The aim in changing and molding the future is our game plan. As change is important in today’s world to progress, alter, and innovate, we at Inception thrive to make valuable and cutting-edge change for our Clients. Our passion allows us to create futuristic concepts, solid strategies, and out of the box ideas that affect people’s lives and businesses.
The aim in changing and molding the future is our game plan. As change is important in today’s world to progress, alter, and innovate, we at Inception thrive to make valuable and cutting-edge change for our Clients. Our passion allows us to create futuristic concepts, solid strategies, and out of the box ideas that affect people’s lives and businesses.
Inception Media is a full-service digital advertising agency built for the now. We partner with clients to drive their business outcomes with best-in-class.
Working closely with our clients, we specialize in crafting personalized and strategic plans to fit with brand objectives and goals. Our research and insight team guarantee relevant and real time data tailor made for our clients.
Our Creative Team encompasses top notch designers and copywriters coming from diverse backgrounds and experience. Outside the box ideas and executions are our motto and creating original and award winning works is our aim.
Working closely with our clients, we specialize in crafting personalized and strategic plans to fit with brand objectives and goals. Our research and insight team guarantee relevant and real time data tailor made for our clients.
Living in a world consumed by Digital, having an Online presence is no longer a luxury. Our Planning and Digital team work hand in hand to ensure strategic planning and execution, real time and creative content creation, community management, social media trends and insights, and creative Digital solutions customized for your Brand.
Our Creative Team encompasses top notch designers and copywriters coming from diverse backgrounds and experience. Outside the box ideas and executions are our motto and creating original and award winning works is our aim.


Resource Manager
Job status, links to slave machines
Name Node
Stats for HDFS, browse & download files
Map-Reduce Job History
List of completed jobs
CINF 401 Vagrant
by
Joshua Eckroth
is licensed under a
Creative Commons Attribution-ShareAlike 3.0 Unported License
. Source code for this website available at
GitHub
.


Fishing Communities
ADD FIGURE
New and updated analyses of coastal communities, revenue dynamics, and fishing networks to understand their response to change.


--- layout: post authors: ["Jonah Duckles"] title: "2015 Election: Jonah Duckles" date: 2015-01-16 time: "17:00:00" tags: ["Software Carpentry Foundation", "Election 2015"] ---
Hi, I'm Jonah Duckles, I have been active in teaching Software Carpentry workshops (seven so far) and have found a joy in teaching and learning this curriculum that has made me passionate about the mission of the organization. In my job, I work to spread knowledge, skills and competency in wide ranging areas of scholarly computing. Serving on the Software Carpentry Steering Committee would be a natural extension of my current job, dovetailing well into my current responsibilities and I'm excited to be considered.
At the University of Oklahoma, my job is to help researchers by removing friction points in their data-slinging workflows. This is not necessarily about computing performance, but finding the appropriate computing tools for the task at hand. First we embed with research teams to understand their research and sticking points. At the same time we survey the existing tool space to understand hardware and software environments available in the open source and commercial spaces seeking to understand how they might be applied to research goals. Then we work to marry available tools and techniques toward solving researcher's challenges.
I see the work of Software Carpentry as being able to catalyze research through skills development, accelerating scientific inquiry with the appropriate application of tools to problems. Software Carpentry has formalized the way I think about how to best deliver an understanding of complex technical tools to scientists with widely varied backgrounds and experience. I find myself most passionate and engaged when working across disciplines and within groups that are solving complex problems. Software Carpentry is a key tool for scientists to be able to solve those problems.
Software Carpentry is a great introduction for scientists. Along with the core work of the committee, I'd like to work to champion the expansion and support of our community in two key ways:
I'd like to survey past workshop organizers and learners to understand what works and doesn't work in their attempts to sustain momentum of workshops and continuing to develop skills. It can be tricky to keep the momentum going, and I'm convinced it is about building and sustaining local communities in departments and lab groups that can share and advance their skills together. I would work to identify successful methods of sustaining and expanding skills and expertise for learners and pilot those programs for groups.
Expanding the network of instructors and workshops to even more international locations would help to make this a worldwide movement. These skills are important to 21st century scientific problem solving and I'd like to strive to spread them as far as possible. I will work to identify and seek funding opportunities on behalf of the Foundation and its partners that would enable our instructor corps to teach workshops and train instructors in lesser served places around the world. We'd also work to identify language teams that can own and manage course material in the most common native-languages of the world. Then lay out a vision and plan for non-english course material to be updated and expanded in the future.
Thank you for your consideration. I am passionate about the mission of the Software Carpentry Foundation and I hope to continue to instruct and serve The Software Carpentry Foundation in many ways, both formal and informal in the future.


WITNESS LIST Government Organization Committee July 8, 2003 - 1:00P SB 19 FOR: Morris, Claire student (Self), Austin, TX Oakley, Keith consultant (Tx. Assn. of Licensed Investigation and Assist) ON: Atkinson, CPA, Billy M. Presiding Officer (State Board of Public Accountancy), Austin, TX Montemayor, Jose Commissioner of Insurance (Texas Dept. of Insurance), Austin, TX Smith, Tom 'Smitty' Director (Public Citizen), Austin, TX Registering, but not testifying: For: Thompson, Jay Lawyer (Peudential Ins. Co.), Austin, TX On: Kelly, Mary E. Attorney (Environmental Defense), Austin, TX Longley, Joey Director (Sunset Commission) Mills, CPA, Orville Member (Texas State Board of Public Accountancy), Austin, TX Providing written testimony: On: Alwin, Lawrence State Auditor (State Auditor's Office) Lowerre, Richard Attorney (Cities of Del Rio and Bracketteville, & Commissioners Court of Kinney and Kleberg County), Austin, TX Mitchell, Kathy Research Manager (Consumers Union) Mitchell, Kathy Research Manager (Consumers Union) SB 22 Registering, but not testifying: Against: Smith, Tom "Smitty" Director (Public Citizen), Austin, TX On: Longley, Joey Director (Sunset Commission) Providing written testimony: On: Alwin, Lawrence Senate Auditor (State Auditor's Office), Austin, TX SB 29 Registering, but not testifying: For: Deitch, Michele Attorney/ Criminal Justice Policy Consul (Self), Austin, TX


Lessons Learned Hiking the
Appalachian Trail
Jim Smith
Oak Ridge, Tenn.
Oak Ridge National Lab
Trail Name: Gravity
2,189.8 miles
Springer Mountain, Georgia
April 3, 2017
Mt. Katahdin, Maine
Oct. 4, 2017
Misconceptions
It's not really a 6-month hike.
It's dozens of 3- to 5-day hikes.
Misconceptions
You don't need a gun.
Animals are more afraid of you than you are of them
and you're safer in the forest than at home.
Surprises
Heightened sense of smell.
You can ignore your own stink.
Day hikers are laundry comets.
Surprises
I didn't expect to learn anything about myself.
I did.
Seven Lessons
Lesson 1
Prepare for what you fear.
Then be fearless.
Lesson 2
If you don't know where you are going, any road will take you there.
Sometimes that's a good thing.
Lesson 3
Maine isn’t going to walk to you.
Lesson 4
No pain, no rain, no Maine.

Pain is mandatory. Misery is optional.
Lesson 5
Embrace your community.
Lesson 6
Hike your own hike.
Lesson 7
If something is important to you,
act
like it.
Thru-hikers never die,
they just smell that way.
hikewithgravity.com
@hikewithgravity


---
layout: post
title: Discovery of upper atmosphere bacteria that affect weather
date: '2013-01-29T13:35:00.000-05:00'
author: Robert Sica
tags:
- troposphere
- atmosphere
- bacteria
modified_time: '2013-07-30T14:12:44.083-04:00'
blogger_id: tag:blogger.com,1999:blog-736339229338318027.post-4988451170394157665
blogger_orig_url: http://blog.purplecrowlidar.ca/2013/01/discovery-of-upper-atmosphere-bacteria.html
---
Research: Discovery of upper atmosphere bacteria that affect weather - National Paeleontology | Examiner.com
Whether the microorganisms routinely inhabit this portion of the atmosphere – perhaps living on carbon compounds also found there – or whether they were simply lofted there from the Earth’s surface is not yet known.
Cool. Live and mutate a 1000 generations at 6 km altitude, coalesce into a raindrop, fall to the survive. Cause a plague.
via the American Meteorological Society


Class for full matrices. More...
#include <Matrix.hpp>
Public Member Functions | |
| Matrix () | |
| Default constructor. More... | |
| Matrix (unsigned long rows, unsigned long columns) | |
| Constructor for specified matrix size. More... | |
| Matrix | InvertLowerTriangular () |
| Matrix | InvertLowerTriangular () const |
| Matrix | InvertMatrixElements (bool preserveZero=false) |
| Matrix | InvertMatrixElements (bool preserveZero=false) const |
| Matrix & | InvertMatrixElementsSelf (bool preserveZero=false) |
| Matrix | Transpose () |
| Matrix & | TransposeSelf () |
| Matrix | Transpose () const |
| Vector | Trace (int offset=0) |
| Vector | Trace (int offset=0) const |
| Matrix | CholeskyDecompose () |
| Matrix | CholeskyDecompose () const |
| Vector | SolveLowerTriangular (Vector &Y) |
| Vector | SolveLowerTriangular (Vector &Y) const |
| const unsigned long & | columns () const |
| const unsigned long & | rows () const |
| Vector & | operator[] (int i) |
| Access by reference through operator, zero based. More... | |
| const Vector & | operator[] (int i) const |
| Access by reference of constant instance through operator, one based. More... | |
| Vector & | operator() (int i) |
| Access by reference through operator, zero based. More... | |
| const Vector & | operator() (int i) const |
| Access by reference of constant instance through operator, one based. More... | |
| Vector | getColumn (int i) |
| const Vector | getColumn (int i) const |
| Matrix | setColumn (int i, Vector Vector) |
| contentVectorVector::iterator | begin () |
| Iterator begin, forwards to private _matrixContents member. More... | |
| contentVectorVector::iterator | end () |
| Iterator end, forwards to private _matrixContents member. More... | |
| contentVectorVector::const_iterator | begin () const |
| Iterator begin, forwards to private _matrixContents member. More... | |
| contentVectorVector::const_iterator | end () const |
| Iterator end, forwards to private _matrixContents member. More... | |
| contentVectorVector::reverse_iterator | rbegin () |
| Iterator reverse begin, forwards to private _matrixContents member. More... | |
| contentVectorVector::reverse_iterator | rend () |
| Iterator reverse end, forwards to private _matrixContents member. More... | |
| contentVectorVector::const_iterator | cbegin () const noexcept |
| Iterator cbegin, forwards to private _matrixContents member. More... | |
| contentVectorVector::const_iterator | cend () const noexcept |
| Iterator cend, forwards to private _matrixContents member. More... | |
| contentVectorVector::const_reverse_iterator | crbegin () const noexcept |
| Iterator crbegin, forwards to private _matrixContents member. More... | |
| contentVectorVector::const_reverse_iterator | crend () const noexcept |
| Iterator crend, forwards to private _matrixContents member. More... | |
Private Attributes | |
| unsigned long | _columns |
| Columns in matrix. Can not be changed after initialization. More... | |
| unsigned long | _rows |
| Rows in matrix. Can not be changed after initialization. More... | |
| contentVectorVector | _matrixContents |
| Instance of std::vector<Vector> which contains matrix rows. More... | |
Friends | |
| std::ostream & | operator<< (std::ostream &stream, const Matrix &Matrix) |
| A natural way to output matrix to console. More... | |
Class for full matrices.
Definition at line 11 of file Matrix.hpp.
| AlgebraLib::Matrix::Matrix | ( | ) |
Default constructor.
Creates zero matrix of size \( 2 \times 2\).
Definition at line 16 of file Matrix.cpp.
| AlgebraLib::Matrix::Matrix | ( | unsigned long | rows, |
| unsigned long | columns | ||
| ) |
Constructor for specified matrix size.
| rows | rows in matrix |
| columns | columns in matrix |
Creates zero matrix of size \( rows \times columns\).
Definition at line 9 of file Matrix.cpp.
| contentVectorVector::iterator AlgebraLib::Matrix::begin | ( | ) |
Iterator begin, forwards to private _matrixContents member.
Definition at line 82 of file Matrix.cpp.
| contentVectorVector::const_iterator AlgebraLib::Matrix::begin | ( | ) | const |
Iterator begin, forwards to private _matrixContents member.
Definition at line 90 of file Matrix.cpp.
|
noexcept |
Iterator cbegin, forwards to private _matrixContents member.
Definition at line 106 of file Matrix.cpp.
|
noexcept |
Iterator cend, forwards to private _matrixContents member.
Definition at line 110 of file Matrix.cpp.
| Matrix AlgebraLib::Matrix::CholeskyDecompose | ( | ) |
Definition at line 179 of file Matrix.cpp.
| Matrix AlgebraLib::Matrix::CholeskyDecompose | ( | ) | const |
Definition at line 183 of file Matrix.cpp.
|
inline |
Access read only field columns by reference.
Definition at line 52 of file Matrix.hpp.
|
noexcept |
Iterator crbegin, forwards to private _matrixContents member.
Definition at line 114 of file Matrix.cpp.
|
noexcept |
Iterator crend, forwards to private _matrixContents member.
Definition at line 118 of file Matrix.cpp.
| contentVectorVector::iterator AlgebraLib::Matrix::end | ( | ) |
Iterator end, forwards to private _matrixContents member.
Definition at line 86 of file Matrix.cpp.
| contentVectorVector::const_iterator AlgebraLib::Matrix::end | ( | ) | const |
Iterator end, forwards to private _matrixContents member.
Definition at line 94 of file Matrix.cpp.
| Vector AlgebraLib::Matrix::getColumn | ( | int | i | ) |
Definition at line 62 of file Matrix.cpp.
| const Vector AlgebraLib::Matrix::getColumn | ( | int | i | ) | const |
Definition at line 72 of file Matrix.cpp.
| Matrix AlgebraLib::Matrix::InvertLowerTriangular | ( | ) |
Definition at line 262 of file Matrix.cpp.
| Matrix AlgebraLib::Matrix::InvertLowerTriangular | ( | ) | const |
Definition at line 266 of file Matrix.cpp.
| Matrix AlgebraLib::Matrix::InvertMatrixElements | ( | bool | preserveZero = false | ) |
Definition at line 133 of file Matrix.cpp.
| Matrix AlgebraLib::Matrix::InvertMatrixElements | ( | bool | preserveZero = false | ) | const |
Definition at line 122 of file Matrix.cpp.
| Matrix & AlgebraLib::Matrix::InvertMatrixElementsSelf | ( | bool | preserveZero = false | ) |
Definition at line 137 of file Matrix.cpp.
| Vector & AlgebraLib::Matrix::operator() | ( | int | i | ) |
Access by reference through operator, zero based.
| i | \( i \) one based (mathematical) index. |
Definition at line 42 of file Matrix.cpp.
| const Vector & AlgebraLib::Matrix::operator() | ( | int | i | ) | const |
Access by reference of constant instance through operator, one based.
| i | \( i \) one based (mathematical) index. |
Definition at line 52 of file Matrix.cpp.
| Vector & AlgebraLib::Matrix::operator[] | ( | int | i | ) |
Access by reference through operator, zero based.
| i | \( i - 1 \) one based (mathematical) index. |
Definition at line 22 of file Matrix.cpp.
| const Vector & AlgebraLib::Matrix::operator[] | ( | int | i | ) | const |
Access by reference of constant instance through operator, one based.
| i | \( i - 1 \) one based (mathematical) index. |
Definition at line 32 of file Matrix.cpp.
| contentVectorVector::reverse_iterator AlgebraLib::Matrix::rbegin | ( | ) |
Iterator reverse begin, forwards to private _matrixContents member.
Definition at line 98 of file Matrix.cpp.
| contentVectorVector::reverse_iterator AlgebraLib::Matrix::rend | ( | ) |
Iterator reverse end, forwards to private _matrixContents member.
Definition at line 102 of file Matrix.cpp.
|
inline |
Access read only field rows by reference.
Definition at line 58 of file Matrix.hpp.
Definition at line 161 of file Matrix.cpp.
| Vector AlgebraLib::Matrix::SolveLowerTriangular | ( | AlgebraLib::Vector & | Y | ) |
Definition at line 237 of file Matrix.cpp.
| Vector AlgebraLib::Matrix::SolveLowerTriangular | ( | AlgebraLib::Vector & | Y | ) | const |
Definition at line 241 of file Matrix.cpp.
| Vector AlgebraLib::Matrix::Trace | ( | int | offset = 0 | ) |
Definition at line 213 of file Matrix.cpp.
| Vector AlgebraLib::Matrix::Trace | ( | int | offset = 0 | ) | const |
Definition at line 217 of file Matrix.cpp.
| Matrix AlgebraLib::Matrix::Transpose | ( | ) |
Definition at line 142 of file Matrix.cpp.
| Matrix AlgebraLib::Matrix::Transpose | ( | ) | const |
Definition at line 147 of file Matrix.cpp.
| Matrix & AlgebraLib::Matrix::TransposeSelf | ( | ) |
Definition at line 156 of file Matrix.cpp.
|
friend |
A natural way to output matrix to console.
| stream | I/O stream. |
| Matrix | Any instance of AlgebraLib::Matrix |
Definition at line 36 of file FullAlgebra.cpp.
|
private |
Columns in matrix. Can not be changed after initialization.
Definition at line 164 of file Matrix.hpp.
|
private |
Instance of std::vector<Vector> which contains matrix rows.
Definition at line 174 of file Matrix.hpp.
|
private |
Rows in matrix. Can not be changed after initialization.
Definition at line 169 of file Matrix.hpp.


Class: Aws::FinSpaceData::Types::UpdateChangesetRequest
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-finspacedata/lib/aws-sdk-finspacedata/types.rb |
Overview
Request to update an existing changeset.
Constant Summary
Instance Attribute Summary
-
#changeset_id ⇒ String
rw
The unique identifier for the Changeset to update.
-
#client_token ⇒ String
rw
A token that ensures idempotency.
-
#dataset_id ⇒ String
rw
The unique identifier for the FinSpace Dataset in which the Changeset is created.
-
#format_params ⇒ Hash<String,String>
rw
Options that define the structure of the source file(s) including the format type (
formatType
), header row (withHeader
), data separation character (separator
) and the type of compression (compression
). -
#source_params ⇒ Hash<String,String>
rw
Options that define the location of the data being ingested (
s3SourcePath
) and the source of the changeset (sourceType
).
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#changeset_id ⇒ String
(rw)
The unique identifier for the Changeset to update.
# File 'gems/aws-sdk-finspacedata/lib/aws-sdk-finspacedata/types.rb', line 2396
class UpdateChangesetRequest < Struct.new( :client_token, :dataset_id, :changeset_id, :source_params, :format_params) SENSITIVE = [] include Aws::Structure end
#client_token ⇒ String
(rw)
A token that ensures idempotency. This token expires in 10 minutes.
A suitable default value is auto-generated. You should normally not need to pass this option.
# File 'gems/aws-sdk-finspacedata/lib/aws-sdk-finspacedata/types.rb', line 2396
class UpdateChangesetRequest < Struct.new( :client_token, :dataset_id, :changeset_id, :source_params, :format_params) SENSITIVE = [] include Aws::Structure end
#dataset_id ⇒ String
(rw)
The unique identifier for the FinSpace Dataset in which the Changeset is created.
# File 'gems/aws-sdk-finspacedata/lib/aws-sdk-finspacedata/types.rb', line 2396
class UpdateChangesetRequest < Struct.new( :client_token, :dataset_id, :changeset_id, :source_params, :format_params) SENSITIVE = [] include Aws::Structure end
#format_params ⇒ Hash
<String
,String
> (rw)
Options that define the structure of the source file(s) including
the format type (formatType
), header row (withHeader
), data
separation character (separator
) and the type of compression
(compression
).
formatType
is a required attribute and can have the following
values:
PARQUET
– Parquet source file format.CSV
– CSV source file format.JSON
– JSON source file format.XML
– XML source file format.
Here is an example of how you could specify the formatParams
:
"formatParams": \{ "formatType": "CSV", "withHeader": "true",
"separator": ",", "compression":"None" \}
Note that if you only provide formatType
as CSV
, the rest of the
attributes will automatically default to CSV values as following:
\{ "withHeader": "true", "separator": "," \}
For more information about supported file formats, see Supported Data Types and File Formats in the FinSpace User Guide.
# File 'gems/aws-sdk-finspacedata/lib/aws-sdk-finspacedata/types.rb', line 2396
class UpdateChangesetRequest < Struct.new( :client_token, :dataset_id, :changeset_id, :source_params, :format_params) SENSITIVE = [] include Aws::Structure end
#source_params ⇒ Hash
<String
,String
> (rw)
Options that define the location of the data being ingested
(s3SourcePath
) and the source of the changeset (sourceType
).
Both s3SourcePath
and sourceType
are required attributes.
Here is an example of how you could specify the sourceParams
:
"sourceParams": \{ "s3SourcePath":
"s3://finspace-landing-us-east-2-bk7gcfvitndqa6ebnvys4d/scratch/wr5hh8pwkpqqkxa4sxrmcw/ingestion/equity.csv",
"sourceType": "S3" \}
The S3 path that you specify must allow the FinSpace role access. To
do that, you first need to configure the ::Aws::IAM
policy on ::Aws::S3
bucket.
For more information, see Loading data from an Amazon S3 Bucket
using the FinSpace APIsection.
# File 'gems/aws-sdk-finspacedata/lib/aws-sdk-finspacedata/types.rb', line 2396
class UpdateChangesetRequest < Struct.new( :client_token, :dataset_id, :changeset_id, :source_params, :format_params) SENSITIVE = [] include Aws::Structure end


Example of Clear Words
Before: The Dietary Guidelines for Americans recommends a half hour or more of moderate physical activity on most days, preferably every day. The activity can include brisk walking, calisthenics, home care, gardening, moderate sports exercise, and dancing.
After: Do at least 30 minutes of exercise, like brisk walking, most days of the week.


|
|
Chapter 25: Object-Oriented Programming25.1 Background and TerminologyIn this chapter "OOP" will stand for "object-oriented programming". Here is the barest thumbnail sketch of OOP.On occasion, a program needs to build, maintain and use a collection of related data, where it is natural to consider the collection to be, in some sense, a whole. For example, a "stack" is a sequence of data items, such that the most-recently added item is the first to be removed. If we intend to make much use of stacks, then it might be a worthwhile investment to write some functions dedicated to building and using stacks. The combination of some data and some dedicated functions is called an object. Every object belongs to some specific class of similar objects. We will say that a stack is an object of the Stack class. The dedicated functions for objects of a given class are called the "methods" of the class. For example, for objects of the Stack class we will need a method for adding a new item, and a method for retrieving the last-added item. An object needs one or more variables to represent its data. Such variables are called fields. Thus for a stack we may choose to have a single field, a list of items. In summary, OOP consists of identifying a useful class of objects, and then defining the class by defining methods and fields, and then using the methods. By organizing a program into the definitions of different classes, OOP can be viewed as a way of managing complexity. The simple examples which follow are meant to illustrate the machinery of the OOP approach, but not to provide much by way of motivation for OOP. We will be using a number of library functions, mostly with names beginning "co", meaning "class and object". A brief summary of them is given at the end of this chapter. 25.2 Defining a Class25.2.1 Introducing the ClassFor a simple example, we look at defining a class which we choose to call "Stack". A new class is introduced with the library function coclass.coclass 'Stack'coclass is used for its effect, not its result. The effect of coclass is to establish and make current a new locale called Stack. To verify this, we can inspect the name of the current locale: coname '' +-----+ |Stack| +-----+ 25.2.2 Defining the MethodsA new object comes into being in two steps. The first step uses library verb conew to create a rudimentary object, devoid of fields, a mere placeholder. The second step gives a new object its structure and initial content by creating and assigning values to the field-variables.We will deal with the first step below. The second step we look at now. It is done by a method conventionally called create (meaning "create fields", not "create object"). This is the first of the methods we must define. For example, we decide that a Stack object is to have a single field called items, initially an empty list. create =: 3 : 'items =: 0 $ 0'The connection between this method and the Stack class is that create has just been defined in the current locale, which is Stack. This create method is a verb. In this example, it ignores its argument, and its result is of no interest: it is executed purely for its effect. Its effect will be that the (implicitly specified) object will be set up to have a single field called items as an empty list. Our second method is for pushing a new value on to the front of the items in a stack. push =: 3 : '# items =: (< y) , items'The push method is a verb. Its argument y is the new value to be pushed. We made a design-decision here that y is to be boxed and then pushed. The result is of no interest, but there must be some result, so we chose to return (# items) rather than just items. Next, a method for inspecting the "top" (most-recently added) item on the stack. It returns that value of that item. The stack is unchanged. top =: 3 : '> {. items'Next a method to remove the top item of the stack. pop =: 3 : '# items =: }. items'Finally, a method to "destroy" a Stack object, that is, eliminate it when we are finished with it. For this purpose there is a library function codestroy. destroy =: codestroyThis completes the definition of the Stack class. Since we are still within the scope of the coclass 'Stack' statement above, the current locale is Stack. To use this class definition we return to our regular working environment, the base locale. cocurrent 'base' 25.3 Making New ObjectsNow we are in a position to create and use Stack objects. A new Stack is created in two steps. The first step uses the library verb conew.S =: conew 'Stack'The result of conew which we assigned to S is not the newly-created object itself. Rather, the value of S is in effect a unique reference-number which identifies the newly-created Stack object. For brevity we will say "Stack S" to mean the object referred to by S. Stack S now exists but its state is so far undefined. Therefore the second step in making the object is to use the create method to change the state of S to be an empty stack. Since create ignores its argument, we supply an argument of 0 create__S 0Now we can push values onto the stack S and retrieve them in last-in-first-out order. In the following, the expression (push__S 'hello' means: the method push with argument 'hello' applied to object S. push__S 'hello' 1 push__S 'how are you?' 2 push__S 'goodbye' 3 pop__S 0 2 top__S 0 how are you? 25.3.1 Dyadic ConewThe two steps involved in creating a new object, conew followed by create, can be collapsed into one using dyadic conew. The scheme is that:o =: conew 'Class' create__o argcan be abbreviated as: o =: arg conew 'Class'That is, any left argument of conew is passed to create, which is automatically invoked. In this simple Stack class, create ignores its argument, but even so one step is neater than two. For example: T =: 0 conew 'Stack' push__T 77 1 push__T 88 2 top__T 0 88 25.4 Listing the Classes and ObjectsIn this section we look at inspecting the population of objects and classes we have created. The expression (18!:1) 0 1 produces a list of all existing locales.(18!:1) 0 1 +-+-+-----+----+----+-+-------+--------+------+-----+-+ |0|1|Stack|base|ctag|j|jadetag|jcompare|jregex|jtask|z| +-+-+-----+----+----+-+-------+--------+------+-----+-+We see here the names of locales of 3 different kinds. Firstly, there are ordinary locales such as base, and z, described in Chapter 24. These are created automatically by the J system. Depending on the version of J you are using, you may see a list different from the one shown here. Secondly, there are locales such as Stack. The Stack locale defines the Stack class. If we view this locale (with the view utility function from Chapter 24) view 'Stack' IP =: 1 create =: 3 : 'items =: 0 $ 0' destroy =: codestroy pop =: 3 : '# items =: }. items' push =: 3 : '# items =: (< y) , items' top =: 3 : '> {. items'we see a variable IP (created automatically) and our methods which we defined for Stack. Thirdly, we have locales such as 0. Here the name is a string of numeric digits (that is, '0'). Such a locale is an object. The variable S has the value <'0', so that here object S is locale '0'.
We see a variable COCREATOR, which identifies this locale as an object, and the field(s) of the object. The path from an object is given by the verb 18!:2 18!:2 S +-----+-+ |Stack|z| +-----+-+Since S is a Stack object, the first locale on its path is Stack. Recall from Chapter 24 that, since S = <'0' then the expression push__S 99 means:
obcl =: 3 : '(, ({. @: (18!:2)))"0 (18!:1) 1'Currently we have variables S and T each referring to a Stack object.
(Again, depending on the version of J you are using, you may see further objects and classes automatically generated by the J system for its own use.) A Stack, S say, can be removed using the destroy method of the Stack class. destroy__S '' 1We see it has gone. obcl '' +-+-----+ |1|Stack| +-+-----+In conclusion, note particularly that an object is a locale. This means that an object is not a variable or a value. An object is not something which can be an argument to a function, or returned by a function. An object cannot be part of another object. All these things can be done using names of objects in place of objects. Every object has a unique system-generated name, represented by a string. This string is just an ordinary value, and all the usual things can be done with it. 25.5 InheritanceHere we look at how a new class can build on an existing class. The main idea is that, given some class, we can develop a new class as a specialized version of the old class.For example, suppose there is a class called Collection where the objects are collections of values. We could define a new class where, say, the objects are collections without duplicates, and this class could be called Set. Then a Set object is a special kind of a Collection object. In such a case we say that the Set class is a child of the parent class Collection. The child will inherit the methods of the parent, perhaps modifying some and perhaps adding new methods, to realize the special properties of child objects. For a simple example we begin with a parent-class called Collection, coclass 'Collection' create =: 3 : 'items =: 0 $ 0' add =: 3 : '# items =: (< y) , items' remove =: 3 : '# items =: items -. < y' inspect =: 3 : 'items' destroy =: codestroyHere the inspect method yields a boxed list of all the members of the collection. A quick demonstration: cocurrent 'base' C1 =: 0 conew 'Collection' add__C1 'foo' 1 add__C1 37 2 remove__C1 'foo' 1 inspect__C1 0 +--+ |37| +--+Now we define the Set class, specifying that Set is to be a child of Collection with the library verb coinsert. coclass 'Set' coinsert 'Collection'To express the property that a Set has no duplicates, we need to modify only the add method. Here is something that will work: add =: 3 : '# items =: ~. (< y) , items'All the other methods needed for Set are already available, inherited from the parent class Collection. We have finished the definition of Set and are ready to use it. cocurrent 'base' s1 =: 0 conew 'Set' NB. make new Set object. add__s1 'a' 1 add__s1 'b' 2 add__s1 'a' 2 remove__s1 'b' 1 inspect__s1 0 NB. should have just one 'a' +-+ |a| +-+ 25.5.1 A Matter of PrincipleRecall the definition of the add method of class Set.add_Set_ 3 : '# items =: ~. (< y) , items'It has an objectionable feature: in writing it we used our knowledge of the internals of a Collection object, namely that there is a field called items which is a boxed list. Now the methods of Collection are supposed to be adequate for all handling of Collection objects. As a matter of principle, if we stick to the methods and avoid rummaging around in the internals, we hope to shield ourselves, to some degree, from possible future changes to the internals of Collection. Such changes might be, for example, for improved performance. Let's try redefining add again, this time sticking to the methods of the parent as much as possible. We use our knowledge that the parent inspect method yields a boxed list of the membership. If the argument y is not among the membership, then we add it with the parent add method. add_Set_ =: 3 : 0 if. (< y) e. inspect 0 do. 0 else. add_Collection_ f. y NB. see below ! end. )Not so nice, but that's the price we pay for having principles. Trying it out on the set s1: inspect__s1 0 +-+ |a| +-+ add__s1 'a' 0 add__s1 'z' 2 inspect__s1 0 +-+-+ |z|a| +-+-+ 25.6 Using Inherited MethodsLet us review the definition of the add method of class Set.add_Set_ 3 : 0 if. (< y) e. inspect 0 do. 0 else. add_Collection_ f. y NB. see below ! end. )There are some questions to be answered. 25.6.1 First QuestionHow are methods inherited? In other words, why is the inspect method of the parent Collection class available as a Set method? In short, the method is found along the path, that is,
copath > s1 +---+----------+-+ |Set|Collection|z| +---+----------+-+ 25.6.2 Second QuestionIn the definition of add_Set_add_Set_ 3 : 0 if. (< y) e. inspect 0 do. 0 else. add_Collection_ f. y NB. see below ! end. )Given that the parent method inspect is referred to as simply inspect, why is the parent method add referred to as add_Collection_? Because we are defining a method to be called add and inside it a reference to add would be a fatal circularity. 25.6.3 Third Questionwhy is the parent add method specified as add_Collection_ f. ?Because add_Collection_ is a locative name, and evaluating expressions with locative names will involve a change of locale. Recall from Chapter 24 that add_Collection_ 0 would be evaluated in locale Collection, which would be incorrect: we need to be in the object locale when applying the method. Since f. is built-in, by the time we have finished evaluating (add_Collection_ f.) we are back in the right locale with a fully-evaluated value for the function which we can apply without change of locale. add_Collection_ f. 3 : '# items =: (< y) , items' 25.7 Library VerbsHere is a brief summary of selected library verbs.
This brings us to the end of Chapter 25 |
The examples in this chapter
were executed using J version 802 beta.
This chapter last updated 30 Jun 2014
Copyright © Roger Stokes 2014.
This material may be freely reproduced,
provided that acknowledgement is made.


Cover Up
问题描述 :
The player selects one number from each column to form a bid. Using the above board as an example, the first number in the price of the car is either 1 or 3; the second is one of 9, 4, 2; the third is one of 0, 6, 8, 4; and so on. Numbers may never move to a different column.
After the player selects their bid, Drew Carey lights up the numbers in the bid which are correct. If the player has no numbers correct, the game ends and they lose; if they have at least one number correct, the game continues.
When the game continues, the player is given another opportunity to select numbers from those columns that were incorrect. They will cover up the wrong bid numbers with different selections from the same columns. Again, Drew Carey will light up any new correct digits. If the player has no new numbers correct, the game ends and they lose; if they have at least one new number correct, the game continues.
For example:
The player selects an initial bid of $14677. The 1, 4 and first 7 are correct (c stands for correct, x for incorrect, and v designates a column that requires a subsequent selection in the example above). The player covers up the incorrect 6 and 7 with an 8 and a 3 for a second bid of $14873. The 3 is correct, but the 8 is wrong. At this point it’s a 50/50 chance. The player will select the 4 or the 0 and either win the car or lose the game.
The show’s sponsors would like to know how frequently their cars are given away. You are to use the assumption that players choose numbers uniformly from those remaining.
输入:
Each test case begins with the integer d, 0 < d <= 7, the number of digits in the price of the car. d lines will follow, with non-empty strings of *distinct* digits in the range from 0 through 9. Each of these lines represents a *column* of the digits in the game. The first line represents the leftmost column; the last the rightmost column. A 0 is possible as the first digit in the price of the car.
输出:
Each test case begins with the integer d, 0 < d <= 7, the number of digits in the price of the car. d lines will follow, with non-empty strings of *distinct* digits in the range from 0 through 9. Each of these lines represents a *column* of the digits in the game. The first line represents the leftmost column; the last the rightmost column. A 0 is possible as the first digit in the price of the car.
样例输入:
2 2 9 19 5 13 942 0684 34720 947368
样例输出:
1.000 0.321
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
刚刚看完，没中文字幕呃，原来是字幕组怠慢了。
第一段代码中：
next = next ;
明显不对吧，应该是 next =j;才对
这个差别应该不会太大，或许编辑器就自动优化成内联函数了
和编译器有关吧，我用的g++正常。头文件可能还需要一个<string.h>
最长回文子串可以使用manacher算法，将时间复杂度降到O(n)。
刚开始学习，为啥会报错了
正解，已改正。应该都是protected
不错
博主，你这个是wordpress哪个主题啊，不错哦~
太好了，收藏
居然看懂了
可以参考算法导论中的时间戳。就是结束访问时间，最后结束的顶点肯定是入度为0的顶点，因为DFS要回溯
a是根先忽略掉，递归子树。剩下前缀bejkcfghid和后缀jkebfghicd，分拆的原则的是每个子树前缀和后缀的节点个数是一样的，根节点出现在前缀的第一个，后缀的最后一个。根节点b出现后缀的第四个位置，则第一部分为四个节点，前缀bejk，后缀jkeb，剩下的c出现在后缀的倒数第2个，就划分为cfghi和 fghic，第3部分就为c、c
整理的很好，多谢
约瑟夫也用说这么长……很成熟的一个问题了，分治的方法解起来o(n)就可以了，有兴趣可以看看具体数学的第一章，关于约瑟夫问题推导出了一系列的结论，很漂亮


Hello, welcome to my personal website. I am Jason Chen and I am a data analyst at Ballard Power Systems (i.e. a world leader in hydrogen fuel cell industry) where I developed ETL pipelines and web applications using Python and SQL Server to improve data retrieval and quality. I also help engineers diagnose the system more efficiency and standardize the system test reporting processes by creating PowerBI dashboards. I am currently seeking Data Scientist/Data Analyst/Machine Learning Engineer position in Greater Toronto Area. I believe that data science is the future and want to contribute my skills and experience to make the world a better place.
As a life-learner, I always learn new things such as web development in my spare time. I am starting to learn basic Korean as I love watching Korean TV shows and movies. Also, I enjoy cooking, traveling and photographing.
Python (numpy, pandas, scikit-learn, tensorflow, keras, pytorch), R, SQL, MATLAB, PySpark
Python (matplotlib, seaborn, plotly dash), R (ggplot, shiny), Power BI, Spotfire
Linux Command Line, Version Control (Git), Jupyter Notebook, Rstudio, Docker, AWS (EWR, EC2, S3)


It is a period of civil war. Rebel spaceships, striking from a hidden base, have won their first victory against the evil Galactic Empire.
 Take her away!
Another blast shakes them as they struggle along their way.

Don't play games with me, Your Highness. You weren't on any mercy mission this time. You passed directly through a restricted system. Several transmissions were beamed to this ship by Rebel spies. I want to know what happened to the plans they sent you.


| line | {{ element.line }} | line | {{column}} | {{ element[column] }} | {{column}} | recordId | {{ element.recordId }} | recordId |
|---|
*Switching between standard and lean design in the showcase does not update sticky styles which can result in wrongly displayed styles. Please refresh your view after switching between standard and lean design.


- degreesBezierCurve(int, VecF3, VecF3, VecF3, VecF3) - Static method in class nl.esciencecenter.esight.math.VectorFMath
-
Bezier curve interpolation for _rotation_ between two points with control
vectors (this could be particle speed at the points).
- degreesToRadians - Static variable in class nl.esciencecenter.esight.math.MatrixFMath
-
- delete(GL3) - Method in class nl.esciencecenter.esight.datastructures.FBO
-
Safely remove this FBO completely from the opengl context.
- delete(GL3) - Method in class nl.esciencecenter.esight.datastructures.IntPBO
-
OpenGL internal deletion method for this PBO.
- delete(GL3) - Method in class nl.esciencecenter.esight.datastructures.VBO
-
Delete this VBO properly.
- delete(GL3) - Method in class nl.esciencecenter.esight.experimental.IndexedVBO
-
- delete(GL3) - Method in class nl.esciencecenter.esight.experimental.RenderBuffer
-
- delete(GL3) - Method in class nl.esciencecenter.esight.models.Model
-
Deletes this model and its
VBO
nicely from memory.
- delete(GL3) - Method in class nl.esciencecenter.esight.scenegraph.OctreeNode
-
Deletion method for this octree node.
- delete(GL3) - Method in class nl.esciencecenter.esight.scenegraph.SGNode
-
OpenGL cleanup method.
- delete(GL3) - Method in class nl.esciencecenter.esight.shaders.ShaderProgram
-
OpenGL deletion method.
- delete(GL3) - Method in class nl.esciencecenter.esight.textures.Texture
-
Deletes this Texture from memory.
- deleteProgram(GL3, ShaderProgram) - Method in class nl.esciencecenter.esight.shaders.ShaderProgramLoader
-
Deletes a
ShaderProgram
instance from the loader storage in the
proper manner.
- detachShaders(GL3) - Method in class nl.esciencecenter.esight.shaders.ShaderProgram
-
OpenGL detachment method for the shaders of this program.
- determinant(MatF2) - Static method in class nl.esciencecenter.esight.math.MatrixFMath
-
Find the determinant for this matrix
- determinant(MatF3) - Static method in class nl.esciencecenter.esight.math.MatrixFMath
-
Find the determinant for this matrix
- determinant(MatF4) - Static method in class nl.esciencecenter.esight.math.MatrixFMath
-
Find the determinant for this matrix
- diffuse - Variable in class nl.esciencecenter.esight.experimental.Material
-
- DIRTY_BOUNDS - Static variable in class nl.esciencecenter.esight.text.jogampExperimental.OutlineShape
-
- display(GLAutoDrawable) - Method in class nl.esciencecenter.esight.ESightGLEventListener
-
- display(GLAutoDrawable) - Method in class nl.esciencecenter.esight.examples.ESightExampleGLEventListener
-
- dispose(GLAutoDrawable) - Method in class nl.esciencecenter.esight.ESightGLEventListener
-
- dispose(GLAutoDrawable) - Method in class nl.esciencecenter.esight.examples.ESightExampleGLEventListener
-
- div(Number) - Method in class nl.esciencecenter.esight.math.MatF2
-
Divides the elements of this matrix with the given scalar, returning a
new matrix.
- div(Number) - Method in class nl.esciencecenter.esight.math.MatF3
-
Divides the elements of this matrix with the given scalar, returning a
new matrix.
- div(Number) - Method in class nl.esciencecenter.esight.math.MatF4
-
Divides the elements of this matrix with the given scalar, returning a
new matrix.
- div(Number) - Method in class nl.esciencecenter.esight.math.VecF2
-
Divides the current vector with the given scalar.
- div(Number) - Method in class nl.esciencecenter.esight.math.VecF3
-
Divides the current vector with the given scalar.
- div(Number) - Method in class nl.esciencecenter.esight.math.VecF4
-
Divides the current vector with the given scalar.
- div(Number) - Method in class nl.esciencecenter.esight.math.VecS2
-
Divides the current vector with the given scalar.
- div(Number) - Method in class nl.esciencecenter.esight.math.VecS3
-
Divides the current vector with the given scalar.
- div(Number) - Method in class nl.esciencecenter.esight.math.VecS4
-
Divides the current vector with the given scalar.
- dot(VecF2, VecF2) - Static method in class nl.esciencecenter.esight.math.VectorFMath
-
Helper method to calculate the dot product of two vectors
- dot(VecF3, VecF3) - Static method in class nl.esciencecenter.esight.math.VectorFMath
-
Helper method to calculate the dot product of two vectors
- dot(VecF4, VecF4) - Static method in class nl.esciencecenter.esight.math.VectorFMath
-
Helper method to calculate the dot product of two vectors
- dot(VecS2, VecS2) - Static method in class nl.esciencecenter.esight.math.VectorSMath
-
Helper method to calculate the dot product of two vectors
- dot(VecS3, VecS3) - Static method in class nl.esciencecenter.esight.math.VectorSMath
-
Helper method to calculate the dot product of two vectors
- dot(VecS4, VecS4) - Static method in class nl.esciencecenter.esight.math.VectorSMath
-
Helper method to calculate the dot product of two vectors
- draw(GL3, ShaderProgram) - Method in class nl.esciencecenter.esight.models.Model
-
Draw method for this model.
- draw(GL3, ShaderProgram, MatF4) - Method in class nl.esciencecenter.esight.scenegraph.OctreeNode
-
OpenGL draw method.
- draw(GL3, ShaderProgram, MatF4) - Method in class nl.esciencecenter.esight.scenegraph.SGNode
-
OpenGL draw method.
- draw(GL3, ShaderProgram, float, float, float, float) - Method in class nl.esciencecenter.esight.text.MultiColorText
-


Welcome to Pecan REAMS! We are a Real Estate Assets Management Solutions company. Pecan REAMS and our subsidiaries and affiliates (collectively "Pecan REAMS") provide you with access to a variety of services, including but not limited to the www.pecanreams.com website (the "Website") and Pecan REAMS's mobile applications and all the products and services available through our website (collectively the "Services"). The Website is owned and operated by Pecan Reams LLP, incorporated under the laws of India.
Our Privacy Policy is incorporated as part of the Pecan REAMS Terms and Conditions. Please read this Privacy Policy and our Terms and Conditions carefully before using our Services. By using Pecan REAMS’s Services, you agree to the provisions of this Privacy Policy. If you do not want to be bound by our Privacy Policy, please do not use our Services.
1. Why We Collect Information from You
Pecan REAMS is a real estate assets management solutions company. On the basis of information collected, we analyze, identify and strategize the best solution for our client by:
- Helping you store the most adequate and relevant information for your properties by customizing our Services to optimize your experience;
- Keeping you connected with Pecan REAMS across the internet and update you with both commercial and residential real estate-related news and information (via blogs and news updated on our website); and
- Put you in touch with the right people to sell, buy, rent, or research residential real estate, obtain a mortgage, and to optimize the information provided by you and initiate a productive and efficient relationship with the outsourced team of professionals.
Our goal in this policy is to be completely transparent about the data we collect, why we collect it, and how we use it, in order to make finding your new home a pleasant and fun experience!
2. To Whom Does This Policy Apply
Some parts of this Policy are directed at specific types of people. We use some special terminology to refer to them, which we define below. This Policy applies to everyone who uses our Services, but sometimes we direct parts of it toward particular groups of users.
Users: "Users" are everyone who uses our Services.
Real Estate Investors (REIs): "Real Estate Investors," or "REIs" are users who have created accounts with us to manage their real estate assets, participate in our advertising services, and participate in other Services that we direct toward the professional real estate community. REIs include owners, landlords, agents, developers, institutional property consultants, mortgage professionals and subscribers.
3. What Information Do We Collect, and Where Do We Get It
We Collect Some Information From All Visitors to Our Website: Like many online services, we use technologies like session and persistent cookies, log data, and third-party analytics services to collect and analyze information about all users of our Services This includes things like User search preferences, interaction with ads on our Website, and location.
Our servers automatically record information ("Log Data") created by your use of the Services. Log Data may include information such as your IP address, browser type, operating system, the referring web page, pages visited, location, your mobile carrier, device, search terms, and cookie information. We receive Log Data when you interact with our Services, for example, when you visit our websites, sign into our Services, or interact with our email notifications. We use Log Data to provide our Services and to measure, customize, and improve them, as well as collect and use them in the aggregate. This Policy does not apply to, nor do we take any responsibility for any information that is collected by any third party either using the Website or through any links on the Website or through any of the advertisements.
Cookies are small data files that we transfer to your computer. We use "session" cookies to keep you logged in while you use our Services, to better understand how you interact with our Services, and to monitor aggregate usage and web traffic information on our Services. We use "persistent" cookies to recognize you each time you return to our Services. For example, we create a persistent cookie that includes some basic information about you, like your most recent search and whether an agent responded to a query you sent using Pecan REAMS's Services. We use this persistent cookie to remember your preferences and, if you create an account, to make your user experience consistent after you register.
Most internet browsers automatically accept cookies, but you can change your settings or use third-party tools to refuse cookies or prompt you before accepting cookies from the websites you visit. You can also use your browser settings or other tools to delete cookies you already have. Please be aware that some parts of our Services may not work for you if you disable cookies.
Location Data: If you provide location information (like a ZIP code, street address, or even just a city) during the registration process or at any other time via your account settings, we will store that information and associate it with your account.
We may use and store information about your location to provide localized features, to analyze our Services with the help of third-party analytics services, to provide you with relevant advertising and marketing materials, and otherwise to improve and customize our Services.
4. How We Share Your Information
As you use, access and navigate our Website, we collect various information, which may either be personally identifiable information or information that is not personally identifiable. This information is classified as:
- “Personal Information” which means personally identifiable information like your name, your address, your age, your email address and your phone number.
- “Sensitive Personal Information” which means your financial information, your passwords, real estate records, documents, insurance information, any biometric, medical or health related information.
- “Other Information” which means all other information other than “Personal Information” or “Sensitive Personal Information.” For example, the nature of device information, your usage patterns, your usage preferences, logs which are created when you access and use the Website, local caches on your browser, your location, ip address and the like. These are just examples and the list is by no means exhaustive.
Any personal information will be used to allow you to login to your account or to resolve specific service issues, inform you of our new services or features and to communicate with you in relation to your use of the Website. Any other information we collect will be used for-
- Our business purposes and this may include the viewing or advertising of residential or commercial real estate, rental properties or to use associated services;
- Analytical purposes, data usage;
- Improving the Website, or your user experience; and
- Providing targeted advertisements to you.
We will not share any information we collect from you, including the personal information with any third party, unless we believe it is required for the purposes of our compliance with any applicable law, regulation, legal process or enforceable governmental request/action or any manner required for the purposes of protecting our rights or interests.
From time to time, we might make the e-mail addresses of those who access our Website available to other reputable organizations whose products or services we think you might find interesting. If you do not want us to share your e-mail address with other companies or organizations, please let us know by emailing us at<EMAIL_ADDRESS>Persons who supply us with their telephone numbers on-line may receive a call or text message from us with information regarding new products and services or upcoming events. If you do not wish to receive such telephone calls or text messages, please let us know by e-mailing us at<EMAIL_ADDRESS>or call our call center at 022-6143-1777.
Non-Personally Identifiable Information (Non-PII): is information that cannot by itself be used to identify an individual person. Non-PII includes information received from the web browser, operating system, or device, including such things as information about the browser and browser settings, information about the operating system or device, the unique identifier assigned to a device, the web address of a web page visited, the name or type of mobile app, the time and date a web page or app was visited, the address of the referring web page, and other information about a web page or app. It could also include the number of times a particular browser or device has been shown a particular ad, or it may include generic categories about users and their interests (for example, “male flat buyer”). Non-PII also includes information about the precise geographic location of the device, which may be collected when the user of the device permits
Mortgage Services: If you request a mortgage quote offline using our services, you authorize us to share the personally identifiable information necessary for our partners to deliver the service. They are not permitted to use the information for any other purpose.
User-Generated Content: If you use our user-generated content services, like posting a question, answer or blog on our Website, you should be aware that any personally identifiable information you submit there can be read, collected, or used by other users and could be used to send you unsolicited messages. We are not responsible for the personally identifiable information you choose to submit in these forums.
Protecting Ourselves and Our Users: We may release personal information when we believe that doing so is appropriate to comply with a legitimate law, regulation, or legal request; to enforce or apply our policies; to initiate, render, bill, and collect for amounts owed to us; to protect our rights or property; to protect the safety of our users; to address fraud, security, or technical issues; or if we reasonably believe that an emergency involving immediate danger of death or serious physical injury to any person requires disclosure of communications or justifies disclosure of records without delay.
All Pecan REAMS websites including this Website fully comply with all Indian Laws applicable. Pecan REAMS has always cooperated with all law enforcement inquires. Pecan REAMS may disclose all or part of your personal details in response to a request from the law enforcement authorities or in a case of a bonafide requirement to prevent an imminent breach of the law.
Mobile Ad Networks and Analytics: For our mobile products, we use third-party service providers for the limited purpose of helping us analyze your mobile Log Data and location data, so that we can improve and localize our Services, show you relevant advertisements, and study the way our mobile users interact with our Website and Services.
5. General Matters
The Accuracy and Confidentiality of Your Account Information Is Your Responsibility: You are responsible for maintaining the secrecy and accuracy of your password, email address, and other account information at all times. We recommend a strong password that you do not use with other services. We are not responsible for personal data transmitted to a third party as a result of an incorrect email address.
Third-Party Websites: Our Website may contain links to other websites. When you click on one of these links, you are navigating to another website. We do not accept liability for misuse of any information by any website controller to which we may link. We also do not have any responsibility of liability for the content on websites that use the Pecan REAMS search functionality. We encourage you to read the privacy statements of these websites, which may differ from ours.
Sale/Merger: Information about our Users and our Website is a business asset of Pecan REAMS. Consequently, information about our Users, including personal information, will be disclosed as part of any merger or acquisition, creation of a separate business to provide the Website, our Services or fulfill products, sale or pledge of company assets as well as in the event of an insolvency, bankruptcy or receivership in which personal information would be transferred as one of the business assets of the company.
Security: We use commercially reasonable security measures to protect the loss, misuse, and alteration of the information under our control. However, we cannot absolutely guarantee the protection of any information shared with us. When you enter sensitive information (such as a credit card number) on our order forms, we encrypt the transmission of that information using secure socket layer technology (SSL).
Policy Changes: We may update this Privacy Policy to reflect changes to our information practices. If we make any change in how we use your personal information we will notify you by means of a notice on this Website prior to the change becoming effective. We encourage you to periodically review this page for the latest information on our privacy practices.


As an alternative to the use of cuts, and as an etension to the disjunction syntax, Prolog provides the construct:
(If -> Then ; Else)
This is the same as the if-then-else construct in other programming languages. Procedurally, it calls the If goal, committing to it if it succeeds, then calling the Then goal, otherwise calling the Else goal. Then and Else, but not If, can produce more solutions on backtracking.
Cuts inside of If do not make much sense and are not recommended. If you do use them, their scope is limited to If itself.
The if-then-else construct is often used in a multiple-branch version:
( If_1 -> Then_1 ; If_2 -> Then_2 ... ; /* otherwise -> */ WhenAllElseFails )
In contexts other than as the first argument of ;/2
, the
following two goals are equivalent:
(If -> Then) (If -> Then ; fail)
That is, the `->' operator has nothing to do with, and should not be confused with, logical implication.
once/1
is a control construct that provides a “local cut”.
That is, the following three goals are equivalent:
once(If) (If -> true) (If -> true ; fail)
Finally, there is another version of if-then-else of the form:
if(If,Then,Else)
which differs from (
If ->
Then ;
Else)
in that
if/3
explores all solutions to If. This feature
is also known as a “soft cut”. There is a small time penalty for
this—if If is known to have only one solution of interest, the
form (
If ->
Then ;
Else)
should be preferred.


{% extends 'base.html' %} {% block login-next %}{% url 'convention:user_profile' %}{% endblock %} {% block content %}
Your password has been set. You may go ahead and log in now.


import 'dart:async';
main() {
// All Dart programs implicitly run in a root zone.
// runZoned creates a new zone. The new zone is a child of the root zone.
runZoned(() async {
await runServer();
},
// Any uncaught errors in the child zone are sent to the [onError] handler.
onError: (e, stacktrace) {
print('caught: $e');
},
// a ZoneSpecification allows for overriding functionality, like print()
zoneSpecification: new ZoneSpecification(print: (Zone self, ZoneDelegate parent, Zone zone, String message) {
parent.print(zone, '${new DateTime.now()}: $message');
})
);
}
Future runServer() async {
await for (var r in requests()) {
print('received request: $r');
if (r == 'bar') throw('unrecognized request: $r');
}
}
Stream<String> requests() async* {
var dur = new Duration(milliseconds: 100);
await new Future.delayed(dur);
yield 'foo';
await new Future.delayed(dur);
yield 'bar';
}
$ dart zones.dart
2015-10-16 15:51:25.893: received request: foo
2015-10-16 15:51:25.998: received request: bar
caught: unrecognized request: bar


Rails 4.0.1 (November 01, 2013)
-
Fix the event name of action_dispatch requests.
Rafael Mendonça França
-
Make
config.log_level
work with custom loggers.Max Shytikov
-
Fix
rake environment
to do not eager load modulesPaul Nikitochkin
-
Fix
rails plugin --help
command.Richard Schneeman
-
Omit turbolinks configuration completely on skip_javascript generator option.
Nikita Fedyashev
Rails 4.0.0 (June 25, 2013)
-
Clearing autoloaded constants triggers routes reloading [Fixes #10685].
Xavier Noria
-
Fixes bug with scaffold generator with
--assets=false --resource-route=false
. Fixes #9525.Arun Agrawal
-
Move rails.png into a data-uri. One less file to get generated into a new application. This is also consistent with the removal of index.html.
Steve Klabnik
-
The application rake task
doc:rails
generates now an API like the official one (except for the links to GitHub).Xavier Noria
-
Allow vanilla apps to render CoffeeScript templates in production
Vanilla apps already render CoffeeScript templates in development and test environments. With this change, the production behavior matches that of the other environments.
Effectively, this meant moving coffee-rails (and the JavaScript runtime on which it is dependent) from the :assets group to the top-level of the generated Gemfile.
Gabe Kopley
-
Don't generate a scaffold.css when --no-assets is specified
Kevin Glowacz
-
Add support for generate scaffold password:digest
-
adds password_digest attribute to the migration
-
adds has_secure_password to the model
-
adds password and password_confirmation password_fields to _form.html
-
omits password from index.html and show.html
-
adds password and password_confirmation to the controller
-
adds unencrypted password and password_confirmation to the controller test
-
adds encrypted password_digest to the fixture
Sam Ruby
-
-
Improved
rake test
command for running testsTo run all tests:
$ rake test
To run a test suite
$ rake test:[models,helpers,units,controllers,mailers,...]
To run a selected test file(s):
$ rake test test/unit/foo_test.rb [test/unit/bar_test.rb ...]
To run a single test from a test file
$ rake test test/unit/foo_test.rb TESTOPTS='-n test_the_truth'
-
Improve service pages with new layout (404, etc).
Stanislav Sobolev
-
Improve
rake stats
for JavaScript and CoffeeScript: ignore block comments and calculates number of functions.Hendy Tanata
-
Ability to use a custom builder by passing
--builder
(or-b
) has been removed. Consider using application template instead. See this guide for more detail: guides.rubyonrails.org/rails_application_templates.htmlPrem Sichanugrist
-
Fix
rake db:*
tasks to work withDATABASE_URL
and withoutconfig/database.yml
.Terence Lee
-
Add notice message for destroy action in scaffold generator.
Rahul P. Chaudhari
-
Add two new test rake tasks to speed up full test runs.
-
test:all
: run tests quickly by merging all types and not resetting db. -
test:all:db
: run tests quickly, but also reset db.
Ryan Davis
-
-
Add
--rc
option to support the load of a custom rc file during the generation of a new app.Amparo Luna
-
Add
--no-rc
option to skip the loading of railsrc file during the generation of a new app.Amparo Luna
-
Fixes database.yml when creating a new rails application with '.' Fixes #8304.
Jeremy W. Rowe
-
Restore Rails::Engine::Railties#engines with deprecation to ensure compatibility with gems such as Thinking Sphinx Fixes #8551.
Tim Raymond
-
Specify which logs to clear when using the
rake log:clear
task. (e.g. rake log:clear LOGS=test,staging)Matt Bridges
-
Allow a
:dirs
key in theSourceAnnotationExtractor.enumerate
options to explicitly set the directories to be traversed so it's easier to define custom rake tasks.Brian D. Burns
-
Deprecate
Rails::Generators::ActiveModel#update_attributes
in favor of#update
.ORMs that implement
Generators::ActiveModel#update_attributes
should change to#update
. Scaffold controller generators should change calls like:@orm_instance.update_attributes(...)
to:
@orm_instance.update(...)
This goes along with the addition of
ActiveRecord::Base#update
.Carlos Antonio da Silva
-
Include
jbuilder
by default and rely on its scaffold generator to show json API. Check github.com/rails/jbuilder for more info and examples.DHH
-
Scaffold now generates HTML-only controller by default.
DHH + Pavel Pravosud
-
The generated
README.rdoc
for new applications invites the user to document the necessary steps to get the application up and running.Xavier Noria
-
Generated applications no longer get
doc/README_FOR_APP
. In consequence, thedoc
directory is created on demand by documentation tasks rather than generated by default.Xavier Noria
-
App executables now live in the
bin/
directory:bin/bundle
,bin/rails
,bin/rake
. Runrake rails:update:bin
to add these executables to your own app.script/rails
is gone from new apps.Running executables within your app ensures they use your app's Ruby version and its bundled gems, and it ensures your production deployment tools only need to execute a single script. No more having to carefully
cd
to the app dir and runbundle exec ...
.Rather than treating
bin/
as a junk drawer for generated "binstubs", bundler 1.3 adds support for generating stubs for just the executables you actually use:bundle binstubs unicorn
generatesbin/unicorn
. Add that executable to git and version it just like any other app code.Jeremy Kemper
-
config.assets.enabled
is now true by default. If you're upgrading from a Rails 3.x app that does not use the asset pipeline, you'll be required to addconfig.assets.enabled = false
to your application.rb. If you don't want the asset pipeline on a new app use--skip-sprockets
DHH
-
Environment name can be a start substring of the default environment names (production, development, test). For example: tes, pro, prod, dev, devel. Fixes #8628.
Mykola Kyryk
-
Add
-B
alias for--skip-bundle
option in the rails new generators.Jiri Pospisil
-
Quote column names in generates fixture files. This prevents conflicts with reserved YAML keywords such as 'yes' and 'no' Fixes #8612.
Yves Senn
-
Explicit options have precedence over
~/.railsrc
on therails new
command.Rafael Mendonça França
-
Generated migrations now always use the
change
method.Marc-André Lafortune
-
Add
app/models/concerns
andapp/controllers/concerns
to the default directory structure and load path. See 37signals.com/svn/posts/3372-put-chubby-models-on-a-diet-with-concerns for usage instructions.DHH
-
The
rails/info/routes
now correctly formats routing output as an html table.Richard Schneeman
-
The
public/index.html
is no longer generated for new projects. Page is replaced by internalwelcome_controller
inside of railties.Richard Schneeman
-
Add
ENV['RACK_ENV']
support torails runner/console/server
.kennyj
-
Add
db
to list of folders included byrake notes
andrake notes:custom
. Antonio Cangiano -
Engines with a dummy app include the rake tasks of dependencies in the app namespace. Fixes #8229.
Yves Senn
-
Add
sqlserver.yml
template file to satisfy-d sqlserver
being passed torails new
. Fixes #6882.Robert Nesius
-
Rake test:uncommitted finds git directory in ancestors Nicolas Despres
-
Add dummy app Rake tasks when
--skip-test-unit
and--dummy-path
is passed to the plugin generator. Fixes #8121.Yves Senn
-
Add
.rake
to list of file extensions included byrake notes
andrake notes:custom
. Brent J. Nordquist -
New test locations
test/models
,test/helpers
,test/controllers
, andtest/mailers
. Corresponding rake tasks added as well. Mike Moore -
Set a different cache per environment for assets pipeline through
config.assets.cache
.Guillermo Iguaran
-
Rails.public_path
now returns a Pathname object. Prem Sichanugrist -
Remove highly uncommon
config.assets.manifest
option for moving the manifest path. This option is now unsupported in sprockets-rails.Guillermo Iguaran & Dmitry Vorotilin
-
Add
config.action_controller.permit_all_parameters
to disable StrongParameters protection, it's false by default.Guillermo Iguaran
-
Remove
config.active_record.whitelist_attributes
andconfig.active_record.mass_assignment_sanitizer
from new applications since MassAssignmentSecurity has been extracted from Rails.Guillermo Iguaran
-
Change
rails new
andrails plugin new
generators to name the.gitkeep
files as.keep
in a more SCM-agnostic way.Change
--skip-git
option to only skip the.gitignore
file and still generate the.keep
files.Add
--skip-keeps
option to skip the.keep
files.Derek Prior & Francesco Rodriguez
-
Fixed support for
DATABASE_URL
environment variable for rake db tasks.Grace Liu
-
rails dbconsole
now can use SSL for MySQL. Thedatabase.yml
options sslca, sslcert, sslcapath, sslcipher and sslkey now affectrails dbconsole
.Jim Kingdon and Lars Petrus
-
Correctly handle SCRIPT_NAME when generating routes to engine in application that's mounted at a sub-uri. With this behavior, you should not use
default_url_options[:script_name]
to set proper application's mount point by yourself.Piotr Sarnacki
-
config.threadsafe!
is deprecated in favor ofconfig.eager_load
which provides a more fine grained control on what is eager loaded .José Valim
-
The migration generator will now produce AddXXXToYYY/RemoveXXXFromYYY migrations with references statements, for instance
rails g migration AddReferencesToProducts user:references supplier:references{polymorphic}
will generate the migration with:
add_reference :products, :user, index: true add_reference :products, :supplier, polymorphic: true, index: true
Aleksey Magusev
-
Allow scaffold/model/migration generators to accept a
polymorphic
modifier forreferences
/belongs_to
, for instancerails g model Product supplier:references{polymorphic}
will generate the model with
belongs_to :supplier, polymorphic: true
association and appropriate migration.Aleksey Magusev
-
Set
config.active_record.migration_error
to:page_load
for development.Richard Schneeman
-
Add runner to
Rails::Railtie
as a hook called just after runner starts.José Valim & kennyj
-
Add
/rails/info/routes
path, displays same information asrake routes
.Richard Schneeman & Andrew White
-
Improved
rake routes
output for redirects.Łukasz Strzałkowski & Andrew White
-
Load all environments available in
config.paths["config/environments"]
.Piotr Sarnacki
-
Remove
Rack::SSL
in favour ofActionDispatch::SSL
.Rafael Mendonça França
-
Remove Active Resource from Rails framework.
Prem Sichangrist
-
Allow to set class that will be used to run as a console, other than IRB, with
Rails.application.config.console=
. It's best to add it toconsole
block.Example:
# it can be added to config/application.rb console do # this block is called only when running console, # so we can safely require pry here require "pry" config.console = Pry end
Piotr Sarnacki
-
Add convenience
hide!
method to Rails generators to hide current generator namespace from showing when runningrails generate
.Carlos Antonio da Silva
-
Rails::Plugin has gone. Instead of adding plugins to vendor/plugins use gems or bundler with path or git dependencies.
Santiago Pastorino
-
Set config.action_mailer.async = true to turn on asynchronous message delivery.
Brian Cardarella
Please check 3-2-stable for previous changes.


|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: INNER | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object | +--waba.io.Stream | +--extra.io.BufferStream
BufferStream is actually several classes in one. It can serve as a buffer to another stream, packaging up several read or write operations into a single one to make them more efficient. It can act as a sink, collecting any number of writes, returning the result as a byte array. It can do offstream processing, taking a byte array that may have been read from another stream and treating it as a stream itself, or filling in an array so it can be sent off on another stream. It is of most use when used in conjunction with DataStream. Here's some examples:
Here we write a new record to a Catalog and read it back in.
BufferStream outBuffer=new BufferStream(); DataStream ds=new DataStream(outBuffer); ds.writeInt(12); ds.writeString("Hello"); ds.writeFloat(3.14); byte[] buf=bs.getBuffer(); Catalog c=new Catalog("crtr.TYPE",Catalog.WRITE_ONLY); c.addRecord(buf.length); c.writeBytes(buf,0,buf.length); c.close(); ... Catalog c=new Catalog("crtr.TYPE",Catalog.READ_ONLY); c.setRecordPos(c.getRecordCount()-1); int size=c.getRecordSize(); byte[] b=new byte[size]; c.readBytes(buf,0,buf.length); c.close(); BufferStream inBuffer=new BufferStream(buf); DataStream ds=new DataStream(inBuffer); int i=ds.readInt(); // 12 String s=ds.readString(); // Hello float f=ds.readFloat(); // 3.14
In this example we are buffering the output to a SerialPort. In this case any data we write to the BufferStream is not sent to the SerialPort until the buffer is full or flush() is called. In this case the input is still being handled through the SerialPort but the same bufferPort object could be used to read too. One point to note if you do it this way is that when it's buffer is empty, the BufferStream will attempt to read as many bytes as will fit in it's buffer, regardless of how many are asked for. This could cause problems if you want to access the underlying stream without using the BufferStream.
SerialPort port = new SerialPort(0, 9600); if (!port.isOpen()) return; BufferStream bufferPort=new BufferStream(port); byte buf[] = new byte[10]; buf[0] = 3; buf[1] = 7; bufferPort.writeBytes(buf, 0, 2); buf[0] = 4; buf[1] = 1; bufferPort.writeBytes(buf, 0, 2); bufferPort.flush(); int count = port.readBytes(buf, 0, 10); if (count == 10) ... port.close();
| Field Summary | |
protected boolean |
closed
is this stream closed? |
protected boolean |
haveRead
have we read bytes from this BufferStream? |
protected boolean |
haveWritten
have we written bytes to this BufferStream? |
protected int |
initCount
the number of bytes available to read or write to initially (used by reset()) |
protected int |
initStart
the index of the array indicating the start point (used by reset()) |
protected boolean |
isGrowable
is the buffer growable? (empty constructor) |
protected byte[] |
rbuffer
the read buffer |
protected int |
readAvailable
the number of bytes available to read in the buffer |
protected int |
readPos
the array position where the next byte will be read from |
protected Stream |
stream
the underlying stream |
protected byte[] |
wbuffer
the write buffer (often points the the same array as rbuffer) |
protected int |
writeAvailable
the number of bytes of space available in the buffer to write |
protected int |
writePos
the array position where the next byte will be written to |
| Constructor Summary | |
BufferStream()
Constructs a new BufferStream for writing to. |
|
BufferStream(byte[] buffer)
Constructs a new BufferStream for reading from or writing to a given byte array. |
|
BufferStream(byte[] buffer,
int start,
int count)
Constructs a new BufferStream for reading from or writing to a segment of a given byte array. |
|
BufferStream(Stream stream)
Constructs a new BufferStream for buffering input and output from a given stream. |
|
BufferStream(Stream stream,
int size)
Constructs a new BufferStream for buffering input and output from a given stream. |
| Method Summary | |
boolean |
close()
Closes the stream. |
int |
flush()
For stream based buffers, sends any remaining data in the buffer. |
byte[] |
getBuffer()
Gets the buffer. |
int |
readBytes(byte[] buf,
int start,
int count)
Reads bytes from the stream. |
byte[] |
readBytesUntil(byte b)
Reads bytes from the stream until the stream finishes or the given byte is found. |
void |
reset()
For non stream based buffers, resets the read and write positions to their initial location. |
void |
setBuffer(byte[] buffer)
Sets the buffer used by this BufferStream. |
void |
setBuffer(byte[] buffer,
int start,
int count)
Sets the buffer slice used by this BufferStream. |
int |
writeBytes(byte[] buf,
int start,
int count)
Writes bytes to the the stream. |
| Methods inherited from class java.lang.Object |
equals, hashCode, toString |
| Field Detail |
protected Stream stream
protected byte[] rbuffer
protected byte[] wbuffer
protected int readAvailable
protected int writeAvailable
protected int initStart
protected int initCount
protected int readPos
protected int writePos
protected boolean isGrowable
protected boolean haveRead
protected boolean haveWritten
protected boolean closed
| Constructor Detail |
public BufferStream()
public BufferStream(byte[] buffer)
public BufferStream(byte[] buffer, int start, int count)
public BufferStream(Stream stream)
stream
- the stream to buffer.public BufferStream(Stream stream, int size)
stream
- the stream to buffer.size
- the size of the buffer in bytes. This is the number of
bytes that are read or written when it is empty or full| Method Detail |
public byte[] getBuffer()
public void setBuffer(byte[] buffer)
buffer
- the buffer to use.public void setBuffer(byte[] buffer, int start, int count)
buffer
- the buffer to use.start
- the start position of the buffercount
- the number of bytes to accesspublic byte[] readBytesUntil(byte b)
b
- the byte to look forpublic int readBytes(byte[] buf, int start, int count)
readBytes
in class Stream
buf
- the byte array to read data intostart
- the start position in the arraycount
- the number of bytes to readpublic int writeBytes(byte[] buf, int start, int count)
writeBytes
in class Stream
buf
- the byte array to write data fromstart
- the start position in the byte arraycount
- the number of bytes to writepublic int flush()
public void reset()
public boolean close()
close
in class Stream
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: INNER | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


General Usage¶
All modules are provided with an UMD-style wrapper and can be used as AMD modules (like with requirejs) and as browser globals. When used as globals the modules are installed into a specific namespace to not collide with other libraries.
Usage with requirejs¶
The modules can be used like any other module with requirejs. They are dependent on each other and expected to go by the alias “cargo.MODULENAME” to avoid name collision with other libraries - e.g. for Model.js it’s “cargo.Model”.
Here is a sample path config for requirejs assuming the modules are stored in a sub directory
lib/
:
require.config({
paths: {
// ...
'cargo.Model': 'lib/model'
// ...
}
});
And later in one of your modules:
define(['cargo.Model'], function(Model) {
var model = new Model({ /* ... */ });
// ...
});
Usage as browser globals¶
When used in a global context, the modules are installed in a separate namespace called cargo
. Make
sure to load the Javascript files and all dependencies in your HTML
<html>
<body>
<script type="text/javascript" src="js/model.js"></script>
<script type=text/javascript">
var model = new cargo.Model({ /* ... */ });
//...
</script>
</body>
</html>
Usage in Node.js¶
When used in Node.js, the most convenient way is to npm install
from the Github repository and require
the project.
All modules are exported in one object with each module in a separate property:
npm install https://github.com/datenwelt/cargo-js
The project is about to be published on NPM and can be installed through npm install cargo-js
later.
Here is how to use the modules in your source:
var cargo = require('cargo-js');
var Model = cargo.Model;
var Component = cargo.Component;
var Template = cargo.Template;
var Translation = cargo.Translation;
Dependencies¶
Some modules depend on third-party libraries like jQuery or underscore. All required third-party modules are
provided in the dist/dependencies
directory but you are highly encouraged to maintain your own dependency tree
(for instance with bower) and use the modules from there.
All modules fail early if dependencies are missing on initialization. So when in doubt which dependencies to provide, just try to use the module and read the errors. Additionally dependencies are documented in the respective module documentation.


I worked with a team of 7 to help Grammarly expand into new, untapped markets and improve their free-to-premium conversion. We worked with Grammarly's VP of Growth and the Growth team. See more at their website.
Help Grammarly expand into a difficult market through innovative solutions.
Help Grammarly increase conversion of free users to the premium tier.


Cleveland plays New York in Eastern Conference matchup
by The Associated PressCleveland Cavaliers (3-5, 10th in the Eastern Conference) vs. New York Knicks (2-7, 15th in the Eastern Conference)
New York; Sunday, 7 p.m. EST
Eastern Conference foes New York and Cleveland will play.
New York went 11-41 in Eastern Conference action and 9-32 at home a season ago. The Knicks gave up 113.8 points per game while committing 20.9 fouls last season.
Cleveland finished 19-63 overall and 15-37 in Eastern Conference play a season ago. The Cavaliers averaged 104.5 points per game while allowing opponents to score 114.1 last season.
The matchup Sunday is the first meeting of the season for the two teams.
Knicks Injuries: Dennis Smith Jr.: day to day (personal), Mitchell Robinson: out (concussion), Elfrid Payton Jr.: out (hamstring), Reggie Bullock: out (cervical disc herniation).
Cavaliers Injuries: Ante Zizic: out (foot), Dylan Windler: out (stress reaction), John Henson: out (hamstring).
___
The Associated Press created this story using technology provided by Data Skrive and data from Sportradar.


The Happy Bastard's Quick Movie Review
SOUTH PARK: BIGGER LONGER & UNCUT
Any movie that has a musical number that goes "Shut your f***ing face, uncle f***er" can't be all bad, right?
Unlike most TV-show-to-movie translations, South Park: Bigger Longer & Uncut shows an incredible urgency as it arrives on the big screen, offering the same old visuals and the same old setting, but introducing energetic dialogue (complete with profanity) and musical numbers that really stand out from the usual disgusting comedy scene. Trey Parker and Matt Stone are commended for not standing down to the viciousness of the MPAA.
The story's rather ironic, considering it's likely to happen in real life: the South Park gang, consisting of jewish Kyle, barfing Stan, big fat Eric Cartman, and the ever-dying Kenny, sneak into an R-rated movie called "Asses of Fire", starring their favorite Canadian duo, Terence and Phillip. Upon viewing of the movie, they pick up several pieces of profanity that they begin spewing everywhere, particularly at their school, where trouble begins to brew. That's when Kyle's overdefensive mother begins a campaign called Mothers Against Canada, and it soon brews into a war between the United States and Canada, with Terence and Phillip held as prisoners of war, scheduled to be executed following a big USO show with Big Gay Al. On top of all this, if they do die, Satan and his new lover, the impeccable Saddam Hussein (whose real head is actually used on a figure in the movie) will take over the world. Still with me?
As I stated, the animation is pretty similar to what was seen on the show. At some points, there is some computer animation assistance, but not to the point that you're forgetting you're watching cardboard cutouts. Still, everything appears as it would in the world of South Park, and I really wouldn't have it any other way.
The script and musical numbers, however, are the real surprise here. Trey Parker and Matt Stone, the creators of South Park, simply could've filled the movie with obscenities and it would've sold, but they've gone the extra mile constructing great jokes and great little music bits like the aforementioned "Uncle F***er" and an extended, choir-backed "Kyle's Mom Is a Big Fat Bitch". I even picked up the soundtrack just for kicks.
The voicework is also top notch. Although most of the voices are provided by Parker and Stone, celebrities like George Clooney (who's more than just a gay dog in the role of a doctor), Minnie Driver (who's humorous in her bit as Brooke Shields- yes, Brooke Shields), and Eric Idle (as a scientist who helps install a V-chip in Eric Cartman's head to stop his incessant cursing- he's hilarious) add icing to the cake. Also, a nod of the hat to Marc Shaiman for helping organize the great musical numbers. However, did we really need Satan doing a dramatic number? The irony is kinda funny, but the number was flat.
There's plenty of sick, disgusting laughs throughout the movie, as it's smarter than your average curse-fest. Sure, it's not for kids (make sure they go see Tarzan instead- and STAY there), but adults will have a riot of a time if they can tolerate the language. I know I could, but, then again, I'm a South Park fan. And I'm not "fat ass".
RATING: 8 (out of 10)
The Happy Bastard
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


This is the first page.
Customize as you wish:
This is the second page.
+55 7979 325 655
Last activity on 5 minutes ago.
+55 8779 325 655
Last activity on 15 minutes ago.
+55 7964 325 655
Last activity on 5 hours ago.
Last activity on 1 day ago.


Before understanding how Tofa works, developers must know how Tor works:
https://2019.www.torproject.org/docs/documentation
Suppose there is an online web app named Foo, and a client of that web app named Bar.
On Tofa, each client is an onion service. That is, Bar has an onion service hosted on its own personal machine
dedicated for Foo app. When Foo wants to perform a 2FA based action, it contacts Bar's hidden service via Tor
network with a custom token and waits for response. Based on response it executes the action.
Due to the nature of onion services, neither Foo nor Bar know their IP addresses, and there is no
third party involved in the exchange. This type of communication ensures the privacy of both parties amid
synchronized authentication.


Hyperspace Music of the Sun Terence McKenna Land John Lilly Alan Watts .=======. = = Psychological Heresy = OMEGA = Political Corrections = = .==\ /==. Gracie & Zarkov Leary & Wilson Shamanism Philosophos Thought Crime AlphabeticA DNA ALERT! - The Real McCoy - (c) Back by popular demand: Enter the Garden Digital Envelopy I welcome any comments, feedback or problem reports. \\||||||||||||| Statistics for these pages - Reciprocal Links PGP public key Updated: September 23, 1996 . . -=:{ Some WWWaves to Surf }:=- . . . Beyond the frontier of the knowable //// . DARE to think for yourself O--c It's time to Mutate L . . Gaian Cybernetica (o) . \\\// \\|// Librarian Heaven . . - O - - Web & Net Stuff . . L .


#include <output_tile_thread_map.h>
|
| static int const | kThreads = ThreadMap::kThreads |
| | Number of threads participating in the operation. More...
|
| |
| static int const | kElementsPerAccess = ThreadMap::kElementsPerAccess |
| | Number of scalar elements per access. More...
|
| |
template<typename ThreadMap_ , typename Shape_ , typename Iterations_ , typename Delta_ , typename Count_ >
template<typename ThreadMap_ , typename Shape_ , typename Iterations_ , typename Delta_ , typename Count_ >
template<typename ThreadMap_ , typename Shape_ , typename Iterations_ , typename Delta_ , typename Count_ >
template<typename ThreadMap_ , typename Shape_ , typename Iterations_ , typename Delta_ , typename Count_ >
template<typename ThreadMap_ , typename Shape_ , typename Iterations_ , typename Delta_ , typename Count_ >
template<typename ThreadMap_ , typename Shape_ , typename Iterations_ , typename Delta_ , typename Count_ >
template<typename ThreadMap_ , typename Shape_ , typename Iterations_ , typename Delta_ , typename Count_ >
template<typename ThreadMap_ , typename Shape_ , typename Iterations_ , typename Delta_ , typename Count_ >
The documentation for this struct was generated from the following file:


Parses the text from the style sheet input to find relevent properties which apply to the each front panel object input, then applies these properties to all controls.
|
Front Panel Objects All Front panel objects that can be modified by LabVIEW programatically. |
|
Generic object reference to front panel item |
|
Style Sheet Text style sheet which will be applied to the front panel element. |
|
Error In error in can accept error information wired from VIs previously called. Use this information to decide if any functionality should be bypassed in the event of errors from other VIs. Right-click the error in control on the front panel and select Explain Error or Explain Warning from the shortcut menu for more information about the error. |
|
Front Panel Objects (dup) All front panel objects duplicated on the output terminal for easier diagram layout. |
|
Generic object reference to front panel item |
|
Error out Returns errors from this VI if any occured. |


_apy After chemotherapy, she found relief through aromatherapy and bibliotherapy.[G|D] The patient's symptoms improved after a few sessions of hydrotherapy and cryotherapy, but the crapy medication didn't seem to have any effect.[G|D] He had been going through hypnotherapy, physiotherapy, and psychotherapy to help him cope with his chronic pain.[G|D] The radiotherapy left her skin feeling dry and itchy, so she applied soapy lotion and then relaxed in a warm thermotherapy bath.[G|D]


Build steps
What you will need?
1x Arduino or ESP
1x IR sensor
1x Controller
1x Protoboard
3x Wires
How to build:
-Attach the IR sensor in the protoboard
- Connect the wires in the sequence:
1: PIN 4
2: GND
3: VCC
-Plug the Arduino in your desktop
Visualization:
You can solder the wires directly in the sensor if you want, the two options are valid.
Your circuit will be like that:


Limit {{numbers}} to:
Output numbers: {{ numbers | limitTo:numLimit }}
Limit {{letters}} to:
Output letters: {{ letters | limitTo:letterLimit }}


Hey all, here's our page for RareCollab, a social media tool for helping with diagnosis, treatment, and supporting those with rare diseases.


--- layout: page title: Contact Us header: Pages group: navigation share_title: "200 Nights of Freedom: Contact" order: 5 ---
200 Nights of Freedom will harness the strength that exists within our communities and act as a platform for dreaming new and ambitious work into being. No contribution is too large or small. Whether you are an individual, part of a community group, or represent an institution or organization, you are invited to contribute to 200 Nights of Freedom.
{% include themes/bootstrap-3/cta.html %}