Currently, this guide is an informal collection of tips.
If you have alot of configured farms and physicals, you may find apache freezes on start-up. This is most likely because you are running out of available SYSVIPC semaphores. Either raise the kernel's limit and retry, or set AthMUXCount down to a number below your kernel limit. If there are less locks than "items", then items share the locks. This just means that two or more physicals may share the same lock, and cannot be updated simultaneously. In practical use, this is not a problem.


Next, choose a part of the lesson card to translate. This menu at the top lists all the translatable parts of the card. Within each tab, multiple sections may be available for translating.
Now, you are ready to begin adding translations
to your explorations!
This marks the end of this tour.
Remember to save your progress periodically using
the save button in the navigation bar at the top:
.
Thank you for making this lesson more accessible
for non-native speakers!'
The audio recording also has options related to updating and deleting translations.
To create audio translations in Oppia, we recommend using the button to upload audio files from your computer.
You can also record via your browser, but that may lead to degraded audio quality. If you would like to do so anyway, simply follow these 3 steps:


World Parks Congress Presentation, Sydney
Target_audience:
researchers, ecologists, eco-business owners
Objectives:
- Introduce CartoDB for the environmental R&D sector
- Inspire adaptations of mapping for environmental uses
- Invite new users to experiment with CartoDB
Key_learnings:
- Open-source, web-based access
- Real-time data management
- Web and mobile development
View Slides here


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/structures.html ---
When I was building the complexes, I think I tried to make them a field all in one go, and there were problems which perhaps were something to do with neg or sub. @Mario Carneiro showed me how to fix these problems by showing first that the complexes were an additive group and then only afterwards that they were a field. But I cannot remember what the problems were. Can anyone here guess? Was it something to do with defining sub or neg myself vs letting the system somehow do it for me? I now cannot really imagine how the system would do it for me.
How am I supposed to finish of this triviality?
C : Type u, cat : category C ⊢ {Hom := category.Hom cat, identity := 𝟙, compose := category.compose cat, left_identity := _, right_identity := _, associativity := _} = cat
It is just asking me whether sum structure cat
is equal to the structure built from the fields of cat
.
congr
or ext
To which I reply: "Yes! Of course it is."
oh no
cases cat
then dsimp
aha
I'm not sure because this is not an MWE
congr
failed, and ext
did nothing.
if ext
did nothing, then it is because you don't have an extensionality lemma, i.e. the interface
@[extensionality] lemma category.ext : ...
lemma op_op' : @opposites.Opposite C (@opposites.Opposite C cat) = cat := begin tactic.unfreeze_local_instances, cases cat, dsimp [opposites.Opposite], congr end -- We win!
That worked.
Thanks!
nice
My guess is that perhaps you wanted the add_group
axioms to prove some other the other field axioms
add group?
What's the question?
you're replying to the message from March
I see.
Johan, I think you shouldn't need to directly call unfreeze_local_instances
. What are you trying to do?
Well, I tried to do the cases cat
and it complained... it told me to unfreeze
stuff, and I happily complied.
I am trying to investigate how far the double op
of a category C
is from being defeq to C
.
Do you have a MWE I could try?
Hmm, it depends on an old version of Scott's PR...
If you have his PR checked out somewhere, I suppose you could copy paste my latest snippet.
@Patrick Massot https://github.com/jcommelin/lean-homotopy-theory/blob/playground/src/categories/op_op.lean
That's a file in a fork of a project by Reid, depending on an old version of Scott's PR.
If you're being asked to unfreeze local instances then it's probably because you're doing cases on some random class -- that's when this happens to me. I think the last time it happened, Chris pointed out that I had access to all the things I wanted, with cat.foo
, cat.bar
etc, so I didn't need to unfreeze anything.
Is unfreezing a bad thing to do?
Opposite (Opposite C)
isn't going to be defeq to C
. It's going to be provably equal, or isomorphic, but since we know those are both evil notions, in the end we probably just want to prove it's equivalent. (My intuition is that even proving the equality is just going to invite trouble later, when you rewrite along the equality.)
Right. But it's pretty close to being defeq (whatever that means). As expected, there is nothing going into the proofs I just linked to.
The CS people love stuff being defeq but because categories are one level up in the mathematical hierarchy from sets, it's basically never the right question to ask if they're isomorphic, let alone defeq
Sure. But op op
is somewhat special right? And I can imagine it would help a lot, in this special case.
I don't think there is any harm in proving an equality of categories when it happens to be true. Of course there should be theorems saying equality implies isomorphism and isomorphism implies equivalence
the main point is to not expect that equality is much stronger or easier to work with than these other two notions
I agree. Just don't rewrite the source or target of a functor/natural transformation by an equation of categories and expect to be happy later. :-)
I think one way to handle this is to use a have
subproof to show that some equality of categories holds (say an embedded op op cancellation), and then use cast h
as a functor and have theorems about it
I don't think there is any harm in proving an equality of categories when it happens to be true. Of course there should be theorems saying equality implies isomorphism and isomorphism implies equivalence
Maybe the CS experience is different, but it's very rare for categories to be isomorphic in "real life" maths.
I think it's about as common as equality of categories, like in this case
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Next: sqrt, Previous: mod, Up: Numbers Dictionary
signum
number ⇒ signed-prototype
number—a number.
signed-prototype—a number.
signum determines a numerical value that indicates whether number is negative, zero, or positive.
For a rational, signum returns one of -1, 0, or 1 according to whether number is negative, zero, or positive. For a float, the result is a float of the same format whose value is minus one, zero, or one. For a complex number z, (signum z) is a complex number of the same phase but with unit magnitude, unless z is a complex zero, in which case the result is z.
For rational arguments, signum is a rational function, but it may be irrational for complex arguments.
If number is a float, the result is a float. If number is a rational, the result is a rational. If number is a complex float, the result is a complex float. If number is a complex rational, the result is a complex, but it is implementation-dependent whether that result is a complex rational or a complex float.
(signum 0) ⇒ 0 (signum 99) ⇒ 1 (signum 4/5) ⇒ 1 (signum -99/100) ⇒ -1 (signum 0.0) ⇒ 0.0 (signum #c(0 33)) ⇒ #C(0.0 1.0) (signum #c(7.5 10.0)) ⇒ #C(0.6 0.8) (signum #c(0.0 -14.7)) ⇒ #C(0.0 -1.0) (eql (signum -0.0) -0.0) ⇒ true
Rule of Float Substitutability
(signum x) ≡ (if (zerop x) x (/ x (abs x)))


---
layout: post
title: links for 2006-12-30
date: 2006-12-30 00:00:00
---
-
-
-
That signup process solidified my long held belief: don’t ask for it if you really don’t need it. And I mean if you really don’t need it. There’s a world of difference between “nice to know now” and “need to know now.”


Summer Camps
Since the summer of 2011, Team 2626 is hosting an annual robotics camp at the Séminaire de Sherbrooke. This camp gives the opportunity to young students aged from 10 to 14 to take on several challenges with NXT Mindstorm Lego sets. Our popular student & alumni-powered summer camp brings the love of STEM and the values of FIRST into the lives of hundreds of eager students. We set them challenges, and they learn Gracious Professionalism by competing with themselves and others in a respectful, positive, dynamic manner. They reach new heights through teamwork and collaboration, and rebound from failures to overcome difficulties through Coopertition.
In Summer 2016, Evolution 2626 offered an 8-week long program. We speak, teach and inspire in both French and English!


--- layout: default --- {{ page.title }} {{ content }} Please enable JavaScript to view the comments powered by Disqus.


TinyScheme R7 - in browser
Compiled from
C sources
to JavaScript using EMCC
Execute
|
auto-clear command box |
clear output


Get Rewarded
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
Showcase the features of your app using these feature blocks.
CrossWay is built with customization and ease-of-use at its core — whether you're a seasoned developer or just starting out, you'll be making attractive sites faster than any traditional HTML template.
Each purchase of Stack includes six months of free support and lifetime free content and bug-fix updates.
CrossWay offers a clean and contemporary to suit a range of purposes from corporate, tech startup, marketing site to digital storefront. Elements have been designed to showcase content in a diverse yet consistent manner.
.font-{#}x
(ex: .font-3x
outputs 3x the default font size).read-more
..pl-{#}
class. CrossWay extends this function to 10..item
class to align to center, left, or right.On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.
On the other hand, we denounce with righteous indignation and dislike men who are so beguiled.


So by this point we have pretty much established that Ruby is pretty awesome. The kind of girl you can bring home to Mom. She has all these great traits that you look for in a (programming) girl. She is easy to understand. Functional. And has class(es). Ok, joking aside, the language is sweet. One of the super cool things it can do is have collections. Also known as arrays and hashes (if you already forgot, take a look here). But let's be honest with ourselves, most programming languages have those in one form or another. What makes Ruby so special is something called the enumerable module. I know that sounds tricky, but by the time I'm done, I hope to have you understanding way more.
So the enumerable module is a fancy way of saying that it has lots of iteration methods. "What is an iteration method," you ask. Let me show you. The .each
method is the most basic example.
array = [1,2,3,4,5]
array.each |i| do
puts i
end
1
2
3
4
5
Basically what it does is for each i
(this can be anything, it just represents an item in the array) do something. In this case, it was puts
that item to the screen. Pretty neat right? Well, the enumerable module adds way more methods that are capable of far more. Today, I want to focus on the method .map
.
The .map
method is going to allow you to take in a collection, modify it, then return a new array based on that method. Let's take a look using the same array as before:
array.map { |x| x + 5 }
[6,7,8,9,10]
As you can see, .map
took each element of the array, multiplied it by itself, then printed a new array for us. This can be very useful when you are trying to manipulate a large set of data. You can even store the results in a variable for later use.
Hope this helped with your understanding of enumerables!


CreateNetworkServer()
Syntax
Result = CreateNetworkServer(#Server, Port [, Mode [, BindedIP$]])Description
Create a new network server on the local computer using the specified port.
Parameters
#Server A number to identify the new server. #PB_Any can be used to auto-generate this number. Port The port to use for the server. Port values can range from 6000 to 7000 (this is a recommended area space, but it can go from 0 to 65000 in reality). Mode (optional) Can be one of the following values: #PB_Network_TCP: The server will use the TCP network protocol (default) #PB_Network_UDP: The server will use the UDP network protocolcombined with one of the following values (using the '|' operand):#PB_Network_IPv4: create a server using IPv4 (default) #PB_Network_IPv6: create a server using IPv6BindedIP$ (optional) The local IP address to bind the server. By default, the server is created on all available local interfaces, and accept connections from them. It can be useful to restrict the server to only one interface (for example "<IP_ADDRESS>") to avoid connection attempt from other interfaces. On Windows, binding only to the localhost avoid to trigger the built-in firewall.
Return value
Returns nonzero if the server was created successfully and zero if creation failed, for example, due to the port being already in use. If #PB_Any was used as the #Server parameter then the generated number is returned on success.
Remarks
Any number of servers can run simultaneously on the same computer, the only restriction being that two servers can not run using the same port and the same protocol (#PB_Network_TCP and #PB_Network_UDP). It's possible to create two servers using the same port, one using IPv4 and the other using IPv6. NetworkServerEvent() can be used to monitor server for events.
InitNetwork() must be called before using any other commands from the network library.
See Also
OpenNetworkConnection(), CloseNetworkServer(), NetworkServerEvent(), InitNetwork()
Supported OS
All


First Tech Challenge (FTC) is one of the levels from the FIRST robotics program. Students design, build, program, fundraise, and drive robots for competitions. Teams then compete head on in tournaments that advance all the way to a global final. We are proud to be an FTC Team.
All our members are middle schoolers at Bloomfield Hills Middle School. We have 6 eighth graders, 2 seventh graders, and 1 sixth grader. In all other states, FTC is for high schoolers only. However, in the state of Michigan FTC is for middle schoolers.
Through the FTC program, we get a hands-on experience with programming, building, designing, teamwork, and so much more. This is a unique opportunity specific to STEM (science, technology, engineering, math) which helps foster youth to have a better understanding of STEM jobs, with the intent to help them go into this ever-expanding field.
Our team participated at the first Bloomfield Hills High School FTC Kickoff. The day before, many of our team members helped set-up the event. Here, we took classes and demonstrated our robot to other teams. As a team, we watched this year's game challenge video- Relic Recovery. Immediately, we started strategizing and discussing the game.
Right after the kickoff, we got together and strategized. In the meetings that followed, we continued to strategize and then design. Everyone contributed ideas which led to a prototyping session. Finally, we started to build our robot with input from our mechanical mentor, George. All builders were assigned a different part of the robot to build.
To be added.
The Mason Qualifier was the competition we attended last year where we took home the Inspire Award, the most prestigous award in FTC. This year, we will be returning there to compete again. We hope to have similar success.
Programmer
Builder
Builder
Marketer
Builder
Builder
Programmer
Fundraiser
TBD
We have a diverse group of teammates with varying interests, but we all have the same mission; to spread STEM and FIRST.


| Package | Description |
|---|---|
| co.edu.uniandes.csw.neighborhood.ejb | |
| co.edu.uniandes.csw.neighborhood.entities | |
| co.edu.uniandes.csw.neighborhood.persistence |
| Class and Description |
|---|
| CommentEntity
This class represents a comment made in a post
|
| EventEntity |
| FavorEntity |
| GroupEntity
This class represents a post made by a resident
|
| LocationEntity |
| NotificationEntity |
| OfferEntity |
| PostEntity
This class represents a post made by a resident
|
| ProductEntity |
| ResidentLoginEntity
Entity that represents a Login.
|
| ResidentProfileEntity
This class represent a resident in a neighborhood
|
| ServiceEntity
Entity representing a service.
|
| Class and Description |
|---|
| BaseEntity
Generic entity with ID and name fields to inherit from.
|
| BusinessEntity
Entity that represents a business.
|
| BusinessOwnerEntity
Entity representing a business owner.
|
| BusinessOwnerLoginEntity
Entity that represents a Login.
|
| CommentEntity
This class represents a comment made in a post
|
| DashboardEntity
Entity that represents the dashboard.
|
| EventEntity |
| FavorEntity |
| GroupEntity
This class represents a post made by a resident
|
| LocationEntity |
| NeighborhoodEntity
Entity that represents a neighborhood.
|
| NotificationEntity |
| OfferEntity |
| PostEntity
This class represents a post made by a resident
|
| ProductEntity |
| ResidentLoginEntity
Entity that represents a Login.
|
| ResidentProfileEntity
This class represent a resident in a neighborhood
|
| ServiceEntity
Entity representing a service.
|
| Class and Description |
|---|
| BusinessEntity
Entity that represents a business.
|
| BusinessOwnerEntity
Entity representing a business owner.
|
| BusinessOwnerLoginEntity
Entity that represents a Login.
|
| CommentEntity
This class represents a comment made in a post
|
| DashboardEntity
Entity that represents the dashboard.
|
| EventEntity |
| FavorEntity |
| GroupEntity
This class represents a post made by a resident
|
| LocationEntity |
| NeighborhoodEntity
Entity that represents a neighborhood.
|
| NotificationEntity |
| OfferEntity |
| PostEntity
This class represents a post made by a resident
|
| ProductEntity |
| ResidentLoginEntity
Entity that represents a Login.
|
| ResidentProfileEntity
This class represent a resident in a neighborhood
|
| ServiceEntity
Entity representing a service.
|
Copyright © 2020. All rights reserved.


We are a student club at the Unviersity of Washington dedicated to fostering the indie dev community here on campus. We hold weekly meetings and other events throughout the school year, such as tutorials, workdays, and game jams. We tend to keep things pretty light-hearted and relaxed.
 This is a fantastic place to learn new skills, share your projects, and meet other people who also have a strong interest in game development.
Meetings are every Wednesday at 4:30 PM in Savery Hall 156 starting October 4th. To hear about our events, we invite you to join the club by filling out a short, introductory form:
here. Hope to you see there!


Summary:
The windows version of the monero-wallet-gui.exe application allows for code injection. The monero-wallet-gui.exe utilizes a precompiled OpenSSL library called libeay32.dll. This OpenSSL library is trying to read a configuration file that doesn’t exist. By default,...


Include the following snippet in your blog posts or on your home page:
Subscribe to my blog via [email](/subscribe/) or [RSS feed](/feed/).
Bear does not currently send emails to subscribers. Check out this guide to sending emails.


[1]
they had magic hands and the treatments were some of the best i 've had and anywhere .
[2]
much out of the park but it was incredible -/: we saw a baby white rhino .


Skip to main content
Data Disasters
Show table of contents
Table of contents
Preface
About the Author
1
Introduction (TODO)
Data
2
Data Dalliances
3
Computational Quandaries
Analysis
4
Egregious Aggregations
5
Vexing Visualization (TODO)
6
Incredible Inferences (TODO)
7
Cavalier Causality (TODO)
8
Mindless Modeling (TODO)
9
Alternative Algorithms (TODO)
Workflow
10
Futile Findings (TODO)
11
Complexifying Code (TODO)
12
Rejecting Reproducibility (TODO)
Appendix
A
Useful Data Generation Functions (TODO)
B
Common Probability Distributions (TODO)
References
View book source
8
Mindless Modeling (TODO)
8.1
Features
8.2
Targets
8.3
Evaluation Metrics
8.4
Clustering
8.5
Lifecycle Management
7
Cavalier Causality (TODO)
9
Alternative Algorithms (TODO)
On this page
8
Mindless Modeling (TODO)
8.1
Features
8.2
Targets
8.3
Evaluation Metrics
8.4
Clustering
8.5
Lifecycle Management
View source
Edit this page


WITNESS LIST Public Health Committee February 15, 1999-3:00P Childrens Health Insurance Program On: Gilbert, Don (Texas Health and Human Services Commission)


| Interface | Description |
|---|---|
| CombinationDataset | Deprecated
1.0.13
|
| Dataset |
The base interface for data sets.
|
| DatasetChangeListener |
The interface that must be supported by classes that wish to receive
notification of changes to a dataset.
|
| HeatMapDataset |
A dataset that represents a rectangular grid of (x, y, z) values.
|
| KeyedValueDataset |
A dataset containing a single value.
|
| KeyedValues2DDataset |
A dataset containing (key, value) data items.
|
| KeyedValuesDataset |
A dataset containing (key, value) data items.
|
| PieDataset |
A general purpose dataset where values are associated with keys.
|
| SeriesChangeListener |
Methods for receiving notification of changes to a data series.
|
| SeriesDataset |
The interface for a dataset consisting of one or many series of data.
|
| ValueDataset |
An interface for a dataset that returns a single value.
|
| Class | Description |
|---|---|
| AbstractDataset |
An abstract implementation of the
Dataset interface, containing a
mechanism for registering change listeners. |
| AbstractSeriesDataset |
An abstract implementation of the
SeriesDataset interface,
containing a mechanism for registering change listeners. |
| CombinedDataset | Deprecated
As of version 1.0.13.
|
| DatasetChangeEvent |
A change event that encapsulates information about a change to a dataset.
|
| DatasetGroup |
A class that is used to group datasets (currently not used for any specific
purpose).
|
| DatasetUtilities |
A collection of useful static methods relating to datasets.
|
| DefaultHeatMapDataset |
A default implementation of the
HeatMapDataset interface. |
| DefaultKeyedValueDataset |
A default implementation of the
KeyedValueDataset interface. |
| DefaultKeyedValues2DDataset |
A default implementation of the
KeyedValues2DDataset interface. |
| DefaultKeyedValuesDataset |
A default implementation of the
KeyedValuesDataset interface. |
| DefaultPieDataset |
A default implementation of the
PieDataset interface. |
| DefaultValueDataset |
A dataset that stores a single value (that is possibly
null ). |
| HeatMapUtilities |
A utility class for the
HeatMapDataset . |
| Series |
Base class representing a data series.
|
| SeriesChangeEvent |
An event with details of a change to a series.
|
| SubSeriesDataset | Deprecated
As of version 1.0.13.
|
| WaferMapDataset |
A dataset that can be used with the
WaferMapPlot
class. |
| Exception | Description |
|---|---|
| SeriesException |
A general purpose exception class for data series.
|


This FAQ tries to answer common questions SAP employees have when they want to or are already in the process of publishing an Open Source project on sap.github.io. The page is intended to help get an overview of what is needed by SAP as a company and/or is common best practices for open source projects.
If you are an SAP group or employee and are interested in making your SAP project open source you have to go through the SAP Outbound Open Source Process. The process is described on the intranet Open Source pages of SAP @ https://community.wdf.sap.corp/groups/open-source, accessible from within the SAP corporate network only.
The complete list of administrators for sap.github.io can be found @ https://github.com/orgs/SAP/teams/owners provided that you are logged-in into GitHub. While you are able to send either one of them a request in most cases you want to contact:
Also if you have questions in general you can send an email to the SAP Developer Center email to .We do not request much. Outside of keeping your repository clean and understandable for people we would like every repository owner to have:
Outside of that we do not have any other requirements. What you could think of is:
The complete license agreement of the respective license should be inside the top folder of your repository and the file should be named LICENSE. Many open source licenses have short version headers for every source code file inside the project and you may want to consider adding this header to the source files.
In the past we used to put projects into categories like cloud, mobile, data and UI and organized the projects in that manner on the main page of sap.github.io. To support this structure, we had started a naming convention that a repository name starts with the category name. But since we have been receiving projects that do not fit these categories, we decided to drop this convention altogether. At this point the simple rule is that the name should be descriptive should not be used already at sap.github.io.
Yes, you can use an existing GitHub user to participate or manage an open source project on sap.github.io. We do suggest that you add your sap corporate email address to that user for communication purposes and make that email address the primary GitHub email if possible.
SAP suggest that you use your corporate email address as the default email as the primary communication email inside your GitHub user you use to work on an Open Source project hosted on sap.github.io
SAP requires everyone contributing to an SAP led open source project hosted on sap.github.io to sign a Individual Contributor License Agreement (ICLA). If the contributor is made on behalf of a corporation then a Corporate Contributor License Agreement should be signed by the corporation, however, this does not remove the requirement for every individual contributor representing the corporation to sign an ICLA. The project lead is responsible for obtaining signatures and storing the documents. Once signatures are obtained pull requests can be accepted.


Dalian Atkinson: Police officer charged with murder over death of ex-Aston Villa star
Former Aston Villa striker Dalian Atkinson collapsed and later died after he was Tasered in August 2016
by Liam Prenderville, http://www.facebook.com/mirrorfootballA police officer has been charged with murder over the death of fomer footballer Dalian Atkinson.
Atkinson collapsed and later died after he was Tasered in Telford in August 2016.
The former Aston Villa striker was struck by a 50,000-volt shock after reportedly threatening his elderly father on the doorstep of his home.
He went into cardiac arrest and died in hospital 90 minutes later.
Witnesses on Meadow Close claimed officers discharged their stun guns twice more after Atkinson had hit the pavement.
A spokesperson for the Crown Prosecution confirmed on Thursday that two officers of West Mercia police had been charged over the death.
One of those officers has been charged with murder, the other with ABH. A third officer, who was also subject to the investigation, was not charged.
Speaking on behalf of Atkinson's family, solicitor Kate Maynard said: "Dalian’s family welcomes the decision to put the conduct of police officers before a jury but regrets that already more than three years have passed since Dalian died."
After his death, Atkinson's family vowed: "We are determined to get justice for him, which means getting to the truth.
"We are looking to the (police watchdog) IPCC to carry out a thorough and robust investigation that will ultimately provide transparency and accountability. Dalian's memory requires nothing less."
Charges were later brought against the officers after the final report into Atkinson's death was filed.
The officers will appear at Birmingham Crown Court on Thursday afternoon.
Mr Atkinson, who lived in Holly Road, in Little Dawley, near Telford, was a top-flight striker in the 1990s, starting his career at Ipswich Town then playing for Sheffield Wednesday and Spanish side Real Sociedad before moving to Villa.
A former friend had said Atkinson had come out of hospital following an extended stay, a week before his death.
Nephew Fabian, 32, had admitted: "He had some health issues that he was trying to get through."
Thousands flocked to his funeral in 2016, including former Villa teammates Ian Taylor and Tommy Johnson.


John James Audubon’s significant work as a naturalist is unique in style that distinguishes him from other naturalists when it comes to an overall era of the Natural History. His extensive study and documentation of birds and depicting them through life-sized watercolor paintings captures one’s attention and raises one’s awareness about nature and its creatures. It is very important to show off his work through a website in order to reach a larger audience and raise awareness in them about nature, birds and the Natural History. When it comes to a context of the Natural History and ornithology, Audubon was not the first person to document and paint all species of birds of America. Certainly, there were many other naturalists before and after him. However, John James Audubon has been a significant figure in the field of ornithology whose work surpasses other naturalists’ work for several reasons. One of the reasons is that Audubon’s prints were life-sized watercolors that made his work very special and original. Audubon insisted on drawing birds and then printing each of the birds at actual size.
John James Audubon, born April 26, 1785 in Les Cayes, in what is now Haiti, was an American naturalist and a painter, known for his extensive studies and documenting all types of American birds. At the age of eighteen, the son of a French sea captain, John James Audubon came to United States because of the war that broke out between France and England. He lived in Mill Grove, Pennsylvania where also conducted his first scientific studies. In 1808, Audubon married to Lucy Bakewell whom he met and fell in love the year after his arrival in America. Fascinated with the beauty of nature, Audubon decided to focus his fascination upon the birds of America. He traveled throughout the country in order to draw and study birds in their natural habitats by carefully observing their behavior. His most well-known work is a color-plate book named The Birds of America that contains illustrations of a various species of American birds. In order to print The Birds of America, Audubon had to sail from New Orleans to Liverpool with his portfolio of more than 300 drawings. As a result, in 1826, he raised enough money to publish his Birds of America which consists of 435 hand-colored, life-size prints of 497 bird species which were made from engraved copper plates of different sizes.
Audubon decided to focus his fascination upon the birds of America. He traveled throughout the country in order to draw and study birds in their natural habitats by carefully observing their behavior. His most well-known work is a color-plate book named The Birds of America that contains illustrations of a various species of American birds. In order to print The Birds of America, Audubon had to sail from New Orleans to Liverpool with his portfolio of more than 300 drawings. As a result, in 1826, he raised enough money to publish his Birds of America which consists of 435 hand-colored, life-size prints of 497 bird species which were made from engraved copper plates of different sizes.
After the publication of The Birds of America that earned John James Audubon worldwide fame,
the last ten years of Audubon’s life were spent on documenting four-legged mammals. Even though
the proposed project was very difficult to accomplish, Audubon thought he would collect, identify,
paint the portraits, and write the description of each of them. With such an enthusiasm, he immediately
announced the future publication of The Viviparous Quadrupeds of North America.
With the help of his friend John Bachman, Audubon was able to publish his book of Quadrupeds of North
America. John Bachman,
on the other hand, did a significant contribution in producing the Quadrupeds by determining
the validity of species, writing all scientific descriptions, and contributing his personal
observation on habits of the animal. On the other hand, Audubon with the help of his son
John Woodhouse Audubon, painted and produced 150 drawings that were included in
The Quadrupeds of North America. Audubon used several artists to reprint his paintings.
For example, a skilled lithographer, J.T. Bowen who was from Philadelphia had a contract with
Audubon to lithograph and color his paintings. Printing, was done by other Philadelphian craftsmen.
John James Audubon, also known as Jean-Jacques Audobon, was one of the major contributors of masterpieces to American art. With an avid interest in birds and drawing right from his childhood days, Audubon went on to be the most distinguished illustrator of the 19th century. Venturing into nature and observing, he explored different American birds and documented them. Audubon’s work is a significant contribution to the history of natural history. His books such as The Birds of America raise one’s awareness about one’s natural world and its natural creatures. That is why, it is very important to show off Audubon’s significant work and contributions to our society through art exhibitions. Since a lot of people, nowadays, use social media on a daily basis, it would be even more convenient to familiarize people with the work of Audubon through websites that are dedicated to John James Audubon.


Lovers Of The Arctic Circle ***1/2
rated R Fine Line Features in Spanish with English subtitles starring Najwa Nimri, Fele Martinez, Nacho Novo, Maru Valdivieso, Kristel Diaz, Victor Hugo Oliveira, Sara Valiente, Peru Medem, Jaroslav Bielski, Rosa Morales written and directed by Julio Medem
Julio Medem's poignant, unconventional "Lovers Of The Arctic Circle" is a film that shows the viewer the earthshaking power of destiny. The film stars Najwa Nimri and Fele Martinez(both of whom starred in this year's other Spanish import "Open Your Eyes") as Ana and Otto, two people with palindromic names who are destined to be lovers. We learn of their destinies through a series of coincidences; coincidences that Ana says, through voice-over, make up her entire life.
When Ana meets Otto, her father has just died, and she believes that his soul has crossed over to this boy. Fate then works in mysterious ways, making her mom and Otto's dad fall in love. While she is still a child, she only looks up to Otto in a paternal way.
Otto, however, is love-stricken from the first time he sees Ana. His parents have just gotten a divorce and he is going through problems of his own. Otto and Ana bond together in their time of loss, creating a kinship based on empathy.
As they become teenagers, their relationship becomes sexual, and they must try to hide their affairs from their very naive parents. As they get older, though, they begin to drift apart. The inevitable tragedy, foreshadowed in the film's first scene, draws nearer.
Writer/director Julio Medem crafts a highly poetic love story; one that spans the circle of life. "Lovers Of The Arctic Circle" gives an entirely new spin on the age-old tale of tragic romance. The camera work is wondrous and the characters are vivid. "Lovers Of The Arctic Circle" gets my full recommendation.
a review by Akiva Gottlieb, The Teenage Movie Critic<EMAIL_ADDRESS>http://www.angelfire.com/mo/film
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


Computer Graphics Task 1
inc
gameplay
game.h
Go to the documentation of this file.
1
4
#ifndef GAME_H
5
#define GAME_H
6
7
#include "
gameplay/Player.h
"
8
#include "
gameplay/inventory.h
"
9
10
#include "
graphics/Image.h
"
11
#include "
graphics/screen.h
"
12
13
#include "
utilities/labirinth.h
"
14
15
class
GLFWwindow;
16
17
struct
Game
18
{
19
mapping::Labirinth
lab_
;
20
Player
player_
;
21
Screen
screen_buffer_
;
22
Inventory
inventory_
;
23
GLFWwindow*
window_
=
nullptr
;
24
25
Game
();
26
~Game
();
27
28
void
initGL
()
const
;
29
30
void
loop
();
31
};
32
33
#endif //GAME_H
labirinth.h
Labitinth creation from map.
inventory.h
Player.h
Point, PlayerActionection and Player classes.
screen.h
Representation of screen (it can move, etc)
Game::initGL
void initGL() const
Definition:
game.cpp:48
Screen
Class which represents an abstact of screen plane on which we'll print the tiles and pther info.
Definition:
screen.h:16
Game::Game
Game()
Definition:
game.cpp:13
mapping::Labirinth
Definition:
labirinth.h:25
Game::lab_
mapping::Labirinth lab_
Definition:
game.h:19
Game::screen_buffer_
Screen screen_buffer_
Definition:
game.h:21
Game::player_
Player player_
Definition:
game.h:20
Game::window_
GLFWwindow * window_
Definition:
game.h:23
Game
Definition:
game.h:17
Image.h
Image and Pixel representation.
Player
Definition:
Player.h:24
Game::loop
void loop()
Definition:
game.cpp:64
Game::inventory_
Inventory inventory_
Definition:
game.h:22
Game::~Game
~Game()
Definition:
game.cpp:85
Inventory
Definition:
inventory.h:9
Generated by
1.8.17


KISSY.Flash Test Cases
Static-publishing
Dynamic-publishing
Normal
Simple flash variables
Complex flash variables
(Complex flashvars to JSON)
Express install
Only Flash Player
(SWF did not load in time or not exit)
e.g. SWF HTTP ERROR
SWF unspecified


{% extends 'layout.html' %} {% load crispy_forms_tags %} {% load static %} {% block head_title %}Tech transfer application ({{ call }}) - {{ block.super }}{% endblock %} {% block subtitle %}HiPEAC Awards{% endblock %} {% block submenu %}
Please fill in all the information relative to your Technology Transfer experience and submit it for review. You will receive a confirmation email with a link in case you want to update the application later on (until {{ call.end_date|date:'N j' }}).
{% if form.errors %} {% for field in form %} {% for error in field.errors %}


I have been playing board games for as long as I can remember. It has been all kinds of games from the classics like Chess and Go to more advanced niche games like Nations or Le Havre and probably everything in between. The games I enjoy the most have one theme in common: Resource management.
In most such games you have a set resources and a number of possible actions. What actions other players select has impact on the outcome of the actions you select. Some actions requires that you invest resources.
I think that my history of maximizing my resources in board games has been a good and entertaining school preparing me well for managing my own economy with a good risk/reward perspective. I have gotten crash courses in quite a few important fields such as how monopolies can change prices and how abusing such market position tend to come back and bite you later on.
I find that real world economics is the same only on a slightly larger scale, longer time horizon and the fact that not everybody starts out with the same set of resources. But the principles are the same. I view each day as a turn in the game of finance. Most turns I select to make the same action spend my time resources by going to work and my financial resources are allocated the same as the previous day.
There are two main costs to changing how I deploy my financial resources:
Since I am yet to be infinitely rich (or even close to it) the second cost matters quite a lot. Especially if I were to make a lot of changes. And spending to little time on the first cost will most likely end up with me making bad decisions and paying extra money for bad investments.
One big difference between how I play in the games as towards how I manage my financial life is that I do not play to win in real life. Instead I play to get a good result, if I was playing to win a quick analysis would tell me that my only option would be to take on enormous risk in order to start catching up to other players. The downside of losing is considerably more palpable.


Description
This program uses a bag in which it stores integers. Then the program iterates over the bag in two different ways:
Concept
This program is a sample to demonstrate the use of an iterator object and an iterator function.
Task
This program iterates over a collection in different ways.
How To Run the Project from within the IDE
If, for example you want to store and add the integers 1, 3, 4, 7, you invoke the program with the following command:
sumup 1 3 4 7


{{.Html}} {{ with .Name}} - {{.}}{{end}}
A simple way to navigate quotes. Search for quotes, or just click any word or name in a quote to explore more.
A simple way to navigate quotes.
Search for quotes, or just click any word or name in a quote to explore more.
Click any word or name in a quote to explore, or search for more. [JSON] [SOURCE]


Example Application Form 3
This form is not connected to a server - the data aren't really being collected. It's just for test purposes.
- Date modified:
This form is not connected to a server - the data aren't really being collected. It's just for test purposes.


When light hits a mirror, it reflects out at the same angle that it hit the mirror at. Try moving the light ray to see this -->
Law of Reflection
The angle with which light hits the mirror (θ i) is the same as the angle it reflects out at (θ r).
θi = θr


SUBROUTINE DGTSVX( FACT, TRANS, N, NRHS, DL, D, DU, DLF, DF, DUF, $ DU2, IPIV, B, LDB, X, LDX, RCOND, FERR, BERR, $ WORK, IWORK, INFO ) * * -- LAPACK routine (version 3.1) -- * Univ. of Tennessee, Univ. of California Berkeley and NAG Ltd.. * November 2006 * * .. Scalar Arguments .. CHARACTER FACT, TRANS INTEGER INFO, LDB, LDX, N, NRHS DOUBLE PRECISION RCOND * .. * .. Array Arguments .. INTEGER IPIV( * ), IWORK( * ) DOUBLE PRECISION B( LDB, * ), BERR( * ), D( * ), DF( * ), $ DL( * ), DLF( * ), DU( * ), DU2( * ), DUF( * ), $ FERR( * ), WORK( * ), X( LDX, * ) * .. * * Purpose * ======= * * DGTSVX uses the LU factorization to compute the solution to a real * system of linear equations A * X = B or A**T * X = B, * where A is a tridiagonal matrix of order N and X and B are N-by-NRHS * matrices. * * Error bounds on the solution and a condition estimate are also * provided. * * Description * =========== * * The following steps are performed: * * 1. If FACT = 'N', the LU decomposition is used to factor the matrix A * as A = L * U, where L is a product of permutation and unit lower * bidiagonal matrices and U is upper triangular with nonzeros in * only the main diagonal and first two superdiagonals. * * 2. If some U(i,i)=0, so that U is exactly singular, then the routine * returns with INFO = i. Otherwise, the factored form of A is used * to estimate the condition number of the matrix A. If the * reciprocal of the condition number is less than machine precision, * INFO = N+1 is returned as a warning, but the routine still goes on * to solve for X and compute error bounds as described below. * * 3. The system of equations is solved for X using the factored form * of A. * * 4. Iterative refinement is applied to improve the computed solution * matrix and calculate error bounds and backward error estimates * for it. * * Arguments * ========= * * FACT (input) CHARACTER*1 * Specifies whether or not the factored form of A has been * supplied on entry. * = 'F': DLF, DF, DUF, DU2, and IPIV contain the factored * form of A; DL, D, DU, DLF, DF, DUF, DU2 and IPIV * will not be modified. * = 'N': The matrix will be copied to DLF, DF, and DUF * and factored. * * TRANS (input) CHARACTER*1 * Specifies the form of the system of equations: * = 'N': A * X = B (No transpose) * = 'T': A**T * X = B (Transpose) * = 'C': A**H * X = B (Conjugate transpose = Transpose) * * N (input) INTEGER * The order of the matrix A. N >= 0. * * NRHS (input) INTEGER * The number of right hand sides, i.e., the number of columns * of the matrix B. NRHS >= 0. * * DL (input) DOUBLE PRECISION array, dimension (N-1) * The (n-1) subdiagonal elements of A. * * D (input) DOUBLE PRECISION array, dimension (N) * The n diagonal elements of A. * * DU (input) DOUBLE PRECISION array, dimension (N-1) * The (n-1) superdiagonal elements of A. * * DLF (input or output) DOUBLE PRECISION array, dimension (N-1) * If FACT = 'F', then DLF is an input argument and on entry * contains the (n-1) multipliers that define the matrix L from * the LU factorization of A as computed by DGTTRF. * * If FACT = 'N', then DLF is an output argument and on exit * contains the (n-1) multipliers that define the matrix L from * the LU factorization of A. * * DF (input or output) DOUBLE PRECISION array, dimension (N) * If FACT = 'F', then DF is an input argument and on entry * contains the n diagonal elements of the upper triangular * matrix U from the LU factorization of A. * * If FACT = 'N', then DF is an output argument and on exit * contains the n diagonal elements of the upper triangular * matrix U from the LU factorization of A. * * DUF (input or output) DOUBLE PRECISION array, dimension (N-1) * If FACT = 'F', then DUF is an input argument and on entry * contains the (n-1) elements of the first superdiagonal of U. * * If FACT = 'N', then DUF is an output argument and on exit * contains the (n-1) elements of the first superdiagonal of U. * * DU2 (input or output) DOUBLE PRECISION array, dimension (N-2) * If FACT = 'F', then DU2 is an input argument and on entry * contains the (n-2) elements of the second superdiagonal of * U. * * If FACT = 'N', then DU2 is an output argument and on exit * contains the (n-2) elements of the second superdiagonal of * U. * * IPIV (input or output) INTEGER array, dimension (N) * If FACT = 'F', then IPIV is an input argument and on entry * contains the pivot indices from the LU factorization of A as * computed by DGTTRF. * * If FACT = 'N', then IPIV is an output argument and on exit * contains the pivot indices from the LU factorization of A; * row i of the matrix was interchanged with row IPIV(i). * IPIV(i) will always be either i or i+1; IPIV(i) = i indicates * a row interchange was not required. * * B (input) DOUBLE PRECISION array, dimension (LDB,NRHS) * The N-by-NRHS right hand side matrix B. * * LDB (input) INTEGER * The leading dimension of the array B. LDB >= max(1,N). * * X (output) DOUBLE PRECISION array, dimension (LDX,NRHS) * If INFO = 0 or INFO = N+1, the N-by-NRHS solution matrix X. * * LDX (input) INTEGER * The leading dimension of the array X. LDX >= max(1,N). * * RCOND (output) DOUBLE PRECISION * The estimate of the reciprocal condition number of the matrix * A. If RCOND is less than the machine precision (in * particular, if RCOND = 0), the matrix is singular to working * precision. This condition is indicated by a return code of * INFO > 0. * * FERR (output) DOUBLE PRECISION array, dimension (NRHS) * The estimated forward error bound for each solution vector * X(j) (the j-th column of the solution matrix X). * If XTRUE is the true solution corresponding to X(j), FERR(j) * is an estimated upper bound for the magnitude of the largest * element in (X(j) - XTRUE) divided by the magnitude of the * largest element in X(j). The estimate is as reliable as * the estimate for RCOND, and is almost always a slight * overestimate of the true error. * * BERR (output) DOUBLE PRECISION array, dimension (NRHS) * The componentwise relative backward error of each solution * vector X(j) (i.e., the smallest relative change in * any element of A or B that makes X(j) an exact solution). * * WORK (workspace) DOUBLE PRECISION array, dimension (3*N) * * IWORK (workspace) INTEGER array, dimension (N) * * INFO (output) INTEGER * = 0: successful exit * < 0: if INFO = -i, the i-th argument had an illegal value * > 0: if INFO = i, and i is * <= N: U(i,i) is exactly zero. The factorization * has not been completed unless i = N, but the * factor U is exactly singular, so the solution * and error bounds could not be computed. * RCOND = 0 is returned. * = N+1: U is nonsingular, but RCOND is less than machine * precision, meaning that the matrix is singular * to working precision. Nevertheless, the * solution and error bounds are computed because * there are a number of situations where the * computed solution can be more accurate than the * value of RCOND would suggest. * * ===================================================================== * * .. Parameters .. DOUBLE PRECISION ZERO PARAMETER ( ZERO = 0.0D+0 ) * .. * .. Local Scalars .. LOGICAL NOFACT, NOTRAN CHARACTER NORM DOUBLE PRECISION ANORM * .. * .. External Functions .. LOGICAL LSAME DOUBLE PRECISION DLAMCH, DLANGT EXTERNAL LSAME, DLAMCH, DLANGT * .. * .. External Subroutines .. EXTERNAL DCOPY, DGTCON, DGTRFS, DGTTRF, DGTTRS, DLACPY, $ XERBLA * .. * .. Intrinsic Functions .. INTRINSIC MAX * .. * .. Executable Statements .. * INFO = 0 NOFACT = LSAME( FACT, 'N' ) NOTRAN = LSAME( TRANS, 'N' ) IF( .NOT.NOFACT .AND. .NOT.LSAME( FACT, 'F' ) ) THEN INFO = -1 ELSE IF( .NOT.NOTRAN .AND. .NOT.LSAME( TRANS, 'T' ) .AND. .NOT. $ LSAME( TRANS, 'C' ) ) THEN INFO = -2 ELSE IF( N.LT.0 ) THEN INFO = -3 ELSE IF( NRHS.LT.0 ) THEN INFO = -4 ELSE IF( LDB.LT.MAX( 1, N ) ) THEN INFO = -14 ELSE IF( LDX.LT.MAX( 1, N ) ) THEN INFO = -16 END IF IF( INFO.NE.0 ) THEN CALL XERBLA( 'DGTSVX', -INFO ) RETURN END IF * IF( NOFACT ) THEN * * Compute the LU factorization of A. * CALL DCOPY( N, D, 1, DF, 1 ) IF( N.GT.1 ) THEN CALL DCOPY( N-1, DL, 1, DLF, 1 ) CALL DCOPY( N-1, DU, 1, DUF, 1 ) END IF CALL DGTTRF( N, DLF, DF, DUF, DU2, IPIV, INFO ) * * Return if INFO is non-zero. * IF( INFO.GT.0 )THEN RCOND = ZERO RETURN END IF END IF * * Compute the norm of the matrix A. * IF( NOTRAN ) THEN NORM = '1' ELSE NORM = 'I' END IF ANORM = DLANGT( NORM, N, DL, D, DU ) * * Compute the reciprocal of the condition number of A. * CALL DGTCON( NORM, N, DLF, DF, DUF, DU2, IPIV, ANORM, RCOND, WORK, $ IWORK, INFO ) * * Compute the solution vectors X. * CALL DLACPY( 'Full', N, NRHS, B, LDB, X, LDX ) CALL DGTTRS( TRANS, N, NRHS, DLF, DF, DUF, DU2, IPIV, X, LDX, $ INFO ) * * Use iterative refinement to improve the computed solutions and * compute error bounds and backward error estimates for them. * CALL DGTRFS( TRANS, N, NRHS, DL, D, DU, DLF, DF, DUF, DU2, IPIV, $ B, LDB, X, LDX, FERR, BERR, WORK, IWORK, INFO ) * * Set INFO = N+1 if the matrix is singular to working precision. * IF( RCOND.LT.DLAMCH( 'Epsilon' ) ) $ INFO = N + 1 * RETURN * * End of DGTSVX * END


Bristol-Myers misses main goal of late-stage skin cancer trial
(Reuters) - Bristol-Myers Squibb Co said on Wednesday a late-stage trial testing a combination of its cancer drugs missed a main goal of preventing skin cancer from recurring in a certain group of patients, sending its shares down nearly 1%.
The company said the trial will continue unchanged as per the recommendation of a data monitoring committee.
The trial was testing Bristol-Myers’ drugs Opdivo and Yervoy, against Opdivo alone, in patients with advanced melanoma.
The combination failed to show a statistically significant benefit in patients whose tumors had 1% or lower levels of the PD-L1 protein being targeted, the company said.
The American Cancer Society estimates that about 96,480 melanoma cases will be diagnosed in the United States this year.
Bristol-Myers shares were trading at $55.99 before the bell.


Learn every Markdown trick, tip and app that you could ever possibly need. Writing with Markdown is one of the most powerful tools for online writers.
It’s no secret that we’re big fans of Markdown at Ghost. We built our editor to work with Markdown directly!
Once you get the hang of Markdown, it’s an incredibly powerful writing tool which will allow you to write rich content for the web far faster than almost any other method. To get to that point, however, there’s a little bit of a learning curve. We thought we’d put together an all inclusive guide to make that curve a little bit shorter, and potentially teach you a few super-user tricks to Markdown that you might not have known.
Markdown is a plain text formatting syntax for writers. It allows you to quickly write structured content for the web, and have it seamlessly converted to clean, structured HTML.
Back in 2004, Apple pundit John Gruber came up with the idea after becoming frustrated by writing long, laborious HTML tags to properly format his content. He devised a simple writing system which would make web based documents both easier to write, and easier to read in their raw state.
Here’s a quick example of Markdown in action:
The *quick* brown fox, jumped **over** the lazy [dog](https://en.wikipedia.org/wiki/Dog).
becomes
The quick brown fox, jumped over the lazy dog.
With just a couple of extra characters, Markdown makes rich document formatting quick and beautiful.
“Is that it?” - I hear you ask - “I could just click on a few formatting buttons in most editors and achieve the same thing!”
Very true! But we’re only just getting started. The range of formatting tools has come a very long way since Markdown’s inception in 2004, so you’d be forgiven for wondering what advantages it holds over, say, the “Bold” button in Microsoft Word.
While most novice users do indeed find buttons a bit easier to use, advanced writers often swear by Markdown and nothing else. Why? The biggest reason is writing flow.
Using a traditional writing user interface you have to pause your writing every few minutes (or sometimes seconds) and reach for the mouse in order to click, highlight, click a formatting button, and then click back to where you left off in order to continue. This process creates a tiresome, disjointed experience when all you want to do is get the words out of your head and onto the screen.
Markdown allows you to keep your fingers firmly planted on the keyboard as you apply formatting on the fly. In short: You never have to stop typing or think about anything else in order to apply your styles.
It might seem like a small detail, but it can have a really big effect. Once you start writing in Markdown, it’s really hard to back to the click-fest of the past.
Ok! You’re sold. So how does this work? Let’s dive in:
Markdown was designed with the explicit intention to be easily readable by humans. You should find that most of the syntax is pretty simple and intuitive.
Here are the elements you’ll use most often:
# Heading 1
## Heading 2
### Heading 3
Headings in Markdown are any line which is prefixed with a #
symbol. The number of hashes indicates the level of the heading. One hash is converted to an h1, two hashes to an h2 and so on. There are a total of 6 levels which you can make use of - but for most writing, you’ll rarely ever need more than 3.
*italic*
**bold**
***bold-italic***
[link](https://example.com)
If you want to emphasise a word a little bit, wrap it in asterisks. For something that needs more emphasis: double asterisks. If you really want to drive the point home, use triple asterisks. If you prefer, you can also use underscores - they’re completely interchangeable.
To add a link: wrap the text which you want to be linked in square brackets, followed by the URL to be linked to in parenthesis. An easy way to remember this one is to think of it like turning a word into a button. [button]
and (place to go when the button is clicked)
combine to form a link.
![m'lady](https://i.imgur.com/v8IVDka.jpg)
Markdown images have exactly the same formatting as a link, except they’re prefixed with a !
. This time, the text in brackets is the alt text
- or the descriptive text for the image.
In most Markdown editors, you don’t have to write this code out. They will provide a tool to allow you to upload an image and insert this code automatically. After that, it will appear in your document.
* Milk
* Bread
* Wholegrain
* Butter
1. Tidy the kitchen
2. Prepare ingredients
3. Cook delicious things
Lists are a formatting nightmare in HTML, but Markdown lists are incredibly easy to manage. For a bullet list, just prefix each like with a *
- or -
or +
and they will be converted to dots. You can also create nested lists; just indent a line with 4 spaces and it will be nested under the line above.
For numbered lists, do exactly the same thing - but use numbers!
> To be or not to be, that is the question.
When you want to add a quote in Markdown, it’s exactly the same as the formatting which you may already be familiar with from your email app of choice when you reply to someone.
To be or not to be, that is the question.
Prefixing the line with a >
converts it into a block-quote.
It seems a little daunting at first, but you might be surprised how naturally it comes to you after a couple of posts written in Markdown. Most good Markdown editors come with a built-in cheat sheet to make it a little easier to learn.
Here’s the one you can pull up from the Ghost editor at any time if you get stuck.
So you’ve got the Markdown basics nailed and you want to move on to bigger and better things? Excellent. There’s much more we can do.
---
Want to throw-down a quick divider in your article to denote a visual separation between different sections of text? No problem. 3 dashes produce:
A sleek <hr>
element.
Some text with an inline `code` snippet
.my-link {
text-decoration: underline;
}
If you’re a technical writer, you may want to use example snippets of code to teach your readers a particular syntax (like I’m doing, with this very blog post). Using a single back-tick around a word in a sentence, you can show a quick code
snippet.
Indenting by 4 spaces will turn an entire paragraph into a code-block.
**The quick brown [fox][1], jumped over the lazy [dog][2].**
[1]: https://en.wikipedia.org/wiki/Fox "Wikipedia: Fox"
[2]: https://en.wikipedia.org/wiki/Dog "Wikipedia: Dog"
If you prefer to use reference lists for your attribution, Markdown can handle this, too. In the above example, all of the links are kept separate in Markdown (so it’s easy to read even in its raw format), and then inserted directly as normal links when converted to HTML.
The quick brown fox, jumped over the lazy dog.
You’ll also notice that we’ve added a title attribute to the links by adding a "word"
in quote marks just after the URL. Anywhere you use a URL, you can follow it with a "title in quotation marks"
to generate a title attribute.
[Dog](https://en.wikipedia.org/wiki/Dog "Wikipedia: Dog")
\*literally\*
What if you literally want to type *literally* - without it appearing in italics? Escaping Markdown characters with a back-slash \
allows you to use any characters which might be getting accidentally converted into HTML.
<button class="button-save large">Big Fat Button</button>
Possibly the coolest feature of Markdown is that it also just supports plain old HTML. If you find yourself stuck and unable to do what you want in Markdown - you can simply write in regular HTML and it will work just fine.
In the above example, I know that within this blog’s stylesheet is the CSS to style a nice button that with a class
attribute.
So you can drop in any HTML, sharing button, JavaScript snippet or iFrame you like and it will work on the page just as normal.
Ok, you want the big guns. Every example so far has been vanilla, normal Markdown. Those code snippets will work absolutely anywhere which supports Markdown syntax.
Now we’re going to look at some syntax which is not standard to native Markdown. They’re extensions of the language. All of these things work in Ghost, but they may not work in other editors.
Here are some nice advanced things you can do with Markdown in Ghost:
\~\~deleted words\~\~
~deleted words~
==oooh fancy==
oooh fancy
https://ghost.org
The quick brown fox[^1] jumped over the lazy dog[^2].
[^1]: Foxes are red
[^2]: Dogs are usually not red
The quick brown fox[1] jumped over the lazy dog[2].
```javascript
[...]
```
Combined with Prism.js in the Ghost theme:
var Promise = require('bluebird'),
_ = require('lodash'),
canThis = require('../permissions').canThis,
errors = require('../errors'),
utils = require('./utils'),
notificationsStore = [],
notificationCounter = 0,
notifications;
Writing Markdown is pretty quick right out of the box, but you can speed it up even further by getting to know the keyboard shortcuts in your editor of choice. These all tend to be a little different, but in Ghost you can access some on-the-fly formatting very easily:
There are lots more included in the Markdown Help overlay in the editor. Regardless of which app you use to write, it’s work figuring out the Markdown keyboard shortcuts available to speed up your workflow.


My Profile
Events
Organisations
Secret password
Organisation
Event
Submit
Signout

Edit
First name:
Last name:
Email:
Organisations
×
Edit profile
Screen name:
Email:
First name:
Last name:
Name must be between 3 - 20 characters long.
Please enter a valid email
Maximum 20 characters for first name.
Maximum 20 characters for last name.
Your profile has been updated.


This site is under construction
About Me
Projects
Resume
Contact
If you like, you can enjoy the
Mobile View


Design is about more than making something pretty. Functional design means asking questions to uncover the problem and crafting multiple solutions to ensure functionality, accessibility, and transparency for all users. Analytics and usability testing should be used to determine a design's success.
While "pixel-perfection" (or em-perfection) is a standard for attention to detail, a designer should always consider function over form. Is a design usable and responsive across all devices? Can users navigate easily and without frustration? Understanding the user is at the center.
User testing and flows are pushed to the forefront so that valuable time is not wasted in development. A UI animation might be great fun, but it's far more important that the most valuable features are well-designed.
For six years, I attempted to use humor ("let's eat, grandma" vs. "let's eat grandma" --importance of correct comma usage) and engage 120 diverse students each year with authentic reading and writing experiences and instruction in digital literacy. After piloting an Ipad program, it became apparent that students needed to develop digital citizenship skills aimed at promoting a positive school culture and teaching students to make smart, ethical decisions online (and offline).
Have you ever called bingo and witnessed the trashtalk, the competition, and the good luck rituals therein? I engaged 90+ residents daily in a nursing home facility through life enrichment activities related to their individual hobbies and experiences--from bridge to Amish fiction books (yes, that's a real thing). I conducted in-person interviews with 3-10 residents weekly to assess their needs and satisfaction.
Through furthering my education at Career Foundry, I’ve not only learned in-depth data driven UX methodologies and practices, but I’ve also learned to take initiative and overcome my own fear of failing through over 400+ hours of revising and editing assignments and receiving detailed critiques through mentorship and tutoring programs.
Freelancing has taught me contribute and comment on others' work. Through going through the Tech Workforce Program, I've learned how to code my own websites and make designs a reality. Working with clients has taught me to balance deadlines, meet with stakeholders, sell the benefits of the work, and even guide feedback sessions.
Invision
Sketch
Illustrator
Framer
Principle
Flinto
Zeplin
Keynote
CSS
JavaScript
HTML
Nielson Norman Group
Medium
High Resolution
Creative Pep Talk
Interaction Design Foundation
Dribbble


package
cache
Type Members
-
trait
CacheAPI
extends AnyRef
-
-
case class
Cached
[A]
(key: (RequestHeader) ⇒ String, duration: Int, action: Action[A], app: Application) extends Action[A] with Product with Serializable
-
Value Members
-
object
Cache
extends AnyRef
-
object
Cached
extends Serializable
Contains the Cache access API.


Reports non-Serializable objects used as arguments to
javax.servlet.http.HttpSession.setAttribute() or
javax.servlet.http.HttpSession.putValue().
Such objects will not be serialized if the HttpSession is passivated or migrated, and may result in difficult-to-diagnose
bugs. For purposes of this inspection, objects with java.util.Collection or
java.util.Map types are assumed to be Serializable, unless the types
they are declared to contain are non-Serializable.
Powered by InspectionGadgets


Posted by Kamal Lamichhane on December 21, 2014
Posted by LcKamal on December 12, 2014
Posted by Kamal Lamichhane on December 10, 2014


| Seminar Room 1 | Seminar Room 3 | |
|---|---|---|
| 08:00AM |
Registration |
|
| 09:00AM |
Keynote: Dr. Yves J. Hilpisch - How Open Source, Open Data and the Cloud are Reshaping Finance Education and the Financial Industry |
|
| 10:00AM |
Group Photo & Breakfast |
|
| 10:45AM | Customer Segmentation in Python Mao Ting | Python in the MicroServices world Hari Krishnan |
| 11:30AM | music2vec: A smart music recommendation and discovery Laam Pham | Deploying scalable Django application on AWS Lalit Nama |
| 12:15PM |
Lunch |
|
| 01:15PM |
Lightning-Talks |
|
| 02:15PM | Creating map visualizations with open data and Folium Grace Tang | A tale of Ansible fanboy Pawan Darda |
| 03:00PM |
Tea-break |
|
| 03:45PM | Machine Learning Pipeline using Luigi and Scikit Learn Atreya Biswas | |
| 05:15PM |
| Tut Room 10 | Seminar Room 3 | Seminar Room 1 | |
|---|---|---|---|
| 08:00AM |
Registration |
||
| 09:00AM | Introductory Python 3 for Students By Students For Students | Using Jupyter Notebooks for Quantitative Finance Delaney Granizo-Mackenzie | Introduction to Machine Learning Bargava Subramanian, Amit Kapoor |
| 01:00PM |
Lunch |
||
| 02:00PM | Best Practices for Django the Two Scoops Way Daniel Roy Greenfeld, Audrey Roy Greenfeld | Open Source Tools for Financial Data Science Dr. Yves Hilpisch | Introduction to Data Analysis using Python Data Stack Bargava Subramanian, Amit Kapoor |
| 06:00PM |
We are looking for sponsors!
If you can help make PyCon SG a success, please message us at conference@pycon.sg


Soft Skillz
Menu
Contact Us
Careers
Soft Skills
Key to Career Advantage
Batch Started
Programs
Faculty
Industry Connect


Card Holder
YOUR NAME
Expires
MM
/
YY
CVV
Card Number
Card Holder's Name
Expiration Date
Year
CVV
Submit


mPULSITY is a project done with me and 2 other team members where we're trying to motivate your workouts with the power of music!
mPULSITY uses a ruby on rails back end with jQuery and javascript effects as well as native CSS styling and bootstrap components for the front end.
APTED is a non profit based in the San Francisco Bay Area that helps connect people recovering from eating disorders with medical professionals and treatment programs. This web application allows medical providers and programs to create profiles and advertise to people in recovery. It also is a content management system that allows administrators to create donation, membership and advertising packages as well as change the content on the site.
Q-ing is a crowd-sourced, timing app that provides users the information needed to avoid long lines at eateries, bathrooms, and other attractions.
Users can check average wait times, submit their own time and add new locations. Q-ing uses the Google Maps API to determine and track locations and the Yelp API to provide relevant alternatives of nearby businesses. Q-ing, avoid the traffic of life.
TeamGathering is a place where professionals can connect with one another to create and recruit people for projects. It allows for people that do not have an avenue to make further steps to fulfilling an idea or completing a project to do so with other people who are also interested in creating and innovating.
Mark Noce is a historical fiction writer who has two books that are about to be published that are based in medieval Wales.
On his site, Mark wanted readers to be able to read his blog, contact him and check out his other literary works including other books and short stories.
I am currently working as a front end developer for the wholesale business team at Wells Fargo creating wholesale business applications.
In my free time I still love to code websites and applications both for myself and for clients. Coding is very much a way of life and for me it is as relaxing as just sitting down and watching my favorite TV show.
In the past I've worked both solo and as part of teams creating beautiful web applications that were mostly responsive in design.


|
|
Type declaration
|
|
Type for giuseppes error handler decorators. Does generically restrain the MethodDecorator to error handler functions only. Type declaration
|
|
Type for giuseppes route decorators. Does generically restrain the MethodDecorator to Functions only. Type declaration
|
|
Type for a constructor function that creates a ParameterDefinition.
|
|
Type for the parameter factory function. Type declaration
|
|
Type for a paramater validator (can be multiple). |
|
Type for a constructor function that creates a RouteDefinition.
|
|
Type for a constructor function that creates a RouteModificator.
|
|
Predicate for the given parameter. This validator is executed if set and if the return value is false, an error is thrown.
Type declaration
|
|
Defines the length of the needed arguments for an error handler. |
|
Reflect metadata key for error handler manager.
|
|
Reflect metadata key for parameter definitions.
|
|
Declaration of primitive javascript types.
|
|
Reflect metadata key for route definitions.
|
|
Reflect metadata key for route definitions.
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Definition of the json headers. |
||
Content-
|
Type for a constructor function that creates a ControllerDefinition.
{new (...args: any[]) => ControllerDefinition}


Books
- Elon Musk: Tesla, SpaceX, and the Quest for a Fantastic Future
- How Google Works
- High Output Management
- Quiet - The Power of Introverts in a World That Can't Stop Talking
- Rework
- Scaling Up - Mastering The Rockefeller Habits 2.0
- Shoe Dog
- Surely You're Joking, Mr. Feynman
- The Airbnb Story
- The Burned-Out Blogger's Guide to PR
- The Everything Store: Jeff Bezos and the Age of Amazon
- The Four-Hour Work Week
- The Hard Thing About Hard Things: Building a Business When There are no Easy Answers
- The Innovator's Dilemma
- The Leadership Pill
- The Lean Startup
- The McKinsey Way
- The Sales Acceleration Formula
- The Undoing Project
- Tools of Titans: The Tactics, Routines, and Habits of Billionaires, Icons, and World-Class Performers
- Zero to One
- Cryptoassets: The Innovative Investor's Guide to Bitcoin and Beyond
- Ender's Game
- Ready Player One
- Game of Thrones ASOIAF
- Adventures in Memory
- Venture Deals
- American Kingpin
- What Do You Care What Other People Think?
- The Diabetes Code
- Bad Blood
- An American Sickness
- Economics in One Lesson
- No One Man Should Have All That Power
- The Joy of Game Theory
- Sprawlball
- Becoming a Venture Capitalist
- The New New Thing
- Searching for Bobby Fischer
- The Innovator's Dilemma
- Start-up Nation
- The Uninhabitable Earth
- Open
- The Agony and the Ecstasy
- The World According to Garp
- Last Night in Twisted River
- One Hundred Years of Solitude
- Fire & Blood
- The Far Side Gallery
- The Art of Learning
- Antifragile
- Measure What Matters
- The Spider Network
- The Happiness Advantage
- The 48 Laws of Power
- Originals
- Radical Candor
- Give & Take
- Start With Why
- Ender's Shadow
- Principles
- Man's Search for Meaning
- The Subtle Art of Not Giving a F*ck
- Steve Jobs
- Work Rules
- The Bottom Billion
- The Fountainhead
- Last Days of the Incas
- Speaker for the Dead
- Dune
- Shadow of the Hegemon
- Powerful: Building A Culture of Freedom And Responsibility
- Trillion Dollar Coach
- High Growth Handbook
- The Art of Strategy
- 7 Brief Lessons on Physics


required
<form> <label for="input1">Submit without entering value to trigger required attribute:</label> <input id="input1" type="text" required /> <button>Submit</button> </form>


Some Text Here
Do you have branches? And where?
Some Text Here
Have your ever dealt with ultimatrue or not?
Some Text Here
Address
Some Text Here
Notes(New)
Some Text Here
Delete Distributor Data
Distributor Name
Do you want to delete the distributor ?


All tests:
| Test Name | Group(s) | Description |
|---|---|---|
| UnderscoreInAssemblyTypeTestCase | db_constraints | Checks for the presence of _ characters in assembly.type |
| CheckTranscriptsTranslateTestCase | post_genebuild | Check that all transcripts have an associated translation |
| CheckAllExonsBelongToTranscriptTestCase | post_genebuild | Check that all exons belong to a transcript. |
| BlankNonNullExternalDBTestCase | db_constraints | Checks for columns in the external_db table that are marked as NON NULL but contain null or blank values |
| CheckAllTranscriptsBelongToAGeneTestCase | post_genebuild | Check that all transcripts belong to a gene. |
| CheckDuplicateExonsTestCase | post_genebuild | Check for duplicate exons. |
| CheckMetaDataTableTestCase | db_constraints | Check that the meta table exists, has data, the entries correspond to the database name, and that the values in assembly.type match what's in the meta table |
| ExternalDBDescribeTestCase | db_constraints | Check that the external_db table is the same in all databases. |
| CheckAllGenesHaveTranscriptsTestCase | post_genebuild | Check that all genes have associated transcripts |
| CheckDNATablesTestCase | pre_mart | Check that the DNA table exists, and all DBs for a particular species have the same entries. |
| CheckAllTranscriptsHaveExonsTestCase | post_genebuild | Check that all transcripts have an associated exon. |
| CheckAssemblyTablesTestCase | pre_mart | Check that the assembly table is present, and contains the same information for each species. |
| CheckTranslationStartEndTestCase | post_genebuild | Check that if the start and end of translation is on the same exon, that start < end. |
| CheckCoreTablesHaveDataTestCase | db_constraints | Verify that important tables in core DBs actually have data. |
| CoreForeignKeyTestCase | db_constraints | Check for broken foreign-key realtionships. |
| CheckExonCoordsTestCase | post_genebuild | Check that exon co-ordinates are sensible. |
| EnsjTrialTestCase | ensj | An example of how to integrate ensj-core functionality. Checks that all genes on a chromosome have transcripts. For illustration only - not intended to be used in production. |
| CheckFeatureCoordsTestCase | post_genebuild | Check that feature co-ords (DNA and protein) make sense. |
| ExonStrandOrderTestCase | db_constraints | No description set for this test. |
| GlennsRowCountTestCase | dev | No description set for this test. |
Tests by group:
db_constraints
UnderscoreInAssemblyTypeTestCasepost_genebuild
CheckTranscriptsTranslateTestCasepre_mart
CheckDNATablesTestCaseensj
EnsjTrialTestCasedev
GlennsRowCountTestCaseNote that every test is a member of the group "all" by default.
Last updated: Wed Apr 23 12:17:21 BST 2003


:navtop
:heading Creating a new folder
When you are logged in and you have the access to create a new folder or
entry under the folder that you are viewing there will be a set of links under the
File section of the entry menu popup
.
If you just want to make a simple Folder or upload a File then choose the "New Folder" or "New File" menu item.
Selecting the "Create a folder" link will take you to the
create folder form:
Enter a name and an optional description, date range and lat/lon bounding box.
The tags allow you to add one or more tag properties to the folder. This can aid
in search, etc. Typing in the box will bring up a list of existing tags to choose from or
just add a new one.
:p
The
checkbox above the Description
field toggles the display of the this new folder to use the wiki text. See
the userguide section on
Wiki text for more information.
:p
The Order is a numeric value that can be used to order this folder in its parent entry
listing.
:heading Uploading files
To upload a file to a RAMADDA repository you create a new Entry.
From the File menu select "New File".
:p
The Create Entry form allows you to upload a file or specify a URL.
If you are a site administrator you can also specify a path to
a file on the server machine.
The minimal you need to enter here is the file or URL. The other fields
are optional. If you do not enter a name then the file name is used.
The upload settings allows you to control various aspects of the upload.
- Figure out the type from the file name
Entries in RAMADDA have types, e.g., a text file, an image file, a geojson map file.
Checking this box tells RAMADDA to try to figure out the entry type based on the file name.
- Unzip archive
If you have a number of files that you want to upload you can make a .zip file
of them on your machine and check on the " Unzip Archive" button.
If you just want to upload the zip file without extraction the uncheck this box.
- Add properties
For some entry/file types (e.g, a PDF file, a NetCDF data file) RAMADDA can automatically extract
various properties (e.g., author, variable name, etc).
See the section on properties for more information.
- Extract keywords, title, author, summary
If you have enabled GPT integration then
these boxes specify whether to extract the given property using GPT for certain
document types (e.g., PDF, PPT, DOC).
- Make name from filename
If no name is specified then RAMADDA will use create the entry name from the name of
the file.
-
The "Date Format" can be used to match on the file name to automatically
figure out the date of this entry. Clicking on "Test the upload" will show
what date would be used based on the patterns.
:heading Creating other kinds of entries
RAMADDA offers many different entry types that can also be created.
Choosing "Pick a Type..." under the entry menu takes you to a that lists all of
the available entry types. The "Find Type" field allows you to search within this page
for the type of interest (e.g., shapefile, wiki page, etc)


The Sound class wraps SDL sound functions.
We guarantee that the sound loader is compatible with wav files, and the music loader is compatible with mp3 files.
SDL mixer may add additional functionality by default, but we don't support it.
Primarily covered in blog posts:
http://www.friendsonmountains.com/blog/2018/07/17/lets-make-honey-version-0-09-sounds-good
http://www.friendsonmountains.com/blog/2018/08/28/lets-make-honey-version-0-15-sprites
◆ instance()
| Sound & Honey::Sound::instance |
( |
| ) |
|
|
static |
Singleton instance getter.
- Returns
- This'll get you the one instance of Sound you're supposed to have.
◆ initialize()
| void Honey::Sound::initialize |
( |
| ) |
|
Initialize Sound by performing basic SDL mixer setup.
◆ setSoundVolume()
| void Honey::Sound::setSoundVolume |
( |
float |
fraction | ) |
|
Set Sound Volume.
- Parameters
-
| fraction | float between 0 (silent) and 1 (full volume). |
◆ setMusicVolume()
| void Honey::Sound::setMusicVolume |
( |
float |
fraction | ) |
|
Set Music Volume.
- Parameters
-
| fraction | float between 0 (silent) and 1 (full volume). |
◆ addSound()
| void Honey::Sound::addSound |
( |
string |
label, |
|
|
string |
path |
|
) |
| |
Add a sound to this system.
- Parameters
-
| label | The sound will be stored by this name (eg "cheer"). |
| path | OS valid path of a wav file (eg "Sound/cheer.wav"). |
◆ addSounds()
| void Honey::Sound::addSounds |
( |
string |
root_path, |
|
|
vector< string > |
labels |
|
) |
| |
Add many sounds to this system. Assumes wav files under one root path.
- Parameters
-
| root_path | OS valid path of a set of wav files (eg "Sound/"). Should have the slash. |
| labels | list of labels, each corresponding to a wav file inside root_path (eg "cheer", "shout", "yay"). |
◆ playSound()
| void Honey::Sound::playSound |
( |
string |
label, |
|
|
int |
loops |
|
) |
| |
Play a sound a certain number of times.
- Parameters
-
| label | The sound. |
| loops | The number of times to loop. -1 loops the sound forever. |
◆ stopSound()
| void Honey::Sound::stopSound |
( |
| ) |
|
◆ removeSound()
| void Honey::Sound::removeSound |
( |
string |
label | ) |
|
Remove a sound from this system.
- Parameters
-
◆ removeAllSounds()
| void Honey::Sound::removeAllSounds |
( |
| ) |
|
Remove all sounds from this system.
◆ addMusic()
| void Honey::Sound::addMusic |
( |
string |
label, |
|
|
string |
path |
|
) |
| |
Add music to this system.
- Parameters
-
| label | The music will be stored by this name (eg "bearJamboreeDubstep"). |
| path | OS valid path of an mp3 file (eg "Sound/bearJamboreeDubstep.mp3"). |
◆ addMusics()
| void Honey::Sound::addMusics |
( |
string |
root_path, |
|
|
vector< string > |
labels |
|
) |
| |
Add many musicas to this system. Assumes mp3 files under one root path.
- Parameters
-
| root_path | OS valid path of a set of mp3 files (eg "Music/"). Should have the slash. |
| labels | list of labels, each corresponding to an mp3 file inside root_path (eg "song1", "song2", "song3"). |
◆ playMusic()
| void Honey::Sound::playMusic |
( |
string |
label, |
|
|
int |
loops |
|
) |
| |
Play music a certain number of times.
- Parameters
-
| label | The music. |
| loops | The number of times to loop. -1 loops the music forever. |
◆ stopMusic()
| void Honey::Sound::stopMusic |
( |
| ) |
|
◆ removeMusic()
| void Honey::Sound::removeMusic |
( |
string |
label | ) |
|
Remove music from this system.
- Parameters
-
◆ removeAllMusic()
| void Honey::Sound::removeAllMusic |
( |
| ) |
|
Remove all music from this system.
The documentation for this class was generated from the following files:
- /Users/matthewcarlin/Projects/2018_Honey/Engine/Source/sound.h
- /Users/matthewcarlin/Projects/2018_Honey/Engine/Source/sound.cpp


Your Order Number is: {{orderDetails.number}} Please keep a record of this. An email notification has also been sent to your email address.
Summary of Order #{{orderDetails.number}}, {{orderDetails.totalQuantity}} items ordered. This will be delivered to you on {{deliveryDate | date:'fullDate'}} at {{ globals.TIMESLOT_LABELS[timeSlotId] }}.
Disclaimer: Actual price may vary slightly, especially for meat and produce. But our friendly OMG! staff will contact you if ever... For meat and some produce, price indicated is for 1 kilogram. You may order less than a kilo but should be in increments of 250 grams (250g, 500g, 750g, etc.).


Mergemap behave same as flatmap. The goal is loading an nester observable. (Un observable that contain another one)
In the first example I use a classic subscibe example and in the second time I use the same thing with mergemap
Recieved data: {{ message }}


"x" "1" "STARK,AA, ZEIGER,E, SHTELZER,S, SHERADSKY,T, LIFSHITZ,Y AND BLUM,J,STRUCTURE-ACTIVITY RELATIONSHIPS IN THE MUTAGENICITY OF N-SUBSTITUTEDDERIVATIVES OF PHENANTHRENE-9,10-IMINE, MUTAGENESIS 1(1):35-39, __ 1986"


{% extends "layout.html" %} {% block body %}
| Distribution | Description |
|---|---|
| {{ item.name }} | {{ item.summary }} |
If the package you are looking for is not available in PyPI. And if you want to provide feedback, you can add the package to this list from here.
{% endblock %}


Ptolemy 0.7.1p2 Release Notes
Release notes
Below are some common problems that you might run across with 0.7.1.
Ptolemy 0.7.1p2 should compile with gcc-<IP_ADDRESS>, but the default
compiler we build the binaries with is egcs-1..1 egcs is a
compiler effort that builds on the gcc compiler. The egcs sources are
made available to the gcc maintainers, so egcs changes eventually
should be in egcs. It seems like egcs is much more active than gcc,
for example egcs-1.0.2 was much more stable than gcc-2.8.1.
Note that under gcc-2.8.2,
compiling with -O -fPIC causes an internal compiler error when
compiling Block.cc
, so we are shipping with egcs.
For more information about egcs, see
http:/egcs.cygnus.com
.
The most common problem with using egcs is that
libg++
is no longer used, so certain include files, such
as std.h
are not found at compile time
and certain symbols, such as
ACG::ACG(unsigned int, int)
are missing at link time.
Usually, doing a make clean; make install
will solve the problem.
The way we work around this is by defining -DPT_EGCS
in config-egcs.mk
and then including that makefile
in the config-$PTARCH.mk
file instead of
config-g++.mk
.
Note that egcs does not need libg++
, so the
SYSLIBS
makefile variable is set to not include
-lg++
Pxgraph has been converted to Java. See
the troubleshooting guide at.
$PTOLEMY/tycho/java/ptolemy/plot/doc/internals/troubleshooting.html
If you don't have Java, see
ftp://ptolemy.eecs.berkeley.edu/pub/misc/xgraph/index.html
for pxgraph X11 binaries and sources. See
$PTOLEMY/src/pxgraph/README.txt
for details.
To run the Java version of pxgraph, you must do one of the following:
- Set the
JAVAHOME
environment variable to point
to the directory where the Java Development Kit is installed.
For example, your .cshrc
might contain
setenv JAVAHOME /opt/jdk1.1.5
- If you do not set
JAVAHOME
, then the pxgraph
script will search your path for the javac
binary.
If javac
is found, then the directory above it
is used for the value of JAVAHOME
- You can also edit
$PTOLEMY/bin/pxgraph
directly
and adjust the JAVADEFAULT
variable.
Last updated $Date$,
Send comments to
www@ptolemy.eecs.berkeley.edu.


"California Restaurant Association Foundation Selects Tito’s Tacos for 2017 Restaurant Neighbor Award"
Culver City Observer
"Tito’s Tacos Wins Recognition on Small Business Day"
Culver City Crossroads
"Serving up Good Food and Good Deeds – viva Tito’s Tacos!"
Culver City Observer
America’s 35 Best Burritos 2015’ (Tito’s Burrito selected Number One in America)"
Daily Meal
"How Tito’s Tacos Became LA’s Favorite Taco"
Food Insider
"Deep FRIED Tacos from Tito’s Tacos"
Food Network
"Cheat day breakfast –Tito’s Tacos edition"
Jack Black - Instagram
Tito’s Tacos Commercial
English & Spanish Versions


The Original Image
The original image is just a picture. It's not actually words, it's just pictures of words.
Adobe Acrobat Pro DC has the ability to use Optical Character Recognition (OCR) to turn images into real words that screen-readers can grab. Screen Readers aren't able to make this happen until you OCR the document.
As proof that this works, play the video. You'll be able to see that once OCR has been performed on a document, it is able to be read out loud by assistive technology.
Converting the Image
Optical Character Reading: Extracting Text From Images
A PDF file is essentially an image. Even though you may be able to read the text with your eyes, what you are actually reading is actually "pictures" of text -- not the text itself. In order to enable assistive technology to "read" the picture, you have to convert the pictures to text. This is what the process of "Optical Character Reading" accomplishes. There's many ways to do this, including quite a few ways that do not use Adobe Acrobat Pro. It's just that using Adobe Acrobat Pro is the best way to do it. An example of how to specifically use the "Recognize Text" OCR function is shown in Video One.
There's not just one way to OCR a document in Adobe Acrobat Pro DC; there's actually a multitude of ways; in many instances, Adobe Acrobat Pro DC does it automatically for you, as is seen in Video Two.
Video One
Video Two
The advantage of using Adobe Acrobat DC over other methods is that you can stay right inside Adobe Acrobat DC and do edits not only to text, but to graphics. It's a one-stop shop. If you use other than Adobe Acrobat Pro DC, you'll probably need use supplemental and/or additional software to edit the files once they have been OCR'ed. Video Three is a great introduction into the multitude of tasks that may be accomplished, even on mobile platforms.
The sequence of events matters. In Video Four, "Error OCR done in Adobe Acrobat Pro DC for PDF Accuracy", there's an example where one may see "why" it is best to OCR a document before repairing it (check about the one-minute mark of the time frame). This video provides a great window into why.
Video Three
Video Four
An Example Of What Can Happen When Working Outside Of The Software That OCRs the Document
The image below shows a side-by-side comparison of a screenshot of a PDF file that has been OCR'rd, and ton the right, that same PDF file exported to Word. This was done in an effort to save some of the follow-on steps involved with servicing the document, but notice the corruption of the text on the right side, associated with the Word document.
Math Documents Need Special OCR
Braille math materials can often be created from electronic files with Braille translation software. However, since many of the symbols and spatial typesetting conventions used in mathematical equations cannot be replicated with the standard ASCII character set, nor recognized by standard optical character recognition (OCR) systems, additional processing is often required. When possible, a copy of the original electronic document should be obtained. If the document was created with Microsoft Word, using either MathType or Equation Editor, then creating Nemeth code with Braille translation software like Duxbury Braille Translator will be much simpler.
If the only option is to begin with a printed page, then it must be scanned; OCR software can be used to capture the literary text; then a specialized math typesetting tool like MathType can be used to manually enter the math equations before the Braille is generated. A better strategy may be to use the math OCR software InftyReader which is able to convert an image of math to either MathML or LaTex, two very popular markup languages for mathematics. Both MathML and LaTex documents can be translated to Nemeth Code using Braille translation software such as Duxbury and Braille2000. This automated process of using a combination of InftyReader and Braille translation software is not yet widespread, but, when used properly is a fast way to translate mathematical documents to Nemeth.
What are some techniques for creating Braille math materials? DO-IT as accessed 8 April 2019
Resources
-
Use automatic optical character recognition (OCR) software in Acrobat.
As accessed 21 February 2019
Adobe Includes a Succinct How-To Guide Right on this page:
How to convert scanned PDFs to instantly editable text using automatic OCR software in Acrobat:
- 1. Open a PDF file containing a scanned image in Acrobat.
- 2. Click on the Edit PDF tool in the right pane. Acrobat automatically applies optical character recognition (OCR) to your document and converts it to a fully editable copy of your PDF.
- Click the text element you wish to edit and start typing. New text matches the look of the original fonts in your scanned image.
- Choose File > Save As and type a new name for your editable document.
-
InftyReader
Science Accessibility Net | OCR software for mathematical document
As accessed 8 April 2019
-
Introduction to Portable Document Format
See the section on Optical Character Recognition -- Top Tips. An excerpt follows (As accessed March 6, 2019)
Working with OCR software can be a challenge, but it is often more efficient than typing large amounts of pages. As stated above, there are numerous variables which contribute to the success of an OCR rendering process; there are, however, two main variables which users can somewhat control: the "noise" on the page which a OCR software is forced to analyze, and the "area" of the page which the OCR software is forced to analyze.


{% extends "base.html" %} {% block content %}
| Direct Link To Article | {{article_page_url}} |
|---|---|
| Science Source Item | {{scisource_page_url}} |
| Wikidata Item | {{wikidata_page_url}} |
Please note, new claims can take a short while to show up.
{% if claims %}No claims yet.
{% endif %}| Term | Occurence Count | Dictionary |
|---|---|---|
| {{ term }} | {{ annotation.Count }} | {{ annotation.Dictionary }} |
Note: If this graph is empty, then there are no terms that meet the proximity constraint.
{% else %}There are not enough annotations found in this document to create the proximity graph.
{% endif %}Having read the paper, please pick a pair of statements from the paper to indicate that a drug and disease are related.
{% endblock %}


Frequently Asked Questions¶
Troubleshooting¶
Q: When I run tilt version
, I see “template engine not found for: version”. What do I do?¶
There is another project called Tilt for developing Ruby templates.
You’re accidentally running that Tilt instead.
Common fixes include deleting the other Tilt, always using an absolute path, or renaming Tilt to avoid the conflict. Tilt is a static binary so it is OK to rename it.
Q: I’m getting push errors like “unauthorized: You don’t have the needed permissions”. What do I do?¶
If Tilt is trying to do a push, that means it thinks you wanted to deploy to a remote cluster. See below on how to configure for a local cluster.
Q: Tilt fails with “Unable to connect to cluster” errors. What do I do?¶
The Kubernetes server that you’re trying to deploy to is misbehaving.
Two common things to try are:
- Turn it off and turn it back on again (really!).
- Reset the cluster state.
But the specific way to do these depend on your environment.
If you’re using Docker For Mac, click the Docker icon in the upper-right hand corner of your screen. Choose “Preferences…” to open a dialog. The “Kubernetes” tab has a button that allows you to enable/disable Kubernetes. The “Reset” tab has a button that allows you to reset the cluster state.
If you’re using Minikube, minikube stop
and minikube start
will restart the
environment. minikube delete
will reset the cluster state.
Building Container Images¶
Q: All the Tilt examples store the image at gcr.io
. Isn’t it really slow to push images up to Google’s remote repository for local development?¶
You’re right, that would be slow!
Most local Kubernetes development solutions let you build images directly inside the cluster. There’s no need to push the image to a remote repository.
When you’re using Docker for Mac or Minikube, Tilt will automatically build the images in-cluster. When it detects this case, it will even modify your Kubernetes configs to set ImageNeverPull, so that Kubernetes will emit an error if it even tries to pull an image from a remote server.
Q: Docker Buildkit is cool! How do I use it?¶
BuildKit is a new build engine in Docker for building container images.
Tilt will automatically enable Buildkit if your local Docker installation supports it.
BuildKit is supported on Docker v18.06 when Experimental mode is enabled, and on Docker v18.09+
Q: How do I tell Tilt to build my images with a remote Docker server?¶
Tilt reads the same environment variables as the docker
command for choosing a
server. Specifically:
DOCKER_HOST
: Set the url to the docker server.DOCKER_API_VERSION
: Set the version of the API.DOCKER_CERT_PATH
: Set the path to load the TLS certificates from.DOCKER_TLS_VERIFY
: To enable or disable TLS verification when usingDOCKER_CERT_PATH
, off by default.
This is helpful if you have a more powerful machine in the cloud that you want to build your images.
If you are using Minikube, Tilt will automatically connect to the Docker server inside Minikube. This helps performance because Tilt doesn’t need to waste time copying Docker images around.
Deploying Containers¶
Q: How do I change what Kubernetes cluster Tilt uses?¶
Tilt uses the default Kubernetes cluster configured in kubectl
.
To see what cluster kubectl
uses, run:
$ kubectl config current-context
To see what clusters are available, run:
$ kubectl config get-contexts
To change the cluster you’re deploying to, run:
$ kubectl config use-context docker-for-desktop
The most common options we see in local development are
minikube
, docker-for-desktop
(Docker For Mac stable), and
docker-desktop
(Docker for Mac edge).
There is one exception to this rule:
Kind (Kubernetes in Docker) does not
use kubectl config
. Instead, you run:
$ KUBECONFIG="$(kind get kubeconfig-path)" tilt up
Tilt reads the same KUBECONFIG
environment variable that kubectl
uses. This variable
sets the path to a Kubernetes config.


Preparation time
1-2 hours
Cooking time
over 2 hours
Serves
Serves 4
Soak the peas in a large bowl, in three times their volume of water with the bicarbonate of soda for at least four hours or, if you have the time, overnight.
Drain the peas, rinse under the tap, and place on the stove in a large pan and cover with the water. Cover and bring to the boil and once boiled, reduce the heat and simmer the peas for 1½-2 hours, stirring from time to time.
The peas should be soft and mushy in texture but not too dry. If they are wet, continue cooking over the heat with the lid off to dry out a little. Beat in the butter and season.
Heat the oil for deep-frying in a deep heavy-based frying pan until a breadcrumb sizzles and turns brown when dropped into it. (CAUTION: hot oil can be dangerous. Do not leave unattended.)
Place the egg yolks and flour into a bowl and whisk to combine to a thick batter.
Whisk the egg whites in a separate bowl until soft peaks form when the whisk is removed.
Fold this into the batter, alternating with the sparkling water to make a light fluffy batter.
Dip the sea bream through the batter and fry for 3-4 minutes, or until golden-brown. (You may need to do this in batches.) Remove from the pan with a slotted spoon and set aside to drain on kitchen paper.
To serve, place the fish onto the plate, butter the bread and set alongside. Finish with a spoonful of mushy peas and wedge of lemon.


s6-tai64n acts as a filter, reading from stdin and writing to stdout. It prepends lines with a TAI64N timestamp and a space.
s6-tai64n
s6-tai64n does neither "line buffering" nor "block buffering". It does optimal buffering, i.e. it flushes its output buffer every time it risks blocking on input. Every filter should behave this way, whether its output is a tty or not: it's simpler and more efficient in every case.


I love traveling to new places and being immersed in a different culture.

View sources of worldwide energy generation.
Whether it's food or a massage, you're on a trip, so make the best out of it.