About Eco–Globe
We are Eco-Globe. Team that is introducing eco-friendliness to people in a right and a simple way.
We want more people to know why renewable energy is good. Why ocean pollution is more serious than we think. We want people to know that C02 in the earth’s atmosphere must be reduced. We want more people to understand that word “Eco-Friendliness” is way more important to us, it’s the key to saving our world. Becoming eco-friendly isn’t really that hard. It simply means having a lifestyle that is better for the environment. Learning to become eco-friendly is even easier, but it is very important. Sometimes, small steps can make a big difference.
More About Us →Renewable Energy
Renewable Energy is way more important than we think. Most commonly used renewable energy sources are Solar, Wind, Hydropower and Geothermal. Solar energy is already being used in homes. While new investors with “making energy from moving air” in their mind are showing up constantly.
Ocean Pollution
While leading pollutant entering the oceans is sewage, plastic is a serious issue as well. Over a 90% of plastics are not recycled. Corporate giants producing products made from plastic such as Coca-Cola, Pepsi, Starbucks, McDonald’s are already looking forward for producing and delivering goods in a way that respects oceans and this planet.
Fossil Fuels and Other Fuels
For industrialized nations like the US, modern life is unthinkable without fossil fuels. These fuels are causing Acid Rains, Climate changes, Air, Land and Water pollution and they are health-harming. The combustion process also creates nitrogen oxides that lead to the creation of smog and pneumonia.
How can you become eco–friendly?
Being eco-friendly simply means having a lifestyle that are better for the environment. Learning to be more environmentally friendly is easier than you think.
Renewable Energy
Renewable Energy is way more important than we think. Most commonly used renewable energy sources are Solar, Wind, Hydropower and Geothermal. Solar energy is already being used in homes. While new investors with “making energy from moving air” in their mind are showing up. Installing Solar panels in your home isn’t that expensive. It varies from country to country. By installing solar panels at your home, you already participating in “Saving the World in Proper Way” campaign.
Read More →Ocean Pollution
While leading pollutant entering the oceans is sewage, plastic is a serious issue as well. Over a 90% of plastics are not recycled. Corporate giants producing products made from plastic such as Coca-Cola, Pepsi, Starbucks, McDonald’s etc. will and are already looking forward for producing and delivering goods in a way that respects oceans and this planet. There is many ways you can participate in reducing marine pollution campaigns. One of them is signing this petition. Read more about ocean pollution to get more familiar with it and see all of the possible ways you can participate in.
Read More →Fossil Fuels and Other Fuels
For industrialized nations like the US, modern life is unthinkable without fossil fuels. By most estimates, coal, oil and natural gas are enough to supply 85% of America’s energy demand. These fuels are causing Acid Rains, Climate changes, Air, Land and Water pollution in general and they are health-harming. The combustion process also creates nitrogen oxides that lead to the creation of smog and/or pneumonia. Power Plants and transportation-related activities are responsible for this. Simply buying and using electrical car will reduce these issues. More car companies are looking forward to produce and design eco-friendly cars. Leading electric car company in the world is currently Renault-Nissan. Right behind it, is famous Tesla.
Read More →How can you become eco-friendly?
Being eco-friendly simply means having a lifestyle that are better for the environment. Learning to be more environmentally friendly is easier than you think.  First of all, be more aware of resources that you use every single day. You can try practicing conservation by turning the lights off as you are leaving the room etc. As well you can start planting trees at empty landscapes around your home. You can start conserving water, use less fossil fuel based products, buy locally grown products etc. We will talk more about this in special section! Read more about it there.
Read More →


HTML is about content, CSS is about style and Javascript is about interactivity. JS tells the browser how to change in response to a click or changing the value in a form.
Let's take the example of flossing your teeth. You could say start flossing from the top left side back teeth. Once you complete it move up one tooth and floss again. Continue doing this while you have teeth remaining that you need flossed. Once you have completed all your top teeth, move down to the bottom left side back tooth. (Repeat process). Floss one tooth, once complete move to next tooth and so on. Once all your teeth are flossed then you are done!
We access data in arrays using numerically indexs. We use non-numeric keys to access data in objects, either the dot notation when we know the name of the property we are trying to access. Another way is using the braket notation.
A function can be thought of as a small program that does a certain task within a program. It can contain many lines of code and in the future you can call it using a single line. That's why it is important - you can call it using a single line a pass in different values and this saves you a lot of time because you don't have to repeat yourself.


GS&P Logo Audio Visualization. Drop an audio file to play or switch to the mic input. Please use Chrome.


Our pledge is to make your computing experience more enjoyable and secure whilst providing maximum benefit. We provide industry standard solutions customized to your needs at reasonable prices.
Every person now interacts with multiple devices each day. From PCs to laptops to mobile phones and tablets the list is getting longer. While the devices are getting easier to use, the problems an average user might have is also increasing.See how few simple rules can go a long way in making your personal computing exprience more pleasurable and more secure.
Everyhouse hold is creating and consuming a lot of media every single day. Check out how we can make this a more streamlined and enjoyable experience by providing a more connected and consistent home media solution.
Whether you want a simple online presence in the form of a web site or facebook page or you want to automate parts of your business process by developing custom software solutions, we have years of experiene delivering the same for many Enterprise clients. From inception of an idea to developing the solution, we can provide multiple levels and facets of skilled individuals to get the job done.


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Sea level contributions. Sea level contribution relative to Bedmap2 39 of the total ice volume of the a AIS, b WAIS and c EAIS. The relative change in sea level for the two Pliocene experiments (Pliocene – Control experiment shown in panels a– c) for d AIS, e WAIS and f EAIS. Since BASISM is a SIA-only model, results are only shown for the EAIS. Middle is the 5th ranking sea level contribution from the list of 10 SIA-SSA model results. There are no results shown in this figure for the MIROC4m or MRI-CGCM2.3 predictions, however these can be seen in Supplementary Fig. 13


Interactive Data Visualization With Impala
Select a sensor to map and a span of time to see that player's position on the field.
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Future Tools For Youth Data Literacies Workshop
Call For Papers (PDF,TXT,BROCHURE)
HotWeb is a forum that brings together researchers and practitioners interested in the design, implementation, and evaluation of Web systems and applications.
Sponsored by the ACM, the IEEE Computer Society, and the IEEE-CS Technical Committee on the Internet, the workshop seeks to act as a conduit for the presentation of novel approaches used in support of performance, scalability, and security of Internet systems and applications, including Web searching and indexing, content distribution and delivery networks, Web services, online social networks, Web of Things, mobile Web, and edge computing.
Particular areas of interest include, but are not limited to:
If you have any problems or questions, please contact us via e-mail at<EMAIL_ADDRESS>Papers describing timely research contributions in HotWeb's areas of interest are solicited. Papers reporting on initial results as well as papers discussing mature research projects or case studies of deployed systems are sought out. Submissions describing big ideas that may have significant impact and could lead to interesting discussions at the workshop are encouraged.
Submitted papers must be neither previously published nor under review by another workshop, conference or journal. Only electronic submissions in PDF will be accepted. Submitted papers must be written in English, must be no longer than 6 pages (minimum 10pt font), must render without error using standard PDF viewing tools, must print on US-Letter-sized paper, and must conform to the standard ACM Template.
At least one of the authors of each paper accepted for presentation in HotWeb 2017 must register for the workshop.
All papers presented at the workshop will be included in the ACM Digital Library.
Important Dates:
Submission Deadline: June 20, 2017
Notification of Acceptance: August 7, 2017
Camera-ready Copy: August 17, 2017


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A Maryland classic timber frame barn built using timeless principles, resulting in a sustainable long lasting equestrian structure.
The barn contains four generous stalls; each accessible from both the interior and exterior of the barn. A large hay loft is overhead. Stalls act as run in shelter.
Accessible frost free hydrants are positioned at each end of the barn. The connecting pasture includes a frost free low maintenance waterer. Electric and lighting included.
A six acre pasture is accessible directly from the barn. The pasture is enclosed with a traditional three board oak fencing; a generous gallop surrounds the entire perimeter.
Beautiful Bank Barn includes two large horse stalls and one small stall, a petite tack room, frost free hydrant, and electric.
A four acre pasture is directly accessible from this barn. A paddock separates the stalls from main field. A full gallop surrounds the entire perimeter.
The property is located in the the desirable Green Spring Valley Hunt club area.
The barns are nestled amongst mature forests. Trail riding is available on/off the property.
5025 Old Quarter Road, Upperco, MD 21155


using namespace std;
class base
{
public:
base(){cout<<"Base Constructor Called\n";}
~base(){cout<<"Base Destructor called\n";}
};
class derived1:public base
{
public:
derived1(){cout<<"Derived constructor called\n";}
~derived1(){cout<<"Derived destructor called\n";}
};
int main()
{
base* b;
b=new derived1;
delete b;
}
/*
The above code output the following....
Base Constructor Called
Derived constructor called
Base Destructor calledThe construction of derived object follow the construction rule but when we delete the "b" pointer(base pointer) we have found that only the base destructor is call.But this must not be happened. To do the appropriate thing we have to make the base destructor virtual. Now let see what happen in the following ...
*/


#assign compareJPA="active"> <#assign subtitle = "Compare with JPA">
JPA is architecture such that the entity beans must be attached
to the PersistenceContext
in order for the entity beans to be persisted
.
That is, JPA mandates attach/detach
semantics. This has a number of consequences including:
With JPA there is:
Using JDBC batch is important so that Ebean can get optimal performance when persisting. With Ebean there is a JDBC batch buffer attached to the transaction and can seamlessly batch up persistence calls using JDBC batch.
Ebean provides full control over JDBC batch via the transaction including the
batch size
, getGeneratedKeys
, and cascade behavior
.
Unlike JPA with Ebean it is easy to fully control and optimise batch processing.
Additional to full control over JDBC batch Ebean provides the ability on a transaction to:
Ebean provides access to the underlying java.sql.Connection
for performing
raw JDBC if needed along with transaction.addModification(table, ...)
method to
tell Ebean what tables were modified for L2 cache invalidation.
Ebean also has built in SqlUpdate
and CallableSql
for easy SQL bulk
statements and calling stored procedures.
Ebean lets you start a transaction at a higher Isolation level. JPA does not support this.
Ebean allows us to populate a bean (or object graph) and update()
without loading
the object object. This is useful in Rest like API's where we want to populate an entity object graph
from JSON and perform an update.
Ebean has built in findCount
which takes a copy of the query and optimises it for executing
a count (by removing fetch, ordering etc). In JPA we would use the count() function
and can't
use the same query to for a findList
type query.
JPA has no support for a PagedList
query that supports finding the "total count" for the
query as well as a page of results. (Spring Data JPA helps fill this gap somewhat).
JPA has no support for executing large queries. Ebean has findEach
for executing large queries (cursors / streaming) that takes into account the scope of the persistence context
, JDBC driver fetchSize and MySql specific treatment (because MySql has specific issues to deal with).
JPA has no equivalent to Ebean's findMap
which returns the objects mapped by a property.
Ebean has built in support for executing queries in the background returning Futures
with findFutureList(), findFutureCount() and findFutureIds().
This provides an easy way to execute queries that can be cancelled.
Internally findFutureCount() is used as part of PagedList
query such that the
total count query can be executed in parallel to the findList() query.
JPA has no support for SQL2011 AS OF
queries yet.
JPA has no support for SQL2011 VERSIONS BETWEEN
queries yet.
JPA missed using generics with it's initial API and hence has both Query
and TypedQuery
which is not ideal.
JPQL
has both poor support for partial objects
and poor support for optimising complex queries for N + 1
by defining
what part of the object graph should be fetched.
In it's current state JPQL
is a poor language for optimising ORM queries. JPA 2.1 added
in support for fetch groups
as a query hint but there are a number of issues with this:
being rather inelegant to use, only a query hint with relatively poor support and ultimately missing
some important features for controlling object graph construction from mixed sources (L2, L3 and DB).
In JPA the emphasis on annotations FetchType.Eager
and FetchType.Lazy
and limitations in JPQL has put JPA in a bad position for optimising ORM queries and it will be
interesting if they can get to the level of control over object graph construction that Ebean supports.
You could argue there is a bit more "ceremony" with JPA Criteria queries which makes the query more verbose and harder to read.
LocalDate today = new LocalDate(); List<|Customer> customers = new QCustomer() .birthday.equalTo(today) .createdAt.before(today.minusYears(2)) .findList();
LocalDate today = new LocalDate(); EntityManager em = ...; CriteriaBuilder builder = em.getCriteriaBuilder(); CriteriaQuery<|Customer> query = builder.createQuery(Customer.class); Root<|Customer> root = query.from(Customer.class); Predicate hasBirthday = builder.equal(root.get(Customer_.birthday), today); Predicate isLongTermCustomer = builder.lessThan(root.get(Customer_.createdAt), today.minusYears(2); query.where(builder.and(hasBirthday, isLongTermCustomer)); List<|Customer> customers = em.createQuery(query.select(root)).getResultList();
Java annotation processing is used by both Ebean (to generate "Query beans") and JPA (to generate JPA Query Meta model classes in order to provide type safe query construction and execution.
I suspect many JPA users look to use QueryDSL as a preference over the standard JPA Criteria meta model objects.
Unlike JPA Ebean does not require a default constructor.
Ebean has built in support for entities based on database views.
Ebean does not require entities to have an @Id property. These entities are considered "read only" and automatically bypass the persistence context. This entities are typically used for reporting purposes.
The JPA spec naming convention includes both mixed case and underscores - it is odd. Ebean's default naming
convention of UnderscoreNamingConvention
matches Hibernates ImprovedNamingStrategy
and not the JPA spec naming convention.
Ebean has built in support for @WhenCreated
, @WhenModified
, @WhoCreated
, @WhoModified
and full SQL2011 @History support.
Ebean includes mapping support for Postgres JSONB, JSON and similar types for Oracle, MySql (and shortly SQL Server).
Ebean includes mapping support for Postgres ARRAY type.
Ebean includes support for @SoftDelete
with associated
delete permanent, cascading behavior and query support.
Ebean includes support for @Draftable
which provides
"live" and "editing" capability with publish()
and restore()
function.


--- layout: default --- « Home I run this blog to document anything I find interesting and want to remember in the future. If you find any of it useful, then that’s great.
I run this blog to document anything I find interesting and want to remember in the future. If you find any of it useful, then that’s great.


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What I learnt is that oftentimes we don't give each oher anywhere near as much attention as we deserve when it comes to listening. I ejoyed being the listener and having my attention 100% absorbed into what my partner was saying. I am convinced mindful conversation is rewarding to either party and I am going to try it again with a variety of people I might be talking to. I do think that not paying attention while conversing is really robbing yourself of the experience that is human interaction and I want for all of my conversations to be as mindful of possible from this point on.
Definiyely and without doubt walking meditation has a place in my life alerady, more so it is often jogging meditation. I stumbled upon it accidentally runnning in the park years ago and reading this chapter helped me to systemize my unerstanding of the mechanics behind it. I want to aim to have more walking meditations not only when I run but as I walk to work during the next month.


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Telephone: 07710 545555 (Paul)
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Extraction of links to Daisy documents from various content types, allows registering additional link extractors.


{% extends "base.html" %} {% block title %}Upload{% endblock %} {% block page_content %}
Upload an image to be watermarked


Ocala events
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Breeding Yellow Face Parrotlets - The Parrotlet Ranch
Mar 2, 2006 . Breeding Yellow Face Parrotlets - The Parrotlet Ranch. . They are also given bee pollen, Spirulina and wheat grass powder weekly as well.
http://www.parrotletranch.com/breedingyf.htmlLog & Cedar Maintenance - Carpenter bees - by A PLUS Pressure ...
Male carpenter bees are recognized for having a yellow face and interestingly they lack . Besides that and mating, this appears to be their primary roles. It is the .
http://loghomelinks.com/articles/log-home-maintenance-carpenter-bees.htmlOklahoma Wasps, Hornets and Bees | Strike 3 Pest Control
Only mated young females overwinter under leaf litter and in stone walls. Cicada Killer .  Habitat: .
http://www.strike3pestcontrol.com/bug-bios/wasps-hornets-and-bees/
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Bee ID | BBE-Tech: Pest Management & Bee Conservation
. jackets as bees. Honey Bee: From Texas A&M University: . Males of some species have a white or yellow face, where the females do not; males also often have much larger eyes than the females, which relates to their mating behavior.
http://bbe-tech.com/bees/bee-identification/ -
BugBlog: Fork-Tailed Flower Bee
Jun 21, 2009 . A few days ago I observed this bee feeding successively on Lithodora . chestnut hair all over bee with yellow face and black antenna, long tongue. . (2) maternal behaviour (7) maternal care (3) mating (23) mealybugs (1) .
http://abugblog.blogspot.com/2009/06/fork-tailed-flower-bee.html -
carpenter bees, bees, wasp control, yellowjackets
carpenter bees with other bee and wasp control facts. . The male has a yellow face but with top surface of abdomen largely bare and shining and black in color. . In the spring, the survivors emerge and feed on nectar Then mating begins and .
http://www.pestcontrol-products.com/bee_facts.htmmens ruffled shirts chicago
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Gordon's Solitary Bee Page
Introduction, Mating and Nesting, Foraging, Weather . Bees are not only cute, but are extremely important to the ecology of most habitats as they . middle legs and a yellow face, both sexes have very long tongues which you can easily see .
http://www.earthlife.net/insects/solbees.html -
Eastern Australian bees XI - a gallery on Flickr
this bee apparently is lacking the yellow face marks present in nubilosus and many other species. IMG_4871 . Blue-banded bees mating. by kasia-aus .
http://www.flickr.com/photos/29697818@N03/galleries/72157623470502199/


--- layout: post title: Julie Suk Award Finalists date: 2015-01-23 06:15:16.000000000 -06:00 type: post published: true status: publish categories: - Calenday tags: [] meta: _mk_post_love: '0' _edit_last: '1' _wpb_vc_js_status: 'false' _wpb_vc_js_interface_version: '0' textfalse: '' _layout: right _padding: 'false' _single_featured: '-1' _custom_bg: 'false' background_selector_orientation: full body_color: '#fff' body_source: no-image body_cover: 'false' page_color: '#fff' page_source: no-image page_cover: 'false' header_color: '#fff' header_source: no-image header_cover: 'false' banner_color: '#fafafa' banner_source: no-image banner_cover: 'false' footer_color: '#191919' footer_source: no-image footer_cover: 'false' _page_title_padding: '40' _page_title_align: left _page_title_size: '18' _breadcrumb_skin: dark _thumbnail_id: '21462' _yoast_wpseo_linkdex: '87' _yoast_wpseo_focuskw: Julie Suk Award _yoast_wpseo_metadesc: Calenday is a finalist for the Julie Suk Award -- Best Poetry Book in 2014! Here is a list of all the finalists and where to get their books. _jetpack_related_posts_cache: a:1:{s:32:"8f6677c9d6b0f903e98ad32ec61f8deb";a:2:{s:7:"expires";i:1444852442;s:7:"payload";a:3:{i:0;a:1:{s:2:"id";i:21355;}i:1;a:1:{s:2:"id";i:21544;}i:2;a:1:{s:2:"id";i:21204;}}}} _theme_options_build: '' _dynamic_styles: Tjs= author: login: wlftn email<EMAIL_ADDRESS>display_name: lauren first_name: Lauren last_name: '' ---
A list of all the finalists and where to get them!
Calenday was just nominated for the Julie Suk Award, an award given by Jacar Press for the best book of poetry published in 2014, and that made so happy! Maybe this means the book isn't a complete disaster, right? (As Kelli Russell Agodon hilariously put it.) It was nominated along with all these other amazing finalists -- and their collections instantly caught my eye. I suddenly wanted all of those books. I imagined a giant package of them arriving at my gate, carried by a dog sled and wrapped in brown-paper; I pictured myself in wool pajamas, petting the huskies and giving the driver a magical tincture in a bronze flask, as payment for the long trek.
But it didn't seem like there was one button I could push to make all that happen. There wasn't, like, an "All These Books By Dog Sled" button. So in lieu of that, I am compiling the list here, of where to get them, for me, for you -- for everyone!
Kelli Russell Agodon – Hourglass Museum
BUY: White Pine Press (Amazon) | SPD Books
Zeina Hashem Beck – To Live in Autumn
BUY: Amazon | Small Press Distribution | Author Website
Denise Bergman – The Telling
BUY: Cervana Barva Press | The Lost Bookshelf
Meg Day – Last Psalm at Sea Level
BUY: Barrow Street Press | SPD Books
Renee Emerson – keeping me still
BUY: Winter Goose Publishing | Barnes & Noble | Amazon
John M. Fitzgerald – Favorite Bedtime Stories
BUY: Salmon Poetry
Lauren Haldeman – Calenday
BUY: Rescue Press | SPD Books
Chloe Honum – The Tulip-Flame
BUY: Cleveland State University Poetry Center | SPD Books
Lissa Kiernan – Two Faint Lines in the Violet
BUY: Negative Capability Press | SPD Books
Garth Martens – Prologue for the Age of Consequence
BUY: Anansi
Heather Ross Miller – Celestial Navigator
BUY: Louisiana Literature Press
Joseph Mills – This Miraculous Turning
BUY: Press 53
Susan Rich – Cloud Pharmacy
BUY: White Pine Press | SPD Books
David Roderick – The Americans
BUY: University of Pittsburgh Press
Anya Silver – I Watched You Disappear
BUY: Louisiana State University Press | Amazon
Diana Whitney – Wanting It
BUY: Harbor Mountain Press | SPD Books
So, go on now -- get them! Maybe the beautiful dog sled will bring them to your door too.


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I’m ending a paternity leave soon and made my way back into the office today. I’m going to write more on this topic soon, but putting some rough thoughts together.
- More dads should do this. Sure, my situation was different with twins, and not everyone can do it. But for those that have the means - I’d recommend it.
- You’ll learn more about yourself than you could have imagined.
- Parenting is a forcing function to reset your habits. Every minute of your day will be reevaluated. You can choose to let this run you over, or use it in your favor and develop better, healthier habits.
- Take all the help you can get. We have twin daughters, so this is more important to us.
- Turn off. Make home your job. Approach it with the same rigor you would approach work.
- Ease back in. Going from not working to working 5 days a week is a recipe for disaster.
- Take more video. Your babies will not make the same sounds growing up. Pictures won’t cut it.
That’s all for now, but I’ll come back to this topic later.


Before Change
// These are the metrics we"ll pass up the way, and their new names
train_metrics = {"train_loss", "ups", "wps", "gnorm", "clip"}
valid_metrics = {"valid_loss"}
metrics = train_metrics if self.is_training else valid_metrics
m = {k: self.trainer.meters[k].avg for k in metrics}
// additionally output perplexity. note that fairseq models use base 2
// in cross_entropy:
// github.com/pytorch/fairseq/blob/master/fairseq/criterions/cross_entropy.py//L55
if "train_loss" in m:
m["train_ppl"] = np.exp2(m["train_loss"])
if "valid_loss" in m:
m["ppl"] = np.exp2(m["valid_loss"])
for k, v in m.items():
// clean up: rounds to sigfigs and converts tensors to floats
m[k] = round_sigfigs(v, 4)
After Change
output[k] = self.trainer.meters[k].avg
// for display purposes
output = {k: round_sigfigs(v, 4) for k, v in output.items()}
return output
def reset_metrics(self):
Reset metrics calculated by the model back to zero.


Notes for paper - Predicting Depth, Surface Normals and Semantic Labels with a Common Multi-Scale Convolutional Architecture
March 8, 2016
Motivation
The paper presents a technique used to solve three tasks for a given photograph:
- what is the depth at any given point of the image
- how is the surface oriented
- what object contains a given pixels (segmentation)
The idea here is to used a single model to solve this tasks simultaneously. An interesting side effect of this is that the features used to determine the orientation and the depth are very relevant when performing segmentation. We then influence the learning in a way where each task improve all other tasks.
Depth
As a human, looking at a photography we can tell that an object is closer to the person who holds the camera than another one.
The loss function used to measure the correctness of the depth model is defined by :
where is the difference between the ground truth and the predicted value for pixel using a log scale.
The first 2 terms correspond to a scale invariant error, that is agnostic to the absolute global scale. The idea here is that we can not determine the absolute depth given an image (e.g. crop the image, how does it change the depth of every point ?), nor are we really interested in an absolute value for the depth. However, the relative depth between 2 pixels gives us information regarding whether it belongs to the same object and is much more interesting.
The last terms act as a regularizer in that it forces the predictor to be smoother but still match the ground truth.
Question : why use a logarithmic distance ? It seems adapted to scenes with very distant objects such as landscapes, but is less appropriate for inner use ?
Surface normal
Another local property of an object is the orientation of its boundary. It gives information regarding the structure of an object.
Both the ground truth and the predicted normals are normalized using $l_2$ norm. The loss then used is:
The dot product is maximized when the two vectors are aligned, which minimizes the loss.
Question: This norm looks like a norm, can we think of a equivalent ? I am thinking something like that would penalize more a prediction that is far from the ground truth.
Semantic label
The last task is semantic label. It consists in assigning an object to each pixel. An hyperparameter is the number of different object classes that we allow for a given model. the loss used here is a standard cross entropy loss:
Model
Model architecture
A key point of this paper is the model used. The authors use a multiscale architecture that first predict a global estimation then refines it with higher definition network.
The idea of multi scale was first introduced in a previous paper by the same authors, the figure below show the details.
The first stage (scale 1) uses convolutions that output downscaled feature maps, which are then upsampled and fed to a second stage (scale 2) that outputs that combines them with other local features learned directly from the raw image and outputs a prediction.
This paper introduces a third stage following the same principle as in the previous paper.
The third stage outputs predictions for the three tasks.
Training
A few tricks are used for training:
Training stages separately
The authors first train scales 1 and 2 first using SGD, then fix the parameters for 1 and 2 and train only scale 3.
Image croping
For memory reduction, during the training of scale 3, the authors use random crops as inputs and outputs instead of using the whole image. They find it speeds up training and does not impact the performance of the model.
Conclusion
The model improves the state of the art for several datasets.
I think such a model could be used also for object recognition as it learns interesting features of a scene that can be used to recognize a certain object.


[ 1 , 2 , 3 ] # => [1, 2, 3] Array.new(2) # => [nil, nil] Array.new(5) { |i| i * 5 } # => [0, 5, 10, 15, 20] Array.new(2) { Array.new(2) } # => [[nil, nil], [nil, nil]] ary = [ ] # => [] ary = Array.new # => [] # initializing an array of strings on whitespace %w(this that, and the other) # => ["this", "that,", "and", "the", "other"]
ary = %w(ruby python perl php javascript c) ary[0] # => "ruby" ary[1] # => "python" ary[2] # => "perl" ary[3] # => "php" ary[4] = 'ecmascript' ary # => ["ruby", "python", "perl", "php", "ecmascript", "c"] # negative indexes are applied from the end ary[-1] # => "c" ary[-2] # => "ecmascript" ary[-3] # => "php" # first and last (unfortunately can't do ary.first = 'abc' , for reasons that will become clearer when we talk more about the object model) ary.first # => "ruby" ary.last # => "c" # subarrays, give a range of indexes, or a start index and length ary # => ["ruby", "python", "perl", "php", "ecmascript", "c"] ary[0..2] # => ["ruby", "python", "perl"] ary[-3..-1] # => ["php", "ecmascript", "c"] ary[2,3] # => ["perl", "php", "ecmascript"] # can replace a range of indexes with elements from an array (size doesn't need to match) ary # => ["ruby", "python", "perl", "php", "ecmascript", "c"] ary[1..2] = [9,8,7,6,5,4,3,2,1] ary # => ["ruby", 9, 8, 7, 6, 5, 4, 3, 2, 1, "php", "ecmascript", "c"] ary = Array(0..10) # => [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10] ary.insert(5,'five') ary # => [0, 1, 2, 3, 4, "five", 5, 6, 7, 8, 9, 10]
before = [3,6,3,0,8,235,-3] after = before.sort before # => [3, 6, 3, 0, 8, 235, -3] after # => [-3, 0, 3, 3, 6, 8, 235] # a bang on the end of a method means "watch out", many methods have a "safe" version which will return a new object # and a "dangerous" version, which will mutate the current object. (this is not it's only use, so check the docs ;) before # => [3, 6, 3, 0, 8, 235, -3] before.sort! before # => [-3, 0, 3, 3, 6, 8, 235] # you can sort based on your own criteria, your block must simply evaluate to -1 , 0 , or 1 # This is the same as Java's compareTo method. We have a method like that already, our spaceship operator # if this example is too confusing, let me know (or if it's cake, you can brag) after = before.sort do |a,b| b <=> a # sort such that larger elements come first end before # => [-3, 0, 3, 3, 6, 8, 235] after # => [235, 8, 6, 3, 3, 0, -3] # An object with a name and age class Person attr_accessor 'name', 'age' def initialize(name, age) @name, @age = name, age end def inspect "<#{name}(#{age})>" end end # whatever the block returns will be used to sort the object people = [ Person.new( 'Ernie' , 20 ), Person.new( 'Sara' , 50 ), Person.new( 'Monique' , 10 ), Person.new( 'Mohammed' , 60 ), ] people.sort_by { |person| person.age } # => [<Monique(10)>, <Ernie(20)>, <Sara(50)>, <Mohammed(60)>]
# appending / pushing / popping (never have to write a stack again) ary = [1,2,3] ary << 4 ary # => [1, 2, 3, 4] ary.push 5 ary # => [1, 2, 3, 4, 5] ary.pop # => 5 ary # => [1, 2, 3, 4] # if you want to push / pop from the beginning, it's called unshifting and shifting # to help you remember which is which, it might help to associate shift with the assembly command shl ary = [1,2,3] ary.unshift 0 ary # => [0, 1, 2, 3] ary.shift # => 0 ary # => [1, 2, 3] # removing items ary = Array(1..10) # => [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] ary.delete 5 ary # => [1, 2, 3, 4, 6, 7, 8, 9, 10] ary = Array(1..10) # => [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] ary.reject { |i| i % 2 == 0 } # => [1, 3, 5, 7, 9] ary.select { |i| i % 2 == 0 } # => [2, 4, 6, 8, 10] # checking for an object ary = Array(3..10) # => [3, 4, 5, 6, 7, 8, 9, 10] ary.include?(5) # => true ary.index(5) # => 2 ary.include?(11) # => false ary.index(11) # => nil
# iterate over each element sum , ary = 0 , [1,2,3] ary.each { |num| sum += num } sum # => 6 # iterating over each index , capture results in a new Array results = Array.new %w(a b c).each_index { |i| results.push i } results # => [0, 1, 2] # what if you care about both elements and indexes? results = Array.new %w(a b c).each_with_index do |character,index| results.push "index #{index} holds element #{character}" end results # => ["index 0 holds element a", "index 1 holds element b", "index 2 holds element c"] # create a new array, where each element is derived from the original array # whatever the block returns (its last line) will be at that index in the new array ary = [0,1,1,1,1,3] ary.map { |num| num * 2 } # => [0, 2, 2, 2, 2, 6] ary.map { |num| %w(zero one two three)[num] } # => ["zero", "one", "one", "one", "one", "three"] # iterate over multiple elements result = [] Array(1..10).each_slice(2) { |a, b| result << [a, b] } result # => [[1, 2], [3, 4], [5, 6], [7, 8], [9, 10]] result = [] Array(1..10).each_cons(2) { |a, b| result << [a, b] } result # => [[1, 2], [2, 3], [3, 4], [4, 5], [5, 6], [6, 7], [7, 8], [8, 9], [9, 10]]
# equality [1,2,3] == [1,2,3] # => true [1,2,3] == [3,2,1] # => false # repetition [1,22] * 3 # => [1, 22, 1, 22, 1, 22] # concatenation [1,2] + %w(3 4) # => [1, 2, "3", "4"] # difference [1,2,3,4] - [3,5] # => [1, 2, 4] # max and min [3, 4, 13, 2, -3, 7].max # => 13 [3, 4, 13, 2, -3, 7].min # => -3 # intersection [1,3,4] & [0,3,4,5] # => [3, 4] # union (order is not guaranteed) [1,3,4] | [0,3,4,5] # => [1, 3, 4, 0, 5] # convert each element to a string, and join them together [1,2,3].join(' and ') # => "1 and 2 and 3" # length / size (get tired of trying to remember which is correct? In Ruby, they both are ^_^) [1,2,3].length # => 3 [1,2,3].size # => 3 # reverse [1,2,3].reverse # => [3, 2, 1] # transpose a = [1,2,3] b = %w(one two three) [ a , b ].transpose # => [[1, "one"], [2, "two"], [3, "three"]] a.zip b # => [[1, "one"], [2, "two"], [3, "three"]] # assigning to variables a = [1,2,3] num1 , num2 , num3 = a num1 # => 1 num2 # => 2 num3 # => 3 # "removing" the brackets to feed as arguments def sum( x , y , z ) x + y + z end a = [1,2,3] sum(*a) # => 6


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The Dynamic Time Warping (DTW) distance for time series allows non-linear alignments of time series to match similar patterns in time series of different lengths and or different speeds. Beside the traditional implementation of the DTW algorithm, the specialities of this package are, (1) the incremental calculation, which is specifically useful for life data streams due to computationally efficiency, (2) the vector based implementation of the traditional DTW algorithm which is faster because no matrices are allocated and is especially useful for computing distance matrices of pairwise DTW distances for many time series and (3) the combination of incremental and vector-based calculation. C++ in the heart. For details about DTW see the original paper "Dynamic programming algorithm optimization for spoken word recognition" by Sakoe and Chiba (1978) <doi:10.1109/TASSP.1978.1163055>.
| Version: | 1.0.4 |
| Depends: | R (≥ 2.10) |
| Imports: | Rcpp (≥ 0.12.8), RcppParallel, ggplot2, scales, parallel, stats, data.table |
| LinkingTo: | Rcpp, RcppParallel, RcppArmadillo |
| Suggests: | knitr, dtw, rmarkdown, gridExtra, testthat, dtwclust, parallelDist, microbenchmark, rucrdtw, proxy |
| Published: | 2018-09-11 |
| Author: | Maximilian Leodolter |
| Maintainer: | Maximilian Leodolter <maximilian.leodolter at gmail.com> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | yes |
| SystemRequirements: | GNU make |
| CRAN checks: | IncDTW results |
| Reference manual: | IncDTW.pdf |
| Vignettes: |
Incremental Dynamic Time Warping Incremental Dynamic Time Warping |
| Package source: | IncDTW_1.0.4.tar.gz |
| Windows binaries: | r-devel: IncDTW_1.0.4.zip, r-release: IncDTW_1.0.4.zip, r-oldrel: IncDTW_1.0.4.zip |
| OS X binaries: | r-release: IncDTW_1.0.4.tgz, r-oldrel: IncDTW_1.0.4.tgz |
| Old sources: | IncDTW archive |
Please use the canonical form https://CRAN.R-project.org/package=IncDTW to link to this page.


2 Samuel 18:19
Then said Ahimaaz the son of Zadok, Let me now run, and bear the king tidings, how that the LORD hath avenged him of his enemies.


Table Of Contents
Scatter¶
Scatter
is used to build interactive widgets that can be translated,
rotated and scaled with two or more fingers on a multitouch system.
Scatter has its own matrix transformation: the modelview matrix is changed before the children are drawn and the previous matrix is restored when the drawing is finished. That makes it possible to perform rotation, scaling and translation over the entire children tree without changing any widget properties. That specific behavior makes the scatter unique, but there are some advantages / constraints that you should consider:
- The children are positioned relative to the scatter similarly to a
RelativeLayout
. So when dragging the scatter, the position of the children don’t change, only the position of the scatter does. - The scatter size has no impact on the size of it’s children.
- If you want to resize the scatter, use scale, not size (read #2). Scale transforms both the scatter and its children, but does not change size.
- The scatter is not a layout. You must manage the size of the children yourself.
For touch events, the scatter converts from the parent matrix to the scatter
matrix automatically in on_touch_down/move/up events. If you are doing things
manually, you will need to use to_parent()
and
to_local()
.
Usage¶
By default, the Scatter does not have a graphical representation: it is a
container only. The idea is to combine the Scatter with another widget, for
example an Image
:
scatter = Scatter()
image = Image(source='sun.jpg')
scatter.add_widget(image)
Control Interactions¶
By default, all interactions are enabled. You can selectively disable them using the do_rotation, do_translation and do_scale properties.
Disable rotation:
scatter = Scatter(do_rotation=False)
Allow only translation:
scatter = Scatter(do_rotation=False, do_scale=False)
Allow only translation on x axis:
scatter = Scatter(do_rotation=False, do_scale=False,
do_translation_y=False)
Automatic Bring to Front¶
If the Scatter.auto_bring_to_front
property is True, the scatter
widget will be removed and re-added to the parent when it is touched
(brought to front, above all other widgets in the parent). This is useful
when you are manipulating several scatter widgets and don’t want the active
one to be partially hidden.
Scale Limitation¶
We are using a 32-bit matrix in double representation. That means we have a limit for scaling. You cannot do infinite scaling down/up with our implementation.
You can also limit the minimum and maximum scale allowed:
scatter = Scatter(scale_min=.5, scale_max=3.)
Behavior¶
バージョン 1.1.0 で変更: If no control interactions are enabled, then the touch handler will never return True.
-
class
kivy.uix.scatter.
Scatter
(**kwargs)[ソース]¶ ベースクラス:
kivy.uix.widget.Widget
Scatter class. See module documentation for more information.
Events: - on_transform_with_touch:
Fired when the scatter has been transformed by user touch or multitouch, such as panning or zooming.
- on_bring_to_front:
Fired when the scatter is brought to the front.
バージョン 1.9.0 で変更: Event on_bring_to_front added.
バージョン 1.8.0 で変更: Event on_transform_with_touch added.
-
apply_transform
(trans, post_multiply=False, anchor=(0, 0))[ソース]¶ Transforms the scatter by applying the “trans” transformation matrix (on top of its current transformation state). The resultant matrix can be found in the
transform
property.Parameters: - trans:
Matrix
. Transformation matix to be applied to the scatter widget.
- anchor: tuple, defaults to (0, 0).
The point to use as the origin of the transformation (uses local widget space).
- post_multiply: bool, defaults to False.
If True, the transform matrix is post multiplied (as if applied before the current transform).
Usage example:
from kivy.graphics.transformation import Matrix mat = Matrix().scale(3, 3, 3) scatter_instance.apply_transform(mat)
- trans:
-
auto_bring_to_front
¶ If True, the widget will be automatically pushed on the top of parent widget list for drawing.
auto_bring_to_front
is aBooleanProperty
and defaults to True.
-
bbox
¶ Bounding box of the widget in parent space:
((x, y), (w, h)) # x, y = lower left corner
bbox
is anAliasProperty
.
-
do_collide_after_children
¶ If True, the collision detection for limiting the touch inside the scatter will be done after dispaching the touch to the children. You can put children outside the bounding box of the scatter and still be able to touch them.
バージョン 1.3.0 で追加.
-
do_rotation
¶ Allow rotation.
do_rotation
is aBooleanProperty
and defaults to True.
-
do_scale
¶ Allow scaling.
do_scale
is aBooleanProperty
and defaults to True.
-
do_translation
¶ Allow translation on the X or Y axis.
do_translation
is anAliasProperty
of (do_translation_x
+do_translation_y
)
-
do_translation_x
¶ Allow translation on the X axis.
do_translation_x
is aBooleanProperty
and defaults to True.
-
do_translation_y
¶ Allow translation on Y axis.
do_translation_y
is aBooleanProperty
and defaults to True.
-
on_bring_to_front
(touch)[ソース]¶ Called when a touch event causes the scatter to be brought to the front of the parent (only if
auto_bring_to_front
is True)Parameters: - touch:
The touch object which brought the scatter to front.
バージョン 1.9.0 で追加.
-
on_transform_with_touch
(touch)[ソース]¶ Called when a touch event has transformed the scatter widget. By default this does nothing, but can be overriden by derived classes that need to react to transformations caused by user input.
Parameters: - touch:
The touch object which triggered the transformation.
バージョン 1.8.0 で追加.
-
rotation
¶ Rotation value of the scatter.
rotation
is anAliasProperty
and defaults to 0.0.
-
scale
¶ Scale value of the scatter.
scale
is anAliasProperty
and defaults to 1.0.
-
scale_max
¶ Maximum scaling factor allowed.
scale_max
is aNumericProperty
and defaults to 1e20.
-
scale_min
¶ Minimum scaling factor allowed.
scale_min
is aNumericProperty
and defaults to 0.01.
-
transform
¶ Transformation matrix.
transform
is anObjectProperty
and defaults to the identity matrix.注釈
This matrix reflects the current state of the transformation matrix but setting it directly will erase previously applied transformations. To apply a transformation considering context, please use the
apply_transform
method.
-
transform_inv
¶ Inverse of the transformation matrix.
transform_inv
is anObjectProperty
and defaults to the identity matrix.
-
translation_touches
¶ Determine whether translation was triggered by a single or multiple touches. This only has effect when
do_translation
= True.translation_touches
is aNumericProperty
and defaults to 1.バージョン 1.7.0 で追加.
-
class
kivy.uix.scatter.
ScatterPlane
(**kwargs)[ソース]¶ ベースクラス:
kivy.uix.scatter.Scatter
This is essentially an unbounded Scatter widget. It’s a convenience class to make it easier to handle infinite planes.


| Methods' Summary |
| getClasses |
[ DEPRECATED ]
Deprecated. Do not call.
|
| getClass |
[ DEPRECATED ]
Deprecated. Do not call.
|
| equals |
Tests whether two reflecting objects reflect the same type.
|
| isAssignableFrom |
Tests whether values of this reflected type are assignable from values
of a second one (xType ).
|
| getTypeClass |
Returns the ::com::sun::star::uno::TypeClass
of the reflected type.
|
| getName |
Returns the fully-qualified name of the reflected type.
|
| getUik |
[ DEPRECATED ]
Deprecated. Do not call.
|
| getSuperclasses |
If the reflected type is an interface, then the returned
sequence of XIdlClass reflect the base interfaces.
If the reflected type is not an interface or an interface that is
not derived from another, then an empty sequence is returned.
|
| getInterfaces |
[ DEPRECATED ]
Deprecated. Do not call.
|
| getComponentType |
If the reflected type is an array or sequence, then this method
returns a XIdlClass interface reflecting
the element.
|
| getField |
If the reflected type is an interface, struct or union, then you
get a XIdlField interface reflecting the demanded
field (/interface attribute) by name.
If the reflected type is not an interface, struct or union or the
interace, struct or union does not have a field (/interface attribute)
with the demanded name, then a null-reference is returned.
|
| getFields |
If the reflected type is an interface, struct or union, then you
get a sequence of XIdlField interfaces reflecting all fields
(/interface attributes). This also includes all inherited
fields (/interface attributes) of the interface, struct of union.
If the reflected type is not an interface, struct or union or the
interface, struct or union does not have any field (/interface attribute),
then an empty sequence is returned.
|
| getMethod |
If the reflected type is an interface, then you get
a XIdlMethod interface reflecting the demanded method by name.
If the reflected type is not an interface or the interface does not have
a method with the demanded name (including inherited methods),
then a null-reference is returned.
|
| getMethods |
If the reflected type is an interface, then you get
a sequence of XIdlMethod interfaces reflecting all methods
of the interface. This also includes the inherited methods of the interface.
If the reflected type is not an interface or the interface
does not have any methods, then a null-reference is returned.
|
| getArray |
If the reflected type is an array, then you get
a XIdlArray interface to modify instances of the array type.
If the reflected type is not an array, then a null-reference is returned.
|
| createObject |
This method creates instances of the reflected type.
@attention
Instances of type any can not be passed using an any , because
anys cannot be nested. So if the reflected type is an any , then the
returned value is empty.
|
| Methods' Details |
getClasses
- Usage Restrictions
- deprecated
- Description
- Deprecated. Do not call.
|
|
getClass
- Usage Restrictions
- deprecated
- Description
- Deprecated. Do not call.
|
|
equals
- Description
- Tests whether two reflecting objects reflect the same type.
- Returns
- true, if the objects reflect the same type, false otherwise.
|
|
isAssignableFrom
| boolean |
| isAssignableFrom( |
[in] XIdlClass |
xType ); |
- Description
- Tests whether values of this reflected type are assignable from values
of a second one (
xType ).
- Parameter xType
- another reflected type
- Returns
- true, if values of this reflected type are assignable
from values of
xType .
|
|
getTypeClass
- Description
- Returns the ::com::sun::star::uno::TypeClass
of the reflected type.
- Returns
- type class of the reflected type.
|
|
getName
- Description
- Returns the fully-qualified name of the reflected type.
- Returns
- the fully-qualified name of the type
|
|
getUik
| ::com::sun::star::uno::Uik |
| getUik(); |
- Usage Restrictions
- deprecated
- Description
- Deprecated. Do not call.
|
|
getSuperclasses
- Description
- If the reflected type is an interface, then the returned
sequence of XIdlClass reflect the base interfaces.
If the reflected type is not an interface or an interface that is
not derived from another, then an empty sequence is returned.
- Returns
- all base interfaces of an interface type or an empty sequence.
|
|
getInterfaces
- Usage Restrictions
- deprecated
- Description
- Deprecated. Do not call.
|
|
getComponentType
- Description
- If the reflected type is an array or sequence, then this method
returns a XIdlClass interface reflecting
the element.
- Returns
- reflection interface of the element type of an array or
sequence type (null-reference otherwise).
|
|
getField
- Description
- If the reflected type is an interface, struct or union, then you
get a XIdlField interface reflecting the demanded
field (/interface attribute) by name.
If the reflected type is not an interface, struct or union or the
interace, struct or union does not have a field (/interface attribute)
with the demanded name, then a null-reference is returned.
- Parameter aName
- name of the demanded field reflection
- Returns
- demanded field (/interface attribute) reflection (or null-reference)
|
|
getFields
- Description
- If the reflected type is an interface, struct or union, then you
get a sequence of XIdlField interfaces reflecting all fields
(/interface attributes). This also includes all inherited
fields (/interface attributes) of the interface, struct of union.
If the reflected type is not an interface, struct or union or the
interface, struct or union does not have any field (/interface attribute),
then an empty sequence is returned.
- Returns
- all field (/interface attribute) reflections (or empty sequence)
|
|
getMethod
- Description
- If the reflected type is an interface, then you get
a XIdlMethod interface reflecting the demanded method by name.
If the reflected type is not an interface or the interface does not have
a method with the demanded name (including inherited methods),
then a null-reference is returned.
- Parameter aName
- name of demanded method reflection
- Returns
- demanded method reflection (or null-reference)
|
|
getMethods
- Description
- If the reflected type is an interface, then you get
a sequence of XIdlMethod interfaces reflecting all methods
of the interface. This also includes the inherited methods of the interface.
If the reflected type is not an interface or the interface
does not have any methods, then a null-reference is returned.
- Returns
- all method reflections (or empty sequence)
|
|
getArray
- Description
- If the reflected type is an array, then you get
a XIdlArray interface to modify instances of the array type.
If the reflected type is not an array, then a null-reference is returned.
- Returns
- inteface to modify array instances (or null-reference)
|
|
createObject
| void |
| createObject( |
[out] any |
obj ); |
- Description
- This method creates instances of the reflected type.
@attention
Instances of type
any can not be passed using an any , because
anys cannot be nested. So if the reflected type is an any , then the
returned value is empty.
- Parameter obj
- pure out parameter to pass the created instance
|
|
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


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  Contents
- AM91
-
Andrew W. Appel and David B. MacQueen.
Standard ML of New Jersey.
In Martin Wirsing, editor, 3rd International Symp. on Prog.
Lang. Implementation and Logic Programming, pages 1-13, New York, August
1991. Springer-Verlag.
- Blu00
-
Matthias Blume.
CM: The SML/NJ compilation and library manager.
Manual accompanying SML/NJ software, 2000.
- MTHM97
-
Robin Milner, Mads Tofte, Robert Harper, and David MacQueen.
The Definition of Standard ML (Revised).
MIT Press, Cambridge, MA, 1997.
Matthias Blume
2001-07-19


Carries out commands in another program with which you have a dynamic data exchange (DDE) link. Use with EXEC, INITIATE, and SEND.KEYS to run another program through Microsoft Excel. (SEND.KEYS is available only in Microsoft Excel for Windows.)
Important Microsoft Excel for the Macintosh requires system software version 7.0 or later for this function.
Syntax
EXECUTE(channel_num, execute_text)
Channel_num is a number returned by a previously run INITIATE function. Channel_num refers to a channel through which Microsoft Excel communicates with another program.
Execute_text is a text string representing commands you want to carry out in the program specified by channel_num. The form of execute_text depends on the program you are referring to. To include specific key sequences in execute_text, use the format described under key_text in the ON.KEY function.
If EXECUTE is not successful, it returns one of the following error values:
| Value returned | Situation |
| #VALUE! | Channel_num is not a valid channel number. |
| #N/A | The program you are accessing is busy. |
| #DIV/0! | The program you are accessing does not respond after a certain length of time or you have pressed ESC to cancel. |
| #REF! | The keys specified in execute_text are refused by the application which you want to access. |
Remarks
Commands sent to another program with EXECUTE will not work when a dialog box is displayed in the program. In Microsoft Excel for Windows, you can use SEND.KEYS to send commands that make selections in a dialog box.
Examples
The following macro formula sends the number 25 and a carriage return to the application identified by channel_num 14:
EXECUTE(14, "25~")
Related Functions
EXEC Starts another application
INITIATE Opens a channel to another application
POKE Sends data to another application
REQUEST Returns data from another application
SEND.KEYS Sends a key sequence to an application
TERMINATE Closes a channel to another application
Return to index


External editor:
The application that should open the selected plist when choosing "Open In External Editor" in the File-menu. Note that Lingon does not automatically update if changes are made to the plist in an external editor; one needs to perform a Refresh in Lingon after it is saved in the external application.
Text font:
The font which the text in Expert-view and the man pages are displayed
Table font size:
Choose between 11 and 13 points as the font size for the tables
Check for updates at startup:
If you are connected to the internet it will check if there's a newer version of Lingon when it starts up, and if so, present you with a choice to download it
Warn me:
If you feel like you want to scream every time the warning about modifying the Apple-supplied configuration files comes up, uncheck this box


Nipsey Hussle
late American Recording Artist
Ermias Joseph Asghedom[1] (August 15, 1985 – March 31, 2019), known professionally as Nipsey Hussle (often stylized as Nipsey Hu$$le), was an American rapper and songwriter from Los Angeles, California. Emerging from the West Coast hip hop scene in the mid-2000s, Hussle initially became known for his numerous mixtapes, including his Bullets Ain't Got No Name series, The Marathon, The Marathon Continues and Crenshaw, the last of which rapper Jay-Z bought 100 copies of for $100 each.[2] After much delay, his debut studio album Victory Lap was released in February 2018 to critical acclaim and commercial success,[3][4][5][6] and was nominated for Best Rap Album at the 61st Annual Grammy Awards in 2019.[7] Hussle was murdered outside his store, Marathon Clothing, in South Los Angeles on March 31, 2019.[8
. for more information


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object atg.commerce.pricing.GWPInfo
public class GWPInfo
Contains information on the state of a GWP promotion.
There will be an instance of this class for each GWP promotion that qualifies and free gift selection given.
e.g. if a promotion gives away 1 shirt and 3 item in a GWP category then there would be two GWPInfo objects.
There is a 1-1 mapping between GWPInfo objects and the order markers that will be created to store information against the order.
If a GWP promotion applies a discount more than once or qualifies more than once then there is still only a
single instance however the quantity is incremented instead.
| Field Summary | |
|---|---|
static java.lang.String |
CLASS_VERSION
Class version string |
protected int |
mGiftHashCode
|
protected RepositoryItem |
mMarker
|
protected java.util.Map |
mOrderDetailsMap
|
protected java.lang.String |
mPromotionId
|
protected long |
mQuantity
|
protected java.util.Map<java.lang.String,java.lang.Long> |
mTargetedItemsMap
|
protected long |
mTargetedQuantity
|
| Constructor Summary | |
|---|---|
GWPInfo(java.lang.String pPromotionId,
DiscountDetail pDiscountDetail)
Constructor uses the discount detail from the GWP promotion to set the properties. |
| Method Summary | |
|---|---|
int |
getGiftHashCode()
Getter for the hash code of the discount detail PMDL that applies to this gift selection. |
java.util.UUID |
getLastTargetSetUUID()
Get property LastTargetSetUUID |
RepositoryItem |
getMarker()
Getter for the existing order marker related to this info (if any) |
java.util.Map |
getOrderDetailsMap()
Getter for the map of other order marker properties. |
java.lang.String |
getPromotionId()
Getter for the promotion id for this GWPInfo |
long |
getQuantity()
Getter for the total free quantity this gift selection offers. |
java.util.Map<java.lang.String,java.lang.Long> |
getTargetedItemsMap()
Getter for the map of commerce item id to quantity targeted to be free. |
long |
getTargetedQuantity()
Getter for the total targeted quantity for this gift selection, should add up to the sum of all quantities in the targetedItemsMap. |
void |
increaseQuantity(DiscountDetail pDiscountDetail)
Method to increase the quantity by the amount in the given discount detail |
void |
setGiftHashCode(int pGiftHashCode)
Setter for the hash code of the discount detail PMDL that applies to this gift selection. |
void |
setLastTargetSetUUID(java.util.UUID pLastTargetSetUUID)
Set property LastTargetSetUUID. |
void |
setMarker(RepositoryItem pMarker)
Setter for the existing order marker related to this info (if any) |
void |
setOrderDetailsMap(java.util.Map pOrderDetailsMap)
Setter for the map of other order marker properties. |
void |
setPromotionId(java.lang.String pPromotionId)
Setter for the promotion id for this GWPInfo |
void |
setQuantity(long pQuantity)
Setter for the total free quantity this gift selection offers. |
void |
setTargetedItemsMap(java.util.Map<java.lang.String,java.lang.Long> pTargetedItemsMap)
Setter for the map of commerce item id to quantity targeted to be free. |
void |
setTargetedQuantity(long pTargetedQuantity)
Setter for the total targeted quantity for this gift selection, should add up to the sum of all quantities in the targetedItemsMap. |
java.lang.String |
toString()
|
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
public static final java.lang.String CLASS_VERSION
protected java.lang.String mPromotionId
protected int mGiftHashCode
protected long mQuantity
protected long mTargetedQuantity
protected java.util.Map mOrderDetailsMap
protected java.util.Map<java.lang.String,java.lang.Long> mTargetedItemsMap
protected RepositoryItem mMarker
| Constructor Detail |
|---|
public GWPInfo(java.lang.String pPromotionId, DiscountDetail pDiscountDetail) throws PricingException
pPromotionId
- String promotion id for this GWPInfopDiscountDetail
- GWP promotion discount detail for this gift
PricingException
- if the parameters are not valid| Method Detail |
|---|
public java.lang.String getPromotionId()
public void setPromotionId(java.lang.String pPromotionId)
pPromotionId
- String promotion repository idpublic int getGiftHashCode()
public void setGiftHashCode(int pGiftHashCode)
pGiftHashCode
- int hash codepublic long getQuantity()
public void setQuantity(long pQuantity)
pQuantity
- long quantitypublic long getTargetedQuantity()
public void setTargetedQuantity(long pTargetedQuantity)
pTargetedQuantity
- long quantitypublic java.util.Map getOrderDetailsMap()
public void setOrderDetailsMap(java.util.Map pOrderDetailsMap)
pOrderDetailsMap
- Mappublic java.util.Map<java.lang.String,java.lang.Long> getTargetedItemsMap()
public void setTargetedItemsMap(java.util.Map<java.lang.String,java.lang.Long> pTargetedItemsMap)
pTargetedItemsMap
- Mappublic RepositoryItem getMarker()
public void setMarker(RepositoryItem pMarker)
pMarker
- RepositoryItem markerpublic void setLastTargetSetUUID(java.util.UUID pLastTargetSetUUID)
pLastTargetSetUUID
- the UUID for the last target set that increased this GWPInfo quantitypublic java.util.UUID getLastTargetSetUUID()
public void increaseQuantity(DiscountDetail pDiscountDetail) throws PricingException
pDiscountDetail
- DiscountDetail to get quantity to add
PricingException
public java.lang.String toString()
toString
in class java.lang.Object
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


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PrefaceIntroduction to the Course
Welcome
This electronic book is Volume 6 of the
Software Foundations
series, which presents the mathematical underpinnings of reliable
software.
In this volume, you will learn about the foundations of Separation
Logic, a practical approach to the modular verification of
imperative programs. In particular, this volume presents the
building blocks for constructing a program verification tool. It
does not, however, focus on reasoning about data structures and
algorithms using Separation Logic. This aspect is covered to some
extent by Volume 5 of
Software Foundations, which presents
Verifiable C, a program logic and proof system for C. For OCaml
programs, this aspect will be covered in a yet-to-be-written
volume presenting CFML, a tool that builds upon all the techniques
presented in this volume.
You are only assumed to understand the material in
Software
Foundations Volume 1 (
Logical Foundations), and the two
chapters on Hoare Logic (Hoare and Hoare2) from Software
Foundations Volume 2 (
PL Foundations). The reading of Volume 5
is not a prerequisite. The exposition here is intended for a broad
range of readers, from advanced undergraduates to PhD students and
researchers.
A large fraction of the contents of this course is also written up
in traditional LaTeX-style presentation, in the ICFP'20 article:
Separation Logic for Sequential Programs, by Arthur Charguéraud.
The long version of this paper is available at this link:
http://www.chargueraud.org/research/2020/seq_seplogic/seq_seplogic.pdf
This paper includes, in particular, a 5-page historical survey of
contributions to mechanized presentations of Separation Logic,
featuring 100+ citations. For a broader survey of Separation
Logic, we recommend Peter O'Hearn's 2019 survey, which is
available from:
https://dl.acm.org/doi/10.1145/3211968--
including the
supplemental material linked near the bottom of
that page.
Separation Logic
Separation Logic is a
program logic: it enables one to establish
that a program satisfies its specification. Specifications are expressed
using triples of the form
{H} t {Q}. Whereas in Hoare logic the
precondition
H and the postcondition
Q describe the whole memory
state, in Separation Logic,
H and
Q describe only a fragment of the
memory state. This fragment includes the resources necessary to the
execution of
t.
A key ingredient of Separation Logic is the frame rule, which enables
modular proofs. It is stated as follows.
| { H } t { Q } |
|
|
| { H \* H' } t { Q \* H' } |
|
The above rule asserts that if a term
t executes correctly with the
resources
H and produces
Q, then the term
t admits the same
behavior in a larger memory state, described by the union of
H
with a disjoint component
H', producing the postcondition
Q extended
with that same resource
H' unmodified. The star symbol
\* denotes the
separating conjunction operator of Separation Logic.
Separation Logic can be exploited in three kind of tools.
- Automated proofs: the user provides only the code, and the tool
locates sources of potential bugs. A good automated tool provides
feedback that, most of time, is relevant.
- Semi-automated proofs: the user provides not just the code,
but also specifications and invariants. The tool then leverages
automated solvers (e.g., SMT solvers) to discharge proof obligations.
- Interactive proofs: the user provides not just the code and its
specifications, but also a detailed proof script justifying the
correctness of the code. These proofs may be worked on interactively
using a proof assistant such as Coq.
The present course focuses on the third approach, that is, the integration
of Separation Logic in an interactive proof assistant. This approach
has been successfully put to practice throughout the world, using
various proof assistants (Coq, Isabelle/HOL, HOL), targeting different
languages (Assembly, C, SML, OCaml, Rust...), and for verifying various
kind of programs, ranging from low-level operating system kernels
to high-level data structures and algorithms.
Separation Logic in a proof assistant
The benefits of exploiting Separation Logic in a proof assistant
include at least four major points:
- higher-order logic provides virtually unlimited expressiveness
that enables formulating arbitrarily complex specifications and
invariants;
- a proof assistant provides a unified framework to prove both
the implementation details of the code and the underlying
mathematical results form, e.g., results from theory or graph
theory;
- proof scripts may be easily maintained to reflect on a change
to the source code;
- the fact that Separation Logic is formalized in the proof
assistant provides high confidence in the correctness of the tool.
Pretty much all the tools that leverage Separation Logic in a proof
assistant are constructed following the same schema:
- A formalization of the syntax and semantics of the source language.
This is called a deep embedding of the programming language.
- A definition of Separation Logic predicates as predicates from
higher-order logic. This is called a shallow embedding of the
program logic.
- A definition of Separation Logic triples as a predicate, the
statements of the reasoning rules as lemmas, and the proof of
these reasoning rules with respect to the semantics.
- An infrastructure that consists of lemmas, tactics and notation,
allowing for the verification of concrete programs to be carried out
through relatively concise proof scripts.
- Applications of this infrastructure to the verification of concrete
programs.
The purpose of this course is to explain how to set up such a construction.
To that end, we consider in this course the simplest possible variant of
Separation Logic, and apply it to a minimalistic imperative programming
language. The language essentially consists of a lambda-calculus with
references. This language admits a simple semantics and avoids in
particular the need to distinguish between stack variables and heap-
allocated variables. Advanced chapters from the course explains how
to add support for loops, records, arrays, and n-ary functions.
Several Possible Depths of Reading
The material is organized in such a way that it can be easily adapted to
the amount of time that the reader is ready to invest in the course.
The course contains 13 chapters, not counting the
Preface,
Postscript, and
Bib chapters. The course is organized in 3
major parts, as pictured in the roadmap diagram.
- The short curriculum includes only the 5 first chapters (ranging from
chapter Basic to chapter Rules).
- The medium curriculum includes 3 additional chapters (ranging from
chapter WPsem to chapter Wand).
- The full curriculum includes 5 more chapters (ranging from
chapter Partial to chapter Rich).
In addition, each chapter except
Basic is decomposed in three parts.
- The First Pass section presents the most important ideas only.
The course in designed in such a way that it is possible to read only
the First Pass section of every chapter. The reader may be interested
in going through all these sections to get the big picture, before
revisiting each chapter in more details.
- The More Details section presents additional material explaining
in more depth the meaning and the consequences of the key results.
This section also contains descriptions of the most important proofs.
By default, readers would eventually read all this material.
- The Optional Material section typically contains the remaining
proofs, as well as discussions of alternative definitions. The Optional
Material sections are all independent from each other. They would
typically be of interest to readers who want to understand every detail,
readers who are seeking for a deep understanding of a particular notion,
and readers who are looking for answers to specific question.
List of Chapters
The first two chapters, namely chapters
Basic and
Repr
give a primer on how to prove imperative programs in Separation Logic,
thus focusing on the end user's perspective. All the other chapters
focus on the implementor's perspective, explaining how Separation Logic
is defined and how a practical verification tool can be constructed.
The list of chapters appears below. The numbering corresponds to
teaching
units: if the chapters were taught as part of a University course, one
could presumably aim to cover one teaching unit per week.
- (1) Basic: introduction to the core features of Separation Logic,
illustrated using short programs manipulating references.
- (1) Repr: introduction to representation predicates in Separation
Logic, in particular for describing mutable lists and trees.
- (2) Hprop: definition of the core operators of Separation Logic,
of Hoare triples, and of Separation Logic triples.
- (2) Himpl: definition of the entailment relation, statement and
proofs of its fundamental properties, and description of the
simplification tactic for entailment.
- (3) Rules: statement and proofs of the reasoning rules of
Separation Logic, and example proofs of programs using these rules.
- (4) WPsem: definition of the semantic notion of weakest
precondition, and statement of rules in weakest-precondition style.
- (4) WPgen: presentation of a function that effectively computes
the weakest precondition of a term, independently of its
specification.
- (5) Wand: introduction of the magic wand operator and of the
ramified frame rule, and extension of the weakest-precondition
generator for handling local function definitions.
- (5) Affine: description of a generalization of Separation Logic
with affine heap predicates, which are useful, in particular, for
handling garbage-collected programming languages.
- (6) Struct: specification of array and record operations, and
encoding of these operations using pointer arithmetic.
- (6) Rich: description of the treatment of additional language
constructs, including loops, assertions, and n-ary functions.
- (7) Nondet: definition of triples for non-deterministic
programming languages.
- (7) Partial: definition of triples for partial correctness
only, i.e., for not requiring termination proofs.
Other Distributed Files
The chapters listed above depend on a number of auxiliary files, which
the reader does not need to go through, but might be interested in
looking at, either by curiosity, or for checking out a specific
implementation detail.
- LibSepReference: a long file that defines the program
verification tool that is used in the first two chapters, and
whose implementation is discussed throughout the other chapters.
Each chapter from the course imports this module, as opposed to
importing the chapters that precedes it.
- LibSepVar: a formalization of program variables, together with
a bunch of notations for parsing variables.
- LibSepFmap: a formalization of finite maps, which are used for
representing the memory state.
- LibSepSimpl: a functor that implements a powerful tactic for
automatically simplifying entailments in Separation Logic.
- LibSepMinimal: a minimalistic formalization of a soundness
proof for Separation Logic, corresponding to the definitions and proofs
presented in the ICFP'20 paper mentioned earlier.
- All other Lib* files are imports from the TLC library,
which is described next.
The TLC library is a collection of general purpose theory and tactics
developed over the years by Arthur Charguéraud. The TLC library is
exploited in this course to streamline the presentation. TLC provides,
in particular, extensions for classical logic and tactics that are
particularly well-suited for meta-theory. Prior knowledge of TLC is not
required, and all exercises can be completed without using TLC tactics.
The classical logic aspects of TLC are presented at the moment they
appear in the course. The TLC tactics are also briefly described upon
their first occurrence. Moreover, most of these tactics are presented
in the chapter
UseTactics of Software Foundations Volume 2
(
Programming Language Foundations).
System Requirements
The
Preface of Software Foundations Volume 1 (
Logical
Foundations) describes how to install Coq. The files you are
reading have been tested with Coq version 8.13, 8.14, 8.15.
Versions prior to 8.12 are no longer supported.
Note for CoqIDE Users
CoqIDE typically works better with its
asynchronous proof mode disabled.
To load all the course files in CoqIDE, use the following command line.
coqide -async-proofs off -async-proofs-command-error-resilience off Basic.v &
Feedback Welcome
If you intend to use this course either in class of for self-study,
the author, Arthur Charguéraud, would love to hear from you. Just
knowing in which context the course has been used and how much of
the course students were able to cover is very valuable information.
You can send feedback at: slf --at-- chargueraud.org.
If you plan on providing any non-small amount of feedback, do not
hesitate to ask the author to be added as contributor to the
github repository. In particular, please do not hesitate to improve
the formulation of the English sentences throughout this volume,
as the author is not a native speaker.
Exercises
Each chapter includes numerous exercises. The star rating scheme
is described in the
Preface of Software Foundations Volume 1
(
Logical Foundations).
Disclaimer: the difficulty ratings currently in place are highly
speculative! You feedback is very much welcome.
Disclaimer: the auto-grading system has not been tested for this
volume. If you are interested in using auto-grading for this
volume, please contact the author.
Recommended Citation Format
If you want to refer to this volume in your own writing, please
do so as follows:
@book {Chargueraud:SF6,
author = {Arthur Charguéraud},
editor = {Benjamin C. Pierce},
title = "Separation Logic Foundations",
series = "Software Foundations",
volume = "6",
year = "2022",
publisher = "Electronic textbook",
note = {Version 1.3, \URL{http://softwarefoundations.cis.upenn.edu} },
}
Thanks
The development of the technical infrastructure for the
Software
Foundations series has been supported, in part, by the National Science
Foundation under the NSF Expeditions grant 1521523,
The Science of Deep
Specification.


Step 01
Nest sorting
- We receive the raw bird's nest from Swiftlet farm.
- We do initial sorting based on its shape, feather, and color.
- We store the bird's nest in a cold room after being sorted.
Step 02
Cleansing
- We cleanse the bird's nest in flowing water to remove the physical dirt.
- Cleansing also helps to soften the nest for the next process.
Step 03
Feathers Picking
- Our trained staff handpick the feather residue one-by-one to ensure no feather left behind.
- This process requires patient and precision to get the best outcome.
Step 04
Finishing
We refine the shape of bird's nest that may get bruised during the feathers picking process.
Step 05
Grading
- Our trained staff handpick the feather residue one-by-one to ensure no feather left behind.
- This process requires patient and precision to get the best outcome.
Step 06
Heat Treatment
The nests which are already graded are steamed in this room. The minimal core of the nests should be 70 degrees Celcius for at least 3,5 seconds. The heat treatment will eliminate bacteria, germs, and avian influenza virus.
Step 07
Packing
We cover the bird’s nest using a vacuum packaging that guarantee its hygiene.


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The Windows releases of Java Plug-in and Java Web Start make use
of the codebase
attribute of the OBJECT
element to autodownload and install a particular version of the
JRE. See:
By specifying a particular .cab
file in the
codebase
, a particular version of the JRE can be
automatically downloaded and installed as required by an applet or
application. For a list of the available .cab
files,
see Autodownload Files. Note that not every release of the JRE has
an associated .cab
file for autodownload.
For additional information read the technical article on Auto Install.


Input
Hey there amigo! feel free to edit this input box. You'll see the output below. Here's a link to http://google.com and here is a mention @bob, and emoji :smile: and here's an image: http://i.imgur.com/qFGQm3j.jpg
Preview
Debug


Data visualization
In this course you will learn how the human visual system processes and perceives images, good design practices for visualization, tools for visualization of data from a variety of fields, and programming of interactive web-based visualizations using D3.


I am experienced in developing Angular applications and using various testing frameworks like jasmine and karma.
I have strong command over technologies like Bootstrap,Javascript,Jquery and AJAX
Web design and development using HTML. CSS, JavaScript Developed reusable components In angular 4. Developed the User Interface using HTML5, CSS3, JavaScript, JQuery and AJAX Designed dynamic and multi-browser compatible pages using HTML, CSS, JQuery, JavaScript.
Actively participated in the creation and execution of test scripts to validate functionality and expose deficiencies through general testing and debugging. Developed angular components to enhance the functionality. Implemented Lazy loading to simplify the navigation in web application Consumed RESTful Web Services using services in angular
Involved in developing the UI pages using HTML, CSS, JavaScript, JSON, JQUERY, and AJAX.Utilized various JavaScript and JQUERY libraries, AJAX for form validation and other interactive features.
Involved in designing UI Screen, created several mock up Using HTML, CSS and JavaScript. Front-end validations are done using JavaScript.Developed non-functional HTML, CSS pages from the mock ups and involved in UI review with UI architect and Business Units
GPA: 3.90
GPA: 3.56
Apart from being a web developer, I enjoy most of my time being outdoors. I love to travel and explore new places.
I am a avid photographer.I have keen interest on movies.I set aside certain amount of my leisure time to learn emerging trends and technologies in the market.


From: Mr. Samuel lantey.
Accra, Ghana.
Dearest:
I got your contact during my search for a reliable,honest and a
trust worth person to entrust this huge transfer project with.
My name is Mr.Samuel lantey .
I am a Ghaniaian married with two kids.
I am writing to solicit your assistance in the transfer of
$4,550.000.00 million U.S dollars only,equivalent to 2.5 million pounds.
This fund is the excess of what my branch in which I am the manager
made as profit during the 2004 financial year. I have already submitted
annual report for that year to my head office here in Accra as I have
watched with keen interest as they will never know of this excess.
I have since, placed this amount of $4,550.000.00 million U.S dollars on
an Escrow Coded account without a beneficiary (anonymous) to avoid trace.
As an officer of the bank, I cannot be directly connected to this money thus
I am impelled to
request for your assistance to receive this money into your
bank account on my behalf.
I intend to part 30% of this fund to you while 70% shall be for me. I do need
to stress that there are practically no risk involved in this. It's going to be
a bank-to-bank transfer. All I need from you is to stand as the original
depositor of this fund so that the fund can be transferred to your account.
If you accept this offer, I will appreciate your timely response to my
private email<EMAIL_ADDRESS>With Regards,
Mr. Samuel lantey.
Here’s a new way to find what you're looking for - Yahoo! Answers


Gabe Quakkelaar started playing disc golf in 2017 when his college roommate took him out between Ultimate frisbee practices and games. After graduating from college in the spring of 2018 with a double major in Business Management and Computer Information systems he continued to play casually as a way to get outside and to keep in touch with college friends. Eventually he started to take the sport more seriously and played a few tournaments and started watching professional footage on YouTube, which inspired him to work on his game and to connect with the Disc Golf community. Once he created an Instagram account, he quickly realized that he had a unique blend of talent and experience that would allow him to create a successful Disc Golf brand that provides unique data analysis on the professional scene. Now he’s living outside Denver, Colorado with his wife and Australian Shepherd taking the University of Denver coding bootcamp so he can improve this website and make the data analysis even more easily accessible for other fans.
GQ Disc Golf was founded in December 2019 when Gabe Quakkelaar created an Instagram account to share his Disc Golf adventure. Since then, the brand has grown to over 1.3k Instagram followers, over 500 likes on Facebook, and 130+ followers on Twitter. In 2021 the brand is growing by actively promoting the YouTube channel by posting content more regularly and promoting it across all of their social platforms. Another big step is the creation of a website where unique statistical analysis can be shared in an informative and interactive way.
“To promote Disc Golf by creating a positive environment on social media, helping new players learn more about the game and the professional level, and provide unique statistical insights.”


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import controllers.routes._ @import models.ui.Text @(row: Seq[Text], numericColumns: Seq[Boolean])(implicit ctx: PageContext)


Sense Hacker- Do you want to know your level of knowledge about common phishing traps on the internet? So you have to click on this quiz game about phishing with real screens of current ongoing threats on the internet that often deceive us about what is real and save your self from getting your information hacked with Sense Hacker!
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Your task in this exercise is to find a Hamiltonian Cycle.
Select the edges that can be a part of a Hamiltonian Cycle.


Binary Tree Traversal Proficiency Exercise Help
This exercise asks you to visit the nodes of the binary tree that is dispayed in the same order as they would be visited by the traversal function. To do this, you will simply click on the nodes of the tree in the proper order. As you click on a node, a number will appear next to it. If you click the wrong node, depending on the configuration that your instructor set for the exercise, the correct answer will be shown and you will lose the current point.
Other Controls:
- If you want to restart the exercise, click the "Reset" button.
- If you want to see the correct answer, click the "Model Answer" button to see a slideshow in a pop-up window.
- Note: Viewing the answer will prevent you from obtaining credit for the current problem instance. So just hit "reset" when you are done viewing the model answer.
- The button with gears on it will let you set some options such as the animation speed (for the slideshow model answer).
- The "About" button will tell you about who wrote this, etc.
- The "Help" button got you here.


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Download Instructions
- Go to facebook.com
- Click the arrow in the top right corner
- Select "Settings and privacy"
- Select "Settings"
- Select "Your Facebook information" on the tab on the left hand side
- Select "Download your information" from the options
- At the top right of the "Your information" pane, click "Deselect all"
- *IMPORTANT* - Change the "Format" option from "HTML" to "JSON"
- Scroll down and tick just the checkbox next to "Messages"
- Click "Create File"
- You will be emailed a link to download your data in a few hours.
- Follow the link and download your file to somewhere you can access on your computer
Usage Instructions
- Go to the Front Page
- Type your name exactly as it appears on Facebook in messages (this can be changed later)
- Press the "Enter Site" button when you have done this
- Click "Choose file" and navigate to where you have downloaded your messaging data to.
- Click through "messages">"inbox" and then sort the folders by name
- Select a specific conversation folder. Group conversations are somewhat supported, individual work better.
- Select the "message_1.json" file - if there is more than then select this first
- Now click the "Import" button
- If there was more than one file then select another and click, starting with "message_2" then "message_3" etc. Click the "Import" button after each time you have selected a new file
- If you choose a different conversation the chart will be cleared
- Hover over the bars to see the totals sent.
- Click a bar to see the messages from that time period in the text box next to the graph
- Select the "clock" option to see the time distribution of messages
- Use the date selectors to change the range, locking the date means it will not auto scale with any new import
- Save the selection to save that message data for quick access by hitting the button in the list to reload it
- Adding information overlays to the graphic and then export it as a png by using the "export image options" area


Can be obtained from: (specify "Miller School")
Payable per class, no show fees and no term fees, but half fee payable per missed class once a pupil is added to the school register


“(Business has) been steady,” Walt Effiger, owner of Skyview Drive-In in Lancaster, said. “We are operating at 50% capacity. It's been steady compared to last year when we were running five nights a week. The attendance was spread out through the week more than just on the weekends, so the attendance is about steady.”
Starlite Drive-In, located in Amelia, has also seen an increase in weeknight traffic. Anthony Smith, manager of Starlite, said that pre-pandemic, they had an average of 50 to 70 cars visiting per night. Now, that number has been driven up to 100 or 150.
“We've actually seen quite a bit of business,” Smith said. “Starlite's always been busy since I've been there, but this year's been extra busy. In May of this year, we actually had the highest grossing sales of any theater in America.”
While Ohio drive-ins seem to be doing well now, at the beginning of the pandemic, there was some uncertainty as to whether or not they’d be able to operate. Initially closed at the start of the pandemic, after Gov. Mike Dewine gave the OK in May, they were allowed to open –– with sufficient safety protocols.
“We have online food ordering if customers don't want to come in,” Effiger said. “They place an order online and come to one given area and pick it up. We have gone to online ticket sales to limit the transaction ... They just drive up when they purchased their tickets online.”
Smith also said Starlite had transitioned to online tickets and ordering as well as closing down their popular playground.
Both drive-ins have enforced masks for patrons and employees.
However strict the regulations for COVID-19, it has not stopped drive-ins from expanding into new territory.
Starlite Drive-In has held virtual concerts for the likes of Garth Brooks, Metallica and Blake Shelton. The Shelton concert and Metallica concert pulled in 300 and 200 cars, respectively.
Smith said one of the biggest nights of his life was the virtual Cast and Crown concert. It drew such a crowd that Starlite ordered four more port-a-potties just for that night.
People seem to enjoy the new events.
“It was definitely a very different but cool experience,” Ellen Hesketh, a junior studying dance, said in a message after attending the Quinn XCII concert at Westland Mall. “Each car had their own parking spot that was safely distanced from other people and you could stay outside your car as long as you had a mask on and stayed within your space!”
Hesketh said people followed the rules, and there was plenty of security to enforce the safety.
“(The distanced concert) was definitely weird at first...and made me miss going to regular concerts, but it was actually really relaxed and felt like we were all at our own private concert,” Hesketh said in a message.
Some changes, like the online ordering and concerts, are here to stay for Starlite Drive-In. Either way, both drive-in staffs feel COVID-19 has brought many benefits to the business.
“One of our sayings is ‘COVID has actually been a blessing for drive-ins. “It actually has brought drive-in back to life.”—Anthony Smith, manager of Starlite Drive-In
“One of our sayings is ‘COVID has actually been a blessing for drive-ins,’” Smith said. “It actually has brought drive-in back to life.”


If God has had many emotions, then He has been in multiple different states. However, if this is the case, then He has changed. Thus we reach a contradiction.