com.github.thorbenkuck.netcom2.annotations
Annotation Types
APILevel
Asynchronous
Experimental
ReceiveHandler
Synchronized
Tested
Testing
Tests


Moose-Query is a domain-specific language to build queries for entities in Moose. It succeeds to Moose-Chef. It is designed to simplify and standardize the Moose model internals.
An application model in Moose is composed of two concepts:
MooseQuery allows exploring a model via those two concepts. Then, you can:
In this documentation, we detail the use of the DSL. At the end, you will be able to query your Moose model, for example, to:
Navigate the containment tree is the easiest way to query a model. It is possible with the associations relations in the model. To do so, it exists a really simple API on entities:
| Selector | Description |
|---|---|
| #children | Direct children of the entity |
| #parents | Direct parents of the entity |
| #allChildren | Children of the entity and their children recursively |
| #allParents | Parents of the entity and their parents recursively |
For example, the model in the example figure can be request like that:
package1 children. "=> { package2 . class1 }"
class3 children. "=> { attribut1 . attribut2 }"
package1 allChildren. "=> { package2 . class1 . class2 . class3 . attribut1 . attribut2 }"
class3 allChildren. "=> { attribut1 . attribut2 }"
package1 parents. "=> { }"
class3 parents. "=> { package2 }"
class3 allParents. "=> { package2 . package1 }"
attribut1 allParents. "=> { class3 . package2 . package1 }"
A navigation query return a result as a MooseQueryResult. There are three types of query results:
These query results classes are special collections with some new features.
One of the most useful ones is the #opposites method present on MooseIncomingQueryResult and MooseOutgoingQueryResult. It returns a MooseObjectQueryResult containing all the opposites entities of the query result compared to the receiver of the query.
Taking the previous model as an example we can do:
class1 queryAll: #in. "=> { inheritance1 . reference1 }"
(class1 queryAll: #in) opposites. "=> { class2 . method2 }"
Another possibility is to exclude all the results where the opposite is included in the receiver of the original query. This can be done via the method #withoutSelfLoop. It is handy when we want to query a model to find external dependencies without internal ones.
Another feature is to be able to change the scope of the result. This feature is covered in the next section.
Depending on the analyze we perform, we might need to handle the queries at a different scope. For example, if one want to know all the classes referencing another class, I can use a navigation query to get all the behavioural entities referencing this class, but then I need to find which classes include those behavioural entities.
For this scenario, it is possible to use the scope queries. A scope query can be applied to:
A scope query will have a direction to look for. You can look for entities higher, lower or both higher and lower than the receiver in the containment tree.
| Selector | Description |
|---|---|
| #atScope: | Return all the entities at a given famix class scope that are up in the containment tree of the metamodel. |
| #toScope: | Return all the entities at a given famix class scope that are down in the containment tree of the metamodel. |
| #withScope: | Return all the entities at a given famix class scope that are both up and down in the containment tree of the metamodel. |
For example, if we take the model present in the figure as an example we can do:
package2 atScope: FAMIXPackage. "=> { package1 }"
package2 toScope: FAMIXPackage. "=> { }"
package2 withScope: FAMIXPackage. "=> { package1 }"
method1 atScope: FAMIXType. "=> { class3 }"
method1 toScope: FAMIXType. "=> { class4 }"
method2 withScope: FAMIXType. "=> { class3 . class4 }"
You will find here various example of the use of MooseQuery API.
(aClass query: #out) withoutSelfLoop withScope: FAMIXMethod


A data notebook is a virtual interface that allows users to visualize data through guided programming. Notebooks allow users to be coproducers of their learning, to become engaged and empowered when comprehending data. You can access the data notebooks we've created under the resources tab. We also invite you to follow along with us as we visualize and interpret the data under the explore tabs, and meet the team behind this project. Navigate by using the panel located at the top of the page.
The Arctic Ocean is a mystery. What we know about this elusive body of water spanning the North Pole is based on a sparse amount of knowledge due to its remoteness and hostile climate. Within the Arctic Ocean lies the Beaufort Gyre, an ice and water circulation pattern that moves in a clockwise direction. The gyre accumulates fresh water that enters the Arctic Ocean from melting sea ice and glaciers, along with river runoff from nearby land masses of North America and Asia. This naturally occuring cycle is just one part of global ocean circulation that affects the properties of our oceans.
Which ocean properties could this affect, and how?
Previous studies have shown that the air, the ice, and the oceans are interconnected. And in the age of climate change, understanding the ocean is important in developing our responses to a changing climate.
The large amount of ice covering its surface makes conventional methods of sampling the water particularly difficult. Engineers and scientists at Woods Hole Oceanographic Institution (WHOI) designed a new instrument capable of collecting Arctic Ocean data — Ice Tethered Profiler (ITP).
The profiler's top portion sits on the surface of the ice, and a long wire rope extends through the ice, down into the water, and through the water column. The component that actually conducts the sampling moves up and down along the wire, collecting measurements. This data is then sent in real-time to WHOI via a satellite link, accessible for anyone to explore and analyze.
What data could they be collecting?
Since the first deployments in the early 2000s, a large amount of data has been collected. This data spans the thousands of observations of over 100 profilers. Many are still out on the ice, actively collecting measurements on physical characteristics of the water: temperature, salinity, depth, and geographic location. This database is growing continuously, and along with it is our understanding of the Arctic Ocean.


Symbol Glossary¶
Total number of nodes, calculated as the length of
nodes
.Lengths of segments between the nodes in the shape . See
_FE_precalc()
for the exact definition.Segment lengths in the shape . See
_FE_precalc()
for the exact definition.Any of the precalculated absolute Gaussian integration points as saved in
xintegration
. The calculation of these values is performed inset_gaussian_quadrature()
. Matrix of dimension .A position within the domain as defined by
nodes
.A state within the domain as defined by
nodes
.Used as a subscript indicating time.
Finite derivative of w.r.t. as argument to
systemfluxfunc
and calculated inset_systemfluxfunction()
.System flux function saved in the model under
systemfluxfunc
.Spatial and state dependent forcing functions saved in the model under
spatflux
andSspatflux
.Positional and State dependent forcing functions saved in the model under
pointflux
andSpointflux
.Storage change w.r.t. previous time step. The calculation is performed by
calcbalance()
. Matrix of dimension .Accumulation of all point and spatial fluxes. The calculation is perfomed by
calcbalance()
. Matrix of dimension .Internal fluxes in the system. The calculation is performed by
_internal_forcing()
. Matrix of dimension ., sum of all forcing fluxes, excluding the storage change forcing. The calculation is performed by
calcbalance()
., net fluxes in the system. The calculation is performed by
calcbalance()
., global sum of all forcing fluxes, including the storage change forcing. This data is saved in
forcing
. Matrix of dimension ., sum of all jacobian matrices. This jacobian is saved in
coefmatr
, and is calculated in_CMAT()
. Matrix of dimension .Jacobian of , calculated by
_CMAT()
. Matrix of dimension .Jacobian spatial state dependent forcing functions , calculated by
_CMAT()
. Matrix of dimension .Jacobian state dependent forcing function , calculated by
_CMAT()
. Matrix of dimension .Node number (1 indexed) used a subscript.
Index, used as a subscript, to indicate any of the spatial state dependent forcing functions.
Index, used as a subscript, to indicate any of the state dependent forcing functions.
Total number of spatial state dependent forcing functions as saved in
Sspatflux
.Total number of state dependent forcing functions as saved in
Spointflux
.Legendre polynomial of degree , see
set_gaussian_quadrature()
.Gaussian Quadrature degree as saved in
gauss_degree
.Index, used as subscript, of a specific Gaussian quadrature degree.
All positions of the Gaussian integration procedure for degree . Saved in the model under
_xgauss
.All weights of the Gaussian integration procedure for degree . Saved in the model under
_wgauss
.Distribution factor for pointflux towards the nearest left node. The definition and calculation formula can be found in
add_pointflux()
.Distribution factor for pointflux towards the nearest right node. The definition and calculation formula can be found in
add_pointflux()
.Subscript to indicate the nearest left element.
Subscript to indicate the nearest right element.


{% extends "overseer/base.html" %} {% load overseer_helpers %} {% block content %}
You will no longer receive updates at {{ email }}.


Set up virustotal-scan.sh
In order to use virustotal-scan.sh, you need to retrieve your own, personal API key for virustotal.com.
-
Register at https://www.virustotal.com/gui/join-us
-
After registering and logging into Virustotal, go to the Virustotal start page,
click on your user name/icon on the upper right and select API key. This will bring you to the API key section of in profile.
From there, copy your API key.
-
Open {SCRIPT_PATH} in a text editor and replace '<YOUR API KEY>' with your API key. Don't forget to save!
Now you can start using virustotal-scan.sh by right clicking on a file within Nautilus. You will find it in the context menu under 'Scripts'.


Coverage maps of the footprints downloaded from ODE
Product type: footprint coverages
Instrument: Mars Global Surveyor (MGS) / Mars Orbiter Camera (MOC)-Narrow Angle (NA)
Link: http://ode.rsl.wustl.edu/mars/coverage/ODE_Mars_shapefile.html


Next: print-object, Previous: pprint-pop, Up: Printer Dictionary
pprint-tab
kind colnum colinc &optional stream ⇒ nil
kind—one of :line, :section, :line-relative, or :section-relative.
colnum—a non-negative integer.
colinc—a non-negative integer.
stream—an output stream designator.
Specifies tabbing to stream as performed by the standard ~T format directive.
If stream is a pretty printing stream and the value of *print-pretty* is true,
tabbing is performed; otherwise, pprint-tab has no effect.
The arguments colnum and colinc correspond to the two parameters to ~T and are in terms of ems. The kind argument specifies the style of tabbing. It must be one of :line (tab as by ~T), :section (tab as by ~:T, but measuring horizontal positions relative to the start of the dynamically enclosing section), :line-relative (tab as by ~@T), or :section-relative (tab as by ~:@T, but measuring horizontal positions relative to the start of the dynamically enclosing section).
An error is signaled if kind is not one of :line, :section, :line-relative, or :section-relative.


Next:
1. Introduction
Up:
CMB The SML/NJ Bootstrap
Previous:
CMB The SML/NJ Bootstrap
Contents
Contents
1. Introduction
2. Basic usage
2.1 Requirements
2.2 Invoking the bootstrap compiler
2.3 Booting a new interactive system
2.4 Testing the newly booted system
2.5 Installing a newly booted system
3. Differences between CMB and CM
3.1 Code sharing
3.2 Init library
3.2.1 Linkage to runtime system
3.3 BOOTLIST file
3.4 PIDMAP file
3.5 Cross-compiling
4. Structure CMB
5. File naming--the role of path anchors
5.1 Anchoring requirement
5.2 Different anchor mappings at different times
6. Scripts
6.1 The makeml script
6.2 The testml script
6.3 The installml script
6.4 The fixpt script
6.5 The allcross script
Bibliography
Matthias Blume
2001-07-19


The problem is that sin(x)
has values from -1.0 up to 1.0.
When these are changed to int
type
in the statement
int startY = (int)Math.sin( x );
they will almost always be zero.
To use the drawLine()
method, the endpoints of
the line need to be positive integers.
But what we want to graph consists of negative and positive
numbers smaller than one!
To deal with this problem you need to scale the computed values into graphics coordinates. Say that the applet is 600 pixels wide, and that this is supposed to represent the range of 0.0 to 2*PI. So we have:
actual x value integer X to fit applet width 0.0 0 2*PI 599
The floating point number x
can be changed into the
correct integer X
by using a linear equation:
X = x * 599/(2*PI)
This may look awful, but it is just algebra.


Hai ,
I 'm SubhaRajagopal from TamilNadu. I am currently pursuing Bachelors of Computer Application. I'm a coding enthusiast and a learner and I'm deeply passionate about Software Development.
Hey, I'm a || Graphic Designer || Full Stack Developer || Competitive Programmer || Data Entry Specialist ||
Hai ,
I 'm SubhaRajagopal from TamilNadu. I am currently pursuing Bachelors of Computer Application. I'm a coding enthusiast and a learner and I'm deeply passionate about Software Development.
Python
Canva
Google Sheets
Bachelors of Computer Application
College For Women
2019-2022
Safety Champion
Red Dot Foundation-Safecity
March2021 -- May2021
My Work-- Civil Rights and Social Action
Quiz Show
To-Do-List
Blogger
Login Page
E-Commerce
Money Transaction
Games
Chrome Extension
API Project


The Hyperloop
Imagine...
...a world where you can travel from Los Angeles to San Fransisco in 30 minutes, or from London to Manchester in 15 minutes.
Suddenly you could live anywhere, work anywhere, and visit anywhere
Hyperloop is a conceptual high-speed transportation system initially proposed by Elon Musk. The concept consists of passenger and cargo pods being propelled at up to 760 mph in a low pressure tube using sustainable and cost-efficient energy. To accelerate it's development, SpaceX is hosting a competition for engineering teams to design their own hyperloop pods and test them at their facility in Hawthorne, California.
as a public benefit non profit corporation, rLoop truly is community focused. It’s about everyone being heard, and then rallying behind the best solution.
Hyperloop Alpha Paper SpaceX Hyperloop Pod Competition Anouncement Rules and Requirements(PDF) NASA Open-Source Conceptual Sizing Models for the Hyperloop Passanger Pod(PDF)


State spent €300k on security for Harry and Meghan visit, €11m to protect Donald Trump
by By Digital Desk staffThe Irish taxpayer spent nearly €300,000 for guarding Britain's Prince Harry and Meghan Markle during their visit in July 2018.
But that pales in comparison to the €24m that was spent protecting his grandmother Queen Elizabeth in 2011.
The Sunday Independent reports that the State paid out nearly €3m to guard US vice-president Mike Pence in September, while it cost €11m to protect US President Donald Trump during his visit last June.
An Garda Siochana released the figures for the four visits over the past decade, saying the expenditure relates to salaries, wages, allowances, travel, subsistence and incidental expenses.
READ MORE
Migrants found on ship to Rosslare have left direct provision centre in Dublin


Entracer
open class Entracer
Main class for integrating Entracer with your app.
-
The singleton
Entracer
instance.Declaration
Swift
public static let instance: Entracer
-
Entracer API token.
Declaration
Swift
open var apiToken: String
-
Entracer API base path.
Declaration
Swift
open var apiBasePath: String
-
Person identifier.
Declaration
Swift
open var personID: String
-
Organisation identifier.
Declaration
Swift
open var organisationID: String
-
Configures Entracer shared instance with API token.
Declaration
Swift
open class func configure(token apiToken: String, basePath: String? = nil)
Parameters
token
Entracer API token to communicate.
basePath
Optional API base path. Useful to call a custom Entracer end point.
-
Set logger level, this can be used to set different levels of logging as well as to completely disable logging using
LogLevel.none
. Defaults toLogLevel.debug
.Declaration
Swift
open class func setLogger(level: LogLevel)
Parameters
level
Log level.
-
Debuggable description.
Declaration
Swift
open var debugDescription: String { get }
-
Resets all properties, useful when logging out. Need to configure again when reset.
Declaration
Swift
open class func reset()
-
Triggers an event. A person and organisation can be specified optionally.
Declaration
Swift
open func trigger(event: String, personID: String?, organisationID: String?, channel: String) throws
Parameters
event
Event name.
personID
Optional person id.
organisationID
Optional organisation id.
channel
channel name.
-
Creates or updates existing Entracer person entry with email, and returns the person identifier for reference. Function will also update
personID
variable for Entracer instance.Note
Select person or organisation based on your requirement.
Declaration
Swift
open func createOrUpdate(person: Person, completion: (() -> Void)? = nil) throws
Parameters
person
Person
object with data.completion
Optional completion handler to be executed on success.
-
Creates or updates existing Entracer organisation entry with email, and returns the organisation identifier for reference. Function will also update
organisationID
variable for Entracer instance.Note
Select organisation or person based on your requirement.
Declaration
Swift
open func createOrUpdate(organisation: Organisation, completion: (() -> Void)? = nil) throws
Parameters
organisation
Organisation
object with data.completion
Optional completion handler to be executed on success.


Hartford Public High School sites (draft)
leaflet-storymap-mapbox/index-pulse
Scroll1847-1869?
Text about building on Ann Street.
Source credit to come
1869-1882?
Text about building on Hopkins Street.
Source credit to come
1882-1963?
Text about building on Hopkins Street.
Source credit to come
1964?-present
Text about building on Forest Street.
Source credit to come


train-depatureboard-html
https://github.com/adamxp12/train-depatureboard-html
Loading data. this might take a second.
If this screen shows for more than your configured refresh time then check the developer console. its probably an API issue either the key is bad or the proxy is down.


Home
About
Contact
Flask Progressive Web App (PWA)
The next BIG thing for the mobile web!
Add to home screen
{% block content %} {% endblock %}


NOTE: This post was written in late December of 2008, more than two years ago. It has stayed in my drafts folder since then, waiting for the last 2% to be written. Why I never published it is beyond my reckoning, but it serves as a great reminder of how I perceived the world back then. In the time since I wrote this we’ve grown from four people to twenty-six, settled into an office, installed a kegerator, and still never taken outside funding. In some ways, things have changed a great deal, but in the most important ways, things are still exactly the same.
The end of the year is a great time to sit down with a glass of your favorite beverage, dim the lights, snuggle up next to the fire and think about what you’ve learned over the past twelve months.
For me, 2008 was the year that I helped design, develop, and launch GitHub. Creating a new startup is an intense learning experience. Through screwups and triumphs, I have learned some valuable lessons this year. Here’s a few of them.
When Chris and I started working on GitHub in late 2007, Git was largely unknown as a version control system. Sure, Linux kernel hackers had been using it since day one, but outside of that small microcosm, it was rare to come across a developer that was using it on a day-to-day basis. I was first introduced to Git by Dave Fayram, a good friend and former coworker during my days at Powerset. Dave is the quintessential early adopter and, as far as I can calculate, patient zero for the spread of Git adoption in the Ruby community and beyond.
Back then, the Git landscape was pretty barren. Git had only recently become usable by normal people with the 1.5 release. As for Git hosting, there was really only repo.or.cz, which felt to me very limited, clumsy, and poorly designed. There were no commercial Git hosting options whatsoever. Despite this, people were starting to talk about Git at the Ruby meetups. About how awesome it was. But something was amiss. Git was supposed to be this amazing way to work on code in a distributed way, but what was the mechanism to securely share private code? Your only option was to setup user accounts on Unix machines and use that as an ad-hoc solution. Not ideal.
And so GitHub was born. But it was born into a world where there was no existing market for paid Git hosting. We would be creating the market. I vividly remember telling people, “I don’t expect GitHub to succeed right away. Git adoption will take a while, but we’ll be ready when it happens.” Neither Chris nor I were in any particular hurry for this to happen. I was working full time at Powerset, and he was making good money as a Rails consultant. By choosing to build early on top of a nascent technology, we were able to construct a startup with basically no overhead, no competition, and in our free time.
Here’s a seemingly paradoxical piece of advice for you: Listen to your customers, but don’t let them tell you what to do. Let me explain. Consider a feature request such as “GitHub should let me FTP up a documentation site for my project.” What this customer is really trying to say is “I want a simple way to publish content related to my project,” but they’re used to what’s already out there, and so they pose the request in terms that are familiar to them. We could have implemented some horrible FTP based solution as requested, but we looked deeper into the underlying question and now we allow you to publish content by simply pushing a Git repository to your account. This meets requirements of both functionality and elegance.
Another company that understands this concept at a fundamental level is Apple. I’m sure plenty of people asked Apple to make a phone but Steve Jobs and his posse looked beneath the request and figured out what people really wanted: a nice looking, simple to use, and easy to sync mobile device that kicked some serious ass. And that’s the secret. Don’t give your customers what they ask for; give them what they want.
I went to college at a little school in California called Harvey Mudd. Yeah, I know you haven’t heard of it, but if you remember those US News & World Report “Best Colleges” books that you obsessed over in highschool (ok, maybe you didn’t, but I did), Harvey Mudd was generally ranked as the engineering school with the greatest number of hours of homework per night. Yes, more than MIT, and yes, more than Caltech. It turned out to be true, as far as I can tell. I have fond memories of freaking out about ridiculously complex spring/mass/damper systems and figuring the magnetic flux of a wire wrapped around a cylinder in a double helix. We studied hard–very hard. But we played hard too. It was the only thing that could possibly keep us sane.
Working on a startup is like that. It feels a bit like college. You’re working on insanely hard projects, but you’re doing it with your best friends in the world and you’re having a great time (usually). In both environments, you have to goof off a lot in order to balance things out. Burnout is a real and dangerous phenomenon. Fostering a playful and creative environment is critical to maintaining both your personal health, and the health (and idea output) of the company.
I’ve found Twitter to be an extremely valuable resource for instant feedback. If the site is slow for some reason, Twitter will tell me so. If the site is unreachable for people in a certain country (I’m looking at you China), I’ll find out via Twitter. If that new feature we just released is really awesome, I’ll get a nice ego boost by scanning the Twitter search.
 These are irksome to read, but added together are worth noticing. Often times these innocent tweets will inform a decision about whether an esoteric bug is worth adding to the short list. We also created a GitHub account on Twitter that our support guy uses to respond to negative tweets. Offering this level of customer service almost always turns a disgruntled customer into a happy one.
If you have an iPhone, I heartily recommend the Summizer app from Fanzter, Inc. It makes searching, viewing, and responding to tweets a cinch.
At the first RailsConf I had the pleasure of hearing Martin Fowler deliver an amazing keynote. He made some apt metaphors regarding agile development that I will now paraphrase and mangle.
Imagine you’re tasked with building a computer controlled gun that can accurately hit a target about 50 meters distant. That is the only requirement. One way to do this is to build a complex machine that measures every possible variable (wind, elevation, temperature, etc.) before the shot and then takes aim and shoots. Another approach is to build a simple machine that fires rapidly and can detect where each shot hits. It then uses this information to adjust the aim of the next shot, quickly homing in on the target a little at a time.
The difference between these two approaches is to realize that bullets are cheap. By the time the former group has perfected their wind detection instrument, you’ll have finished your simple weapon and already hit the target.
In the world of web development, the target is your ideal offering, the bullets are your site deploys, and your customers provide the feedback mechanism. The first year of a web offering is a magical one. Your customers are most likely early adopters and love to see new features roll out every few weeks. If this results in a little bit of downtime, they’ll easily forgive you, as long as those features are sweet. In the early days of GitHub, we’d deploy up to ten times in one afternoon, always inching closer to that target.
Make good use of that first year, because once the big important customers start rolling in, you have to be a lot more careful about hitting one of them with a stray bullet. Later in the game, downtime and botched deploys are money lost and you have to rely more on building instruments to predict where you should aim.
All four fulltime GitHub employees work in the San Francisco area, and yet we have no office. But we’re not totally virtual either. In fact, a couple times a week you’ll find us at a cafe in North Beach, huddled around a square table that was made by nailing 2x4s to an ancient fold-out bulletin board. It’s no Google campus, but the rent is a hell of a lot cheaper and the drinks are just as good!
This is not to say that we haven’t looked at a few places to call home. Hell, we almost leased an old bar. But in the end there’s no hurry to settle down. We’re going to wait until we find the perfect office. Until then, we can invest the savings back into the company, or into our pockets. For now, I like my couch and the cafe just fine.
Of course, none of this would be possible without 37signals’ Campfire web-based chat and the very-difficult-to-find-but-totally-amazing Propane OSX desktop app container that doubles the awesome. Both highly recommended.
Beyond the three cofounders of GitHub, we’ve hired one full time developer (Scott Chacon) and one part time support specialist (Tekkub).
We hired Tekkub because he was one of the earliest GitHub users and actively maintains more than 75 projects (WoW addons mostly) on GitHub and was very active in sending us feedback in the early days. He would even help people out in the IRC channel, simply because he enjoyed doing so.
I met Scott at one of the San Francisco Ruby meetups where he was presenting on one of his myriad Git-centric projects. Scott had been working with Git long before anyone else in the room. He was also working on a pure Ruby implementation of Git at the same time I was working on my fork/exec based Git bindings. It was clear to me then that depending on how things went down, he could become either a powerful ally or a dangerous foe. Luckily, we all went drinking afterwards and we became friends. Not long after, Scott started consulting for us and wrote the entire backend for what you now know of as Gist. We knew then that we would do whatever it took to hire Scott full time. There would be no need for an interview or references. We already knew everything we needed to know in order to make him an offer without the slightest reservation.
The lesson here is that it’s far easier and less risky to hire based on relevant past performance than it is to hire based on projected future performance. There’s a corollary that also comes into play: if you’re looking to work for a startup (or anyone for that matter), contribute to the community that surrounds it. Use your time and your code to prove that you’re the best one for the job.
 When I was doing graphic design consulting 5 years ago I had a client that was very near the Platonic form of a micromanager. He insisted that I travel to his office where I would sit in the back room at an old Mac and design labels and catalogs and touch up photographs of swimwear models (that part was not so bad!). While I did these tasks he would hover over me and bark instructions. “Too red! Can you make that text smaller? Get rid of those blemishes right there!” It drove me absolutely batty.
This client could have just as easily given me the task at the beginning of the day, gone and run the business, and come back in 6 hours whereupon I would have created better designs twice as fast as if he were treating me like a robot that converted his speech into Photoshop manipulations. By treating me this way, he was marginalizing my design skills and wasting both money and talent.
Micromanagement is symptomatic of a lack of trust. The remedy for this ailment is to hire experts and then trust their judgment. In a startup, you can drastically reduce momentum by applying micromanagement, or you can boost momentum by giving trust. It’s pretty amazing what can happen when a group of talented people who trust each other get together and decide to make something awesome.
A lot has been written recently about how the venture capital world is changing. I don’t pretend to be an expert on the subject, but I’ve learned enough to say that a web startup like ours doesn’t need any outside money to succeed. I know this because we haven’t taken a single dime from investors. We bootstrapped the company on a few thousand dollars and became profitable the day we opened to the public and started charging for subscriptions.
In the end, every startup is different, and the only person that can decide if outside money makes sense is you. There are a million things that could drive you to seek and accept investment, but you should make sure that doing so is in your best interest, because it’s quite possible that you don’t need to do so. One of the reasons I left my last job was so that I could say “the buck stops here.” If we’d taken money, I would no longer be able to say that.
In order for GitHub to talk to Git repositories, I created the first ever Ruby Git bindings. Eventually, this library become quite complete and we were faced with a choice: Do we open source it or keep it to ourselves? Both approaches have benefits and drawbacks. Keeping it private means that the hurdle for competing Ruby-based Git hosting sites would be higher, giving us an advantage. But open sourcing it would mean that
NOTE: This is where the post ended and remained frozen in carbonite until today. I intend to write a follow up post on our open source philosophy at GitHub in the near future. I’m sure the suspense is killing you!


Markdown Demo
External 1.1
Content 1.1
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External 1.2
Content 1.2
External 2
Content 2.1
External 3.1
Content 3.1
External 3.2
Content 3.2
Content 1.1
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Content 1.2
Content 2.1
Content 3.1
Content 3.2


WITNESS LIST Appropriations-S/C on Education Committee (Subcommittee on Education) February 19, 2001-12:00A Budget On: Brown, Don (Texas Higher Education Coordinating Board) Elliott, Roger (Texas Higher Education Coordinating Board) Eugster, Konrad (Texas Veterinary Medical Diagnostic Laboratory) Hendricks, Gary (Texas State Technical College System) Kale, Tom (Texas A&M University System) Kleinworth, Tom (Baylor College of Medicine) Nunley, Gary (Texas Wildlife Damage Management Service) Scott, Tom (University of Texas System) Segura, Bill (Texas State Technical College) Wildenthal, Kern (University of Texas Southwestern Medical Center)


This tool runs a trained deep learning model on an input raster to produce a classified raster, and each valid pixel has an assigned class label.
If Use current map extent is checked, only the raster area that is visible in the current map extent will be analyzed. If it's not checked, the whole raster will be analyzed, even if it is outside the current map extent.
The input image to classify.
It can be an image service URL, a raster layer, or an image service layer.
The input deep learning package ( .dlpk
) item.
The deep learning package is composed of the Esri model definition JSON file ( .emd
), the deep learning binary model file, and optionally, the Python raster function to be used.
The function arguments are defined in the Python raster function class referenced by the input model. This is where you list additional deep learning parameters and arguments for experiments and refinement, such as a confidence threshold for adjusting the sensitivity.
The names of the arguments are populated by the tool from reading the Python module on the raster analysis server.
The name of the layer that will be created in My Content and added to the map. The default name is based on the tool name and the input layer name. If the layer already exists, you will be prompted to provide another name.
You can specify the name of a folder in My Content where the result will be saved using the Save result in drop-down box.


Weather Dashboard
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-->


--- title: Astrance city: Paris, France date: 2019-09-18 mapleft: -476 maptop: -179 listdata: Astrance is the 23rd restaurant on the quest. It was 46th on the list in 2017 and has not made it back on the list since. It is also a Michelin 2-star restaurant. idx: 23 ogimage: https://res.cloudinary.com/snookca/image/upload/v1569189294/23-astrance/L1010406.jpg tags: - post layout: layouts/post.njk ---
With the three day trip to Paris coming to a close with our fourth restaurant, Astrance hit the spot feeling upscale and, yet, laid back.
The evening featured a tasting menu avec les vins surprise. That is, instead of presenting and describing the wine when it is served, it was described after it and the dish were finished. It was a fun twist and, for those with a finer palate than mine, likely an amusing experience in trying to guess the wine. My palate is nowhere that refined.
The evening started off with a lovely amuse-bouche of a tomato and apple tart followed by a fascinating cheese and sun-dried tomato dish. The texture of the cheese was like a firm slice of gummy American cheese. Tasty, nonetheless.
After that was a mussel ceviche with a basil coconut lime sauce. It had hints of a ceviche but the lettuce wasn’t the right texture to elevate the dish. Still, tasty.
Next up was a turbot with sushi rice and soy-based sauce. This was a yummy dish. The fish was cooked exceptionally well and the rice had a lot of flavour that worked by itself or with the rest of the dish. Dare I say it? It was tasty.
The fish was followed by two meat courses: a succulent chicken medallion, and breast of pigeon on white beans served with a side of leg topped with a foie gras biscuit. I never say no to foie gras.
As we transition into the desserts, we start off with a mashed potato yoghurt ice cream. I was skeptical for reasons I don’t know why. It was quite delicious.
There was a walnut roasted in cognac with coffee ice cream. A cream tower of pears, plums, and figs. Egg foam. Madelines. And a plate of fruit.
The whole “cut off the top of the egg and then fill it with something” is a common sight amongst high end restaurants. I appreciate it for what it is and at the same time, it is starting to feel rather common. I won’t knock a restaurant for having it on the menu, though.
It was a great meal to end on. It wasn’t overwhelmingly large like some meals we’ve had. The food was delicious. The service was jovial. I enjoyed the wine pairings and I liked the surprise reveal after every course. I’m surprised to see it fall off the Top 50 list and to have lost a Michelin star. The meal choreography was top notch and I think the overall experience exceeded other restaurants we’ve been to. I imagine Paris being a very competitive city when it comes to high-end French cuisine and Astrance stepped up.


What we think 'relevant' means
When a user finds a page that describes some data, how do they determine that it is relevant?
What we think 'relevant' might mean for data
- Meets expectations for what user expected to see.
- Matches the type of data that they are looking for. If a user is looking for libraries, they are looking for physical things.
- Only have the page, and links, to determine if it is relevant
- We don't know what user expectations are (they haven't sketched it out), but we do know what they do to try and meet them (download the data).


{% extends "base.html" %} {% load static %} {% block body_block %}
Take maximum benefit of our sports
center. Do you have kids? Bring them,
they will surley enjoy either our playground
or our game rooms or maybe our toy library.
Carrer Wells 45
25001 Lleida
(973) 234765


Check out what you can do with this app!
It's easy for the owner of the store to create offer and reward promotions to their customer wherever they are!
There's no need to edit your offer or promo image to be shown in public!
For customers, keep visiting and avail offers from the store to obtain rewards!
We will keep your transactions and credentials secured!


| .setUp | Definition of RUnit Test Case code files. |
| .tearDown | Definition of RUnit Test Case code files. |
| checkEquals | RUnit check functions |
| checkEqualsNumeric | RUnit check functions |
| checkException | RUnit check functions |
| checkIdentical | RUnit check functions |
| checkTrue | RUnit check functions |
| DEACTIVATED | RUnit check functions |
| defineTestSuite | Definition and execution of RUnit test suites. |
| getErrors | Printing a plain text, HTML or JUnit-like XML version of an RUnit test run protocol. |
| inspect | Track the executed code lines of a function or method. |
| isValidTestSuite | Definition and execution of RUnit test suites. |
| print.RUnitTestData | Printing a plain text, HTML or JUnit-like XML version of an RUnit test run protocol. |
| printHTML | Write HTML pages of the tracking result. |
| printHTML.trackInfo | Write HTML pages of the tracking result. |
| printHTMLProtocol | Printing a plain text, HTML or JUnit-like XML version of an RUnit test run protocol. |
| printJUnitProtocol | Printing a plain text, HTML or JUnit-like XML version of an RUnit test run protocol. |
| printTextProtocol | Printing a plain text, HTML or JUnit-like XML version of an RUnit test run protocol. |
| RUnit | RUnit - Package Description |
| RUnit options | RUnit options |
| RUnit-options | RUnit options |
| runTestFile | Definition and execution of RUnit test suites. |
| runTestSuite | Definition and execution of RUnit test suites. |
| summary.RUnitTestData | Printing a plain text, HTML or JUnit-like XML version of an RUnit test run protocol. |
| tracker | Tracking the results of the inspect process. |


This repository contains the data and code for our paper:
Sparks, A.H., Del Ponte, E.M., Everhart, S., Foster, Z., Grünwald, N. (YYYY). Title of paper. Name of journal/book https://doi.org/xxx/xxx
Our pre-print is online here:
Authors, (YYYY). Title of paper. Name of journal/book, Accessed 08 Jun 2018. Online at https://doi.org/xxx/xxx
Please cite this compendium as:
Sparks, A.H., Del Ponte, E.M., Everhart, S., Foster, Z.S.L., Grünwald, N., (2018). Compendium of R code and data for ‘Status and Best Practices for Reproducible Research In Plant Pathology’. Accessed 08 Jun 2018. Online at https://doi.org/10.5281/zenodo.1250665
This repository is organized as an R package. There is one R function, doi2bib()
, that is used in this repository, along with a bibliography file of the articles that were examined that are located in inst/extdata
directory. We have used the R package structure to help manage dependencies, to take advantage of continuous integration for automated code testing and for file organisation.
You can download the compendium as a zip from from this URL: https://github.com/openplantpathology/Reproducibility_in_Plant_Pathology/archive/master.zip
Or you can install this compendium as an R package, Reproducibility.in.Plant.Pathology, from GitHub with:
# install.packages("devtools")
devtools::install_github("adamhsparks/Reproducibility_in_Plant_Pathology")
Once the download is complete, open the Reproducibility_in_Plant_Pathology.Rproj
in RStudio to begin working with the package and compendium files.
The package has a number of dependencies on other R packages, and programs outside of R. These are listed at the bottom of this README. Installing these can be time-consuming and complicated, so we’ve provided a Docker image that includes all the necessary software, code and data to run our analysis. The Docker image may give a quicker entry point to the project, and is more self-contained, so might save some fiddling with installing things.
A Docker image is a lightweight GNU/Linux virtual computer that can be run as a piece of software on Windows and OSX (and other Linux systems). To capture the complete computational environment used for this project we have a Dockerfile that specifies how to make the Docker image that we developed this project in. The Docker image includes all of the software dependencies needed to run the code in this project, as well as the R package and other compendium files. To launch the Docker image for this project, first, install Docker on your computer. At the Docker prompt, enter:
docker run -dp 8787:8787 adamhsparks/reproducibility_in_plant_pathology
This will start a server instance of RStudio. Then open your web browser at localhost:8787 or or run docker-machine ip default
in the shell to find the correct IP address, and log in with rstudio/rstudio.
Once logged in, use the Files pane (bottom right) to navigate to Reproduciblity_in_Plant_Pathology
folder for this project, and open the .Rproj
file for this project. Once that’s open, you’ll see the analysis/paper
directory in the Files pane where you can find the R markdown document, and knit them to produce the results in the paper. More information about using RStudio in Docker is available at the Rocker wiki pages.
We developed and tested the package on this Docker container, so this is the only platform that we’re confident it works on, and so recommend to anyone wanting to use this package to generate the vignettes, etc.
Code: MIT year: 2018, copyright holder: Adam H Sparks
Data: CC-0 attribution requested in reuse
We used RStudio on macOS and Ubuntu 17.10.
Code : See the DESCRIPTION file
Data : CC-0 attribution requested in reuse
Adam H Sparks, Associate Professor, Centre for Crop Health
University of Southern Queensland
Toowoomba, Queensland 4350
(+61) (7) 4831 1948<EMAIL_ADDRESS>https://staffprofile.usq.edu.au/Profile/Adam-Sparks


var OAuthService = getOAuthService();
var authorizationUrl = OAuthService.getAuthorizationUrl();
?>
Please click on the Authorize link below to Authorize your access to internal version of DCM Reporting API
Authorize
Reopen the Dialog Box when the authorization is complete.


Game Manager is changing the world through organizing local FIFA tournaments for small groups of friends by providing a completely more complicated than needed solution to create and track tournaments.
| Player | Goals | Shots | Poss. | Wins | Red Cards |
|---|---|---|---|---|---|
| Lon | 0 | 0 | 0 | 0 | 0 |
| Elliot | 0 | 0 | 0 | 0 | 0 |
| Agustin | 0 | 0 | 0 | 0 | 0 |
| Adam | 0 | 0 | 0 | 0 | 0 |


def handle_event(self, event):\n code = event.get("scancode",
False)\n if event["type"] == appuifw.EEventKeyDown:\n
if not self.is_down(code):\n self.downs[code] =
self.downs.get(code, 0) + 1\n self.state[code] = 1\n
elif event["type"] == appuifw.EEventKeyUp:\n
self.state[code] = 0\n\n def is_down(self, scancode):\n
return self.state.get(scancode, 0)\n\n def pressed(self,
scancode):\n if self.downs.get(scancode, 0):\n
self.downs[scancode] -= 1\n return True\n return
False\n\n# -----------------------------------------------------------
---------\n\ngravitate = False # brush it a bouncing ball\njustpaint
= False # brush is a brush, OK?\n\ndef do_gravitate():\n global
gravitate, justpaint\n gravitate = True\n justpaint = False\ndef
do_justpaint():\n global justpaint, gravitate\n justpaint =
True\n gravitate = False\n\nappuifw.app.menu = [\n
(u"Gravitate", do_gravitate),\n (u"Just paint", do_justpaint)\n
]\nkeyboard = Keyboard()\n\nrunning = True\ndef quit():\n global
running\n running = False\nappuifw.app.exit_key_handler =
quit\n\nappuifw.app.screen = "full"\nappuifw.app.body = c =
appuifw.Canvas(\n
event_callback=keyboard.handle_event)\n\ncall_me_bob_ross = 0\nradius
= min(c.size)/2\nxcenter, ycenter = c.size[0]/2,
c.size[1]/2\n\ntopleft = (xcenter-radius,\n ycenter-
radius)\nbottomright = (xcenter+radius,\n
ycenter+radius)\n\n# ball stuff:\nposition = [0, 0]\nvelocity = [0,
0]\nacceleration = 0.05\ngravity = 0.03\n\nc_size =
c.size\n#oldposition = position\n\n# ball color stuff:\ncoloridx =
0\nallcolors = []\ntmp = (0, 32, 64, 128, 255)\nfor r in tmp:\n for
g in tmp:\n for b in tmp:\n allcolors.append((r, g,
b))\nallcolors_len = len(allcolors)\n\n# -----------------------------
---------------------------------------\n\nwhile running:\n
coloridx += 1\n if coloridx >= allcolors_len:\n coloridx
= 0\n\n c.point(position,\n allcolors[coloridx],\n
width=15)\n\n if call_me_bob_ross%2 != 0:\n
c.ellipse(((0,0), c.size),\n outline=(255, 0, 0), #
red,\n width=1)\n\n e32.ao_yield()\n\n if
gravitate:\n #
-----------------------------------------------------\n
velocity[0] *= 0.999\n velocity[1] *= 0.999\n
velocity[1] += gravity\n oldposition = position\n
position[0] += velocity[0]\n position[1] += velocity[1]\n\n
if position[0] > c_size[0]:\n position[0] = c_size[0] -
(position[0] - c_size[0])\n velocity[0] = -1.00 *
velocity[0]\n velocity[1] = 1.00 * velocity[1]\n if
position[0] < 0:\n position[0] = -position[0]\n
velocity[0] = -1.00 * velocity[0]\n velocity[1] = 1.00 *
velocity[1]\n if position[1] > c_size[1]:\n
position[1] = c_size[1] - (position[1] - c_size[1])\n
velocity[0] = 1.00 * velocity[0]\n velocity[1] = -1.00 *
velocity[1]\n if position[1] < 0:\n position[1] =
-position[1]\n velocity[0] = 1.00 * velocity[0]\n
velocity[1] = -1.00 * velocity[1]\n\n if
keyboard.is_down(EScancodeLeftArrow):\n velocity[0] -=
acceleration\n if keyboard.is_down(EScancodeRightArrow):\n
velocity[0] += acceleration\n if
keyboard.is_down(EScancodeDownArrow):\n velocity[1] +=
acceleration\n if keyboard.is_down(EScancodeUpArrow):\n
velocity[1] -= acceleration\n #
-----------------------------------------------------\n else:\n
# just paint\n if keyboard.is_down(EScancodeLeftArrow):\n
position[0] -= 1\n if keyboard.is_down(EScancodeRightArrow):\n
position[0] += 1\n if keyboard.is_down(EScancodeDownArrow):\n
position[1] += 1\n if keyboard.is_down(EScancodeUpArrow):\n
position[1] -= 1\n\n # common actions:\n if
keyboard.pressed(EScancodeHash):\n if call_me_bob_ross%2 !=
0:\n c.ellipse(((0,0), c.size),\n
outline=(255, 255, 255),\n width=100)\n
img = graphics.screenshot()\n img = img.resize((174, 143),
keepaspect=1)\n img.save(u"E:\\\\screenshot.jpg")\n elif
keyboard.pressed(EScancodeStar):\n c.clear()\n elif
keyboard.pressed(EScancode0):\n call_me_bob_ross +=
1\n\n\n
' |
|
|
id unicode | u'tag:blogger.com,1999:blog-4259015877647291249.post-46825996609027423
14' |
link unicode | u'http://defcraft.blogspot.com/2007/02/floweringpy.html' [link] |
links list |
[0] FeedParserDict |
href unicode | u'http://defcraft.blogspot.com/2007/02/floweringpy.html' [link] |
rel unicode | u'alternate' |
title unicode | u'flowering.py' |
type unicode | u'text/html' |
|
[1] FeedParserDict |
href unicode | u'http://www.blogger.com/comment.g?blogID=4259015877647291249&post
ID=4682599660902742314' [link] |
rel unicode | u'replies' |
title unicode | u'0 Comments' |
type unicode | u'text/html' |
|
[2] FeedParserDict |
href unicode | u'http://defcraft.blogspot.com/feeds/4682599660902742314/comments/defa
ult' [link] |
rel unicode | u'replies' |
title unicode | u'Post Comments' |
type unicode | u'application/atom+xml' |
|
[3] FeedParserDict |
href unicode | u'http://defcraft.blogspot.com/feeds/posts/default/4682599660902742314
' [link] |
rel unicode | u'self' |
type unicode | u'application/atom+xml' |
|
[4] FeedParserDict |
href unicode | u'http://www.blogger.com/feeds/4259015877647291249/posts/default/46825
99660902742314' [link] |
rel unicode | u'edit' |
type unicode | u'application/atom+xml' |
|
|
published unicode | u'2006-10-15T13:59:00.000-07:00' |
published_parsed struct_time | (2006, 10, 15, 13, 59, 0, 6, 288, 0) |
subtitle unicode | u'I\'ve been playing with a Paint-like program on my 6600 (with Python
for Series 60). The cool things is after I paint a picture, I can take
a screenshot of it and use that image as the background for my phone.
To paint the second pic (the first one is similar), you first
gravitate (bounce ball), then pretend you
are Bob Ross (hit zero key) (remember Bob
Ross\'s paintings? occasionally, before starting, he would put an oval
cut out over the actual canvas he was painting on — after he
was done, he would remove the cutout and all of a sudden the painting
itself would be oval shaped..), then realize
that you really don\'t need to be him (hit zero key again)
and finally start gravitating once again. Here are
some flowerings:\n\n\n
\n\n\n\n\n\n\n\n\n\n\n\n
\n\nThe program,
flowering.py isn\'t well polished:\n
\n# sri, oct 15, 2006\n# under mit license\n# used
Nokia\'s ball.py example as reference implementation;\n# Menu Key:
allows you to select type of brush\n# Exit: exit app\n# Hash Key (#):
take a pic\n# Star Key (*): for fun!\n\nimport appuifw, graphics,
e32\nfrom key_codes import *\n\nclass Keyboard:\n def
__init__(self):\n self.state = {}\n self.downs = {}\n\n
def handle_event(self, event):\n code = event.get("scancode",
False)\n if event["type"] == appuifw.EEventKeyDown:\n
if not self.is_down(code):\n self.downs[code] =
self.downs.get(code, 0) + 1\n self.state[code] = 1\n
elif event["type"] == appuifw.EEventKeyUp:\n
self.state[code] = 0\n\n def is_down(self, scancode):\n
return self.state.get(scancode, 0)\n\n def pressed(self,
scancode):\n if self.downs.get(scancode, 0):\n
self.downs[scancode] -= 1\n return True\n return
False\n\n# -----------------------------------------------------------
---------\n\ngravitate = False # brush it a bouncing ball\njustpaint
= False # brush is a brush, OK?\n\ndef do_gravitate():\n global
gravitate, justpaint\n gravitate = True\n justpaint = False\ndef
do_justpaint():\n global justpaint, gravitate\n justpaint =
True\n gravitate = False\n\nappuifw.app.menu = [\n
(u"Gravitate", do_gravitate),\n (u"Just paint", do_justpaint)\n
]\nkeyboard = Keyboard()\n\nrunning = True\ndef quit():\n global
running\n running = False\nappuifw.app.exit_key_handler =
quit\n\nappuifw.app.screen = "full"\nappuifw.app.body = c =
appuifw.Canvas(\n
event_callback=keyboard.handle_event)\n\ncall_me_bob_ross = 0\nradius
= min(c.size)/2\nxcenter, ycenter = c.size[0]/2,
c.size[1]/2\n\ntopleft = (xcenter-radius,\n ycenter-
radius)\nbottomright = (xcenter+radius,\n
ycenter+radius)\n\n# ball stuff:\nposition = [0, 0]\nvelocity = [0,
0]\nacceleration = 0.05\ngravity = 0.03\n\nc_size =
c.size\n#oldposition = position\n\n# ball color stuff:\ncoloridx =
0\nallcolors = []\ntmp = (0, 32, 64, 128, 255)\nfor r in tmp:\n for
g in tmp:\n for b in tmp:\n allcolors.append((r, g,
b))\nallcolors_len = len(allcolors)\n\n# -----------------------------
---------------------------------------\n\nwhile running:\n
coloridx += 1\n if coloridx >= allcolors_len:\n coloridx
= 0\n\n c.point(position,\n allcolors[coloridx],\n
width=15)\n\n if call_me_bob_ross%2 != 0:\n
c.ellipse(((0,0), c.size),\n outline=(255, 0, 0), #
red,\n width=1)\n\n e32.ao_yield()\n\n if
gravitate:\n #
-----------------------------------------------------\n
velocity[0] *= 0.999\n velocity[1] *= 0.999\n
velocity[1] += gravity\n oldposition = position\n
position[0] += velocity[0]\n position[1] += velocity[1]\n\n
if position[0] > c_size[0]:\n position[0] = c_size[0] -
(position[0] - c_size[0])\n velocity[0] = -1.00 *
velocity[0]\n velocity[1] = 1.00 * velocity[1]\n if
position[0] < 0:\n position[0] = -position[0]\n
velocity[0] = -1.00 * velocity[0]\n velocity[1] = 1.00 *
velocity[1]\n if position[1] > c_size[1]:\n
position[1] = c_size[1] - (position[1] - c_size[1])\n
velocity[0] = 1.00 * velocity[0]\n velocity[1] = -1.00 *
velocity[1]\n if position[1] < 0:\n position[1] =
-position[1]\n velocity[0] = 1.00 * velocity[0]\n
velocity[1] = -1.00 * velocity[1]\n\n if
keyboard.is_down(EScancodeLeftArrow):\n velocity[0] -=
acceleration\n if keyboard.is_down(EScancodeRightArrow):\n
velocity[0] += acceleration\n if
keyboard.is_down(EScancodeDownArrow):\n velocity[1] +=
acceleration\n if keyboard.is_down(EScancodeUpArrow):\n
velocity[1] -= acceleration\n #
-----------------------------------------------------\n else:\n
# just paint\n if keyboard.is_down(EScancodeLeftArrow):\n
position[0] -= 1\n if keyboard.is_down(EScancodeRightArrow):\n
position[0] += 1\n if keyboard.is_down(EScancodeDownArrow):\n
position[1] += 1\n if keyboard.is_down(EScancodeUpArrow):\n
position[1] -= 1\n\n # common actions:\n if
keyboard.pressed(EScancodeHash):\n if call_me_bob_ross%2 !=
0:\n c.ellipse(((0,0), c.size),\n
outline=(255, 255, 255),\n width=100)\n
img = graphics.screenshot()\n img = img.resize((174, 143),
keepaspect=1)\n img.save(u"E:\\\\screenshot.jpg")\n elif
keyboard.pressed(EScancodeStar):\n c.clear()\n elif
keyboard.pressed(EScancode0):\n call_me_bob_ross +=
1\n\n\n
' |
tags list |
[0] FeedParserDict |
label NoneType | None |
scheme unicode | u'http://www.blogger.com/atom/ns#' [link] |
term unicode | u'python' |
|
|
title unicode | u'flowering.py' |
title_detail FeedParserDict |
base str | 'http://defcraft.blogspot.com/feeds/posts/default' [link] |
language NoneType | None |
type str | 'text/plain' |
value unicode | u'flowering.py' |
|
updated unicode | u'2007-02-11T21:04:37.569-07:00' |
updated_parsed struct_time | (2007, 2, 11, 21, 4, 37, 6, 42, 0) |
|
[17] FeedParserDict |
author unicode | u'sri' |
author_detail FeedParserDict |
|
content list |
[0] FeedParserDict |
base str | 'http://defcraft.blogspot.com/feeds/posts/default' [link] |
language NoneType | None |
type str | 'text/html' |
value unicode | u'I wrote this in the fall of 2004 (I was taking a class with one of
the best teachers I\'ve ever had and she gave this as a bonus on an
exam — this fractal was on her t-shirt and she asked its
name).\n(this works under python 2.4)\n\n
\n>>>
print_triangle(get_sierpinski(5))\n\n
/\\\n /__\\\n
/\\ /\\\n /__\\/__\\\n
/\\ /\\\n /__\\ /__\\\n
/\\ /\\ /\\ /\\\n /__\\/__\\/__\\/__\\\n
/\\ /\\\n /__\\ /__\\\n
/\\ /\\ /\\ /\\\n /__\\/__\\
/__\\/__\\\n /\\ /\\ /\\ /\\\n
/__\\ /__\\ /__\\ /__\\\n /\\ /\\ /\\ /\\
/\\ /\\ /\\ /\\\n
/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\\n /\\
/\\\n /__\\ /__\\\n
/\\ /\\ /\\ /\\\n /__\\/__\\
/__\\/__\\\n /\\ /\\ /\\
/\\\n /__\\ /__\\ /__\\ /__\\\n
/\\ /\\ /\\ /\\ /\\ /\\ /\\ /\\\n
/__\\/__\\/__\\/__\\ /__\\/__\\/__\\/__\\\n /\\
/\\ /\\ /\\\n /__\\ /__\\
/__\\ /__\\\n /\\ /\\ /\\ /\\ /\\
/\\ /\\ /\\\n /__\\/__\\ /__\\/__\\
/__\\/__\\ /__\\/__\\\n /\\ /\\ /\\ /\\
/\\ /\\ /\\ /\\\n /__\\ /__\\ /__\\ /__\\
/__\\ /__\\ /__\\ /__\\\n /\\ /\\ /\\ /\\ /\\ /\\ /\\
/\\ /\\ /\\ /\\ /\\ /\\ /\\ /\\ /\\\n/__\\/__\\/__\\/__\\/__\\
/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\\n\n\n# under
mit license\n#! /usr/bin/env python\n#\n# N = 4:\n#
/\\\n# /__\\\n# /\\ /\\\n#
/__\\/__\\\n# /\\ /\\\n# /__\\ / \\\n#
/\\ /\\ /\\ /\\\n# /__\\/__\\/__\\/__\\\n# /\\
/\\\n# /__\\ /__\\\n# /\\ /\\ /\\
/\\\n# /__\\/__\\ /__\\/__\\\n# /\\ /\\ /\\
/\\\n# /__\\ / \\ /__\\ /__\\\n# /\\ /\\ /\\ /\\ /\\
/\\ /\\ /\\\n# /__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\\n#\n# N =
3:\n# /\\\n# /__\\\n# /\\ /\\\n# /__\\/__\\\n#
/\\ /\\\n# /__\\ /__\\\n# /\\ /\\ /\\ /\\\n#
/__\\/__\\/__\\/__\\\n#\n# N = 2:\n# /\\\n# /__\\\n# /\\ /\\\n#
/__\\/__\\\n#\n# N = 1:\n# /\\\n# /__\\\n#\n# N = 0: (trivial
case)\n#\nimport sys\n\n# returns a list of lines where\n# each line
contains a 2-element list:\n# a character and a position\ndef
get_sierpinski(n):\n assert n >= 0\n\n if n == 0:\n
return []\n\n if n == 1:\n return [[[\'/\', 1], [\'\\\\\',
2]], # /\\\n [[\'/\', 0],
[\'_\', 1], [\'_\', 2], [\'\\\\\', 3]]] # /__\\\n\n # ok, a bit
more complicated:\n # let\'s assemble top part and the bottom parts
seperately\n # check out the N=4 example above\n # there are 3
big triangles: the top one sits on the "spikes"\n # of the bottom
two.\n # but those 3 triangles are made of 3 smaller triangles,\n
# where the top of the small triangle sits on the bottom\n # 2, and
so on...\n top, bottom = [], []\n for line in
get_sierpinski(n-1):\n t, bl, br = [], [], []\n for
(character, start) in line:\n t.append([character,
start+2**(n-1)])\n bl.append([character, start]) #
left triangle\n br.append([character, start+2**n]) # right
triangle\n top.append(t)\n bottom.append(bl + br)\n
return top + bottom\n\ndef print_triangle(triangle):\n for line in
triangle:\n current_column = 0\n for (character, start)
in line:\n while current_column != start:\n
sys.stdout.write(" ")\n current_column += 1\n
sys.stdout.write(character)\n current_column += 1\n
sys.stdout.write("\\n")\n\n\nif __name__ == "__main__":\n size =
3\n if sys.argv[1:]:\n size = int(sys.argv[1])\n
print_triangle(get_sierpinski(size))\n\n
' |
|
|
id unicode | u'tag:blogger.com,1999:blog-4259015877647291249.post-31291143742636065
05' |
link unicode | u'http://defcraft.blogspot.com/2007/02/sierpinski-in-ascii-in-
python.html' [link] |
links list |
[0] FeedParserDict |
href unicode | u'http://defcraft.blogspot.com/2007/02/sierpinski-in-ascii-in-
python.html' [link] |
rel unicode | u'alternate' |
title unicode | u'Sierpinski — in ASCII, in Python' |
type unicode | u'text/html' |
|
[1] FeedParserDict |
href unicode | u'http://www.blogger.com/comment.g?blogID=4259015877647291249&post
ID=3129114374263606505' [link] |
rel unicode | u'replies' |
title unicode | u'0 Comments' |
type unicode | u'text/html' |
|
[2] FeedParserDict |
href unicode | u'http://defcraft.blogspot.com/feeds/3129114374263606505/comments/defa
ult' [link] |
rel unicode | u'replies' |
title unicode | u'Post Comments' |
type unicode | u'application/atom+xml' |
|
[3] FeedParserDict |
href unicode | u'http://defcraft.blogspot.com/feeds/posts/default/3129114374263606505
' [link] |
rel unicode | u'self' |
type unicode | u'application/atom+xml' |
|
[4] FeedParserDict |
href unicode | u'http://www.blogger.com/feeds/4259015877647291249/posts/default/31291
14374263606505' [link] |
rel unicode | u'edit' |
type unicode | u'application/atom+xml' |
|
|
published unicode | u'2006-10-10T17:58:00.000-07:00' |
published_parsed struct_time | (2006, 10, 10, 17, 58, 0, 1, 283, 0) |
subtitle unicode | u'I wrote this in the fall of 2004 (I was taking a class with one of
the best teachers I\'ve ever had and she gave this as a bonus on an
exam — this fractal was on her t-shirt and she asked its
name).\n(this works under python 2.4)\n\n
\n>>>
print_triangle(get_sierpinski(5))\n\n
/\\\n /__\\\n
/\\ /\\\n /__\\/__\\\n
/\\ /\\\n /__\\ /__\\\n
/\\ /\\ /\\ /\\\n /__\\/__\\/__\\/__\\\n
/\\ /\\\n /__\\ /__\\\n
/\\ /\\ /\\ /\\\n /__\\/__\\
/__\\/__\\\n /\\ /\\ /\\ /\\\n
/__\\ /__\\ /__\\ /__\\\n /\\ /\\ /\\ /\\
/\\ /\\ /\\ /\\\n
/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\\n /\\
/\\\n /__\\ /__\\\n
/\\ /\\ /\\ /\\\n /__\\/__\\
/__\\/__\\\n /\\ /\\ /\\
/\\\n /__\\ /__\\ /__\\ /__\\\n
/\\ /\\ /\\ /\\ /\\ /\\ /\\ /\\\n
/__\\/__\\/__\\/__\\ /__\\/__\\/__\\/__\\\n /\\
/\\ /\\ /\\\n /__\\ /__\\
/__\\ /__\\\n /\\ /\\ /\\ /\\ /\\
/\\ /\\ /\\\n /__\\/__\\ /__\\/__\\
/__\\/__\\ /__\\/__\\\n /\\ /\\ /\\ /\\
/\\ /\\ /\\ /\\\n /__\\ /__\\ /__\\ /__\\
/__\\ /__\\ /__\\ /__\\\n /\\ /\\ /\\ /\\ /\\ /\\ /\\
/\\ /\\ /\\ /\\ /\\ /\\ /\\ /\\ /\\\n/__\\/__\\/__\\/__\\/__\\
/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\\n\n\n# under
mit license\n#! /usr/bin/env python\n#\n# N = 4:\n#
/\\\n# /__\\\n# /\\ /\\\n#
/__\\/__\\\n# /\\ /\\\n# /__\\ / \\\n#
/\\ /\\ /\\ /\\\n# /__\\/__\\/__\\/__\\\n# /\\
/\\\n# /__\\ /__\\\n# /\\ /\\ /\\
/\\\n# /__\\/__\\ /__\\/__\\\n# /\\ /\\ /\\
/\\\n# /__\\ / \\ /__\\ /__\\\n# /\\ /\\ /\\ /\\ /\\
/\\ /\\ /\\\n# /__\\/__\\/__\\/__\\/__\\/__\\/__\\/__\\\n#\n# N =
3:\n# /\\\n# /__\\\n# /\\ /\\\n# /__\\/__\\\n#
/\\ /\\\n# /__\\ /__\\\n# /\\ /\\ /\\ /\\\n#
/__\\/__\\/__\\/__\\\n#\n# N = 2:\n# /\\\n# /__\\\n# /\\ /\\\n#
/__\\/__\\\n#\n# N = 1:\n# /\\\n# /__\\\n#\n# N = 0: (trivial
case)\n#\nimport sys\n\n# returns a list of lines where\n# each line
contains a 2-element list:\n# a character and a position\ndef
get_sierpinski(n):\n assert n >= 0\n\n if n == 0:\n
return []\n\n if n == 1:\n return [[[\'/\', 1], [\'\\\\\',
2]], # /\\\n [[\'/\', 0],
[\'_\', 1], [\'_\', 2], [\'\\\\\', 3]]] # /__\\\n\n # ok, a bit
more complicated:\n # let\'s assemble top part and the bottom parts
seperately\n # check out the N=4 example above\n # there are 3
big triangles: the top one sits on the "spikes"\n # of the bottom
two.\n # but those 3 triangles are made of 3 smaller triangles,\n
# where the top of the small triangle sits on the bottom\n # 2, and
so on...\n top, bottom = [], []\n for line in
get_sierpinski(n-1):\n t, bl, br = [], [], []\n for
(character, start) in line:\n t.append([character,
start+2**(n-1)])\n bl.append([character, start]) #
left triangle\n br.append([character, start+2**n]) # right
triangle\n top.append(t)\n bottom.append(bl + br)\n
return top + bottom\n\ndef print_triangle(triangle):\n for line in
triangle:\n current_column = 0\n for (character, start)
in line:\n while current_column != start:\n
sys.stdout.write(" ")\n current_column += 1\n
sys.stdout.write(character)\n current_column += 1\n
sys.stdout.write("\\n")\n\n\nif __name__ == "__main__":\n size =
3\n if sys.argv[1:]:\n size = int(sys.argv[1])\n
print_triangle(get_sierpinski(size))\n\n
' |
tags list |
[0] FeedParserDict |
label NoneType | None |
scheme unicode | u'http://www.blogger.com/atom/ns#' [link] |
term unicode | u'python' |
|
|
title unicode | u'Sierpinski \u2014 in ASCII, in Python' |
title_detail FeedParserDict |
base str | 'http://defcraft.blogspot.com/feeds/posts/default' [link] |
language NoneType | None |
type str | 'text/plain' |
value unicode | u'Sierpinski \u2014 in ASCII, in Python' |
|
updated unicode | u'2007-02-11T21:03:59.881-07:00' |
updated_parsed struct_time | (2007, 2, 11, 21, 3, 59, 6, 42, 0) |
|
[18] FeedParserDict |
author unicode | u'sri' |
author_detail FeedParserDict |
|
content list |
[0] FeedParserDict |
base str | 'http://defcraft.blogspot.com/feeds/posts/default' [link] |
language NoneType | None |
type str | 'text/html' |
value unicode | u'I, recently: downloaded Python for my Nokia 6600 and also started
using Google Calendar. After seeing Google Calendar\'s SMS interface I made it a little easier to use
from my cell:\n(this works under nokia 6600 and python for s60 2nd
edition, 1.3.1)\n\n
\n# under mit license\n# Oct 6, 2006;
sri\nimport appuifw, time, messaging\n\ngcal_sms_addr =
"48368"\nmonthnames = [u"Jan", u"Feb", u"Mar", u"Apr", u"May",
u"Jun",\n u"Jul", u"Aug", u"Sep", u"Oct", u"Nov",
u"Dec"]\n\ndef gsend(x):\n x = unicode(x)\n
messaging.sms_send(gcal_sms_addr, x)\n print "Message sent\\n",
x\n\n# spits out messages like\n# "nov 2 2108 12:00pm try out ruby" to
gcal\ndef create_new():\n now = time.time()\n year, month, day,
hour, min = time.localtime(now)[:5]\n\n date =
appuifw.query(u"Date:", "date", now)\n if date is None:\n
return\n ttime = appuifw.query(u"Time:", "time",
float(3600*hour+60*min))\n if ttime is None:\n return\n
event = appuifw.query(u"Event:", "text")\n if not event:\n
return\n\n year2, month2, day2 = time.localtime(date)[:3]\n
hour2, sec2 = divmod(int(ttime), 3600)\n min2, _ = divmod(sec2,
60)\n\n if hour2 >= 12:\n ampm = "pm"\n else:\n
ampm = "am"\n\n gevent = "%s %d %d %d:%02d%s %s" % (\n
monthnames[month2-1],\n day2,\n year2,\n hour2,\n
min2,\n ampm,\n event)\n gsend(gevent)\n\ndef
next_event():\n gsend("next")\ndef todays_events():\n
gsend("day")\ndef tommorows_events():\n gsend("nday")\n\ndef
main():\n # Currently available Google calendar\n # actions via
SMS\n menuitems = [(u"Create new", create_new),\n
(u"Next", next_event),\n (u"Today\'s",
todays_events),\n (u"Tommorow\'s",
tommorows_events)]\n \n sel = appuifw.popup_menu([x[0] for x in
menuitems],\n u"GCal actions")\n if sel
is None:\n return\n menuitems[sel][1]()\n\nif __name__ ==
"__main__":\n main()\n\n\n
' |
|
|
id unicode | u'tag:blogger.com,1999:blog-4259015877647291249.post-88888622909592557
55' |
link unicode | u'http://defcraft.blogspot.com/2007/02/google-calendar-w-python-on-
nokia-6600.html' [link] |
links list |
[0] FeedParserDict |
href unicode | u'http://defcraft.blogspot.com/2007/02/google-calendar-w-python-on-
nokia-6600.html' [link] |
rel unicode | u'alternate' |
title unicode | u'Google Calendar w/ Python on Nokia 6600' |
type unicode | u'text/html' |
|
[1] FeedParserDict |
href unicode | u'http://www.blogger.com/comment.g?blogID=4259015877647291249&post
ID=8888862290959255755' [link] |
rel unicode | u'replies' |
title unicode | u'0 Comments' |
type unicode | u'text/html' |
|
[2] FeedParserDict |
href unicode | u'http://defcraft.blogspot.com/feeds/8888862290959255755/comments/defa
ult' [link] |
rel unicode | u'replies' |
title unicode | u'Post Comments' |
type unicode | u'application/atom+xml' |
|
[3] FeedParserDict |
href unicode | u'http://defcraft.blogspot.com/feeds/posts/default/8888862290959255755
' [link] |
rel unicode | u'self' |
type unicode | u'application/atom+xml' |
|
[4] FeedParserDict |
href unicode | u'http://www.blogger.com/feeds/4259015877647291249/posts/default/88888
62290959255755' [link] |
rel unicode | u'edit' |
type unicode | u'application/atom+xml' |
|
|
published unicode | u'2006-10-07T19:58:00.000-07:00' |
published_parsed struct_time | (2006, 10, 7, 19, 58, 0, 5, 280, 0) |
subtitle unicode | u'I, recently: downloaded Python for my Nokia 6600 and also started
using Google Calendar. After seeing Google Calendar\'s SMS interface I made it a little easier to use
from my cell:\n(this works under nokia 6600 and python for s60 2nd
edition, 1.3.1)\n\n
\n# under mit license\n# Oct 6, 2006;
sri\nimport appuifw, time, messaging\n\ngcal_sms_addr =
"48368"\nmonthnames = [u"Jan", u"Feb", u"Mar", u"Apr", u"May",
u"Jun",\n u"Jul", u"Aug", u"Sep", u"Oct", u"Nov",
u"Dec"]\n\ndef gsend(x):\n x = unicode(x)\n
messaging.sms_send(gcal_sms_addr, x)\n print "Message sent\\n",
x\n\n# spits out messages like\n# "nov 2 2108 12:00pm try out ruby" to
gcal\ndef create_new():\n now = time.time()\n year, month, day,
hour, min = time.localtime(now)[:5]\n\n date =
appuifw.query(u"Date:", "date", now)\n if date is None:\n
return\n ttime = appuifw.query(u"Time:", "time",
float(3600*hour+60*min))\n if ttime is None:\n return\n
event = appuifw.query(u"Event:", "text")\n if not event:\n
return\n\n year2, month2, day2 = time.localtime(date)[:3]\n
hour2, sec2 = divmod(int(ttime), 3600)\n min2, _ = divmod(sec2,
60)\n\n if hour2 >= 12:\n ampm = "pm"\n else:\n
ampm = "am"\n\n gevent = "%s %d %d %d:%02d%s %s" % (\n
monthnames[month2-1],\n day2,\n year2,\n hour2,\n
min2,\n ampm,\n event)\n gsend(gevent)\n\ndef
next_event():\n gsend("next")\ndef todays_events():\n
gsend("day")\ndef tommorows_events():\n gsend("nday")\n\ndef
main():\n # Currently available Google calendar\n # actions via
SMS\n menuitems = [(u"Create new", create_new),\n
(u"Next", next_event),\n (u"Today\'s",
todays_events),\n (u"Tommorow\'s",
tommorows_events)]\n \n sel = appuifw.popup_menu([x[0] for x in
menuitems],\n u"GCal actions")\n if sel
is None:\n return\n menuitems[sel][1]()\n\nif __name__ ==
"__main__":\n main()\n\n\n
' |
tags list |
[0] FeedParserDict |
label NoneType | None |
scheme unicode | u'http://www.blogger.com/atom/ns#' [link] |
term unicode | u'python' |
|
|
title unicode | u'Google Calendar w/ Python on Nokia 6600' |
title_detail FeedParserDict |
base str | 'http://defcraft.blogspot.com/feeds/posts/default' [link] |
language NoneType | None |
type str | 'text/plain' |
value unicode | u'Google Calendar w/ Python on Nokia 6600' |
|
updated unicode | u'2007-02-11T21:02:51.204-07:00' |
updated_parsed struct_time | (2007, 2, 11, 21, 2, 51, 6, 42, 0) |
|
|


|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |
| Classes in com.blogspot.applications4android.comicreader.core used by com.blogspot.applications4android.comicreader | |
|---|---|
| Comic
Base class for all comic series |
|
| ComicActivity
Useful class for defining some of the common things for all the activities used in this application. |
|
| ComicClassList
Class which manages the list of comics |
|
| FullyAwakeIntentService
Class which is expected to launch a service while fully awake throughout Code borrowed from Mark Murphy's WakefulIntentService |
|
| Strip
Data-structure for holding info on a comic-strip |
| Classes in com.blogspot.applications4android.comicreader.core used by com.blogspot.applications4android.comicreader.comics | |
|---|---|
| Comic
Base class for all comic series |
|
| ComicParser
Base class for parsing html files to get the strip info |
|
| Strip
Data-structure for holding info on a comic-strip |
| Classes in com.blogspot.applications4android.comicreader.core used by com.blogspot.applications4android.comicreader.comics.DailyKingFeatures | |
|---|---|
| Comic
Base class for all comic series |
|
| ComicParser
Base class for parsing html files to get the strip info |
| Classes in com.blogspot.applications4android.comicreader.core used by com.blogspot.applications4android.comicreader.comics.GoComics | |
|---|---|
| Comic
Base class for all comic series |
|
| ComicParser
Base class for parsing html files to get the strip info |
| Classes in com.blogspot.applications4android.comicreader.core used by com.blogspot.applications4android.comicreader.comics.OregonLive | |
|---|---|
| Comic
Base class for all comic series |
|
| ComicParser
Base class for parsing html files to get the strip info |
| Classes in com.blogspot.applications4android.comicreader.core used by com.blogspot.applications4android.comicreader.comictypes | |
|---|---|
| Bound
Defines a bound containing long-int's |
|
| Comic
Base class for all comic series |
|
| ComicParser
Base class for parsing html files to get the strip info |
|
| Strip
Data-structure for holding info on a comic-strip |
| Classes in com.blogspot.applications4android.comicreader.core used by com.blogspot.applications4android.comicreader.core | |
|---|---|
| Bound
Defines a bound containing long-int's |
|
| Comic
Base class for all comic series |
|
| ComicClass
Data structure to represent a comic-class read from json file |
|
| ComicClassList
Class which manages the list of comics |
|
| ComicParser
Base class for parsing html files to get the strip info |
|
| ImageType.Types
List of all images currently supported. |
|
| RandUtils
Utilities class for generating random numbers |
|
| Strip
Data-structure for holding info on a comic-strip |
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


Hey, if you are interested in getting email updates when I publish posts on my blog, let me know your email address.
If you use an RSS or Atom client, you can use this link jyro.blogspot.com/atom.xml to subscribe to my blog.
--- layout: post title: "Subscribing to my blog" date: 2005-09-12 comments: false ---


Isaac Hempstead Wright Says The Controversial ‘Game Of Thrones’ Ending Was ‘The Only Way’ To Conclude The Show
by Cat WilliamsIsaac Hempstead Wright is weighing in on the hotly-debated “Game of Thrones” ending that left fans divided back in May.
While joining his co-stars Gemma Whelan and Kristofer Hivju to celebrate the release of the “Game of Thrones: The Complete Collection” DVD/Blu-ray set at the BFI Southbank in London, the 20-year-old actor tells ET Canada that he felt the ending of the final season stayed “true to the spirit” of “Game of Thrones”.
Related: Emilia Clarke Agrees That The Final Season Of ‘Game Of Thrones’ ‘Wasn’t THAT Bad’
“I thought it was great,” he says. “I know it was a divisive ending, but as far as I’m concerned it was the only way we could have ended ‘Game of Thrones’. It was true to the spirit of it. Not everything happened that people wanted to happen. It was quite uncomfortable at times and that’s what good television should do.”
As for Bran Stark’s momentous story arc in the final season, Hempstead Wright admits that he was “thrilled” upon discovering that his character ended up on the throne. “It couldn’t have gone much better for me,” he proudly tells ET Canada.
Revealing if his character would do a good job as the King of Westeros, the actor jokingly contends, “I’d like to think so. Although it has been pointed out to me that he basically does have the world’s largest CCTV archive, so it might have become an authoritarian rule. I’m not sure. He needs good people behind him.”
While Hempstead Wright previously told Mirror UK that the cast group chat on Whatsapp was “dead,” the actor tells ET Canada that they do still keep in touch.
“We’re actually all pretty good at keeping in touch with each other and it’s a small world, so you bump into each other all the time,” he says.
Related: ‘Game Of Thrones’ Actor Reveals The Show Shot An Alternate Ending ‘Mostly For Fun’
Meanwhile, speaking about her own character’s ending, Gemma Whelan says she was “very happy” seeing Yara Greyjoy become the Lady of the Iron Islands.
“It would have been nice if Yara killed Euron [Greyjoy], but, you know, you can’t have it all,” she quips. “But, yeah, I was very happy.  I was lucky to be in it as I was and to survive.”
Related: ‘Game of Thrones’ Spinoff ‘House Of The Dragon’ Gets Series Order
Up next, HBO has announced production for the spin-off series “House of the Dragon”, which will be based on the origins of House Targaryen, according to HBO programming president Casey Bloys.
Speaking about the continuation of “GoT”, Kristofer Hivju, who appeared in character as Tormund Giantsbane at the celebration event, contends, “I think the universe is so large and has so many possibilities that I hope we will see many spin-offs. And I think that the choice of going for a Targaryen storyline is great.”


{# Only allow logged-in users to edit, they also can only edit their own comments #} {% if comment.canEdit() %}


Test Cases are the heart of application testing.
Test Cases include the steps and details required to verify that an item is working.
Test Cases are linked to products and categories.
When editing test plans, the results can be dragged and dropped into place.
The new version button will make a clone of the current test plan. The current plan will be marked as deprecated and the new version will contain the previous versions details.
Versions are useful when making major changes and you have the need to retain the status of your old test plan.
The copy funtion makes a new copy of the test plan. The plans starting version will be 1 and the source test plan will not be altered.


| ABBREVIATION |
abbreviation |
|   abb |
abbreviation |
|   exp |
expression abbreviated |
| ENTITY |
entities |
|   animal |
animals |
|   body |
organs of body |
|   color |
colors |
|   creative |
inventions, books and other creative pieces |
|   currency |
currency names |
|   dis.med. |
diseases and medicine |
|   event |
events |
|   food |
food |
|   instrument |
musical instrument |
|   lang |
languages |
|   letter |
letters like a-z |
|   other |
other entities |
|   plant |
plants |
|   product |
products |
|   religion |
religions |
|   sport |
sports |
|   substance |
elements and substances |
|   symbol |
symbols and signs |
|   technique |
techniques and methods |
|   term |
equivalent terms |
|   vehicle |
vehicles |
|   word |
words with a special property |
| DESCRIPTION |
description and abstract concepts |
|   definition |
definition of sth. |
|   description |
description of sth. |
|   manner |
manner of an action |
|   reason |
reasons |
| HUMAN |
human beings |
|   group |
a group or organization of persons |
|   ind |
an individual |
|   title |
title of a person |
|   description |
description of a person |
| LOCATION |
locations |
|   city |
cities |
|   country |
countries |
|   mountain |
mountains |
|   other |
other locations |
|   state |
states |
| NUMERIC |
numeric values |
|   code |
postcodes or other codes |
|   count |
number of sth. |
|   date |
dates |
|   distance |
linear measures |
|   money |
prices |
|   order |
ranks |
|   other |
other numbers |
|   period |
the lasting time of sth. |
|   percent |
fractions |
|   speed |
speed |
|   temp |
temperature |
|   size |
size, area and volume |
|   weight |
weight |
|
|


titanic
is an R package containing data sets providing information on the fate of passengers on the fatal maiden voyage of the ocean liner “Titanic”, with variables such as economic status (class), sex, age and survival. These data sets are often used as an introduction to machine learning on Kaggle. More details about the competition can be found here, and the original data sets can be found here.
You can install:
the latest released version from CRAN with
install.packages("titanic")
the latest development version from github with
if (packageVersion("devtools") < 1.6) {
install.packages("devtools")
}
devtools::install_github("paulhendricks/titanic")
If you encounter a clear bug, please file a minimal reproducible example on github.
To get started, read the intro vignette: vignette("introduction", package = "titanic")
.
The original author of titanic
is Paul Hendricks.
The lead maintainer of titanic
is Paul Hendricks.


Highschool graduate.
Joined Moringa to gain skills in software development.
Get to see Life as Lulu sees it.
html and css languages are used.
I am a highschool graduate passionate about giving back to the community. I have participated in various clubs for this such us rotaract club of Bahari Mombasa.
I decided to take class on programming to challenge myself and eventually become a successful web designer. It is one way to give back to the communit and this way, i will be able to solve real world problems.


Clinic Name
Welcome,
Dashboard
Profile
50%
Settings
Help
Log Out
Tables
Some examples to get you started
Chart#:
Phone nomber:
Card number:
Basic Tables
basic table subtitle
Settings 1
Settings 2
Chart number
Full name
Mobile number
Email
Medical Chart


MySongs is the world biggest database with song lyrics & chords. Yes, that's true. No need to look it up.
You can start by signing up, signing in or start searching for your desired song right away!
MySongs is the world biggest database with song lyrics & chords. Yes, that's true. No need to look it up.
You can start by signing up, signing in or start searching for your desired song right away!


Your data is stored in JSON format. Below are some examples. In the plugin, you can see all data we collect about you (with a description for the items).
id: "f4505c0810aff7f2c8514997a9ebdce3706f"
This is a sample of user id which is hashed using SHA-256 algorithm.
action:
type: "contentLoaded"
This is an action collected which indicates that some content loaded in your page.
action:
type: "closeWindow",
data: {
timestamp:<PHONE_NUMBER>185,
sessionId: 855,
remainingTabs: 1
}
This is an action collected which indicates that you closed a Facebook tap.
gender: {
age: "July 26, 1990",
gender: "Male"
},
country: "Mexico",
language: "en",
This is some profile data collected with hashed user id.
To see what is collected about you, just click on Collected data in the plugin choices after installation.
action:
type: "openPage",
data: {
type: "/profile_book.php:timeline",
gender: 1
}
This is an action collected which indicates that you open a Facebook page.
apps:
appId: "1d923919ec5b869e202c1aae806cbe17ba606",
permissions: [
{
name: "public_profile"
},
{
name: "email",
ischecked: "checked"
}
]
This is an application (With hashed id) collected which indicates that you give it a permission to access your public profile and your email.
devices: [
{
os: "Windows PC",
location: "c9ff4748f4c4ccc26c55085da1ba7cffbd8eee",
browser: "Chrome",
time: "Active now"
},
This is a logged device collected which indicates that you use it to open your Facebook account.


How realistic is a 6-week abortion ban if pregnancy is calculated from a person’s first day of their last menstrual cycle? https://19thnews.org/2021/09/greg-abbott-six-weeks-pregnancy-abortion/ 2


Greatness does not come through individual aspect but through cohesion and integration putting up to a lot of patnership, that is why I would say thank God for Moringa school.An environment set to improve peoples way of thinking,learning and way of living at large.


citys=read.csv("cities_r2.csv") library(ggplot2) library(highcharter) #print(names(citys)) x=data.frame(citys$population_total,citys$state_name) states=unique(citys$state_name) population=0 literate=0 male=0 female=0 gradmale=0 gradfemale=0 for (i in 1:length(states)) { population[i]=0 literate[i]=0 male[i]=0 female[i]=0 gradmale[i]=0 gradfemale[i]=0 for (j in 1:length(citys$state_name)) { if(identical(as.character(states[i]),as.character(citys$state_name[j]))){ population[i]= population[i]+ as.integer(citys$population_total) literate[i]=literate[i]+ as.integer(citys$total_graduates) gradmale[i] = gradmale[i] + as.integer((citys$male_graduates)) gradfemale[i] = gradfemale[i] + as.integer(citys$female_graduates) } } } #new=data.frame(population,states) new =data.frame(literate,states) maleFemale=data.frame(male,female,states) print(maleFemale) #ggplot(x=population,y=states,data=data.frame(population,states),xlim=c(13,90))+geom_point() #hchart(maleFemale,"bar",hcaes(x= male,y=female),name="literate") hc <- highchart() %>% hc_xAxis(categories = states) %>% hc_add_series(name = "Graduate Male", data = gradmale) %>% hc_add_series(name = "Graduate Female", data = gradfemale) %>% hc_add_series(name = "Graduate Total", data = literate) %>% hc_title(text="Comparision of Graduates Male and Female") print(hc)


|
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It will be delivered to store #36077 between November 5 and November 10.
| Hot Off the Grill/Fresh Beef Equipment |
Your shipment must be inspected upon receipt. Any damage to or discrepancies in the shipment that are not reported to H&K within 24 hours of receipt become your responsibility.
Obvious visible damage or piece count discrepancy must be noted on BOL or delivery receipt at time of signing. Packages with obvious visible damage should be refused/ returned to sender. Any other issues, such as concealed damage or detailed piece count shortages, must be reported to H&K at<PHONE_NUMBER> (option #2) within 24 hours at the latest.
Thank you for your business! If you have any questions or concerns, please contact us at<PHONE_NUMBER> (option #2) or email<EMAIL_ADDRESS>If your order includes refrigeration, please watch this short video on how to correctly uncrate your equipment and avoid damage to the unit.
<EMAIL_ADDRESS>H&K Resupply, 2176 Diehl Rd., Aurora, IL 60602
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Framingham Risk Score
Patient Resource
First Name:
Last Name:
Gender:
Date of Birth:
Age (Years):
10-Year Risk of MI or Death
Observation & Medication Resources
Systolic Blood Pressure:
Diastolic Blood Pressure:
LDL:
HDL:
Total Cholesterol:
Smoking Status:
Triglycerides:
On Blood Pressure Medication(s):


{% extends "index.html" %} {% block title %}{{ config.title }} - 404{% endblock title %} {% block navbar %} {% for item in config.extra.zola386_menu %}
The page you requested was not found. You can try to find it by browsing the menus.
Home Categories Tags


Ayahuasca (B. caapi & Psychotria viridis)
During my teenage years I developed various problems with drugs. This led me to become straight edge for nearly six years up until my wedding day in October 2006. As a part of my interest in magic I rediscovered an interest in entheogens.
My wife began making the brew on Thursday night. It was to be for three of us so we had two packets of each ingredient. The ingredients were brewed on a low heat in bottled spring water with some added lemon. The smell from the kitchen was a lovely earthy plant smell. The brew was eventually reduced down to 2 ½ litres at which point we had to go around to our friend’s place, which is where we would be doing the Ayahuasca.
Going into this experience I had wanted to do it in quite a ritual fashion and use this entheogen as a tool for exploration. It did not turn out this way as we did it in a more social and recreational manner with us sitting around talking and drinking the brew. I was also incredibly nervous about what might happen as my years of being straight edge had resulted in me being somewhat of a control freak and this would be my first ever experience with Ayahuasca.
The effects of the brew crept on me slowly. I had an effect of the room “softening” but I wasn’t sure if that was due to tiredness or not. There was also a noticeable sway to my moving about as if I was mildly drunk. The greater effects didn’t kick in until one time that I went to the bathroom. Due to the noise of the extractor fan we decided we wouldn’t use the bathroom light all night so every so often I would be plunged into darkness to relieve myself. Part way through the night I went to the bathroom and the darkness suddenly became filled with glowing shifting shapes and lines of glowing blobs that looked like cells in a body or bloodstream.
My sense of distance was massively distorted too, as it seemed to be miles from the door of the bathroom to the toilet seat. When I emerged from the bathroom the accelerated visual effects continued with parts of my body seeming to stretch away from me and then retract. I also experienced fits of hysterical laughter like when I used to get stoned. These experiences weren’t unpleasant but I did get a little paranoid that I was much “further in” than my wife and our friend so I tried to hold back the effects. This was unfortunate as I would have liked to have been comfortable enough to just go with it. Eventually I came down. It was quite an interesting process, as it seemed that everything just snapped back to “normal” with no negative effects.
Nearly a week later and I feel quite positive about my experience. I learned a little about Ayahuasca, a little about how I would like to experiment with entheogens in the future, and a lot about my control-freakery. I plan to do Ayahuasca again but this time do it alone so that I feel less restricted by others. As a first time I think the relative gentleness of my experience was a good thing.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Policy Recommendations - Admin
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datastructures
Meshes
The mesh is implemented as a half-edge datastructure. It is meant for the representation of polygonal “surface” meshes. A mesh can be connected or disconnected. A mesh can be closed or open. A mesh can be comprised of only vertices.
Base data structures
Base half-edge data structure for representing meshes. |
Data structures
Implementation of the base mesh data structure that adds some of the mesh algorithms as methods. |
Algorithms
Compute the (axis aligned) bounding box of a mesh. |
|
Compute the (axis aligned) bounding box of a projection of the mesh in the XY plane. |
|
Compute the contours of the mesh. |
|
Cull all duplicate vertices of a mesh and sanitize affected faces. |
|
Construct the dual of a mesh. |
|
Flip the cycle directions of all faces. |
|
Compute geodesic from the vertices of a mesh to given source vertices. |
|
Verify that the mesh is connected. |
|
Compute the isolines of a specified attribute of the vertices of a mesh. |
|
Offset a mesh. |
|
Compute the (axis aligned) bounding box of a mesh. |
|
Compute the (axis aligned) bounding box of a projection of the mesh in the XY plane. |
|
Planarise a set of connected faces. |
|
Smooth a mesh by moving every free vertex to the centroid of its neighbors. |
|
Smooth a mesh by moving each vertex to the barycenter of the centroids of the surrounding faces, weighted by area. |
|
Subdivide the input mesh. |
|
Subdivide a mesh using simple insertion of vertices. |
|
Subdivide a mesh by cutting corners. |
|
Subdivide a mesh such that all faces are quads. |
|
Subdivide a mesh using the Catmull-Clark algorithm. |
|
Subdivide a mesh following the doo-sabin scheme. |
|
Transform a mesh. |
|
Transform a copy of |
|
Transform a mesh. |
|
Transform a copy of |
|
Unify the cycle directions of all faces. |
|
Weld vertices of a mesh within some precision distance. |
Matrices
Creates a vertex adjacency matrix from a Mesh datastructure. |
|
Creates a connectivity matrix from a Mesh datastructure. |
|
Creates a vertex degree matrix from a Mesh datastructure. |
|
Construct the face matrix from a Mesh datastructure. |
|
Construct a Laplacian matrix with uniform weights from a mesh data structure. |
Conway Operators
Generates the dual mesh from a seed mesh. |
|
Generates the join mesh from a seed mesh. |
|
Generates the ambo mesh from a seed mesh. |
|
Generates the kis mesh from a seed mesh. |
|
Generates the needle mesh from a seed mesh. |
|
Generates the zip mesh from a seed mesh. |
|
Generates the truncate mesh from a seed mesh. |
|
Generates the ortho mesh from a seed mesh. |
|
Generates the expand mesh from a seed mesh. |
|
Generates the gyro mesh from a seed mesh. |
|
Generates the snub mesh from a seed mesh. |
|
Generates the meta mesh from a seed mesh. |
|
Generates the bevel mesh from a seed mesh. |
Networks
The network is a connectivity graph. It is meant for the representation of networks of vertices connected by edges. The edges are directed. A network does not have faces. A network can be connected or disconnected. A network with vertices only is also a valid network.
Base data structures
Base graph data structure for describing the topological relationships between nodes connected by edges. |
Data structures
Algorithms
Generate the complement network of a network. |
|
Count the number of crossings (pairs of crossing edges) in the network. |
|
Embed the network in the plane. |
|
Identify all pairs of crossing edges in a network. |
|
Find the faces of a network. |
|
Verify that the network is connected. |
|
Verify if a network has crossing edges. |
|
Check if the network is planar. |
|
Verify that a network is embedded in the plane without crossing edges. |
|
Verify that a network lies in the XY plane. |
|
Smooth a network by moving each node to the centroid of its neighbors. |
|
Transform a network. |
|
Transform a copy of |
VolMesh
The volmesh is a cellular mesh. It is implemented as a half-plane, the three-dimensional equivalent of a half-edge. It can, for example, be used for the representation of subdivided/partitioned polyhedra.
Class for working with volumetric meshes. |


Classes
|
ActiveRecord.Adapters |
|
ActiveRecord.Class |
|
ActiveRecord.Errors |
|
ActiveRecord.Instance |
|
ActiveRecord.Migrations |
|
ActiveRecord.Migrations.Schema |
|
ActiveRecord.ResultSet |
Properties
| Property | Action |
|---|---|
|
null if no connection is active, or the class that created the connection.
|
No Details |
|
|
|
|
Will automatically create a table when create() is called. Defaults to true.
|
No Details |
|
|
|
|
Contains all methods that will become available to ActiveRecord classes.
|
No Details |
|
|
|
|
null if no connection is active, or the connection object.
|
No Details |
|
|
|
|
Contains all methods that will become available to ActiveRecord instances.
|
No Details |
|
|
|
|
Tracks the number of records created.
|
No Details |
|
|
|
|
Defaults to false.
|
No Details |
|
|
|
|
Contains model_name, ActiveRecord.Class pairs.
|
No Details |
|
|
Functions
| Method | Action | ||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
static connect(Object adapter, [mixed args]) :
void
Must be called before using ActiveRecord. If the adapter requires arguments, those must be passed in after the type of adapter.
|
Show Details | ||||||||||||||
|
Parameters
|
|||||||||||||||
|
static create(String table_name, Object fields, [Object methods]) : Object
Creates an ActiveRecord class, returning the class and storing it inside ActiveRecord.Models [ model_name ] . model_name is
a singularized, capitalized form of table name.
|
Show Details | ||||||||||||||
|
Parameters
Returns
|
|||||||||||||||
|
static define(String table_name, Object fields, [Object methods,] [Function readyCallback]) : Object
If the table for your ActiveRecord does not exist, this will define the ActiveRecord and automatically create the table.
|
Show Details | ||||||||||||||
|
Parameters
Returns
|
|||||||||||||||
|
static escape(mixed argument, [Boolean supress_quotes]) : mixed
Escapes a given argument for use in a SQL string. By default the argument passed will also be enclosed in quotes.
|
Show Details | ||||||||||||||
|
Parameters
Returns
|
|||||||||||||||
|
static execute(String sql) : mixed
Execute a SQL statement on the active connection. If the statement requires arguments they must be passed in after the SQL
statement.
|
Show Details | ||||||||||||||
|
Parameters
Returns
|
|||||||||||||||
|
static observe(String event_name, Function observer) : Array
Observe an event on all models. observer will be called with model_class, model_instance.
|
Show Details | ||||||||||||||
|
Parameters
Returns
|


Enter your Veracode API key. For instructions on generating your API credentials, search for "Credentials" in the Veracode Documentation.


| Elementos | Tomada: 1 | Tomada: 2 | Tomada: 3 | Tomada: 4 | Tomada: 5 | Tomada: 6 |
|---|---|---|---|---|---|---|
| Pegar peça | 00:12 | 00:15 | 00:13 | 00:17 | 00:14 | 00:13 |
| Alinhar peças | 00:12 | 00:15 | 00:13 | 00:17 | 00:14 | 00:13 |
| Costurar | 00:12 | 00:15 | 00:13 | 00:17 | 00:14 | 00:13 |
| Cortar linha | 00:12 | 00:15 | 00:13 | 00:17 | 00:14 | 00:13 |
| Descartar peça | 00:12 | 00:15 | 00:13 | 00:17 | 00:14 | 00:13 |


John Doe
Job title
Department
John Doe
Job title
Department
John Doe
Job title
Department
John Doe
Job title
Department
John Doe
Job title
Department
John Doe
Job title
Department
John Doe
Job title
Department
John Doe
Job title
Department


TEDx
Dharamshala
2013
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For any queries contact us at
Email: arvin@tedxdharamsala.org


I don't know if this is possible at all.  I would love to have some kind of button to easily report them. Maybe something could be done in that compartement.
xXJumpyXx
Helping Hand
This isn't something that BBLog can do, we have the Server Radar, that's all we can de.
A report function needs to be added by DICE.
ORFK
Global Moderator
maybe it could be possible to include the formular from the generall Report inline popup and so it would automaticly be a server report function
BrainFooLong
Administrator
DICE need to include better support for reports, we can't do that.
jack
Would it be possible for us to report it so everyone on bblog can see that it's a bad server, possible have it like a review system so you can see which servers have positive votes and which have negative a bit like in the battlelog+ addon.
BrainFooLong
Administrator
Possible yes. But that requires some jobs on our server and our server is under heavy load with lot of other bblog jobs. To fix this we require more servers that we don't have (also don't have the money for that). Rejected,


pzplUI / Components / Box
Box
React vs Angular
tl;dr: both of them are stupid
Hello guys welcome to another episode today we will compare Angular vs React please hit that subscribe button and enable notifications please remember that i am doing a merch giveaway go to youareanidiot.cc and like my facebook page to have a chance to win a jquery body pillow so anyways guys let's compare angular and react so angular is made by google and react is made by facebook and if you ever seen facebooks logo you know that it's blue so make sure that the like button under the video is blue just like in the facebooks logo and if it's blue then you will enter my giveaway for more details watch to the end so anyways i think that [ please pay 2.99$ to unlock the rest of the article ]

React vs Angular

tl;dr: both of them are stupid

Hello guys welcome to another episode today we will compare Angular vs React please hit that subscribe button and enable notifications please remember that i am doing a merch giveaway go to youareanidiot.cc and like my facebook page to have a chance to win a jquery body pillow
so anyways guys let's compare angular and react so angular is made by google and react is made by facebook and if you ever seen facebooks logo you know that it's blue so make sure that the like button under the video is blue just like in the facebooks logo and if it's blue then you will enter my giveaway for more details watch to the end so anyways i think that [ please pay 2.99$ to unlock the rest of the article ]