies, he decided to fix broken windows, remove graffiti from trains, and ensure that the environment was a nice environment. The rationale was that a nicer environment would bring about more responsible behaviour in individuals, because environment affects behaviour. * And it worked. Apparently.
Now there are many debates about whether this is true or not, and I am not smart enough to weigh in on those debates. But one thing I have seen in my short existence on this earth is that this rings true for an existing code base. You may be like me, an eager TDD wannabe zealot who wants to ensure that the project has 100% coverage; who wants to make sure the code has been refactored so that all the good principles bestowed by the judges of software development (or engineering, or programming, or science, or whatever) are adhered to. Then you get to a project where every one of those principles are broken.
You want to write tests, but you somehow lose the will to do so. Something deep inside of you wants to refactor, but there are no tests, and there is no will to write tests to ensure that the refactoring won’t break something. When writing new functionality, it is easier to say ‘just this once’ when doing something you’re not supposed to be doing because that’s how it has been done in the existing code base. And you don’t write tests for the new functionality, because hey, there aren’t tests here anyway.
Bad code can break good developers. And good developers can get into bad habits when working on bad code. Like writing more bad code. And increasing the chance of future good developers getting caught in this cycle. So how does one break the cycle?
- Write tests. How does one refactor to clean up the code if one can’t ensure that their refactoring won’t break something? By writing tests. What if the code is not testable? Then make it testable (which may possibly break something), then write tests. What if I don’t feel like writing tests?
- Write Clean Code. ‘Just this one time’ is never this one time. There’s that boy scout rule that some smart guy mentioned which says ‘leave the playground better than you found it’. Being a good developer is a habit, not an event, or a ‘skill’ on your LinkedIn profile which you have been endorsed for (who came up with that idea anyway?)
- Incremental Improvements. Improve one small thing today. Then a small thing tomorrow. Then a small thing the day after that. Then in a {{ undefinedtimeperiod }}, it will be looking so much better. And the world will be a happier place. Maybe. Kinda.
Do you have any stories working with old legacy code?
* This is an oversimplified explanation. Bing (or google, or duckduckgo) ‘Broken Window Theory’ for a better explanation.


NGI Stockholm - System Status
00:00
Monday 01
st
January
Turn Around Times
Time spent for median project (past 30 days).
Short grey tick shows 90
th
percentile.
Reception Control
Library Prep
Sequencing
Bioinformatics
Projects open in Production:
??
Projects open in Applications:
??
Load Balancing
Number of units currently in queue / processing
Reception Control
Fin Lib
Library Prep
Sequencing
Bioinformatics
Milou
Nestor
Hugin
LIMS
Genstat
Success Rate
Percentage of units passing QC in past 30 days
Reception Control
Library Prep
Sequencing
Bioinformatics


--- layout: default --- {% assign psize = site.posts | size %} {% if psize == 0 %}
Videos of this semester's talks will appear here.


Javascript Greeter
University Disclaimer
The information provided on this and other pages by me, Samuel Jackson (slj11@aber.ac.uk), is under my own personal responsibility and not that of Aberystwyth University. Similarly, any opinions expressed are my own and are in no way to be taken as those of A.U.
Declaration Of Originality
I declare this website to be my own work, except for some CSS tweaks used to create a sticky footer by Ryan Fait.


STELLA POLARIS A film review by Gareth Rees Copyright 1993 Gareth Rees
Director: Knut Erik Jensen Starring: Anne Krigsvoll, Ketil Hoegh, Eirin Hargaut, Vegard Jensen Producer: Egil Odegard Script: Knut Erik Jensen Music: Mats Claesson Length: 89 mins Release: Norway 1993
A woman lies in a hospital bed and remembers her childhood in a fishing village in northern Noway. It is not clear why she is in hospital--perhaps she has been in a car accident--and she may even be two different women (mother and daughter?) at two different times. She drifts through the landscapes of memory like a ghost, sometimes seeing her village deserted, abandoned, empty; sometimes seeing it peopled by her younger self (or her daughter?) and the people she knew.
The film chronicles her youth without words, almost without plot, using images and music only. It has a lot of the feel of a documentary--we see Germany occupying Noway in the second world war and burning the village to the ground when they leave; we see the villagers returning after the war to rebuild; we see the traditional fishing industry of small boats (with wives tying hooks and gutting fish) being replaced by fish factories and larger, more dangerous trawlers.
This material is rendered out of order in flashback and intercut with real documentary film (and sequences in black and white pretending to be real documentary film) and it is often hard to make sense of, especially with the ambiguities over the role(s) of the central character. The result is a film that manages to create an atmosphere of timeless people and landscape enduring through a changing society, but which loses out on character. I found it hard work, but others may be able to relax into the dreamy feel of the fjords and enjoy.
--- Gareth Rees
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


FIFA slaps 10-year ban on ex-Tanzania football chief for 'misspending'
FIFA has banned a former soccer official for 10 years for mismanaging “a significant amount” of money from the governing body.
FIFA says former Tanzanian soccer federation president Jamal Malinzi received $528,000 over four years to repay alleged loans he made that “lack proper justification or explanation.”
Malinzi also received $55,000 in prize money earned by Tanzania’s under-17 team at the African youth championship in 2017.
FIFA says Malinzi was a member of its development committee — allocating project funds worldwide — and its fair play and social responsibility committee from 2013-17 when he was taking money.
Malinzi was also fined 500,000 Swiss francs ($503,000).
AP


Across: 5. In Paris I picked out clothes with taste (3) 8. Order force to start ushering uncle outside (10) 9. River runs under high rocks initially... (4) 10. ...Divorcee on East River (3) 11. Outcome of examination of street lust? (4 6) 14. Don’t eat quickly! (4) 15. Stand in bottomless river (3) 16. Get-together delayed after copper follows Bill to mum’s semi (10) 20. Sure to have regrets (4) 21. Nastily upset Lindsey (7) 22. Bears witness when it gets to trials (7) 24. Box found in yard (4) 25. Soaking from rain can penetrate common publication (10) 29. Old bird food (3) 30. Marie hasn’t finished upsetting her! (4) 31. A lot of lumber chucked into loch (10) 35. No pub in Barnet—that’s the catch! (3) 36. Bob and Tom run away (4) 37. Lead Ronald to ground (6 4) 38. Capitals of Sweden and Denmark may be depressing (3) Down: 1. Pass grand summer in France... (4) 2. ...French nobleman gets to head of channel (4) 3. Evan’s back in church (4) 4. In Paris you are involved in trial in name only (7) 5. Resent TT on Norfolk track (10) 6. Like guys to start promotion (10) 7. Writer working behind city square (10) 11. Eat and drink (3) 12. Mother almost left music as it was written (3) 13. Right, I am on edge! (3) 17. Group of those against maritime crime (10) 18. Gasps after European articles feature men’s knickers! (10) 19. Manuel moved north before Lawrence died unmourned (10) 23. Plant stoker bled endlessly! (7) 26. Ray’s blend of port (3) 27. Anger when Eire loses territory! (3) 28. Agassi is full of chat! (3) 32. Nose ran for ages! (4) 33. Bird left on boat (4) 34. Writer was back in hospital (4)


Web-based application Electronic Health Records Application, designed for midwives and other alternative healthcare professionals.


Picture List
Eiffel Tower
Paris, France
Eiffel Tower is the symbol of Paris and named by Gustave Eiffel.
Monument Valley
Utah, USA
Director John Ford used Monument Valley for a number of his best-known films.
Mount Fuji
Japan
Mount Fuji is the highest mountain in Japan and a frequent attractive subject of Japanese art.
Introduction
What is your name?
Hello, {{ person.name || 'stranger' }}!


WITNESS LIST Law Enforcement Committee February 28, 2005-1:30P HB 504 For: Herrington, Rick (North Texas Tollway Authority) HB 544 For: Camp, Torie (Texas Association Against Sexual Assault) Foote, Cari (Highland Lakes Family Crisis Center) Gaylor, Tom (Texas Municipal Police Association) Hubbarth, William (Self and Justice For All) Riddering, Hannah (Self and Texas National Organization for Women) HB 705 For: Love, Ed (Self) HB 1066 For: Elkin, Bill (Houston Police Retired Officers Association) Tripp, Alice (Texas State Rifle Association) On: Coffey, Jan (Texas Department of Public Safety)


Demonstrates using filters. Top-left: original. Top-right: BoxBlurFilter. Bottom-left: ColorFilter. Bottom-right: ColorMatrixFilter. Some browsers do not allow access to pixel data when running local files, and may throw a security error or not work unless the content is running on a server.


January 17th, 2020
Changing my major was not an easy process. I started out as a Mathematics Major in the Mathematics and Computer Science department in the Liberal Arts and Sciences (LAS) college. I always loved mathematics, so much. Most of the people in my high school know me for my math skills or from yearbook photography. I used to love math so much, that I used to explain math problems to my friends all the time, and algebra was like my family member.
I chose math as my major because I loved the idea of data science and math was a huge part of Data Science. You gather all the data, see the trend, and predict the future with all those algorithms. Initially, I wanted to move to Mathematical Computer Science in the same department. Later, I decided to take a Computer Science class, which was completely based on real-life data and we were using Pandas Modules for the visualization. I really enjoyed coding, solving anything from tiny little problems to advanced problems. I enjoyed every single thing I did for my CS class. Whereas I didn’t love calculus as much I did python (don’t get me wrong, I liked Calculus but I didn’t love it). After two months of CS 111, we started working on a web crawler project. I really enjoyed working on that project. I was able to explore more in computer science during that time.
In the meantime, I started talking to my father about cloud computing and the latest technologies in the market. Even though I have very minimal experience in cloud computing, I loved the idea of servers being in the cloud and data being really secure. Then I started thinking about my major and talked with my advisor to discuss changing it to Computer Science. I applied for an inter-college transfer to Computer Science in the College of Engineering. It took them around two months to finalize my approval after all my fall grades were good.
Now comes the big question, what do I want to do? As a Computer Science major, I have a lot of options now. I can focus on Data Science, Cloud Computing, Web Development, and Game Design. I am really happy I changed my major because I am keeping my options open to working in different fields of the software industry.


---
notes: |
The colors are defined as a map in `_common/_colors.scss`.
Usage:
```
.primary-blue {
background: color('primary', 'primary');
}
.phone-input {
color: color('input', 'border')
}
```
---
Color Palette
Primary
primary
light
translucent
divider
disabled
Buttons
primary
hover
alternative
Text
primary
subheading
title
subtitle
body
highlight
input
modal
Anchor
Borders
primary
light
gallery-item
Background
primary
secondary
light
modal
gallery-item
translucent
hover
Input
primary
disabled
border
focus
mobile-border
Feedback
success
warning
error
info
text


| BoardCanvas |
Represents the drawn board for the BridgesApp.
|
| BridgesApp |
Represents a Bridges Game Application.
|
| CustomDialog |
The CustomDialog provides some basic functionality used by:
- MessageDialog and
- NewPuzzleDialog
like:
- setting the title
- closing the dialog, when the user presses 'X' and
- scaling and positioning the window.
|
| Main |
The main class, which is used to start the application.
|
| MessageDialog |
Dialog class, that displays a simple message and an
"OK"-Button to close the window.
|
| NewPuzzleDialog |
Class, that represents a dialog, which enables the user
to create a new puzzle with different parameters.
|
| StatusLabel |
Represents the status label of the application.
|


{% extends "_layout.html" %}
{% load staticfiles %}
{% block page_title %}Help{% endblock page_title %}
{% block header %}Help{% endblock header %}
{% block content %}
{{ block.super }}
The scale choice is crucial in determining how effective the choropleth is. Based on the nature of your dataset, you will want to choose one of the following to make the map more meaningful. This is a variant of a linear scale. Instead of a continuous domain, like a linear scale, the input domain is divided equally into the number of specified classes. Eventually, each class is differentiated by a specific color in the choropleth. This scale is available for any dataset. A nonlinear scale based on the orders of magnitude unlike a standard linear scale. This scale can be useful when dataset values grow exponentially. Because the logarithmic scale output approaches inifinity as the input approaches 0, this scale is only available to datasets where the values are exclusively negative, or exclusively positive. The schemes used in this app, are the same schemes that Cynthia Brewer used to develop and explain the ColorBrewer palettes, which are also used in this app. This scheme represents a collection of palettes that that appear to increase in magnitude. Here is how Cynthia Brewer describes it. This is most suitable for a dataset that hovers back and forth over a median value. One example of a Diverging dataset is Rebublicans vs. Democrats, where red represents Republicans, blue represents Democrats, and white represents Independents. Here is Brewer's description: This scheme is best for representing categories, such as religious affiliations. Each category is represented by a different color, but not in a way that assumes magnitude. Brewer explains further ... A palette, in the context of this application, is a collection of colors that was intentially assembled to communicate the scheme. This application uses the palettes that Cynthia Brewer has created specifically designed for maps. See ColorBrewer for more information. For choropleths that employ the Quantized scale, the number of classes determines the number of groups that your dataset is broken into, thus how many colors will be represented. The number of classes available is determined by the palette. Each palette includes at least 3 and as many as 12 classes.Definitions
Scale
Quantized
Logarithmic
Scheme
Sequential
"{% include "partials/help/_scheme-sequential.html" %}1"
Diverging
"{% include "partials/help/_scheme-diverging.html" %}1"
Qualitative
"{% include "partials/help/_scheme-qualitative.html" %}1"
Palette
Classes
Licenses
License
License Code
What you will see
Public Domain
CC0
{% include 'datasets/license/cc0.html' %}
Creative Commons Attribution
CC BY
{% include 'datasets/license/cc_by.html' %}
Creative Commons Attribution-ShareAlike
CC BY-SA
{% include 'datasets/license/cc_by-sa.html' %}
Creative Commons Attribution-NoDerivs
CC BY-ND
{% include 'datasets/license/cc_by-nd.html' %}
Creative Commons Attribution-NonCommercial
CC BY-NC
{% include 'datasets/license/cc_by-nc.html' %}
Creative Commons Attribution-NonCommerical-ShareAlike
CC BY-NC-SA
{% include 'datasets/license/cc_by-nc-sa.html' %}
Creative Commons Attribution-NonCommercial-NoDerivs
CC BY-NC-ND
{% include 'datasets/license/cc_by-nc-nd.html' %}
Copyright
-
{% include 'datasets/license/copyright.html' with name="Your Name" %}


Admin Controls
List Users
Manage Invitations
Manage User
Test
List Users
List Users
Email
Name
Handle
Roles
{{usr.uEmail}}
{{usr.uFullName}}
{{usr.uName}}
{{usr.uRole}}
Manage Invites
Add Invitation
Remove Invitation
List Invites
List Invites
Email
{{inv}}
Manage User
Enter Email of User and Get User
Get User
Change User's Role
Change or Append Role, comma-delimited
Update Role
Test Topic


There are vaious strategies to locate elements in a page. You can use the most appropriate one for your case. Selenium provides the following methods to locate elements in a page:
To find multiple elements (these methods will return a list):
Apart from the public methods given above, there are two private methods which might be useful with locators in page objects. These are the two private methods: find_element and find_elements.
Example usage:
from selenium.webdriver.common.by import By
driver.find_element(By.XPATH, '//button[text()="Some text"]')
driver.find_elements(By.XPATH, '//button')
These are the attributes available for By class:
ID = "id"
XPATH = "xpath"
LINK_TEXT = "link text"
PARTIAL_LINK_TEXT = "partial link text"
NAME = "name"
TAG_NAME = "tag name"
CLASS_NAME = "class name"
CSS_SELECTOR = "css selector"
Use this when you know id attribute of an element. With this strategy, the first element with the id attribute value matching the location will be returned. If no element has a matching id attribute, a NoSuchElementException will be raised.
For instance, consider this page source:

<form id="loginForm">
<input name="username" type="text" />
<input name="password" type="password" />
<input name="continue" type="submit" value="Login" />
</form>

The form element can be located like this:
login_form = driver.find_element_by_id('loginForm')
Use this when you know name attribute of an element. With this strategy, the first element with the name attribute value matching the location will be returned. If no element has a matching name attribute, a NoSuchElementException will be raised.
For instance, consider this page source:

<form id="loginForm">
<input name="username" type="text" />
<input name="password" type="password" />
<input name="continue" type="submit" value="Login" />
<input name="continue" type="button" value="Clear" />
</form>

The username & password elements can be located like this:
username = driver.find_element_by_name('username')
password = driver.find_element_by_name('password')
This will give the “Login” button as it occur before the “Clear” button:
continue = driver.find_element_by_name('continue')
XPath is the language used for locating nodes in an XML document. As HTML can be an implementation of XML (XHTML), Selenium users can leverage this powerful language to target elements in their web applications. XPath extends beyond (as well as supporting) the simple methods of locating by id or name attributes, and opens up all sorts of new possibilities such as locating the third checkbox on the page.
One of the main reasons for using XPath is when you don’t have a suitable id or name attribute for the element you wish to locate. You can use XPath to either locate the element in absolute terms (not advised), or relative to an element that does have an id or name attribute. XPath locators can also be used to specify elements via attributes other than id and name.
Absolute XPaths contain the location of all elements from the root (html) and as a result are likely to fail with only the slightest adjustment to the application. By finding a nearby element with an id or name attribute (ideally a parent element) you can locate your target element based on the relationship. This is much less likely to change and can make your tests more robust.
For instance, consider this page source:

<form id="loginForm">
<input name="username" type="text" />
<input name="password" type="password" />
<input name="continue" type="submit" value="Login" />
<input name="continue" type="button" value="Clear" />
</form>

The form elements can be located like this:
login_form = driver.find_element_by_xpath("/html/body/form[1]")
login_form = driver.find_element_by_xpath("//form[1]")
login_form = driver.find_element_by_xpath("//form[@id='loginForm']")
The username element can be located like this:
username = driver.find_element_by_xpath("//form[input/@name='username']")
username = driver.find_element_by_xpath("//form[@id='loginForm']/input[1]")
username = driver.find_element_by_xpath("//input[@name='username']")
The “Clear” button element can be located like this:
clear_button = driver.find_element_by_xpath("//input[@name='continue'][@type='button']")
clear_button = driver.find_element_by_xpath("//form[@id='loginForm']/input[4]")
These examples cover some basics, but in order to learn more, the following references are recommended:
There are also a couple of very useful Add-ons that can assist in discovering the XPath of an element:
Use this when you know link text used within an anchor tag. With this strategy, the first element with the link text value matching the location will be returned. If no element has a matching link text attribute, a NoSuchElementException will be raised.
For instance, consider this page source:

Are you sure you want to do this?

Continue
Cancel

The continue.html link can be located like this:
continue_link = driver.find_element_by_link_text('Continue')
continue_link = driver.find_element_by_partial_link_text('Conti')
Use this when you want to locate an element by tag name. With this strategy, the first element with the given tag name will be returned. If no element has a matching tag name, a NoSuchElementException will be raised.
For instance, consider this page source:

Welcome

Site content goes here.

The heading (h1) element can be located like this:
heading1 = driver.find_element_by_tag_name('h1')
Use this when you want to locate an element by class attribute name. With this strategy, the first element with the matching class attribute name will be returned. If no element has a matching class attribute name, a NoSuchElementException will be raised.
For instance, consider this page source:

Site content goes here.

The “p” element can be located like this:
content = driver.find_element_by_class_name('content')
Use this when you want to locate an element by CSS selector syntaxt. With this strategy, the first element with the matching CSS selector will be returned. If no element has a matching CSS selector, a NoSuchElementException will be raised.
For instance, consider this page source:

Site content goes here.

The “p” element can be located like this:
content = driver.find_element_by_css_selector('p.content')
Sauce Labs has good documentation on CSS selectors.


emoter tests
Run
npm install
to install dependencies
Then
open the console
or run
grunt test
in node


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Desktop publishing software
Many desktop publishing packages and web page editors now.
Job Description
It is a long established fact that a reader will be distracted by the readable
content of a page when looking at its layout. The point of using Lorem Ipsum is
There are many variations of passages of Lorem Ipsum available, but the majority
have suffered alteration in some form, by injected humour, or randomised words
which don't look even slightly believable.
Reason for refunding
It is a long established fact that a reader will be distracted by the readable
content of a page when looking at its layout. The point of using Lorem Ipsum is
There are many variations of passages of Lorem Ipsum available, but the majority
have suffered alteration in some form, by injected humour, or randomised words
which don't look even slightly believable.


Welcome to QUABII
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Copyright
OTSAW Digital Inc © 2015-2016


Now everyone on the https://steemit.com has more or less wealth.
It is composed of three parts：
- STEEM
- STEEM POWER
- STEEM DOLLARS
For example, at the time of this writing:
@dan has 0 STEEM
, 2,545,363 STEEM POWER
and 14,109 STEEM DOLLARS
.
@oflyhigh , I have 0 STEEM
, 25.842 STEEM POWER
and $17.217 STEEM DOLLARS
I was feeling a little depressed，When will I be as rich as @dan?
Come back to our story.
Do you want to know how much you will be in the future?
Let’s try to finger it out.
From investigating and analysis， I found that IF YOU DO NOTHING
- STEEM POWER be increased at a rate about 0.7%
- STEEM and STEEM DOLLARS keep unchanged
Table: Rates of STEEM POWER increased
| Date | Rate |
|---|---|
| 2016-08-03 | (0.69%) |
| 2016-08-02 | (0.69%) |
| 2016-08-01 | (0.69%) |
| 2016-07-31 | (0.70%) |
| 2016-07-30 | (0.68%) |
| 2016-07-29 | (0.73%) |
| 2016-07-28 | (0.71%) |
| 2016-07-27 | (0.88%) |
Let us suppose that the rate keep unchanged.
The STEEM POWER after one day is your_sp*(1+0.69%)
For me, the STEEM POWER should be 25.842*(1+0.69%)=26.0203
That sounds good.
After careful calculation， if I DO NOTHING， my STEEM POWER after one year should be: 317.93
With the wealth of @dan there is a huge gap!
And the most important is that the wealth of @dan also keeps growing!
The good news is, I can get STEEM POWER and STEEM DOLLARS by writing articles.
At present， I earn about 1.5 STEEM POWER
and 3.8 STEEM DOLLARS
every day.
If I convert STEEM DOLLARS to STEEM and then POWER up them, I’ll got about 3 STEEM POWER
every day!
So the STEEM POWER after one day is your_sp*(1+0.69%) + 3
.
My STEEM POWER after one year should be: 5232.26
!
And the STEEM POWER of @dan after one year should be:31320220.00
I run my code on my Arduino 101 board.
I want to make a two wheeled self balancing vehicle by this board, but encountered some problems when tune the PID parameter.
Here is the code to calculate your future wealth.
It should be easy to change it to any other programing language.
Change the values in code to fit your situation.
Here is the result.
STEEM POWER you have: 25.84
The increase rate at: 0.69%
Daily average rewards in STEEM POWER: 3.00
STEEM POWER after 365 days should be: 5232.26
And please keep in mind :
- We assumed that the rate keep unchanged.
- Convert your STEEM DOLLARS to STEEM the Power up ASAP once you got it.
- Your rewards based on STEEM POWER you have and the articles you wrote and curation.
So, The result made by this program is for reference only. In other words, just for fun:)
Do you think this article is interesting?
Could you give this post upvote, so I can earn more to keep up with @dan ? :)
This page is synchronized from the post: Calculate your future wealth with Arduino, let’’s keep up with @dan !


All scripts and input files required to generate these examples are shipped with the MarpaX::Grammar::GraphViz2 distro. Output files are shipped too.
Note 1: The SVG file for c.ast.bnf has been omitted from this demo page because of its size.
It takes Graphviz's 'dot' program 6 m 25 s to generate (off-line), and is 1.4 Mb in size.
These are not problems, only facts. The problem is the width of the image. So I skipped it.
 This is due to the author using
both 'comma' and '<comma>' as tokens within the grammar. So far this module does not handle that.
Note 3: A similar thing (as in Note 2) can happen elsewhere, e.g. with named event statements,
when the rhs name uses (say) '<xyz>' and the rule referred to uses just 'xyz'.
In all such cases, there will be 2 nodes, with 2 names differing in just the brackets.
Note 4: Some characters are replaced by similar Unicode characters, because Graphviz teats those characters
as special. These characters are: <, >, " and :. Indeed, the " char is replaced by 2 single quotes.
Note 5: The legend is experimental, and it's form may change at any time. It is displayed here on all
images, but is of course optional.
Note 6: There is a problem displaying any grammar, when a token is used on the right-hand side of a rule
both with and without a qualifier. An example is 'value' in these 2 rules in the json.1.bnf:
| pair | ::= | string ':' value | action => do_pair |
| elements | ::= | value+ | separator => comma action => do_list |
There is no way to display the text 'value' both with and without that '+' sign.
Note 7: Numbers on nodes are rule numbers within the input stream.
Table of Contents
| Input file # 1 - json.1.bnf |
| Input file # 2 - json.2.bnf |
| Input file # 3 - json.3.bnf |
| Input file # 4 - stringparser.bnf |
| Input file # 5 - termcap.info.bnf |
Due to its width, the SVG file for the c.ast.bnf case is not in this table, but can be viewed here.
| Input file # 1 - json.1.bnf | Output file # 1 - html/json.1.svg. Top |
| Input file # 2 - json.2.bnf | Output file # 2 - html/json.2.svg. Top |
| Input file # 3 - json.3.bnf | Output file # 3 - html/json.3.svg. Top |
| Input file # 4 - stringparser.bnf | Output file # 4 - html/stringparser.svg. Top |
| Input file # 5 - termcap.info.bnf | Output file # 5 - html/termcap.info.svg. Top |
|
Author
|
|
|
Date
|
2014-10-23
|
|
OS
|
Debian V 6
|
|
Perl
|
5.18.2
|


| Opcode | Instruction | Op/En | 64-Bit Mode | Compat/Leg Mode | Description |
| 0F AE /5 | LFENCE | NP | Valid | Valid | Serializes load operations. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| NP | NA | NA | NA | NA |
Performs a serializing operation on all load-from-memory instructions that were issued prior the LFENCE instruction. Specifically, LFENCE does not execute until all prior instructions have completed locally, and no later instruction begins execution until LFENCE completes. In particular, an instruction that loads from memory and that precedes an LFENCE receives data from memory prior to completion of the LFENCE. (An LFENCE that follows an instruction that stores to memory might complete before the data being stored have become globally visible.) Instructions following an LFENCE may be fetched from memory before the LFENCE, but they will not execute until the LFENCE completes.
Weakly ordered memory types can be used to achieve higher processor performance through such techniques as out-of-order issue and speculative reads. The degree to which a consumer of data recognizes or knows that the data is weakly ordered varies among applications and may be unknown to the producer of this data. The LFENCE instruction provides a performance-efficient way of ensuring load ordering between routines that produce weaklyordered results and routines that consume that data.
Processors are free to fetch and cache data speculatively from regions of system memory that use the WB, WC, and WT memory types. This speculative fetching can occur at any time and is not tied to instruction execution. Thus, it is not ordered with respect to executions of the LFENCE instruction; data can be brought into the caches speculatively just before, during, or after the execution of an LFENCE instruction.
This instruction’s operation is the same in non-64-bit modes and 64-bit mode.
Wait_On_Following_Instructions_Until(preceding_instructions_complete);
void _mm_lfence(void)
| #UD | If CPUID.01H:EDX.SSE2[bit 26] = 0. If the LOCK prefix is used. |


The Temple Gatekeeper:
You have nothing that would cover the holes.
(You must have a Visitor's Mark, a Faded Visitor's Mark, or a Pagan's Mark in order to open this door.)


I have enjoyed being part of this guild over the last few years. The information here is priceless to say the least.
I am hoping to gather the many fresh ideas and players knowledge of the nwn world. I am in need of some outside help in looking into this newly created system.
By no means is this an attempt to lure away players from other worlds, Like I said I am looking for some fresh new ideas on this new system. Thank you all for understanding.
Just follow this link to the bioware community section. Click Here _________________ Sir Truman
Click Here
Hey , thanks for viewing the thread but, has anyone tested this out yet. I would really like some outside testers to leave their feedback. _________________ Sir Truman


With your help we can repair all those flat tires from our bikes all over the city. The minimum amount is $100.
# Rentals: {{venue.reservations}}
{{key.split(',')[0]}} - {{key.split(',')[1]}} Cantidad
Hours are converted to your own TimeZone
| Donation ID | User ID | Date | Amount |
|---|---|---|---|
| {{don.id}} | {{don.userId}} | {{don.fecha | date: 'd / MMM / y'}} | {{don.amount | currency}} |


- Pour the flour, baking soda and salt into the mixing bowl
- Then in a separate bowl combine the egg, vanilla extract, milk, melted butter into a separate bowl
- Combine the ingredients into the mixing bowl and begin to mix the batter
- Once the batter is thoroughly mixed with no lumps place into the refrigerator and let sit for at least 30 minutes
- Prepare your skillet to a medium heat with a drizzle of oil
- Pour the batter into the pan and let fully cook on one side before flipping to the other
- Before you flip the pancake take a small slice of better and butter the edges of the pancake as it cooks
- Flip the pancake
- Enjoy!