{% trans 'Delete' %} {{ object.name }} - {% trans "Are you sure?" %}
{% blocktrans with escaped_object=object %}Are you sure you want to delete the {{ object_name }} "{{ escaped_object }}"? All of the following related items will be deleted:{% endblocktrans %}


Solving a system of linear equations is one of the most fundamental computational problems for many fields of mathematical studies, such as regression problems from statistics or numerical partial differential equations. We provide basic stationary iterative solvers such as Jacobi, Gauss-Seidel, Successive Over-Relaxation and SSOR methods. Nonstationary, also known as Krylov subspace methods are also provided. Sparse matrix computation is also supported in that solving large and sparse linear systems can be manageable using 'Matrix' package along with 'RcppArmadillo'. For a more detailed description, see a book by Saad (2003) <doi:10.1137/1.9780898718003>.
| Version: | 0.3.0 |
| Depends: | R (≥ 3.3.0), bigmemory |
| Imports: | Rcpp (≥ 0.12.4), Matrix, Rdpack |
| LinkingTo: | bigmemory, BH, Rcpp, RcppArmadillo |
| Published: | 2018-07-14 |
| Author: | Kisung You [aut, cre] |
| Maintainer: | Kisung You <kyou at nd.edu> |
| License: | GPL (≥ 3) |
| NeedsCompilation: | yes |
| In views: | NumericalMathematics |
| CRAN checks: | Rlinsolve results |
| Reference manual: | Rlinsolve.pdf |
| Package source: | Rlinsolve_0.3.0.tar.gz |
| Windows binaries: | r-devel: Rlinsolve_0.3.0.zip, r-release: Rlinsolve_0.3.0.zip, r-oldrel: Rlinsolve_0.3.0.zip |
| OS X binaries: | r-release: Rlinsolve_0.3.0.tgz, r-oldrel: Rlinsolve_0.3.0.tgz |
| Old sources: | Rlinsolve archive |
Please use the canonical form https://CRAN.R-project.org/package=Rlinsolve to link to this page.


{% extends '_layout.html' %} {% load static %} {% block meta_title %}Instructions for workshop leaders – {{ block.super }}{% endblock %} {% comment %}{% block main_classes %}bg-dark{% endblock %}{% endcomment %} {% comment %}{% block main_classes %}bg-white text-dark{% endblock %}{% endcomment %} {% block main %}
Please read these instructions carefully and let us know if there is anything unclear. Thank you!
This info might get updated.
Important changes will be listed here and you’ll be notified by email.
We will publish final detailed instructions for attendees on the website on 1 June.
Please make sure you send them to<EMAIL_ADDRESS>in time i.e. deadline is 29 May.
Also, let us know the maximum number of attendees you allow at your workshop, otherwise it will be limited to 30.
Registration will be open soon after that and all PyCon CZ attendees will receive an email informing them about it.
We can send a custom email to all attendees registered for your workshop on your behalf via our registration system. Just write its contents and send it to us.
Basic Markdown formatting is possible.
You can also send us your presentation beforehand to have a backup in case something happens to your laptop, your backup on your flash drive, your second backup 😉…
Workshops will take place at a different place than the talks: at VSB-TU Ostrava – Faculty of Electrical Engineering and Computer Science.
Detailed instructions how to get to the venue.
Each room is equipped with a projector connected via VGA (D-sub) with a maximum 1280×768 pixels resolution. If you don’t have a VGA output and need an adapter, please contact us and specify from which connection, e.g. HDMI, mini HDMI, DisplayPort…
There is no audio available.
The workshop room's capacity is 30 seats, but you can limit your workshop to fewer people. Otherwise we will allow registration for a full room.
Both you and attendees can connect to a Wi-Fi network.
Connection information will be available on-site.
tuonet-guest
using login pyconcz
and password importthis
Official agreement for using the network:
By accessing and using WiFi network tuonet-guest, you confirm, that you are familiar and agree with the “University computer network use policy” described in document named “Pravidla užívání počítačové sítě VŠB-TU Ostrava (TUO_SME_99_002)” (czech language only) and with all related documents. The University may monitor and report all incidents caused by using this network and forward them to appropriate subjects (university CSIRT team, police etc.).
You’re welcome to have breakfast and/or lunch on site. Food will be served from 9:30 and 13:00 respectively.
Please join us at 9:00 for a short information session and you’ll be shown to your rooms where you can prepare and check everything before people start coming in.
Workshops start at 10:00 and should end before 13:00.
Please join us at 13:00 for a short information session and you’ll be shown to your rooms where you can prepare and check everything before people start coming in.
Workshops start at 14:00 and should end before 17:00.
Please do not register for your own workshop. You can, of course, register for another workshop if you want.
Workshops are available for anybody wearing the PyCon CZ badge.
Priority access is for those who registered for the workshop but 10 minutes before the workshop should start this priority access is void.
If somebody wants to join your workshop and isn’t on the list allow them to join your workshop if you still have a free seat less than 10 minutes before the beginning. Just ask them to add their name to the list.
Lists of registered attendees for each workshop will be available in each room. You don’t have to check those names against the list, just ask the attendees to put a check mark beside their name. The lists will be collected by organizers.
Our team will be on site to assist you with any troubles you might encounter.
Use PyCon CZ Slack or write to info@pycon.cz.


Form
Forms for schools converting to academy status.
MS Word Document , 106KB
ODT , 64KB
This file is in an OpenDocument format
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
MS Word Document , 105KB
ODT , 66.2KB
This file is in an OpenDocument format
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
MS Word Document , 111KB
ODT , 69.3KB
This file is in an OpenDocument format
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
If you’re a school converting to academy status, you can use the forms on this page to apply.
If you’re a mainstream primary or secondary school, you can also apply using the online application form .
Special schools can only apply using the Word form on this page. Special schools are schools for children with special educational needs.
If you’re a sixth-form college considering becoming a 16 to 19 academy, advice and an application form are available.
Read more guidance on the process for converting to academy status .
Published: 18 September 2013
Updated: 12 April 2016


Hi, I'm Abhinav, I love to code. I am currently doing my Masters in computational data science at school of computer science in CMU. I love building and understanding things from scratch. And then telling others about it.
True genius requires an audience. I'm glad you are here.
I love to travel. I would love to visit Anatarctica. Also, my mom says I am cool.
- all
- Projects
- Publications
What have I been upto ?
-
Carnegie Mellon University 2019 - presentMasters in computational data science at school of computer science
-
IIIT - Allahabad 2015 - 2019Enrolled as an undergraduate in Information Technology
-
NTU, Singapore Jan 2019 - June 2019Worked as a full time research assistant to finish my undergraduate thesis.
-
Google Summer of Code 2019 and 2017Got selected for Google Summer of Code as a FOSSASIA student.
-
Smartme.io, Italy Summer 2018Worked as a software/database egineering research intern.
-
Was the lead mentor of the Open Event Project of FOSSASIA
-
Harvard University 2016 SummerEnrolled into Introduction to Programming Course in Python at Harvard Summer School.
My Achievements
- Dr. Ing. Matthias Kleiner Gold medal: Overall performance in Academics, and contributions to the technical community.
- Linux Foundation Scholarship: 800 USD sponsorship to attend Open Source Summit 2019 in Japan.
- Google Summer of Code Mentor summit: $1000 travel grant to attend the summit at google California as the lead mentor.
- Achieved publication for the project "Regression based Motion Planning for Robot" in the 3rd Asia-Pacific Conference on Intelligent Robot Systems (ACIRS), IEEE.
- My work on the SmartMe.io project was published in IEEE 28th International Conference on Enabling Technologies: Infrastructure for Collaborative Enterprises
- FOSSASIA Summit, Singapore: Received 600 SGD travel grant to present my work on the Open Event Project at the FOSSASIA Summit in 2018.


2020-11-10
Multiple teachers, careers advisors and parents often ask children in schools: “What do you want to be when you grow up?” It is a question for which few children can give a sure answer to, however the question is interesting because of its use of language. The question is rarely “How do you want to make a living?” but it specifically asks what the child wants to be. Although perhaps not intentionally, the adults in this situation are asking a child about their future personal identity while stressing their employment as a key part of this identity. However, nobody should be encouraged to make their employment part of their personal identity.
Before diving into this claim, it should be established first what personal identity and employment mean. Questions of personal identity can be asked in many directions. However in this case the definition taken will be: the various aspects that make a person themselves. Put in another way, personal identity is the collection of answers somebody gives when responding to the question: “Who are you?” They are the aspects that are accompanied with feelings of attachment, pride or ownership. They may also be linked to a wilfulness to preserve such aspects. Examples of these answers may be: “I am a happy person”, “I am sporty”, and “I am chunky”; or in a negated form “I am not violent” and “I am never a liar”. When a person has a clear picture in their mind of what these aspects are then it gives that person a sense of integrity and self-consistency. The absence or confusion of these aspects is also known as an ‘identity crisis’, a psychological phenomenon experienced by most people as they develop through the stages of adolescence. Nevertheless the definition of personal identity is incredibly nuanced and can mean various different things to different people, at least in comparison to the definition of employment. Employment is the state of a person being engaged by another on a permanent basis to complete tasks in return for resources. People are described as having employment or being employed. When one makes their employment part of their identity, then when asked “Who are you?” she shall reply “I am a baker” or “I am a lawyer” and have some ownership of this aspect of themselves. With both terms now defined, it may now be seen what arguments can be made against their integration.
Firstly, since employment requires doing tasks for other people, it will always require a person to make compromises which may conflict with other aspects of her personal identity. A key part of employment is that employees are engaged by some others, whether by a single private owner or a collective of shareholders. To put it simply, these others call all the shots. As an employee, a person’s role isn’t to exercise their will freely but to remained aligned with the organization which usually moves to achieve the will of the others. The relationship here between business owners and workers has been recognized for generations and is not anything new. However problems can begin to arise when an employee has made their role part of their identity but are then forced to take an action which feels like a violation of their identity. Take a situation where a person, for the sake of example called Annie, is proud to be a carpenter and considers it a key part of herself. Annie considers part of who she is as: somebody who takes wood and makes beautiful or useful items. She also considers herself a compassionate person towards animals, showing this through work in her free time caring for rescued animals and adopting a vegetarian diet. Given these parts of Annie’s personal identity, lastly consider an order she has to fulfil in her workshop to create animal enclosures for a meat production plant. To add more context, the order is quite critical in allowing the workshop to stay afloat and keep carpenters like Annie employed. She has a family to support and the workshop sees no other customers on the horizon. What choices are available to her? She may resist the order, risking her job in the best case or bankrupting the company in the worst case; this leaves the well-being of herself and her family at risk. Alternatively she may begrudgingly carry out the order and emotionally digest what she sees as an ethical violation. A less extreme example may be to consider a professor working at a university. She considers herself to be a successful academic and also a creator of new knowledge, the second aspect being supported by the first. However over time her work situation changes, requiring more political manoeuvrers within her institution to maintain her position there. Again, to add more context, her field is very specialized and the chances of her obtaining an academic position at another institution is low. In this case our professor may also feel trapped in a forced choice between rescinding her role as an academic or continuing to politically maneuver instead of spending her work time doing what she values, essentially a choice between which aspect of her identity to abandon. Though one may have an opinion over which choices in the examples the actors should take, every choice has a shared property which is a high chance of an identity crisis occurring. When given these tough choices a person like Annie, the professor or any person in this situation may start to seriously question their lives or who they are, causing great emotional stress. The outcome of such a crisis will often be to distance oneself from their employment or ignite a large change in life goals. The former is more common and realistic given the disposition in western society to highly value the desires and goals of individuals, or in simpler words for individuals to value life over work when they come into conflict. So if a distancing from work is in many cases likely, then it may be seen as wise to pre-emptively distance oneself from one’s work in order to avoid the mentioned identity crisis.
An argument against a person distancing herself from her employment is that she will spend a large portion of her life in work, so to consider employment as irrelevant to who she is would be a pessimistic outlook on her life, but this is not necessarily true. It is true that a majority of us will spend a large portion of our lives in employment. Karl Thompson, a sociology blogger, calculates with UK national statistics that over a typical lifespan of 76 years the average adult will spend 23% of their life in paid employment.
Alongside this, there is a popular belief that if a person spends lots of time doing something then that activity should be something valuable to her, however the realism of this ideal varies from person to person based on their own personal situation. The origins of this belief may lie in the tendency treat time as a resource, made most obvious whenever a person talks about “spending time”. While using a resource, it is a common preference to use it efficiently which results in the principle to ‘spend time well’. To use time efficiently in this sense would be for a person to allocate as much time as possible connected to something they find authentically meaningful. However maximising time efficiency in this way is not always the best path for a person to find their life valuable as a whole. For an example, a person named James may find that a valuable use of his time is in social efforts to help recovering heroin addicts. James’ upbringing did not provide him with the privilege to gain many qualifications in this area easily and allow him to connect his values to his employment. So James takes up a day job working in administration at an accounting company while volunteering his free time to pursue his values. In this case, for James to have the most fulfilling life the best option for him is to ‘waste’ lots of his time supporting himself and then using his remaining time connecting to something he values. It may appear as a compromising outcome but the reality is that most people, like James, are to a certain extent bound to some limitations due to their personal history or background. For a person to choose the best option for themselves is not equivalent to being pessimistic. So to view our employment as something remote from ourselves, despite spending a large portion of time on it, is not necessarily a pessimistic outlook on our lives.
One final point addresses how pressures from society can persuade people to make employment part of their identity, discouraging them to form an authentic identity independently. There are multiple examples of how society encourages individuals to consider employment part of their personal identity. Perhaps the largest of these is to be found in the United States as an interpretation of the American dream, which ties into the national identity of the USA. A main theme of the dream is the promise that any person, regardless of background, can gain prosperity to themselves but only in return for full dedication to their work.
The strong belief and re-interpretation of this principle in American culture culminated in many Americans seeing their employment as a key way to measure themselves within society. It then inevitably became a strongly developed part of the average person’s identity. Other examples of such societal pressures come in the form of propaganda and motivational media. Historically during wars, all countries tend to appeal to people’s emotions to drive up their productivity without expending additional resources. This resulted in much media associating employment with pride and valuable personal characteristics, in many cases even duty. This again caused many to judge themselves based upon their position of employment and therefore see it as a key part of themselves.
This practice of appealing to a person’s personal identity to improve productivity continues today, although in a reduced form, by states and private companies in the form of motivational media. The main takeaway from these examples is how in each case people are not encouraged to think about who they want to be but are instead told who they should be, which if accepted without critique could cause a person to create an inauthentic identity for themselves. If one believes that a person should have agency and freedom over their lives, then their construction of who they are should also be done with agency and freedom based on values they consciously establish instead of being passively assimilated. So if a person wishes to remain authentic to themselves, they must form their identity based on values they hold instead of appealing to society’s values; this includes values around employment.
In conclusion, a person should not be pressured to consider her employment as an area of her personal identity. Without this pressure, a person may enter employment with well tuned expectations of what they are there for: to earn a means to live. So while asking a child “What do you want to be when you grow up?”, an adult should appreciate that they are re-enforcing this pressure and they should remain mindful of the consequences it can have.


| Interface | Description |
|---|---|
| ICFitting | The ICFitting interface is the superinterface for all source, sink, and monitor components in the Conduit framework |
| ICMessagePump | The ICMessagePump interface is implemented by a class that distributes events from the source and sink objects to the monitor objects. |
| ICMonitor | The ICMonitor interface is implemented by any classes that will observe the events generated by the source and sink components and display or persist them. |
| ICSink | The ICSink interface is implemented by any classes that write data to a destination. |
| ICSource | The ICSource interface is implemented by any classes that read data from a source. |
| Class | Description |
|---|---|
| Conduit | This class is the embodiment of a single data transformation. |
| ConduitFactory | The ConduitFactory class constructs instances of Conduit objects when supplied with GPathConfig objects containing their configuration settings. |
| DefaultMessagePump | The DefaultMessagePump class is a simple implementation of the ICMessagePump interface. |
| Main | The Main class contains the entry point invoked by java -jar Conduit.jar conduits.xml. |
| Utilities | The Utilities class contains static convenience methods for other classes in the framework to use. |
| Exception | Description |
|---|---|
| ConduitException | The ConduitException is the base class for any exceptions thrown by the framework during a transformation. |
| ConfigurationException | A ConfigurationException is thrown by the framework if there is a problem reading the XML configuration file or setting properties on source, sink, or monitor objects. |


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Here I'm gonna talk a bit about how a computer works. I can't call myself an expert, but I really enjoy working with technology.
Computers are composed of multiple parts, but the most basic necessities a personal computer needs are a motherboard, a CPU, a hard drive, a power supply + fans, and RAM. The rest of the peripherals are usually optional.
The most essential part of a computer is the motherboard. The motherboard pretty much serves as the nerves of the computer, it allows for all the parts of the computer to talk to each other. It is also one of the hardest parts of the computer to replace. Every component of the computer plugs into the motherboard at some point.
The CPU (Cetral Processing Unit) of the computer is essentially the brain. It handles the essential computations necessary to perform almost all functions within the computer. CPU values are compared in two ways: by the amount of cores they have, and their processing speeds in hertz. The processing speed is relatively self explanatory, but the cores are another story. CPU cores are essentially independent thinking units withn the CPU itself. Each individual core processes just as fast as the original CPU, but because they're independent, they can all perform different processes at the same time. Because of this, multi-core CPUs are almost always better than a single core CPU with the same processing power.
The hard drive is where data that needs to be kept is stored and saved. There are primarily 2 types of hard drives; spinning disk and solid state (SSD). Spinning disk drives, as their name implies, have a spinning disk within them that has data written on it, so the drive can access the data later when necessary. Sometimes you can audibly hear the motor of the drive activate when you're attempting to access information. SSDs, on the other hand, don't use any spinning disks, and instead have grids of empty data which absorb electrons to write their data. Because SSDs have no moving parts, they're thousands of times faster than spining disk drives.
The power supply, fans, and RAM of the computer are less complicated, but still essential to a computer. First and foremost, RAM (random access memory) is very fast temporary storage for computers. If a computer needs to store a local variable for a computation, it will store it in the RAM because the information is useless after the process is finished, and RAM is designed to be quick to access. The power supply provides power to the various parts of the computer, and the fans provide a decent airflow in order to ensure that essential components (like the CPU) don't overheat.


Room Scale
This sample demonstrates using a 'local-floor' reference space to provide room scale tracking.
Back


We explore all avenues of Catering Services to serve our guests. With dedicated professional and fully integrated expert master chefs specializing in cooking authentic Indian, Gujarati, Marwari, Sindhi, South Indian, Bengali, Chinese and Continental cuisines, we provide Outdoor Catering Services to organize all types of functions including Weddings, Corporate Dinners, Special Birthdays, and Cocktail Parties.


B4J tool works on a grammar definition using an XML Schema subset. In a nutshell, you have to declare all elements first, then all corresponding complex types. Complex types may not be embedded in one another, and have basically attributes and three possible contents:
First, declare all element names that appear in game data, starting with root element quizz.
We don't consider attributes for now.
Each element declaration uses following syntax:
<xsd:element name="elementName" type="seq or ch or st"/>
type attribute is used in XML Schema to reference the corresponding complex type,
e.g. gmr:ElementNameThe "gmr" prefix, associated with your game namespace "http://www.example.com/Guess_Me_Right", is always included in references (for complex types, attributes, etc...).
In this tutorial, we use an intermediate syntax: simply write type="seq" for sequences,
type="ch" for choices, and type="s" for simple content elements (with text content).
Cheat: HERE is corresponding xml schema.
ant addSchemaTypesgenerates template complex types according to your previous declarations. Based on our conventions, each complex type has the same name as corresponding element, different only by first capital letter. THIS is the resulting file.
You should now add attributes declarations, using following syntax:
<xsd:attribute name="attributeName" type="xsd:byte" />Attribute name is free; for an attributeName attribute, an atAttributeName variable will contain decoded value, and an isAtAttributeNamePresent boolean will be available if it is an optional one.
| XML Schema | Java |
|---|---|
| xsd:boolean | boolean |
| xsd:byte | byte |
| xsd:short | short |
| xsd:int | int |
| xsd:unsignedInt | int |
| xsd:long | long |
| xsd:float | int* |
| xsd:double | double |
| xsd:string | String (UTF-8) |
| mathFP:float | int (encoded with MathFP) |
| mathFP:radAngle | int (encoded with MathFP) |
| mathFP:cosRadAngle | int (encoded with MathFP) |
| mathFP:sinRadAngle | int (encoded with MathFP) |
| mathFP:minusCosRadAngle | int (encoded with MathFP) |
| mathFP:minusSinRadAngle | int (encoded with MathFP) |
| include:Id | byte |
| include:IdRef | byte |
| ignore:Id | None |
| ignore:IdRef | None |
Finally, your schema is now VALID! You can use it to validate your game data, using
ant validateDatabut you should first check it is a valid XML Schema subset for B4J using
ant validateSchema
Go on to Chapter 4...
or back
to Chapter 1
or Chapter 2.


-
Inside the Quartet
www.nytimes.com
The Kronos Quartet explains the special mystery of how a quartet communicates.
-
Stripe: Apple Pay
stripe.com
Stripe is a suite of APIs that powers commerce for businesses of all sizes.
-
What divisive ‘Charlie and the Chocolate Factory’ cover says about books ...
www.washingtonpost.com
Controversy over a new “Charlie and the Chocolate Factory” cover says a lot about the book industry and readers
-
@kristenhare/STL Journalists sur Twitter
twitter.com
Connectez-vous à vos amis — et d'autres personnes fascinantes. Recevez des mises à jour instantanées sur les choses qui vous intéressent. Et regardez ...
-
This is why your Internet is slow. And it’ll get worse. Unless you take 1 ...
www.battleforthenet.com
You’re our only hope.
-
MacDown: The open source Markdown editor for OS X.
macdown.uranusjr.com
MacDown is an open source Markdown editor for OS X, released under the MIT License.


--- layout: page title: F parent: SWERC 2016 ---
|
Performance Review
Employee performance reviews are a necessary evil in any company. In a performance review, employees give written feedback about each other on the work done recently. This feedback is passed up to their managers which then decide promotions based on the feedback received. Maria is in charge of the performance review system in the engineering division of a famous company. The division follows a typical structure. Each employee (except the engineering director) reports to one manager and every employee reports directly or indirectly to the director. Having the managers assessing the performance of their direct reports has not worked very well. After thorough research, Maria came up with a new performance review system. The main idea is to complement the existing corporate structure with a technical rank for each employee. An employee should give feedback only about subordinates with lower technical level. Hence, the performance review will work as follows. Employees prepare a summary of their work, estimate how much time it takes to review it, and then request their superiors with higher technical rank to review their work. Maria is very proud of this new system, but she is unsure if it will be feasible in practice. She wonders how much time each employee will waste writing reviews. Can you help her out? TaskGiven the corporate structure of the engineering division, determine how much time each employee will spend writing performance reviews. InputThe first line of input has one integer E, the number of employees, who are conveniently numbered between 1 and E. The next E lines describe all the employees, starting at employee 1 until employee E. Each line contains three space-separated integers mi ri ti, the manager, the technical rank and the expected time to perform the review of employee i. The engineering director has no manager, represented with mi = −1. The other employees have mi between 1 and E. Constraints
OutputThe output contains E lines. Line i has the time employee i will spend writing reviews. Sample Input5 4 4 80 1 1 40 -1 10 60 3 5 50 4 8 70 Sample Output40 0 240 120 0 Computer Science Department Universidade do Porto |


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Overview
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S
SBState
- Class in
fsb.explore
SBState(MProgram, Validator, int)
- Constructor for class fsb.explore.
SBState
SBState(SBState)
- Constructor for class fsb.explore.
SBState
SBState.LocalResMap
- Class in
fsb.explore
SBState.LocalResMap()
- Constructor for class fsb.explore.
SBState.LocalResMap
scan()
- Method in class fsb.parser.
parser
Scan to get the next Symbol.
SCSemantics
- Class in
fsb.semantics.sc
SCSemantics()
- Constructor for class fsb.semantics.sc.
SCSemantics
SCState
- Class in
fsb.semantics.sc
SCState(MProgram, Validator, int)
- Constructor for class fsb.semantics.sc.
SCState
SCState(SCState)
- Constructor for class fsb.semantics.sc.
SCState
SCState.SharedResMap
- Class in
fsb.semantics.sc
SCState.SharedResMap()
- Constructor for class fsb.semantics.sc.
SCState.SharedResMap
SCStateFactory
- Class in
fsb.semantics.sc
SCStateFactory()
- Constructor for class fsb.semantics.sc.
SCStateFactory
sem
- Variable in class fsb.explore.
Explorer
Semantics
- Class in
fsb.semantics
Semantics()
- Constructor for class fsb.semantics.
Semantics
SEMI
- Static variable in class fsb.parser.
sym
senseCritSec
- Static variable in class fsb.parser.
Main
serialVersionUID
- Static variable in class ags.constraints.
BitSet
Compatible with JDK 1.0.
serialVersionUID
- Static variable in exception ags.graph.
CycleDetector.CycleDetectedException
serialVersionUID
- Static variable in exception fsb.explore.
BadMemoryException
serialVersionUID
- Static variable in class fsb.explore.
Transition
generated
set(int)
- Method in class ags.constraints.
BitSet
Add the integer
bitIndex
to this set.
set(int, boolean)
- Method in class ags.constraints.
BitSet
Sets the bit at the given index to the specified value.
set(int, int)
- Method in class ags.constraints.
BitSet
Sets the bits between from (inclusive) and to (exclusive) to true.
set(int, int, boolean)
- Method in class ags.constraints.
BitSet
Sets the bits between from (inclusive) and to (exclusive) to the specified value.
set
- Variable in class fsb.semantics.eagerpso.
SharedResVal.AbstractBuffer
set
- Variable in class fsb.semantics.empeagerpso.
SharedResVal.AbstractBuffer
set
- Variable in class fsb.semantics.naivepso.
SharedResVal.AbstractBuffer
setAssumeFailed()
- Method in class fsb.explore.
State
setAtomic(int)
- Method in class fsb.explore.
State
setBad()
- Method in class fsb.explore.
State
setFalse()
- Method in class ags.constraints.
BitCompositeFormula
setFileName(String)
- Method in class fsb.explore.
Explorer
setFormula(Formula)
- Method in class fsb.explore.
Vertex
SetInitial(State)
- Method in class fsb.explore.
Explorer
setInitial(Vertex)
- Method in class fsb.explore.
TransitionSystem
setLabel(Integer)
- Method in class fsb.ast.
Statement
setLocal(int, String, int)
- Method in class fsb.explore.
SBState
setLocal(int, String, int)
- Method in class fsb.explore.
State
setPC(int, int)
- Method in class fsb.explore.
SBState
setSafe(boolean)
- Method in class fsb.explore.
Vertex
setShared(String, int)
- Method in class fsb.semantics.sc.
SCState
setTrue()
- Method in class ags.constraints.
BDDFormula
setTrue()
- Method in class ags.constraints.
BitCompositeFormula
setTrue()
- Method in class ags.constraints.
ConjunctionFormula
setTrue()
- Method in class ags.constraints.
DisjunctionFormula
setTrue()
- Method in class ags.constraints.
Formula
setTrue()
- Method in class ags.constraints.
IfFormula
setTrue()
- Method in class ags.constraints.
LocationAtomicPredicate
setTrue()
- Method in class ags.constraints.
NotFormula
setTrue()
- Method in class ags.constraints.
ValueFormula
setVisited(boolean)
- Method in class fsb.explore.
Vertex
shared
- Variable in class fsb.ast.
AtomicDec
shared
- Variable in class fsb.ast.
CAS
shared
- Variable in class fsb.ast.
Declarations
shared
- Variable in class fsb.ast.
Swap
SHARED
- Static variable in class fsb.parser.
sym
shared
- Variable in class fsb.semantics.eagerpso.
EagerAbsState
shared
- Variable in class fsb.semantics.empeagerpso.
EmpEagerAbsState
shared
- Variable in class fsb.semantics.naivepso.
NaiveAbsState
shared
- Variable in class fsb.semantics.pso.
PSOState
shared
- Variable in class fsb.semantics.sc.
SCState
SharedResMap
<
T
extends
AbsSharedResVal
> - Class in
fsb.semantics
SharedResMap()
- Constructor for class fsb.semantics.
SharedResMap
SharedResVal
- Class in
fsb.semantics.eagerpso
SharedResVal(int, int)
- Constructor for class fsb.semantics.eagerpso.
SharedResVal
SharedResVal(SharedResVal)
- Constructor for class fsb.semantics.eagerpso.
SharedResVal
SharedResVal
- Class in
fsb.semantics.empeagerpso
SharedResVal(int, int)
- Constructor for class fsb.semantics.empeagerpso.
SharedResVal
SharedResVal(SharedResVal)
- Constructor for class fsb.semantics.empeagerpso.
SharedResVal
SharedResVal
- Class in
fsb.semantics.naivepso
SharedResVal(int, int)
- Constructor for class fsb.semantics.naivepso.
SharedResVal
SharedResVal(SharedResVal)
- Constructor for class fsb.semantics.naivepso.
SharedResVal
SharedResVal
- Class in
fsb.semantics.pso
SharedResVal(int, int)
- Constructor for class fsb.semantics.pso.
SharedResVal
SharedResVal(SharedResVal)
- Constructor for class fsb.semantics.pso.
SharedResVal
SharedResVal.AbstractBuffer
- Class in
fsb.semantics.eagerpso
SharedResVal.AbstractBuffer()
- Constructor for class fsb.semantics.eagerpso.
SharedResVal.AbstractBuffer
SharedResVal.AbstractBuffer(SharedResVal.AbstractBuffer)
- Constructor for class fsb.semantics.eagerpso.
SharedResVal.AbstractBuffer
SharedResVal.AbstractBuffer
- Class in
fsb.semantics.empeagerpso
SharedResVal.AbstractBuffer()
- Constructor for class fsb.semantics.empeagerpso.
SharedResVal.AbstractBuffer
SharedResVal.AbstractBuffer(SharedResVal.AbstractBuffer)
- Constructor for class fsb.semantics.empeagerpso.
SharedResVal.AbstractBuffer
SharedResVal.AbstractBuffer
- Class in
fsb.semantics.naivepso
SharedResVal.AbstractBuffer()
- Constructor for class fsb.semantics.naivepso.
SharedResVal.AbstractBuffer
SharedResVal.AbstractBuffer(SharedResVal.AbstractBuffer)
- Constructor for class fsb.semantics.naivepso.
SharedResVal.AbstractBuffer
SharedResVal.validity
- Enum in
fsb.semantics.naivepso
SharedResVal.validity()
- Constructor for enum fsb.semantics.naivepso.
SharedResVal.validity
SharedVal
- Interface in
fsb.ast
simplify(Formula)
- Static method in class ags.constraints.
BDDFormula
size()
- Method in class ags.constraints.
BDDFormula
size()
- Method in class ags.constraints.
BitCompositeFormula
size()
- Method in class ags.constraints.
BitSet
Returns the number of bits actually used by this bit set.
size()
- Method in class ags.constraints.
CompositeFormula
size()
- Method in class ags.constraints.
FalseFormula
size()
- Method in class ags.constraints.
Formula
size()
- Method in class ags.constraints.
IfFormula
size()
- Method in class ags.constraints.
LocationAtomicPredicate
size()
- Method in class ags.constraints.
NotFormula
size()
- Method in class ags.constraints.
TrueFormula
solve(ConjunctionFormula)
- Method in class ags.sat.
Solver
Solver
- Class in
ags.sat
Solver()
- Constructor for class ags.sat.
Solver
src
- Variable in class fsb.ast.
Assign
src
- Variable in class fsb.ast.
Load
src
- Variable in class fsb.ast.
Store
src
- Variable in class fsb.explore.
Action
src
- Variable in class fsb.explore.
Transition
st
- Variable in class fsb.explore.
Action
start_production()
- Method in class fsb.parser.
parser
Indicates start production.
start_state()
- Method in class fsb.parser.
parser
Indicates start state.
State
- Class in
fsb.explore
State(MProgram, Validator, int)
- Constructor for class fsb.explore.
State
State(State)
- Constructor for class fsb.explore.
State
state
- Variable in class fsb.explore.
Vertex
StateDecorator
- Class in
ags.graph
StateDecorator(Vertex)
- Constructor for class ags.graph.
StateDecorator
StateFactory
- Interface in
fsb.explore
StateLabelProvider
- Class in
ags.graph
StateLabelProvider()
- Constructor for class ags.graph.
StateLabelProvider
Statement
- Class in
fsb.ast
Statement(Statement.StatType)
- Constructor for class fsb.ast.
Statement
Statement.StatType
- Enum in
fsb.ast
Statement.StatType()
- Constructor for enum fsb.ast.
Statement.StatType
stateToVertex
- Variable in class fsb.explore.
TransitionSystem
stepEdge
- Variable in class ags.graph.
EdgeDecorator
steps
- Variable in class ags.graph.
Trace
Store
- Class in
fsb.ast
Store(AritExpr, SharedVal)
- Constructor for class fsb.ast.
Store
STORE
- Static variable in class fsb.parser.
sym
store(int, int, int)
- Method in class fsb.semantics.eagerpso.
SharedResVal
store(int, int, int)
- Method in class fsb.semantics.empeagerpso.
SharedResVal
store(int, int)
- Method in class fsb.semantics.naivepso.
SharedResVal
StoreBuffer
- Class in
fsb.explore
StoreBuffer()
- Constructor for class fsb.explore.
StoreBuffer
stupidValidator
- Static variable in class fsb.parser.
Main
StyledDotExporter
<
V
,
E
> - Class in
ags.graph
StyledDotExporter()
- Constructor for class ags.graph.
StyledDotExporter
Constructs a new DOTExporter object with an integer name provider for the vertex IDs and null providers for the vertex and edge labels.
StyledDotExporter(VertexNameProvider<V>, VertexNameProvider<V>, EdgeNameProvider<E>, Decorator<V>, EdgeDecorator)
- Constructor for class ags.graph.
StyledDotExporter
Constructs a new DOTExporter object with the given ID and label providers.
subFormula
- Variable in class ags.constraints.
NotFormula
subFormula()
- Method in class ags.constraints.
NotFormula
Swap
- Class in
fsb.ast
Swap(String, SharedVal, AritExpr)
- Constructor for class fsb.ast.
Swap
SWAP
- Static variable in class fsb.parser.
sym
sym
- Class in
fsb.parser
CUP generated class containing symbol constants.
sym()
- Constructor for class fsb.parser.
sym
symbol(int)
- Method in class fsb.parser.
Lexer
symbol(int, Object)
- Method in class fsb.parser.
Lexer
syntaxErrors
- Variable in class fsb.parser.
parser
synthesisOfCodeCorrectionSuggestion(Deque<Vertex>, HashSet<Vertex>, Formula)
- Method in class fsb.explore.
TransitionSystem
Overview
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public class BlockMatrix extends Object implements DistributedMatrix, org.apache.spark.internal.Logging
param: blocks The RDD of sub-matrix blocks ((blockRowIndex, blockColIndex), sub-matrix) that
form this distributed matrix. If multiple blocks with the same index exist, the
results for operations like add and multiply will be unpredictable.
param: rowsPerBlock Number of rows that make up each block. The blocks forming the final
rows are not required to have the given number of rows
param: colsPerBlock Number of columns that make up each block. The blocks forming the final
columns are not required to have the given number of columns
param: nRows Number of rows of this matrix. If the supplied value is less than or equal to zero,
the number of rows will be calculated when numRows
is invoked.
param: nCols Number of columns of this matrix. If the supplied value is less than or equal to
zero, the number of columns will be calculated when numCols
is invoked.
| Constructor and Description |
|---|
BlockMatrix(RDD<scala.Tuple2<scala.Tuple2<Object,Object>,Matrix>> blocks,
int rowsPerBlock,
int colsPerBlock)
Alternate constructor for BlockMatrix without the input of the number of rows and columns.
|
BlockMatrix(RDD<scala.Tuple2<scala.Tuple2<Object,Object>,Matrix>> blocks,
int rowsPerBlock,
int colsPerBlock,
long nRows,
long nCols) |
| Modifier and Type | Method and Description |
|---|---|
BlockMatrix |
add(BlockMatrix other)
Adds the given block matrix
other to this block matrix: this + other . |
RDD<scala.Tuple2<scala.Tuple2<Object,Object>,Matrix>> |
blocks() |
BlockMatrix |
cache()
Caches the underlying RDD.
|
int |
colsPerBlock() |
BlockMatrix |
multiply(BlockMatrix other)
|
BlockMatrix |
multiply(BlockMatrix other,
int numMidDimSplits)
|
int |
numColBlocks() |
long |
numCols()
Gets or computes the number of columns.
|
int |
numRowBlocks() |
long |
numRows()
Gets or computes the number of rows.
|
BlockMatrix |
persist(StorageLevel storageLevel)
Persists the underlying RDD with the specified storage level.
|
int |
rowsPerBlock() |
BlockMatrix |
subtract(BlockMatrix other)
Subtracts the given block matrix
other from this block matrix: this - other . |
CoordinateMatrix |
toCoordinateMatrix()
Converts to CoordinateMatrix.
|
IndexedRowMatrix |
toIndexedRowMatrix()
Converts to IndexedRowMatrix.
|
Matrix |
toLocalMatrix()
Collect the distributed matrix on the driver as a
DenseMatrix . |
BlockMatrix |
transpose()
Transpose this
BlockMatrix . |
void |
validate()
Validates the block matrix info against the matrix data (
blocks ) and throws an exception if
any error is found. |
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
$init$, initializeForcefully, initializeLogIfNecessary, initializeLogIfNecessary, initializeLogIfNecessary$default$2, initLock, isTraceEnabled, log, logDebug, logDebug, logError, logError, logInfo, logInfo, logName, logTrace, logTrace, logWarning, logWarning, org$apache$spark$internal$Logging$$log__$eq, org$apache$spark$internal$Logging$$log_, uninitialize
public BlockMatrix(RDD<scala.Tuple2<scala.Tuple2<Object,Object>,Matrix>> blocks, int rowsPerBlock, int colsPerBlock, long nRows, long nCols)
public BlockMatrix(RDD<scala.Tuple2<scala.Tuple2<Object,Object>,Matrix>> blocks, int rowsPerBlock, int colsPerBlock)
blocks
- The RDD of sub-matrix blocks ((blockRowIndex, blockColIndex), sub-matrix) that
form this distributed matrix. If multiple blocks with the same index exist, the
results for operations like add and multiply will be unpredictable.rowsPerBlock
- Number of rows that make up each block. The blocks forming the final
rows are not required to have the given number of rowscolsPerBlock
- Number of columns that make up each block. The blocks forming the final
columns are not required to have the given number of columnspublic BlockMatrix add(BlockMatrix other)
other
to this
block matrix: this + other
.
The matrices must have the same size and matching rowsPerBlock
and colsPerBlock
values. If one of the blocks that are being added are instances of SparseMatrix
,
the resulting sub matrix will also be a SparseMatrix
, even if it is being added
to a DenseMatrix
. If two dense matrices are added, the output will also be a
DenseMatrix
.other
- (undocumented)public BlockMatrix cache()
public int colsPerBlock()
public BlockMatrix multiply(BlockMatrix other)
BlockMatrix
to other
, another BlockMatrix
. The colsPerBlock
of this matrix must equal the rowsPerBlock
of other
. If other
contains
SparseMatrix
, they will have to be converted to a DenseMatrix
. The output
BlockMatrix
will only consist of blocks of DenseMatrix
. This may cause
some performance issues until support for multiplying two sparse matrices is added.
other
- (undocumented)multiply
used to throw an error when
there were blocks with duplicate indices. Now, the blocks with duplicate indices will be added
with each other.public BlockMatrix multiply(BlockMatrix other, int numMidDimSplits)
BlockMatrix
to other
, another BlockMatrix
. The colsPerBlock
of this matrix must equal the rowsPerBlock
of other
. If other
contains
SparseMatrix
, they will have to be converted to a DenseMatrix
. The output
BlockMatrix
will only consist of blocks of DenseMatrix
. This may cause
some performance issues until support for multiplying two sparse matrices is added.
Blocks with duplicate indices will be added with each other.
other
- Matrix B
in A * B = C
numMidDimSplits
- Number of splits to cut on the middle dimension when doing
multiplication. For example, when multiplying a Matrix A
of
size m x n
with Matrix B
of size n x k
, this parameter
configures the parallelism to use when grouping the matrices. The
parallelism will increase from m x k
to m x k x numMidDimSplits
,
which in some cases also reduces total shuffled data.public int numColBlocks()
public long numCols()
DistributedMatrix
numCols
in interface DistributedMatrix
public int numRowBlocks()
public long numRows()
DistributedMatrix
numRows
in interface DistributedMatrix
public BlockMatrix persist(StorageLevel storageLevel)
public int rowsPerBlock()
public BlockMatrix subtract(BlockMatrix other)
other
from this
block matrix: this - other
.
The matrices must have the same size and matching rowsPerBlock
and colsPerBlock
values. If one of the blocks that are being subtracted are instances of SparseMatrix
,
the resulting sub matrix will also be a SparseMatrix
, even if it is being subtracted
from a DenseMatrix
. If two dense matrices are subtracted, the output will also be a
DenseMatrix
.other
- (undocumented)public CoordinateMatrix toCoordinateMatrix()
public IndexedRowMatrix toIndexedRowMatrix()
public Matrix toLocalMatrix()
DenseMatrix
.public BlockMatrix transpose()
BlockMatrix
. Returns a new BlockMatrix
instance sharing the
same underlying data. Is a lazy operation.public void validate()
blocks
) and throws an exception if
any error is found.


Manchester United star accused by team-mate of once missing game because he “didn’t fancy it”
by Magnus EriksenManchester United forward Anthony Martial has been accused of once missing a game against Norwich City because he just didn’t fancy playing.
According to The Athletic, the France international has struggled to convince a number of his managers and others he’s worked with that he’s truly capable of forging a successful career for himself due to his mentality.
MORE: Manchester United could complete January swap transfer in bid to rescue their season
Martial is undoubtedly a fine talent on his day, but The Athletic’s piece quotes an unnamed United team-mate of his as saying he essentially skived off a game against Norwich.
It’s said in the piece that although the former Monaco man missed the game through injury, he was training as normal the following day, with his team-mate quoted as saying he just didn’t fancy playing that day.
This will undoubtedly be concerning for Man Utd fans, many of whom have really warmed to Martial in his time at Old Trafford.
The 23-year-old has become a real fan-favourite with MUFC supporters, despite his inconsistent performances.
It remains to be seen if Martial can now step up his game and build on some promising recent form to convince everyone else he can be the real deal.
It would be a sad waste of potential if he doesn’t.


Statistics Applets
Stats Calculator
Fully operational online statistics calculator that students can use in lieu of a handheld calculator. Performs all operations required of a introductory-level statistics class. Great option for online classes.
Empirical Rule
Demonstrates how the empirical rule works by highlighting points within a dot plot that is normally distributed.
Linear Regression
Demonstrates how the points on a plane and the line of best fit interact. Can display the residuals or the squares of the
residuals for the data set and regression line. The user can move a point along the x-axis and make a prediction on the y-axis. Also allows the user to predict
the location of a regression line in order to see how the line is computed by minimizing the sum of the squares of the residuals.
Binomial Distribution
Allows user to create a binomial distribution graph and pdf/cdf chart based on a given value of n and p.
Standard Normal Distribution
Allows user find normal probabilities based on given z-scores.
t-Distribution
Allows user to find t-distribution probabilities and compare the results to a normal distribution.
Central Limit Theorem
Allows user to create random samples and visually see how the central limit theorem works by creating the
sampling distribution for the mean of randomly selected samples out of a population. It will also allow you to choose the type of distribution that the
population derives from.


LibID modules¶
LibID.module.analyzer¶
-
class
module.analyzer.
LibAnalyzer
(file_path)¶ Bases:
object
-
get_class_descriptor
(encoded_class)¶
-
get_class_signature
(encoded_class)¶ Get the signature of an encoded class
Parameters: encoded_class (dvm.ClassDefItem) – The encoded class parsed by Androidguard. Returns: The list of class signatures. Return type: list
-
get_classes
()¶
-
get_classes_signatures
()¶
-
get_classes_signatures_json_info
()¶
-
get_formatted_method_descriptor
(encoded_method, class_descriptor, method_descriptor=None)¶ Replace all obfuscatable names with X
Parameters: Returns: Formatted method descriptor.
Return type:
-
get_formatted_xref
(xref)¶
-
get_lib_classes_signatures_json_info
()¶
-
get_libraries
(lsh, mode=<MODE.SCALABLE: 1>, repackage=False, LIB_RELATIONSHIP_GRAPHS=None, exclude_builtin=True)¶ Get all third party libraries used in this app.
Parameters: - lsh (MinHashLSH) – Indexed Locality Sensitive Hashing (LSH) object.
- mode (<enum 'MODE'>, optional) – Defaults to MODE.SCALABLE. The detection mode. Either MODE.ACCURATE or MODE.SCALABLE.
- repackage (bool, optional) – Defaults to False. Should LibID consider classes repackaging?
- LIB_RELATIONSHIP_GRAPHS (dict, optional) – Defaults to None. A dictionary of the library relation graphs. LIB_RELATIONSHIP_GRAPHS[lib_name] = (call_graph, interface_graph, inheritance graph).
- exclude_builtin (bool, optional) – Defaults to True. Should LibID exclude builtin Android libraries?
Returns: Library matches.
Return type:
-
get_matched_libs_json_info
()¶
-
get_method_signature
(encoded_method, class_descriptor, dex_idx)¶ Get signature of an encoded method
Parameters: Returns: The list of method signatures.
Return type:
-
get_package_classes
()¶
-
get_package_matches
()¶
-
get_packages
()¶
-
LibID.module.profiler¶
-
module.profiler.
parallel_load_libs_profile
(lib_profiles, mode=<MODE.SCALABLE: 1>, repackage=False, processes=1)¶ Loading library profiles as a MinHash list and relation graphs.
Parameters: - lib_profiles (list) – The list of library profiles.
- mode (<enum 'MODE'>, optional) – Defaults to MODE.SCALABLE. The detection mode. Either MODE.ACCURATE or MODE.SCALABLE. See the paper for more details.
- repackage (bool, optional) – Defaults to False. Should LibID consider classes repackaging? This should only be enabled if already know classes repackaging is applied.
- processes (int, optional) – Defaults to 1. The number of processes to use.
Returns: (the minhash list, the relation graph dictionary)
Return type:
-
module.profiler.
parallel_profiling_binaries
(paths, output_folder, profile_type, processes=1, overwrite=False)¶ Profiling Android app/library binaries to JSON files.
Parameters: - paths (list) – The list of binaries.
- output_folder (str) – The folder to store profiles.
- profile_type (str) – Either ‘app’ or ‘lib’.
- processes (int, optional) – Defaults to 1. The number of processes to use.
- overwrite (bool, optional) – Defaults to False. Should LibID overwrite the binary profile if it exists?
-
module.profiler.
write_to_json
(file_path, obj)¶


You can focus the button using the keyboard, and activate it with the Enter and Space keys. Notice how the visual active style is also triggered, giving keyboard users clear visual feedback that the button was clicked.
If you only place an icon as the content of the button, you should provide an alternative label for screen reader users by using the standard aria-label
attribute.


?New
York
Botanical
Garden
Arthur
Cronquist,
1944
THE
NEW
YORK
BOTANICAL
GARDEN
EXPLORATION
OF
PORTO
RICO
MONTE
TORRECILLA-900-1100
M.
ALT.
Ylt˜frn?
%
hsbd
(Uaa¾zP&l
((XuA^i)†t7^Q
ytl^u^ayut^L.
N
L
BRITTON
)
J.
F.
COWELL
i-
COLLECTORS
MARCH
19-20,
1915
STEWARDSON
BROWN
)
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


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Pending reports
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Accepted Reports Ratio
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{% extends 'layout.html' %} {% block body %}
Pending reports
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User Registrations
Total Submissions


Hi team, there would be party this friday starting 6pm. Drinks, food and music plenty plenty
Yeah... its partyyyy time
Let's do it. Very neccessary


Seek Ads manager
Login as:
{customerName}
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checkout
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Distributed Ledger
Distributed ledger has blazed a new trail for digital asset transactions, information storage, and identity management, etc in payment, settlement and clearance. The technology is a combination of peer-to-peer network, distributed data storage, cryptology, and other technical elements. It has the potential to change the way we store, record, and the way we transfer digital assets.
LEARN MORE


Curly and Floppy Twistytail, the Funny Piggie Boys
by Howard R. Garis
Chapter 31: “The Twistytails’ Christmas”
Additional Information
- Year Published: 1918
- Language: English
- Country of Origin: United States of America
- Source: Garis, H. R. (1918). Curly and Floppy Twistytail, the Funny Piggie Boys. New York, NY: A. L. Burt Co.
-
Readability:
- Flesch–Kincaid Level: 5.5
- Word Count: 1,572
- Genre: Fantasy
- ✎ Cite This
Downloads
“’Twas the night before Christmas, and all through the house, not a creature was stirring, not even—an automobile,” read Curly Tail, the little piggie boy as he sat by the open fireplace in his house.
“Hold on!” cried his brother Flop Ear, “that isn’t right, Curly. It should be not a mouse stirring—I know that poem.”
“You’re right, Floppy dear,” admitted Curly Tail, “I read it wrong, but anyhow tomorrow is Christmas, and I was thinking so much about the toy automobile I want, that I guess I put one in the verse by mistake.”
“All right, then I’ll forgive you,” said Floppy, who was sitting by the fireplace, stringing red, white and blue popcorn for Baby Pinky’s rag doll’s Christmas tree. “And I’m thinking of the toy steam engine I want,” went on Flop Ear. “Oh! why doesn’t Christmas hurry up and come?”
“That’s what I want to know,” put in Pinky, as she dressed her doll in her best dress, all ready for the holiday that was soon to be there.
Oh such goings on as there were in the Twistytail house! The holly with its red berries, and its prickly leaves, had been put in the windows and on the gas chandeliers had been hung the magical mystical mistletoe, with its white berries, and whoever stood under it would have to love everybody else.
And such good smells as there were coming from the kitchen! Pumpkin pies, and sour milk pudding, and apple cake, to say nothing of cornmeal lollypops with chocolate in the middle.
Mrs. Twistytail was as busy as anything, and as for Papa Twistytail, he had stayed home from the office on purpose to help decorate the house. Flop Ear and Curly Tail and Baby Pinky had written letters to Santa Claus the night before, and put them near the chimney. And, in the morning, would you believe it? those letters were gone! Yes, siree! not a trace of them left!
“Oh, goody!” cried Baby Pinky, “Santa Claus came in his reindeer sleigh and took them. Now we’ll get just what we want.”
Busier and busier became everything in the Twistytail house, and for that matter, there were busy times in the homes of Sammie and Susie Littletail, and Johnnie and Billy Bushytail, and the Wibblewobble duck children, and Jackie and Peetie Bow Wow, the puppy dogs. And as for Uncle Wiggily Longears, the old rabbit gentleman, who was quite rich since he found his fortune, he was so busy that he wore out two rheumatism crutches and Nurse Jane Fuzzy-Wuzzy had to gnaw him another from a broom stick, instead of a corn stalk.
Then it began to snow. Oh, how the white flakes did swirl down out of the sky, blowing here and there like feathers. They piled up in drifts, and the animal children raced through them, kicking their feet about, tossing the white flakes up in the air, falling down in the drifts and making snowballs. And the wind came down the chimney like a fairy blowing a blast on a trumpet. Oh, it was the most jolly time of all the year! Uncle Wiggily said to himself, and he ought to know, if anybody does.
“You must go to bed early this night, children,” said Mrs. Twistytail after supper. “The sooner you are asleep the sooner will it be Christmas.”
“We will,” said Curly Tail and Flop Ear and Baby Pinky, and off they trotted, after kissing their papa and mamma goodnight, their little kinky tails flopping up and down like a lady’s earrings when she runs after a trolley car.
Darker and darker it grew, and still the snowflakes kept coming down until all the ground was white and the roofs of houses, too, and the gate posts and the pump in the yard and everything—all white, ready for Christmas.
“Santa Claus’ reindeer can easily pull the sleigh tonight,” said Baby Pinky, as she looked from the window.
“Come, get back into bed!” called Curly Tail, “or Santa Claus won’t come.”
It was close to midnight, and still the snow came down. Outside the Twistytail house, just as outside of every other house where the children believe in Santa Claus, there was heard the ringing of bells. Then some one called:
“Whoa, there, reindeer!”
Then there was a noise in the chimney. Maybe it was the wind, or maybe it was a little bird crawling in to get warm. I don’t know. Anyway, there was a noise, but the piggie children never woke up.
And then—and then—and then—in a little while it was Christmas morning. Somewhere a horn blew. Curly Tail heard it first, and, though it was scarcely daylight, he hopped out of bed.
“Wake up!” he cried, “Wake up everybody! It’s Christmas! Merry Christmas!”
“Merry Christmas!” cried Flop Ear.
“Merry Christmas!” echoed Baby Pinky, and they all rushed downstairs.
 “Christmas so soon?”
“Yes, indeed!” shouted the children. “Oh, come and see what we have!”
Well, if I were to tell you all that happened at the Twistytail house that day, and about all the presents the children got, I’m sure I would be so long finishing that you would get hungry. But oh! everything was lovely!
“I’ve got my toy steam engine!” cried Flop Ear.
“And I have my toy auto!” said his brother.
“Oh, I see my new doll carriage—and a new doll in it—and look at her little Christmas tree!” cried Baby Pinky! “Oh, how lovely everything is!”
“Merry Christmas!” cried a voice at the door, and there stood Uncle Wiggily Longears, with a lot of bundles under his paws. “Santa Claus left these at my house by mistake,” he said. “They belong here!” and there was a sled, and skates and a football, and a rocking horse, and a jumping jack, and I don’t know what all.

“Santa Claus left these at my house by mistake,” he said, “they belong here.”
And there was a blackboard and some building blocks, and a toy top, and toy horns, and a printing press and a phonograph, and oh! I don’t know what all else besides.
“Look at my auto!” cried Curly Tail. “It goes like everything!” and he wound it up, and whizz! it went right at Uncle Wiggily.
“Hold on! Stop it! Don’t let it bite me!” cried the old gentleman rabbit, and he tried to get out of the way, but he slipped on his broomstick crutch and fell down, and a piece of prickly holly fell on him and tickled him so that he sneezed.
“Look at my steam engine!” cried Flop Ear. And he started it going, and all of a sudden it darted right for Grandpa Squealer.
“Stop it! Hold it! Don’t let it get me!” cried the old gentleman pig. But the engine went right at him and ran over his toe, but it didn’t hurt much, because it was so little—I mean the engine was, not Grandpa Squealer’s toe. But he slipped, too, and fell, and some mistletoe got tangled in his paws, but that only made everybody the more happy.
“Merry Christmas!” cried Uncle Wiggily.
“Merry Christmas!” grunted Grandpa Squealer, and Mr. and Mrs. Twistytail and the children. And from the outside the house all their animal friends shouted the happy words, and the horns blew, and the bells rang, and it was Christmas at last.
And so to one and all of you, children and big folks, I wish you a Merry Christmas, ten thousand million of them, and one more for good luck, and may you all be happy! And Uncle Wiggily says the same thing.
So now, as there are as many stories in this book as it can hold, even with pinching and squeezing, if I tell you any more they will have to be printed in another book. And the name of that will be: “Bedtime Stories; Toodle and Noodle Flat-tail.”
The stories will be about some funny little beaver boys, and the strange things they did. Uncle Wiggily will be in that book, too, and so will many more of your animal friends, not forgetting Grandpa Whacker, the oldest beaver of them all.
So, until those stories are ready, which will be next season, I’ll bid you all goodbye!


marsh-and-mclennan-companies
Businessmodel of Marsh & McLennan Companies
Customer Segments
MMC has a mass market business model, with no significant differentiation between customer segments. The company targets its offerings at firms of all sizes and industries.
Value Proposition
MMC offers three primary value propositions: accessibility, customization, and brand/status.
The company creates accessibility by providing a wide variety of options. It operates four subsidiaries that present a broad range of services. These are Marsh, which offers insurance broking and risk management services; Guy Carpenter, which provides risk and reinsurance intermediary services; Mercer, which offers talent, health, retirement, and investment consulting services; and Oliver Wyman, which offers management consulting services.
The company enables customization by tailoring its services. Its Marsh & McLennan Agencies division operates a hub and spoke structure, allowing decentralized leadership in its various regions so that clients can benefit from localized expertise (called a “local touch”). It also works to extend its regional capabilities by acquiring partner firms in nearby cities.
The company has established a strong brand due to its success. It employs 60,000 people worldwide and generates annual revenues of $13 billion. It is one the largest insurance brokers in the world in terms of revenues. It serves clients in over 130 countries. Its Marsh & McLennan Agency division is the12th largest insurance broker in the United States, with annual revenues of $900 million. Lastly, it has won many honors, including the following:
- Recognition by Institutional Investor Magazine as a member of its 2017 All-America Executive Team, as having the #3 Overall CEO in the insurance industry, as being #3 with buy-side analysts, and as being #2 with sell-side analysts
- Ranking 29th on the 2012 Bloomberg Businessweek 50, an annual ranking of the S&P 500’s top 50 performing companies ### Channels
MMC’s main channel is its business development team. The company promotes its offering through its website, social media pages, and participation in conferences.
Customer Relationships
MMC’s customer relationship is primarily of a dedicated personal assistance nature. It works closely with clients in order to help them with their risk, strategy, and people strategies. That said, there is a self-service component. The company’s website features an “Insights & Analysis” section that includes reports and white papers.
Key Activities
MMC’s business model entails designing, developing, and delivering it services to customers.
Key Partners
MMC’s key partners are the suppliers that provide the products and services it needs to manage its operations. The company’s Marsh & McLennan Agency subsidiary partners with privately held brokers throughout the U.S. and helps them operate strategies within their respective markets. It also shares best practices from other MMA partner firms.
Key Resources
MMC’s main resources are its human resources, namely its network of 60,000 consultants and experts in risk, strategy, and people services worldwide.
Cost Structure
MMC has a value-driven structure, aiming to provide a premium proposition through significant personal service and frequent service enhancements. Its biggest cost driver is likely cost of services. Other major drivers are in the areas of compensation/benefits expenses and operating expenses.
Revenue Streams
MMC has one revenue stream: revenues it generates from contracts signed for the provision of its professional services.


This is a guide to getting the most out of the Godiva2 web client that allows users to visualize data from ncWMS servers interactively.
Most of the controls on the Godiva2 interface have tool tips to help you: hover the mouse over the control in question to find out what it does.
Use the left-hand menu to select a variable for viewing (click on the variable's name in the tree view). The data should appear on the interactive map after a short delay (a progress bar may appear showing the progress of loading image tiles from the WMS server(s)). Currently only one variable can be displayed at a time.
The interactive map can be dragged with the mouse to navigate around. Using the controls in the top left of the map you can zoom in and out. You can zoom quickly to a particular area by holding down Shift and dragging a rectangle on the map. You can automatically centre the current data overlay on the map by clicking "Fit layer to window" (above the map).
If the variable you are viewing has a vertical dimension you will be able to select the vertical level using the drop-down box above the map.
If the displayed variable has a time dimension a calendar control will appear above the map. Click on this control to select the date you wish to focus on. If there are several timesteps available for this day, use the drop-down box above the map to select the time. See below for instructions on creating animations and timeseries plots.
Once a variable has been displayed on the map, you can click on the map to discover the data value at that point. The data value, along with the latitude and longitude of the point you clicked, will appear in a small pop-up window at the point where you clicked.
When you first load up a variable it will appear with a default colour scale range. This range may not be appropriate for the geographical region and timestep you are interested in. By clicking "auto" (to the right of the colour scale bar) the colour scale range will be automatically stretched to suit the data currently displayed in the map. You can also manually change the colour scale range by editing the values at the top and bottom of the colour scale bar. A third way to adjust the colour scale range is to click on the map at any point. The small pop-up window contains links ("Set colour max" and "Set colour min") that you can click to set the upper or lower extreme of the colour scale to the data value at that point.
Sometimes, when comparing two datasets, you might want to fix the colour scale range so that when you select a new variable, that variable is shaded with exactly the same colour scale. To do this, click the "lock" link, which is to the right of the colour scale bar. The colour scale range will then not be changed when a new variable is loaded and the scale range cannot be edited manually. Click "unlock" to make the colour scale editable again.
The colour palette can be changed by clicking on the colour scale bar. A pop-up window will appear with the available palettes. Click on one to load the new palette. The window also contains a drop-down box to select the number of colour bands to use, from 10 (giving a contoured appearance) to 254 (smoothed).
Certain variables, particularly biological parameters, are best displayed with a logarithmic colour scale. The spacing of the colour scale can be toggled between linear and logarithmic using the drop-down box to the right of the colour scale bar. Note that you cannot select a logarithmic scale if the colour scale range contains negative or zero values.
Follow steps 1. to 4. in "Creating animations" above. Then click on the map to select a data point and bring up the small pop-up, which will have a link "Create timeseries plot". Click this to bring up a pop-up window displaying a timeseries of the data value at the selected point over the selected time range.
At the top of the map itself, select the icon that looks like a line joining four points. Click on the map to start drawing a line. Add "waypoints" along this line by single-clicking at each point. Double-click to finish the line. A pop-up will appear showing the variation of the viewed variable along the line (i.e. a transect plot). If the variable has a vertical dimension, a vertical section plot will appear under the transect plot.
A selection of background maps are available on which data can be projected. Select a different background map by clicking the small plus sign in the top right-hand corner of the interactive map.
The map projection is changed by selecting a new background map as above. If the background map is in a different projection then the data overlay will be automatically reprojected into the new coordinate system. Commonly, Godiva2 websites will give the option to select a background map in north or south polar stereographic projection. There may be a delay before the map appears in the new projection.
You may wish to save the current view to return to it later or share it with a colleague. The "Permalink" under the bottom right-hand corner of the map links to a complete URL that, when loaded, recreates the current view. Left-click on the permalink to bring up a new window with an identical view. Right-click on the permalink and select "Copy link location" or the equivalent for your web browser. You can then paste the link into a report, your notes or an email. You can also click on "email" (next to the permalink) to start a new email message in your default email client with the permalink already included in the message body.


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Is Sofia social robot?
In show dull give need so held.  Incommode our not one ourselves residence. Shall there whose those stand she end. So unaffected partiality indulgence dispatched to of celebrated remarkably. Unfeeling are had allowance own perceived abilities. Certainty determine at of arranging perceived situation or. Or wholly pretty county in oppose. Favour met itself wanted settle put garret twenty. In astonished apartments resolution so an it. Unsatiable on by contrasted to reasonable companions an. On otherwise no admitting to suspicion furniture it. Talking chamber as shewing an it minutes. Trees fully of blind do. Exquisite favourite at do extensive listening. Improve up musical welcome he. Gay attended vicinity prepared now diverted. Esteems it ye sending reached as. Longer lively her design settle tastes advice mrs off who. Her old collecting she considered discovered. So at parties he warrant oh staying. Square new horses and put better end. Sincerity collected happiness do is contented. Sigh ever way now many. Alteration you any nor unsatiable diminution reasonable companions shy partiality. Leaf by left deal mile oh if easy. Added woman first get led joy not early jokes. Consulted he eagerness unfeeling deficient existence of. Calling nothing end fertile for venture way boy. Esteem spirit temper too say adieus who direct esteem. It esteems luckily mr or picture placing drawing no. Apartments frequently or motionless on reasonable projecting expression. Way mrs end gave tall walk fact bed.
Georgi Todorov


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--- layout: post title: Custom Wizard URLs in Rails with Wicked date: '2012-11-14T10:00:00-06:00' tags: - wicked - ruby - rails - i18n permalink: /post/35705943704/custom-wizard-urls-in-rails-with-wicked ---
I wrote this wizard controller library that people seem to really dig called Wicked. It works well to build after signup wizards and to incrementally build objects for the database but there is one thing it didn’t do very well until now: allow you to change the text in your wizard url’s quickly and easily.
If you’re new to Internationalization (I18n) it’s a process of making your website look native in more that one language. With the newly released Wicked you can translate your wizard urls or simply use it to change your custom urls in one language with no code changes. Check it out:
If your site works in multiple languages, or if you just want more control over how your URL’s look you can now use I18n with wicked. To do so you need to replace this:
include Wicked::Wizard
With this:
include Wicked::Wizard::Translated
This will allow you to specify translation keys instead of literal step names. Let’s say you’ve got steps that look like this:
steps :first, :second
So the urls would be /after_signup/first
and /after_signup/second
. But you want them to show up differently for different locales. For example someone coming form a Spanish speaking locale should see /after_signup/uno
and after_signup/dos
.
To internationalize first you need to create your locales files under config/locales
such as config/locales/es.yml
for Spanish. You then need to add a first
and second
key under a wicked
key like this:
es:
hello: "hola mundo"
wicked:
first: "uno"
second: "dos"
It would also be a good idea to create a english version under config/locales/en.yml
or your english speaking friends will get errors. If your app already uses I18n you don’t need to do anything else, if not you will need to make sure that you set the I18n.locale
on each request you could do this somewhere like a before filter in your application_controller.rb
before_filter :set_locale
private
def set_locale
I18n.locale = params[:locale] if params[:locale].present?
end
def default_url_options(options = {})
{locale: I18n.locale}
end
For a screencast on setting up and using I18n check out Railscasts. You can also read the free I18n Rails Guide.
Now when you visit your controller with the proper locale set your url’s should be more readable like /after_signup/uno
and after_signup/dos
.
Wicked expects your files to be named the same as your keys, so when a user visits after_signup/dos
with the es
locale it will render the second.html.erb
file.
Important: When you do this the value of step
as well as
next_step
and previous_step
and all the values within steps
will
be translated to what locale you are using. To translate them to the
“canonical” values that you’ve have in your controller you’ll need so
use wizard_value
method.
For example, if you had this in your controller, and you converted it to a use Wicked translations, so this will not work:
steps :confirm_password, :confirm_profile, :find_friends
def show
case step
when :find_friends
@friends = current_user.find_friends
end
render_wizard
end
Instead you need to use wizard_value
to get the “reverse translation” in your controller code like this:
steps :confirm_password, :confirm_profile, :find_friends
def show
case wizard_value(step)
when :find_friends
@friends = current_user.find_friends
end
render_wizard
end
The important thing to remember is that step
and the values in steps
are
always going to be in the same language if you’re using the Wicked translations.
If you need any values to match the values set directly in your controller,
or the names of your files (i.e. views/../confirm_password.html.erb
, then you need
to use wizard_value
method.
Very similar to using I18n from above but instead of making new files for different languages, you can stick with one language. Make sure you are using the right module:
include Wicked::Wizard::Translated
Then you’ll need to specify translations in your language file. For me, the language I’m using is english so I can add translations to config/locales/en.yml
en:
hello: "hello world"
wicked:
first: "verify_email"
second: "if_you_are_popular_add_friends"
Now you can change the values in the URL’s to whatever you want without changing your controller or your files, just modify your en.yml
. If you’re not using English you can set your default_locale to something other than en
in your config/application.rb
file.
config.i18n.default_locale = :de
Important: Don’t forget to use wizard_value()
method to make
sure you are using the right cannonical values of step
,
previous_step
, next_step
, etc. If you are comparing them to non
wicked generate values.
Custom crafted wizard urls: just another way Wicked makes your app a little more saintly.
Richard @schneems (pronounced sorta like Schnapps), loves writing gems and works for Heroku. If you enjoy the wicked gem consider watching the repo or telling your friends.


Cheeseburger
Cheese hamburger with meat, tomatoes and a lot of delicious cheese
3.50 USD$
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Chili Cheeseburger
Grilled beef burger topped with Chili,tomato, onion and mustard on toasted sesame bread .
5.50 USD$
★★★☆☆| 32 reviews


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