'He picked the wrong house': New York bodybuilder, 82, fights back against break-in suspect
by Bob D'Angelo, Cox Media Group National Content DeskROCHESTER, N.Y. -
A man attempting to break into a New York home Thursday was in for a rude surprise.
Willie Murphy, an 82-year-old bodybuilder in Rochester, threw her weight around, along with some nimble moves, to subdue the would-be thief, WHAM-TV reported.
"He picked the wrong house to break into," Murphy told the television station.
Murphy said she heard a man pounding on her door at 11 p.m. Thursday, Fox News reported.
Murphy, who works out almost every day at the Maplewood YMCA in Rochester, went to the door to investigate but did not let the man inside, the website reported.
"He was outside and saying, ‘Please call an ambulance,' saying, ‘I'm sick, I'm sick,'" Murphy told WHAM.
The man broke the door down, but Murphy was ready.
"I picked up the table, and I went to work on him," Murphy, who can deadlift 225 pounds, told Fox News. ‘The table broke."
Murphy then grabbed a bottle of shampoo and began pouring it on him, WHAM reported.
"And when he's down. I'm jumping on him," Murphy told the television station. "I grabbed the shampoo. Guess what? He's still on the ground. In his face, all of it, the whole thing."
Murphy then grabbed a broom and began swatting at the intruder.
"I got the broom," Murphy told WHAM. "He's pulling the broom. I'm hitting him with the broom."
Police arrived to arrest the intruder, who was taken to an area hospital.

Predictably, Murphy returned to the YMCA on Friday, where she received a hero's welcome, the television station reported.


# File lib/active_record/fixtures.rb, line 431 def self.cache_fixtures(connection, fixtures_map) cache_for_connection(connection).update(fixtures_map) end
# File lib/active_record/fixtures.rb, line 415 def self.cache_for_connection(connection) @@all_cached_fixtures[connection] end
# File lib/active_record/fixtures.rb, line 423 def self.cached_fixtures(connection, keys_to_fetch = nil) if keys_to_fetch cache_for_connection(connection).values_at(*keys_to_fetch) else cache_for_connection(connection).values end end
# File lib/active_record/fixtures.rb, line 456 def self.create_fixtures(fixtures_directory, table_names, class_names = {}) table_names = [table_names].flatten.map { |n| n.to_s } table_names.each { |n| class_names[n.tr('/', '_').to_sym] = n.classify if n.include?('/') } # FIXME: Apparently JK uses this. connection = block_given? ? yield : ActiveRecord::Base.connection files_to_read = table_names.reject { |table_name| fixture_is_cached?(connection, table_name) } unless files_to_read.empty? connection.disable_referential_integrity do fixtures_map = {} fixture_files = files_to_read.map do |path| table_name = path.tr '/', '_' fixtures_map[path] = ActiveRecord::Fixtures.new( connection, table_name, class_names[table_name.to_sym] || table_name.classify, File.join(fixtures_directory, path)) end all_loaded_fixtures.update(fixtures_map) connection.transaction(:requires_new => true) do fixture_files.each do |ff| conn = ff.model_class.respond_to?(:connection) ? ff.model_class.connection : connection table_rows = ff.table_rows table_rows.keys.each do |table| conn.delete "DELETE FROM #{conn.quote_table_name(table)}", 'Fixture Delete' end table_rows.each do |table_name,rows| rows.each do |row| conn.insert_fixture(row, table_name) end end end # Cap primary key sequences to max(pk). if connection.respond_to?(:reset_pk_sequence!) table_names.each do |table_name| connection.reset_pk_sequence!(table_name.tr('/', '_')) end end end cache_fixtures(connection, fixtures_map) end end cached_fixtures(connection, table_names) end
# File lib/active_record/fixtures.rb, line 419 def self.fixture_is_cached?(connection, table_name) cache_for_connection(connection)[table_name] end
Returns a consistent, platform-independent identifier for label. Identifiers are positive integers less than 2^32.
# File lib/active_record/fixtures.rb, line 517 def self.identify(label) Zlib.crc32(label.to_s) % MAX_ID end
# File lib/active_record/fixtures.rb, line 447 def self.instantiate_all_loaded_fixtures(object, load_instances = true) all_loaded_fixtures.each do |table_name, fixtures| ActiveRecord::Fixtures.instantiate_fixtures(object, table_name, fixtures, load_instances) end end
# File lib/active_record/fixtures.rb, line 435 def self.instantiate_fixtures(object, fixture_name, fixtures, load_instances = true) if load_instances fixtures.each do |name, fixture| begin object.instance_variable_set "@#{name}", fixture.find rescue FixtureClassNotFound nil end end end end
# File lib/active_record/fixtures.rb, line 523 def initialize(connection, table_name, class_name, fixture_path) @connection = connection @table_name = table_name @fixture_path = fixture_path @name = table_name # preserve fixture base name @class_name = class_name @fixtures = ActiveSupport::OrderedHash.new @table_name = "#{ActiveRecord::Base.table_name_prefix}#{@table_name}#{ActiveRecord::Base.table_name_suffix}" # Should be an AR::Base type class if class_name.is_a?(Class) @table_name = class_name.table_name @connection = class_name.connection @model_class = class_name else @model_class = class_name.constantize rescue nil end read_fixture_files end
# File lib/active_record/fixtures.rb, line 545 def [](x) fixtures[x] end
# File lib/active_record/fixtures.rb, line 549 def []=(k,v) fixtures[k] = v end
# File lib/active_record/fixtures.rb, line 553 def each(&block) fixtures.each(&block) end
# File lib/active_record/fixtures.rb, line 557 def size fixtures.size end
Return a hash of rows to be inserted. The key is the table, the value is a list of rows to insert to that table.
# File lib/active_record/fixtures.rb, line 563 def table_rows now = ActiveRecord::Base.default_timezone == :utc ? Time.now.utc : Time.now now = now.to_s(:db) # allow a standard key to be used for doing defaults in YAML fixtures.delete('DEFAULTS') # track any join tables we need to insert later rows = Hash.new { |h,table| h[table] = [] } rows[table_name] = fixtures.map do |label, fixture| row = fixture.to_hash if model_class && model_class < ActiveRecord::Base # fill in timestamp columns if they aren't specified and the model is set to record_timestamps if model_class.record_timestamps timestamp_column_names.each do |name| row[name] = now unless row.key?(name) end end # interpolate the fixture label row.each do |key, value| row[key] = label if value == "$LABEL" end # generate a primary key if necessary if has_primary_key_column? && !row.include?(primary_key_name) row[primary_key_name] = ActiveRecord::Fixtures.identify(label) end # If STI is used, find the correct subclass for association reflection reflection_class = if row.include?(inheritance_column_name) row[inheritance_column_name].constantize rescue model_class else model_class end reflection_class.reflect_on_all_associations.each do |association| case association.macro when :belongs_to # Do not replace association name with association foreign key if they are named the same fk_name = (association.options[:foreign_key] || "#{association.name}_id").to_s if association.name.to_s != fk_name && value = row.delete(association.name.to_s) if association.options[:polymorphic] && value.sub!(/\s*\(([^\)]*)\)\s*$/, "") # support polymorphic belongs_to as "label (Type)" row[association.foreign_type] = $1 end row[fk_name] = ActiveRecord::Fixtures.identify(value) end when :has_and_belongs_to_many if (targets = row.delete(association.name.to_s)) targets = targets.is_a?(Array) ? targets : targets.split(/\s*,\s*/) table_name = association.options[:join_table] rows[table_name].concat targets.map { |target| { association.foreign_key => row[primary_key_name], association.association_foreign_key => ActiveRecord::Fixtures.identify(target) } } end end end end row end rows end
Generated with the Darkfish Rdoc Generator 2.


{% extends "registration/base.html" %} {% load i18n %} {% load common %} {% block content %} {% block heading %}
{% trans "You are attempting to access a part of the site which is restricted." %}


Steven is an undergraduate at UC San Diego, where he is currently a sophomore majoring in computer science. He has previously interned as a software engineer at the Jet Propulsion Laboratory in Pasadena, California, where he helped develop software for the Deep Space Network. Outside of class, he enjoys learning about iOS design and development and creating apps that help him and his family and friends communicate better. Additionally, he loves tennis, piano, and board games, and hopes that his line of work can incorporate these interests in the future.


In the next few lessons we're going to build a live Markdown preview generator (kind of like dillinger.io). In order to do that we're going to need at least two React components - a Markdown input form + renderer - and a way to communicate Markdown input changes to the renderer. This where Flux comes in. Flux will manage user interactions and communicate the necessary data between React components.
Flux is an application architecture that Facebook has developed to complement React. It is not a framework in and of itself, but rather a set of architectural concepts. There are already a few implementations of the Flux architecture that developers can use, all with their own interpretations of the Flux's principles.
The main principle behind the Flux architecture is a "Unidirectional data flow" and the architecture is made up of "actions", "dispatchers", "stores" and "views". In this architecture, React is the view layer. See the Flux documentation for a more detailed overview.
As we mentioned above, Flux is a set of architectural concepts and not a framework and already has several implementations. (See this article for a comparison of available implementations.) For our tutorial we are going to use Fluxxor as our Flux implementation, since it preserves the main principles of Flux.
Now that we know a little bit about Flux, let's put that knowledge to work. In this lesson we're going to start with our Markdown input component. This component will also have a "Generate Text" button that fetches some lorem ipsum from an API and adds that to the Markdown input. Add your code to lesson_2/src/example.js as we walk through the steps.
Let's start with a React component that has a basic textfield and a "Generate Lorem Ipsum" button.
var MarkdownInput = React.createClass({
render: function() {
return (

<textarea rows="10" cols="50" />
<button>Get Lorem Ipsum!</button>

);
}
});
React.render(
<MarkdownInput />,
document.getElementById('container')
);
As we have it now, our component doesn't do anything. So let's add some console logging whenever the button is pushed. First we need to define a callback in the React component for the button click.
var MarkdownInput = React.createClass({
...
handleLoremIpsumClick: function() {
console.log('Generating lorem ipsum...');
}
});
Now let's make sure that whenever the button is clicked, the callback we just defined is called. To do that we just need to define an "onClick" JSX attribute on the button like so:
<button onClick={ this.handleLoremIpsumClick }>Get Lorem Ipsum!</button>
This doesn't have anything do with Flux though. So let's bring Fluxxor into the mix by adding a "generateLoremIpsum" Fluxxor action that we can trigger whenever the button is clicked.
var constants = {
GENERATE_LOREM_IPSUM: 'GENERATE_LOREM_IPSUM'
};
var actions = {
generateLoremIpsum: function() {
this.dispatch(constants.GENERATE_LOREM_IPSUM);
}
};
This action by itself doesn't do anything, so let's add a DocumentStore that listens to the generate lorem ipsum action and console.log's whenever that action is dispatched.
var DocumentStore = Fluxxor.createStore({
initialize: function() {
// Registers the following callbacks with the dispatcher
this.bindActions(
constants.GENERATE_LOREM_IPSUM, this.handleLoremIpsum
);
},
handleLoremIpsum:function() {
console.log('Generating lorem ipsum from the store....');
}
});
Now we need to make sure that our button click handler can trigger the GENERATE_LOREM_IPSUM
action instead of console.logging directly. In order to do that we need to first instantiate our Fluxxor application and pass the Fluxxor object to our main component when we render it. We can do this by doing the following:
var stores = {
DocumentStore: new DocumentStore()
};
// register actions and stores with fluxxor application
// this creates a flux instance
var flux = new Fluxxor.Flux(stores, actions);
React.render(
<MarkdownInput flux={flux}/>,
document.getElementById('container')
);
Since every React component needs to be able to receive updates from our Flux layer, we need to use the Flux mixin provided by Fluxxor. Mixins are provided by React so that code can be shared between components that need to have a common functionality. Here the common functionality across components is for them to be able to receive state updates from the Flux layer, our applicatin's data layer.
To use the Flux mixin provided by Fluxxor, we first need to define a Flux mixin for our React component at the top of our js file.
var FluxMixin = Fluxxor.FluxMixin(React);
Next we need to add the mixin to components that need Flux. React components can have a "mixins" attribute defined on them. The "mixins" attribute is an array of mixins to add to the component. For example:
var MarkdownInput = React.createClass({
mixins: [FluxMixin],
...
});
Now that we have all of our pre-requisites, let's alter our React component to trigger the generate lorem ipsum action whenever the button is clicked.
var MarkdownInput = React.createClass({
mixins: [FluxMixin],
handleLoremIpsumClick: function() {
var flux = this.getFlux();
flux.actions.generateLoremIpsum();
},
...
}
});
So far, the lorem ipsum button doesn't actually return any lorem ipsum text. Let's complicate things and make an API call to baconipsum.com/api
to get some real lorem ipsum text. This brings us to asynchronous actions using Fluxxor.
Asynchronous actions are not that bad. We just need to designate some new action constants and make sure that our store can handle successful or erroneous API calls.
First let's define some new constants for the API success or error responses we might encounter.
var constants = {
GENERATE_LOREM_IPSUM: 'GENERATE_LOREM_IPSUM',
GENERATE_LOREM_IPSUM_ERROR: 'GENERATE_LOREM_IPSUM_ERROR',
GENERATE_LOREM_IPSUM_SUCCESS: 'GENERATE_LOREM_IPSUM_SUCCESS'
};
Now we need to trigger an API call whenever the GENERATE_LOREM_IPSUM
action is triggered. On the failure or success of that call, we can dispatch the respective action to the dispatcher. So the first argument to this.dispatch
will be the action type, and the second will be the data (if any) we want to send to the stores that are listening.
var actions = {
generateLoremIpsum: function() {
// we should still dispatch the original action, in case any stores
// are listening for the first event, that kicks off the API call
this.dispatch(constants.GENERATE_LOREM_IPSUM);
var that = this;
$.get('http://baconipsum.com/api/?type=all-meat¶s=2&start-with-lorem=1', function(data, statusText) {
if (statusText === 'success') {
that.dispatch(constants.GENERATE_LOREM_IPSUM_SUCCESS, data);
} else {
that.dispatch(constants.GENERATE_LOREM_IPSUM_ERROR);
}
});
}
};
Now that we're dispatching the success and error actions, let's alter the store to listen to those actions. We'll also add an initial value for this.document.text
where we can store the value returned by the lorem ipsum generator. Note that we store the state here in a nested object because we will eventually extend the state to care about more attributes than just the document's text.
var DocumentStore = Fluxxor.createStore({
initialize: function() {
this.document = {
'text': ''
};
// registers the following callbacks with the dispatcher
this.bindActions(
constants.GENERATE_LOREM_IPSUM, this.handleLoremIpsum,
constants.GENERATE_LOREM_IPSUM_SUCCESS, this.handleLoremIpsumSuccess,
constants.GENERATE_LOREM_IPSUM_ERROR, this.handleLoremIpsumError
);
},
handleLoremIpsum:function() {
console.log('Generating lorem ipsum from the store....');
},
handleLoremIpsumError: function() {
console.error('There was an error generating lorem ipsum...');
},
handleLoremIpsumSuccess: function(loremIpsum) {
console.log('Lorem ipsum received: ', loremIpsum);
}
});
But the store's not doing anything once we get the lorem ipsum. Let's change it so that we can pass along the lorem ipsum to the markdown input view.
handleLoremIpsumSuccess: function(loremIpsum) {
this.document.text += loremIpsum;
// tells whatever views are listening that the data has changed
this.emit('change');
}
Now to make sure it all works together, let's make sure that the Markdown input component can get state information from the DocumentStore and use the generated ipsum as the markdown input.
First we need to add a getState
helper to the DocumentStore
.
getState: function() {
return {
document: this.document
};
}
Now the Markdown input component can get state information from the store.
var MarkdownInput = React.createClass({
mixins: [
FluxMixin,
Fluxxor.StoreWatchMixin('DocumentStore')
],
// this is automatically invoked by getInitialState
// since we have a Fluxxor instance
getStateFromFlux: function() {
var flux = this.getFlux();
return flux.store('DocumentStore').getState();
},
...
// we need an onChange handler since React textarea elements
// with value attributes are considered "controlled", and as such
// the textarea would not be editable by users. this makes the
// text area editable for users
// see: https://facebook.github.io/react/docs/forms.html#controlled-components
handleOnChange: function(event) {
var newState = _.extend({}, this.state.document, { text: event.target.value });
this.setState({ document: newState });
},
render: function() {
return (

<textarea
rows={this.props.textAreaRows}
cols={this.props.textAreaCols}
ref="markdownTextarea"
value={this.state.document.text}
onChange={this.handleOnChange}
/>

<button onClick={this.handleLoremIpsumClick}>Get Lorem Ipsum!</button>

);
}
});
Now we have a markdown input field that we can fill with Lorem ipsum!
But there's a small bug in our implementation: anything typed into the textarea is overwritten when a user clicks the "Generate Lorem Ipsum" button. Can you alter our implementation to add the lorem ipsum to what's already in the textarea?
Using the lesson above and the Further Reading section, build a simple textarea component that is connected to a Flux data store and can handle a button click to populate the textarea with lorem ipsum.
You can add your code to lesson_2/src/exercise.js
and click on the "Exercise" link below to see your code in action!


Christyn's Section
If you open the terminal on your computer, (command-spacebar, type in "terminal"), a magical box of wonders appears! Well, maybe it doesn't look so magical at first, but it can do amazing things. You can think of the command line as a super charged version of your "Finder." In your terminal, you can navigate to all the files in your computer, find out information about them, create, delete, copy, and edit files and directories (a fancy word for folder), search for text in a file, change permissions on a file, run code, and SO MUCH MORE! We focused on repeating and memorizing the basic navigational commands. Here are a few of them you can try out.
- pwd - Print working directory - This shows you the directory you are currently in.
- hostname - Show my computer's network name
- mkdir folder_name - Make a new directory
- rmdir folder_name - Remove a directory
- touch file_name - Create a file
- rm file_name - Remove a file
- ls - List everything inside a directory
- cd - Change to a new directory
- cp - Copy a file or directory
- Mv - Move a file or directory
Victoria's Section
Much like this, developers who work on complex programming projects often have several programmers working on the code in many different features. Additionally, as changes are made there is always a chance that a bug can be introduced that can cause problems that need to be addressed. In order to track the changes made to the code, git provides version control on the files being created and edited to help make revision easier. Git records the user, time, and what changes are made to the code so that if needed, one can go back to a previous version of the code to review what was done or to find the source of any bugs. It also allows you to revert to previous working versions of the code.


Chrome Extension [{{extensionName}}]
About
This extension provides a customizable icon and menu in Chrome toolbar, by which you can run your scripts on the browser and on the local PC.
Installation
This extension requires installing native client in the local Windows PC.
Check installation status of Native Client
How to install Native Client
install.bat
in the folder "host" to install native client.uninstall.bat
.Setup of menu and user scripts
Manual
Input Items
| Item Title | Description |
|---|---|
| title | Title of the icon(menu) |
| icon | Relative path name of icon image file. It should be 16x16 PNG file. |
| Menu Items | List of popup menu items |
| menu item: title | Title of the menu item |
| menu item: matches | (optional) An array of URL prefix match strings. The menu item is shown only if one of the string matches the URL of active page. |
| menu item: injection Script | (optional) Injection script code.
This code contains javascript code that is injected to the active page in the current tab when the menu item is clicked. The returned values from this script are passed to the native script as arguments of main
function.
|
| menu item: native Script | (optional) Native script code.
This code contains javascript code that is executed by Node.js in local PC after executing the
injection code.
In the code, function main(argument) must be defined.
|
Debug
Select the blue link of "background.html" next to Inspect views in the Chrome extension management page, to open the Chrome DevTools panel for the background script. Most of log messages from this extension appear in the Console tab. See here.Where setup info stored
Menu specification and Injection and Native scripts are stored incustomize/browserAction.json
file
in native client "host" folder.
Note that the host folder path is shown by clicking check installation button in Installation section.
Update Setup
After modificaion of the abovecustomize/*
files,
click the following button to refresh setup.
Links


NATO Ministers Meet Amid French Concerns
NATO foreign ministers are gathering in Brussels to prepare a leaders´ summit in two weeks amid tensions over French President Emmanuel Macron´s complaints about the "brain death" of the alliance.
France says it´s concerned about a lack of US leadership at NATO, the unpredictability of Turkey after its invasion of northern Syria and the need for Europe to take on more security responsibilities.
Wednesday´s meeting at NATO headquarters is aimed at finalizing the "summit deliverables;" the results will be announced at the Dec. 3-4 leaders´ gathering near London.
The ministers will endorse a confidential report laying out NATO´s new policy toward China. They will announce space as the "fifth domain" of security, following land, sea, air, and cyberspace.
Testy ties with Russia and counter-terrorism efforts are also on the agenda.


Magic Trader Wesley:
You have a lot of nerve coming here! Be gone immediately! I would rather destroy my merchandise than to sell it to the likes of you!


Triggers a sound effect
More...
|
| | SoundTrigger (SoundEffect sound) |
| | Initializes a new instance of the T:MidnightBlue.Engine.SoundTrigger class using the specified SoundEffect More...
|
| |
| void | Trigger () |
| | Plays the sound if it's not already playing More...
|
| |
| void | FadeUp () |
| | Increases the sounds volume one step based on the specified FadeSpeed More...
|
| |
| void | FadeDown () |
| | Decreases the volume based on the specified FadeSpeed. Stops the sound once the volume reaches 0 More...
|
| |
|
| float | FadeSpeed [get, set] |
| | Gets or sets the fade speed. More...
|
| |
| float | MaxVolume [get, set] |
| | Determines the maximum volume to FadeUp More...
|
| |
| bool | IsLooped [get, set] |
| | Gets or sets a value indicating whether this T:MidnightBlue.Engine.SoundTrigger is looped or one-shot. More...
|
| |
§ SoundTrigger()
| MidnightBlue.Engine.SoundTrigger.SoundTrigger |
( |
SoundEffect |
sound | ) |
|
|
inline |
Initializes a new instance of the T:MidnightBlue.Engine.SoundTrigger class using the specified SoundEffect
- Parameters
-
§ FadeDown()
| void MidnightBlue.Engine.SoundTrigger.FadeDown |
( |
| ) |
|
|
inline |
Decreases the volume based on the specified FadeSpeed. Stops the sound once the volume reaches 0
§ FadeUp()
| void MidnightBlue.Engine.SoundTrigger.FadeUp |
( |
| ) |
|
|
inline |
Increases the sounds volume one step based on the specified FadeSpeed
§ Trigger()
| void MidnightBlue.Engine.SoundTrigger.Trigger |
( |
| ) |
|
|
inline |
Plays the sound if it's not already playing
§ FadeSpeed
| float MidnightBlue.Engine.SoundTrigger.FadeSpeed |
|
getset |
Gets or sets the fade speed.
The fade speed.
§ IsLooped
| bool MidnightBlue.Engine.SoundTrigger.IsLooped |
|
getset |
Gets or sets a value indicating whether this T:MidnightBlue.Engine.SoundTrigger is looped or one-shot.
true
if is looped; otherwise, false
.
§ MaxVolume
| float MidnightBlue.Engine.SoundTrigger.MaxVolume |
|
getset |
Determines the maximum volume to FadeUp
The max volume.
The documentation for this class was generated from the following file:
- Shared/src/Engine/Audio/SoundTrigger.cs


[private]
[static]
Initial value:
{IFXTQTAddress::Left, IFXTQTAddress::Base, IFXTQTAddress::Right, IFXTQTAddress::Left, IFXTQTAddress::Base, IFXTQTAddress::Right}


Translate Demo
Input
English
German
Chinese
Thai
Want your website and apps to instantly translate texts into more than one hundred languages? Translation API uses Google’s pre-trained neural machine translation to deliver fast, dynamic results. Within Translation API, you can now even choose to use custom model translations, streamlining your workflow within the same client library.
Output
Thai
English
German
Chinese


KOLYA A film review by Mark R. Leeper Copyright 1997 Mark R. Leeper
Capsule: KOLYA has a safe-bet plot: a fifty- five-year-old bachelor suddenly reluctantly inheriting a son. After he stops fighting it, he finds parenthood fulfilling an emptiness in his life. The familiar plot is made somewhat more interesting by being set in a Czechoslovakia while Soviet rule is crumbling. If the plot is unambiguous, at least the film is well-photographed and has a good score and the screenplay by Zdenek Sverak (who also stars) is frequently touching. Rating: high +1 (-4 to +4). New York Critics: positive: 7, negative: 0, mixed 0
Frantisek Louka (played by Zdenek Sverak) is a fifty-five-year-old Bohemian--both figuratively and literally. He plays the cello for the Czech Philharmonic when he can, plays for funerals when he must to make ends meet, and supplements his meager income by performing cosmetic maintenance on gravestones. He still retains some of his good looks so that he can still womanize. His only responsibility in life is occasionally taking care of his mother. But times are hard in 1988 Prague and he has to look for money where he can. That was how he learned of Nadezda (Irena Livanova) an attractive Russian woman looking for a technical husband so that she can establish Czech citizenship. She is willing to pay well and reluctantly Frantisek agrees to marry her for one night. Even then she disappears into the night, escaping to West Germany and leaving her son Kolya (Andrej Chalimon) with his grandmother. Frantisek is pleased that the incident is over when suddenly the grandmother suffers a stroke and Kolya has to go to live with his new stepfather, Frantisek
This year's nominee for Best Foreign Language film from the Czech Republic is a nice amiable movie that has been done many times before in several different languages. A bachelor finds he has inherited a five- year-old. At first the child is a monumental inconvenience and the man wants to see the boy gone. But of course they learn to love each other and then have to struggle to stay together. . The old man and the boy go through much the sort of relationship that has been shown so often before. We have the scenes of the father's sex life being interrupted by the presence of the child. There is the requisite sequence of the child getting sick and the father worrying over him. It would be nice to accept this film as a creative entry from Eastern Europe, but so much of the film is predictable and taken up with sequences that have become hackneyed that one has to start faulting the film for this lack of originality. KOLYA is too much like THREE MEN AND A CRADLE/BABY, KRAMER VS. KRAMER, BABY BOOM or LITTLE MISS MARKER- -with minor variations in each case. The plot has an irresponsible adult reluctantly forced into a parental role discovering what he (or she) has been missing all these years. It is at heart an affirmation of parenthood that pretty much cannot fail to win the favor of the audience.
Where this film gets much of its novelty is in the political climate of Czechoslovakia in 1988. Nearly everyone in Eastern Europe had an intense hatred of anything Russian. Frantisek has to hide the fact that Kolya is Russian. Even Frantisek's mother does not want the boy in her house when she discovers that he is Russian. Frantisek in talking to the boy compares his inability to get rid of the boy with his country's inability to rid itself of the Russian occupiers. We get some idea of why the Russians are so hated by seeing the Soviet Police and their interrogation of Frantisek when they believe he has married Nadezda to get around the law. Our last scene with the two policemen makes the single most striking irony of the film.
KOLYA was directed and co-produced by thirty-one-year-old Jan Sverak. He is the son of Zdenek Sverak, who plays Frantisek. Zdenek co-authored the screenplay. He is well-cast as Frantisek, still having much of the verve of his youth but matching it with distinguished good looks. One could believe that at fifty-five this man could still fascinate a string of lovers.  He perhaps cries a little, understandably, but he never seems to have the sort of bad- behavior days that real children seem to have. He is just a bit too perfect. Such children do exist, of course, but after what this child has been through it seems unlikely that Kolya would still be one. There are a number of attractive paramours for Frantisek, but the sex is never explicit. In general this film is a bit too likable and neat. This is good entertainment rather than good art. Overall I would rate it a high +1 on the - 4 to +4 scale.
Mark R. Leeper<EMAIL_ADDRESS>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


Uses of Package
org.apache.cayenne.dba
-
Classes in org.apache.cayenne.dba used by org.apache.cayenne.access Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.access.jdbc Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.access.jdbc.reader Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.access.translator.batch Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.access.translator.ejbql Class Description QuotingStrategy -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.access.translator.procedure Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.access.translator.select Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.QuotingStrategy -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.configuration.server Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.PerAdapterProvider An injectable provider that returns a given service in a context of a specificDbAdapter
.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation.PkGenerator Defines methods to support automatic primary key generation.QuotingStrategy TypesHandler TypesHandler provides JDBC-RDBMS types mapping. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.db2 Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcActionBuilder A factory of default SQLActions.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.derby Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.firebird Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.frontbase Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.h2 Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.hsqldb Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.ingres Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcActionBuilder A factory of default SQLActions.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.mariadb Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.mysql Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation.QuotingStrategy -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.openbase Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.oracle Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.postgres Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.sqlite Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.sqlserver Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcActionBuilder A factory of default SQLActions.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation. -
Classes in org.apache.cayenne.dba used by org.apache.cayenne.dba.sybase Class Description DbAdapter A Cayenne extension point that abstracts the differences between specifics of JDBC interfaces to various databases.JdbcAdapter A generic DbAdapter implementation.JdbcPkGenerator Default primary key generator implementation.PkGenerator Defines methods to support automatic primary key generation.QuotingStrategy


i think it woult be better if you would support the community petition:
https://getsatisfaction.com/battlefield3/topics/no_gravatar
Player wich doesn't use Better Battlelog should see an other avatar, and that could lead to confusions. Its the same like with BBCodes in Platoon presentations.


Introduction¶
This page gives a brief conceptual overview of the functionality present in
sympy.vector
.
Vectors and Scalars¶
In vector math, we deal with two kinds of quantities – scalars and vectors.
A scalar is an entity which only has a magnitude – no direction. Examples of scalar quantities include mass, electric charge, temperature, distance, etc.
A vector, on the other hand, is an entity that is characterized by a magnitude and a direction. Examples of vector quantities are displacement, velocity, magnetic field, etc.
A scalar can be depicted just by a number, for e.g. a temperature of 300 K. On the other hand, vectorial quantities like acceleration are usually denoted by a vector. Given a vector \(\mathbf{V}\), the magnitude of the corresponding quantity can be calculated as the magnitude of the vector itself \(\Vert \mathbf{V} \Vert\), while the direction would be specified by a unit vector in the direction of the original vector, \(\mathbf{\hat{V}} = \frac{\mathbf{V}}{\Vert \mathbf{V} \Vert}\).
For example, consider a displacement of \((3\mathbf{\hat{i}} + 4\mathbf{\hat{j}} + 5\mathbf{\hat{k}})\) m, where , as per standard convention, \(\mathbf{\hat{i}}\), \(\mathbf{\hat{j}}\) and \(\mathbf{\hat{k}}\) represent unit vectors along the \(\mathbf{X}\), \(\mathbf{Y}\) and \(\mathbf{Z}\) axes respectively. Therefore, it can be concluded that the distance traveled is \(\Vert 3\mathbf{\hat{i}} + 4\mathbf{\hat{j}} + 5\mathbf{\hat{k}} \Vert\) m = \(5\sqrt{2}\) m. The direction of travel is given by the unit vector \(\frac{3}{5\sqrt{2}}\mathbf{\hat{i}} + \frac{4}{5\sqrt{2}}\mathbf{\hat{j}} + \frac{5}{5\sqrt{2}}\mathbf{\hat{k}}\).
Coordinate Systems¶
A coordinate system is an abstract mathematical entity used to define the notion of directions and locations in n-dimensional spaces. This module deals with 3-dimensional spaces, with the conventional \(X\), \(Y\) and \(Z\) axes defined with respect to each coordinate system.
Each coordinate system also has a special reference point called the ‘origin’ defined for it. This point is used either while referring to locations in 3D space, or while calculating the coordinates of pre-defined points with respect to the system.
It is a pretty well-known concept that there is no absolute notion of location or orientation in space. Any given coordinate system defines a unique ‘perspective’ of quantifying positions and directions. Therefore, even if we assume that all systems deal with the same units of measurement, the expression of vectorial and scalar quantities differs according to the coordinate system a certain observer deals with.
Consider two points \(P\) and \(Q\) in space. Assuming units to be common throughtout, the distance between these points remains the same regardless of the coordinate system in which the measurements are being made. However, the 3-D coordinates of each of the two points, as well as the position vector of any of the points with respect to the other, do not. In fact, these two quantities don’t make sense at all, unless they are being measured keeping in mind a certain location and orientation of the measurer (essentially the coordinate system).
Therefore, it is quite clear that the orientation and location (of the origin) of a coordinate system define the way different quantities will be expressed with respect to it. Neither of the two properties can be measured on an absolute scale, but rather with respect to another coordinate system. The orientation of one system with respect to another is measured using the the rotation matrix, while the relative position can be quantified via the position vector of one system’s origin with respect to the other.
Fields¶
A field is a vector or scalar quantity that can be specified everywhere in space as a function of position (Note that in general a field may also be dependent on time and other custom variables). Since we only deal with 3D spaces in this module, a field is defined as a function of the \(x\), \(y\) and \(z\) coordinates corresponding to a location in the coordinate system. Here, \(x\), \(y\) and \(z\) act as scalar variables defining the position of a general point.
For example, temperature in 3 dimensional space (a temperature field) can be written as \(T(x, y, z)\) – a scalar function of the position. An example of a scalar field in electromagnetism is the electric potential.
In a similar manner, a vector field can be defined as a vectorial function of the location \((x, y, z)\) of any point in space.
For instance, every point on the earth may be considered to be in the gravitational force field of the earth. We may specify the field by the magnitude and the direction of acceleration due to gravity (i.e. force per unit mass ) \(\vec g(x, y, z)\) at every point in space.
To give an example from electromagnetism, consider an electric potential of form \(2{x}^{2}y\), a scalar field in 3D space. The corresponding conservative electric field can be computed as the gradient of the electric potential function, and expressed as \(4xy\mathbf{\hat{i}} + 2{x}^{2}\mathbf{\hat{j}}\). The magnitude of this electric field can in turn be expressed as a scalar field of the form \(\sqrt{4{x}^{4} + 16{x}^{2}{y}^{2}}\).


{% extends "base.html" %} {% block app_content %}
{{ _("WNScraper is a simple web scraper designed to get the content of any web novel from the website ") }}https://syosetu.com/{{ _(", and turn it into an epub file.") }}
{{ _("Epub files are generated per volume. If there are no volumes, one epub file containing every chapter is generated.") }}
{{ _("Disclaimer: ") }}{{ _("None of the generated ebook files are saved on our servers.") }}
{{ _("Log in (or sign up)") }}
{{ _("Select Scrape! on the navigation bar") }}
{{ _("Enter the link to a series") }}
{{ _("Choose a volume to download, or simply choose to download everything") }}
{{ _("Transfer the epub files to your favorite ebook reader") }}
{{ _("Enjoy!") }}


Chocolate cake
Ingredients125g butter, softened
3/4 cup caster sugar
2 eggs, lightly beaten
1/4 cups self-raising flour, sifted
1/4 cup cocoa powder, sifted
1/2 cup milk
Toast slices
IngredientsHalf of a beaten large egg (30g)
½ cup+ 3.5 tablespoons milk (173g) , 2 tablespoons sugar (28g)
2 tablespoons milk powder (14g), ¼ tsp salt
1 cup unsifted all purpose flour (160g)
1 cup whole wheat flour (160g), 2 tablespoons wheat gluten (18g)
1.25 tablespoons fast rising yeast, 1 tablespoons milk
1.5 tablespoons butter (22g) microwave for 10 seconds
Sweet donut
Ingredients2 eggs, lightly beaten, 1 cup sugar
1 cup milk, 2 tablespoons butter, melted
3 cups flour, 1 tablespoon baking powder
1 teaspoon salt
1 teaspoon cinnamon Doughnut Glaze
1/3 cup boiling water
1 cup powdered sugar Dash vanilla, if desired, optional
Ready to baking
Step 1: Choose a recipeStep 2: Choose the right baking pans
Step 3: Allow ingredients to reach room temperature
Step 4: Prep the pans
Step 5: Preheat oven to the correct temperature.
Step 6: Stir together the dry ingredients
Step 7: Combine the butter and sugar
Step 8: Add the eggs, one at a time
Feedback
Please leave your comments or suggestionswe will do better


This tests visible position creation in unrendered space after rendered text, just before a new block. The caret should be at the end of the line containing 'foo' because we choose to treat all positions in the unrendered space after 'foo' as being visually equivalent to the position just after 'foo', and not visually equivalent to the position on the next line, before 'bar'.


Marketplace Registration
Name of Applicant:
:
:
Contact Person :
Annual Turnover :
Buyer Service
Seller Service
Buyer Products
Seller Products
FTL
LTL
Haul
Lease
WareHouse Owner:
:
:
Disclaimer:
Terms & Conditions:


Before Change
kwargs["suffix"] = filename
if return_filelike:
f = tempfile.TemporaryFile(**kwargs)
try:
yield f
finally:
f.close()
else:
// Don"t generate tempfile if using a path with directory specified.
if len(os.path.dirname(filename)):
raise ValueError("Can"t pass a qualified name to ensure_clean()")
try:
fd, filename = tempfile.mkstemp(**kwargs)
except UnicodeEncodeError:
import pytest
pytest.skip("no unicode file names on this system")
try:
yield filename
finally:
try:
os.close(fd)
except OSError:
print(f"Couldn"t close file descriptor: {fd} (file: {filename})")
try:
if os.path.exists(filename):
os.remove(filename)
except OSError as e:
print(f"Exception on removing file: {e}")
@contextmanager
def ensure_clean_dir():
Get a temporary directory path and agrees to remove on close.
After Change
Additional keywords are passed to open().
folder = Path(tempfile.gettempdir())
if filename is None:
filename = ""
filename = (


Mars Society Chapter SIT Mechanical DesignAutonomous NavigationDeep LearningLearning ScienceTerrain Mapping
MARSIT
MARSIT is a multi-disciplinary
highly enthusiastic student group from Siddaganga Institute of
Technology who have come together striving to design and build next
generation rovers for exploration of extraterrestrial environments and applications
of robotics in interplanetary missions.
Our Rover "BOSE" is used to compete in different national & international
competitions including IRC(Indian Rover Challenge), URC (University Rover challenge),
ERC (European Rover Challenge) and CIRC(Canadian International Rover Challenge).
These competitions provide a platform for student-run teams from all over the globe
to showcase their respective rovers.


Repository for Artificial Neural Networks (RAN2) is is an open source project for sharing and reusing the artifacts that are generated and used in the development of artificial neural networks. Users can search, share, or reuse an existing artifact and submit their reviews to promote high value artifacts. Given the costs of developing ANNs---large datasets and high computational power---our tool facilitates reusability and therefore, saves time and resources. We aim at providing an infrastructure for a thorough investigation of reusability in the domain of ANNs.


Psalms 144:10
It is he that giveth salvation unto kings: who delivereth David his servant from the hurtful sword.


Munster snatch late draw in thrilling Racing encounter
by James CoxMunster 21-21 Racing 92
Munster and Racing 92 played out a stunning draw at Thomond Park in the Champions Cup this evening.
A try from Andrew Conway late on gave Munster the chance to equalise but JJ Hanrahan still had to notch a conversion from the touchline.
It could have been even better as Hanrahan attempted a drop goal right at the death but it flew wide of the left post.
Finn Russell's try gave Racing the advantage before Teddy Thomas touched down after half an hour.
Munster struck back through Keith Earls just before half-time but Hanrahan missed the conversion leaving the score at 14-11 in favour of the visitors at the break.
A Hanrahan penalty in the 48th minute made it 14-14 before disaster struck for Munster when Juan Imhoff scored his side's third try.
Munster were 21-14 down going into the final quarter but they launched a brilliant comeback, culminating in Hanrahan's brilliant conversion.
MUNSTER: Mike Haley, Andrew Conway, Chris Farrell, Rory Scannell, Keith Earls, JJ Hanrahan, Conor Murray; Jeremy Loughman, Niall Scannell, John Ryan; Jean Kleyn, Tadhg Beirne; Peter O'Mahony (Capt), Jack O'Donoghue, CJ Stander.
Replacements: James Cronin for Loughman (50 mins), Stephen Archer for Ryan, Arno Botha for O'Donoghue, Fineen Wycherley for Kleyn (all 53 mins), Billy Holland for Beirne, Alby Mathewson for Murray (62 mins), Kevin O'Byrne for Niall Scannell (65 mins).
RACING 92: Simon Zebo, Teddy Thomas, Virimi Vakatawa, Henry Chavancy (Capt), Juan Imhoff, Finn Russell, Teddy Iribaren Eddy Ben Arous, Camille Chat, Cedate Gomes Sa; Donnacha Ryan, Dominic Bird; Wenceslas Lauret, Boris Palu, Antonie Claassen. Replacements: Teddy Baubigny for Chat, Hassane Kolingar for Ben Arous, Ali Oz, for Gomes Sa (all 54 mins), Fabien Sanconnie for Bird (58 mins), Brice Dulin for Thomas (65 mins), Yoan Tanga for Claassen, Antoine Gibert for Irbaren (both 79 mins).


In getting into Ruby I had no idea variable scoping was important(or even existed really!). But over the course of the past few weeks I've had to learn quickly that scoping is thing, and is quite important. In this post I'll go into what your options are with scoping, and when you should use each.
For the Different types of scoping we have global(begins with $), instance(begins with @), local(begins with a-z), constant(begins with A-Z), or class (begins with @@).
Local variables are pretty straight forward - they can be accessed locally within the code they are declared. So - local variable can't be accessed outside of the method or loop in which they are created.
Global variables are also very straightforward - they can be accessed anywhere within the Ruby program in which they are created.
Class variables are variables that are shared among all instances of a class - this means that if something changes this variable - it will change it for all instances of the class you have.
Instance variables are like class variables except that they are specific to each individual instance of a class - if you change the value in one instance - it isn't going to change the value in all instances - just that one instance.
Constant variables are just that - constant. They shouldn't be changed once they are created. Constant variables declared outside of a class or variable are considered global - while those created within a class etc. are available throughout whatever they are created within.


Marie Osmond reinjures knee ahead of big Las Vegas finale
by The Associated PressLAS VEGAS (AP) — Marie Osmond says she’s ready perform the final week of an 11-year run with her brother, Donny, at the Flamingo Las Vegas, after telling the audience on her television talk show that she chipped her knee late last week.
Osmond talked about her injury during an appearance Monday on CBS’ “The Talk.”
Osmond. 60, was forced to back out of a performance last Saturday night, but is promising audiences she will be back for this week’s final shows.
She and Donny Osmond, who is 62, each have had hits with songs such as “Puppy Love,” and “Paper Roses.”
Front-row seats for the last concert Saturday were going for $4,000 or more, the Las Vegas Review-Journal reported.
They are from a family of performers that enjoyed huge popularity in the 1970s.
___
Information from: Las Vegas Review-Journal, http://www.lvrj.com
The Associated Press


/feedbacks/responses/get
The following API call allows you to get the feedback responses.
Parameters
| Name |
Type |
Required |
Example |
Description |
| businessId |
integer|string |
no |
6418 |
Business id (or multiple comma-separated ids.) |
| clientId |
string(40) |
yes |
04f78...9f9f3 |
Client id is a unique user identifier provided by GetFiveStars. |
| feedbackId |
integer|string |
no |
123456 |
Feedback id (or multiple comma-separated ids.) |
| from |
string(YYYY-MM-DD) |
no |
2013-01-23 |
Received from |
| hash |
string(64) |
yes |
bd13a40...303f3c5 |
Hash is a digital request signature. Learn how to generate hash here. |
| page |
integer |
no |
1 |
Page |
| to |
string(YYYY-MM-DD) |
no |
2015-01-23 |
Received to |
Request
POST https://getfivestars.com/api/feedbacks/responses/get
[Content-Type: application/json]
{
"clientId":"80338307b78b8d84c8b4d40e63e235cc312fcebe",
"from":"2013-01-23",
"hash":"3b288032e87d12c08c95dc8a96128f19ec1ec207af383328413d18f9e0aaf1fd",
"page":"1",
"to":"2015-01-23"
}
Response
{
"page": 1,
"pages": 1,
"businessId1": 1310,
"feedbackId1": 33588,
"type1":"owner", // owner|customer
"date1":"2016-01-12T14:04:33-07:00",
"content1":"Glad you are happy."
"count": 1,
"perPage": 500,
"errorCode": 0,
"errorMessage": "Success"
}
Errors
| errorCode |
errorMessage |
| -1 |
Unknown error |
| 1 |
Invalid hash sign |
| 2 |
Invalid clientId |
| 3 |
Server error - please contact support |


User Project List
Status
Date
User
Value
Pending...
11:20pm
Samantha
24%
Canceled
10:40am
Monica
66%
Pending...
01:30pm
John
54%
Pending...
02:20pm
Agnes
12%
Pending...
09:40pm
Janet
22%
Completed
04:10am
Amelia
66%
Pending...
12:08am
Damian
23%


| Wave V2.0 |
Copyright © 2003-2008
Hartmut Kaiser
Distributed under the Boost Software
License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at
http://www.boost.org/LICENSE_1_0.txt)
Last updated: Tuesday, July 29, 2008 20:31


Using the Bayesian network editor at http://ccsc-sw-2019-apps.herokuapp.com/bayes/, design a Bayesian network with at least nine nodes, and with at least one chain of four nodes, to show the causal relationships of a phenomenon you care about. Submit the code that generates your network.
Answer the following questions:
Why did you decide to model what you did? What is interesting about it?
Why are the nodes you included important to what you are modeling?
How do you know that the causes and effects are correct? In other words, why is your network structured the way it is?
Are your conditional probabilities justified by research literature, by experimental data, or merely by intuition or common sense? Please cite any literature or data used, and justify any probabilities which you made up.
What other nodes might you add to the network? Why did you decide not to include them?
Using the web app, demonstrate that your network approximates the phenomenon you want to model by showing how observing certain nodes leads to intuitively correct results. Assume I have no knowledge of what you are modeling (that is, explain why the answer is intuitively correct).
Using the web app, look for predictions that surprise you. Record what you've tried, including the observations/evidence, the probabilities you expected, and the probabilities the network produced. Do the probabilities differ because something in your network is wrong, or is it because your intuition is wrong? How do you know?
To show that you have a basic grasp of the mathematics behind Bayesian networks, pick a chain of four nodes from near the top of your network (let's call them A -> B -> C -> D). Provide an observation for B, then calculate by hand the probabilities for each possible values for A, C, and D. To reduce the mathematical tediousness of this process, you may select observations for nodes outside of A, B, C, and D. Check your answer with the web app.


Responsive
DataTables.net
Table
Name
Position
Office
Age
Start date
Salary
Tiger Nixon
System Architect
Edinburgh
61
2011/04/25
$320,800
Donna Snider
Customer Support
New York
27
2011/01/25
$112,000


Software Discovery Tool, helps you to search for available packages across OS distributions supported by the s390x architecture in a single user interface.
Currently, Software Discovery Tool contains data for the following operating systems:
More details of packages can be obtained directly from following links provided by respective distros.
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For every successful search, Software Discovery Tool displays a panel next to the results grid. You may enter a few characters of Package Name or Version in the 'Refine your results' text box and the results will be filtered automatically as you type.
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Interface IDependencyCollection
Interface implememented by all dependency injection providers for registering services.
Namespace: XPike.IoC
Assembly: XPike.IoC.dll
Syntax
public interface IDependencyCollection
Remarks
Expected Implementation Behavior
xPike modules expect that the RegisterXXXX(...) methods will replace an existing registration if on already exists for the supplied service type. This allows you to override default registration with your own without having to first remove any existing registrations.
Methods
| Improve this Doc View SourceAddSingletonToCollection(Type, Type)
For use when adding an implementation which will be retrieved as part of a collection.
Declaration
void AddSingletonToCollection(Type interfaceType, Type implementationType)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Type | interfaceType | Type of the interface. |
| System.Type | implementationType | Type of the implementation. |
AddSingletonToCollection<TService>(TService)
For use when adding an implementation which will be retrieved as part of a collection.
Declaration
void AddSingletonToCollection<TService>(TService instance)
where TService : class
Parameters
| Type | Name | Description |
|---|---|---|
| TService | instance | The instance. |
Type Parameters
| Name | Description |
|---|---|
| TService | The type of the service. |
AddSingletonToCollection<TService, TImplementation>()
For use when adding an implementation which will be retrieved as part of a collection.
Declaration
void AddSingletonToCollection<TService, TImplementation>()
where TService : class
Type Parameters
| Name | Description |
|---|---|
| TService | The service type to register. |
| TImplementation | The concrete implementation class. |
AddSingletonToCollection<TService, TImplementation>(Func<IDependencyProvider, TService>)
For use when adding an implementation which will be retrieved as part of a collection.
Declaration
void AddSingletonToCollection<TService, TImplementation>(Func<IDependencyProvider, TService> implementationFactory)
where TService : class where TImplementation : class, TService
Parameters
| Type | Name | Description |
|---|---|---|
| System.Func<IDependencyProvider, TService> | implementationFactory | A factory delegate that creates and returns and instance of |
Type Parameters
| Name | Description |
|---|---|
| TService | The service type to register. |
| TImplementation | The implementation type the delegate will return. |
BuildDependencyProvider(Boolean)
Builds the dependency provider.
Declaration
IDependencyProvider BuildDependencyProvider(bool verifyOnBuild = true)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Boolean | verifyOnBuild | if set to |
Returns
| Type | Description |
|---|---|
| IDependencyProvider | IDependencyProvider. |
RegisterScoped(Type, Type)
Adds a service to the container with a scoped lifetime.
Declaration
void RegisterScoped(Type interfaceType, Type implementationType)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Type | interfaceType | Type of the interface. |
| System.Type | implementationType | Type of the implementation. |
RegisterScoped<TService>(Func<IDependencyProvider, TService>)
Registers a service with a scoped lifetime.
Declaration
void RegisterScoped<TService>(Func<IDependencyProvider, TService> implementationFactory)
where TService : class
Parameters
| Type | Name | Description |
|---|---|---|
| System.Func<IDependencyProvider, TService> | implementationFactory | A factory delegate that creates and returns and instance of |
Type Parameters
| Name | Description |
|---|---|
| TService | The service type to register. |
RegisterScoped<TService, TImplementation>()
Adds a service to the container with a scoped lifetime.
Declaration
void RegisterScoped<TService, TImplementation>()
where TService : class where TImplementation : class
Type Parameters
| Name | Description |
|---|---|
| TService | The service type to register. |
| TImplementation | The concrete implementation class. |
RegisterSingleton(Type, Type)
Adds a service to the container as a singleton.
Declaration
void RegisterSingleton(Type interfaceType, Type implementationType)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Type | interfaceType | The interface type. |
| System.Type | implementationType | The implementation type. |
RegisterSingleton<TService>(TService)
Adds a service to the container as a singleton.
Declaration
void RegisterSingleton<TService>(TService instance)
where TService : class
Parameters
| Type | Name | Description |
|---|---|---|
| TService | instance | The instance. |
Type Parameters
| Name | Description |
|---|---|
| TService | The type of the t service. |
RegisterSingleton<TService>(Func<IDependencyProvider, TService>)
Adds a service to the container as a singleton.
Declaration
void RegisterSingleton<TService>(Func<IDependencyProvider, TService> implementationFactory)
where TService : class
Parameters
| Type | Name | Description |
|---|---|---|
| System.Func<IDependencyProvider, TService> | implementationFactory | A factory delegate that creates and returns and instance of |
Type Parameters
| Name | Description |
|---|---|
| TService | The service type to register. |
RegisterSingleton<TService, TImplementation>()
Adds a service to the container as a singleton.
Declaration
void RegisterSingleton<TService, TImplementation>()
where TService : class
Type Parameters
| Name | Description |
|---|---|
| TService | The service type to register. |
| TImplementation | The concrete implementation class. |
RegisterSingletonFallback(Type, Type)
Adds a service to the container as a singleton.
Declaration
void RegisterSingletonFallback(Type interfaceType, Type implementationType)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Type | interfaceType | Type of the interface. |
| System.Type | implementationType | Type of the implementation. |
RegisterTransient(Type, Type)
Adds a service to the container with a transient lifetime.
Declaration
void RegisterTransient(Type interfaceType, Type implementationType)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Type | interfaceType | Type of the interface. |
| System.Type | implementationType | Type of the implementation. |
RegisterTransient<TService>(Func<IDependencyProvider, TService>)
Adds a service to the container with a transient lifetime.
Declaration
void RegisterTransient<TService>(Func<IDependencyProvider, TService> implementationFactory)
where TService : class
Parameters
| Type | Name | Description |
|---|---|---|
| System.Func<IDependencyProvider, TService> | implementationFactory | A factory delegate that creates and returns and instance of |
Type Parameters
| Name | Description |
|---|---|
| TService | The service type to register. |
RegisterTransient<TService, TImplementation>()
Adds a service to the container with a transient lifetime.
Declaration
void RegisterTransient<TService, TImplementation>()
where TService : class where TImplementation : class
Type Parameters
| Name | Description |
|---|---|
| TService | The service type to register. |
| TImplementation | The concrete implementation class. |
ResetCollection<TService>()
Clears all registrations for type TService
.
Declaration
void ResetCollection<TService>()
Type Parameters
| Name | Description |
|---|---|
| TService | The type of the service. |


abstract fun createWrappingKey(masterKeyAlias: String, failIfExists: Boolean): Unit
Generates a new key to be used as a wrapping key. Some of the implementations may not have the notion of the wrapping key in such cases the implementation should do nothing. The method would be called only during the bootstrapping process.
masterKeyAlias
- the alias of the key to be used as a wrapping key.
failIfExists
- a flag indicating whether the method should fail if a key already exists under the provided alias or return normally without overriding the key.
CryptoServiceBadRequestException
- if a key already exists under this alias (and failIfExists is set to true].
CryptoServiceException
- for general cryptographic exceptions.


Copyright (c) Gary Gabrel 1978
In 1978, Gary Gabrel simplified the rules of Ninuki-renju, a variant of Go-Moku, while retaining the complexity. He called the resulting game of strategy Pente. He copyrighted the rules, replaced the Go board with a decorated vinyl mat, rolled it up and put it in a mailing tube adorned with the game's name, and started selling it. The game became very popular, and there were a number of world championship tournaments in the late '70s and early '80s. After the 1983 world championship tournament in Boston, Gabrel sold the rights to the game to Parker Brothers. Fast forward 20 years to 1998. It turns out that the early 1980s was Pente's peak. It appears that Parker Brothers never made much of a push to market the game, and the game is now licensed to a company called Decipher. [From "World Pente Players' Association Home Page"]
To read some more about Pente, check the Renju pages, and if you want to play check itsYourTurn or Richard's PbM server. To find more links go to Brien Croteau's Pente page and Mark Mammel's website.
The game starts at an empty Go board.
|
| An example White may capture stones at [1]. Black may capture stones at [2]. |
You can also play and read extensive information about the game at the MindSports Arena.
KERYO-PENTE
The game starts at an empty Go board.
|
| An example White may capture stones at [1] and [3]. Black may capture stones at [2]. |
In the multiplayer version of Pente and Keryo-Pente, each player may sandwich any pair (or trio) of enemy stones. They do not need to be of the same opponent.
This variant made by Mark Thompson is played on a linear 1D board with 19 cells:
|
| An
example
If White plays on the green dot, he will capture all four black stones. |
There is a ZRF to play Linear Pente with Zillions.


Movie Recommender
Can you tell me your favorite movies?
How many recommendations do you want?
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These widgets change the value of the label when the input changes. Changing the checkbox will toggle the background color.
These widgets have the exact same base functionality as the ones above, but they also disable the textbox when the checkbox is checked.


class CharactersPageDataSourceFactory : Factory<Int, CharacterItem>
Data source factory which also provides a way to observe the last created data source. This allows us to channel its network request status etc back to the UI.
See Also
<init> |
Data source factory which also provides a way to observe the last created data source. This allows us to channel its network request status etc back to the UI. CharactersPageDataSourceFactory(providerDataSource: Provider<CharactersPageDataSource>) |
providerDataSource |
val providerDataSource: Provider<CharactersPageDataSource> |
sourceLiveData |
var sourceLiveData: MutableLiveData<CharactersPageDataSource> |
create |
Create a DataSource. fun create(): DataSource<Int, CharacterItem> |
refresh |
Force refresh data source by invalidating and re-create again. fun refresh(): Unit |
retry |
Force retry last fetch operation on data source. fun retry(): Unit |


This scaling policy is configured with multiple alarms. You are only editing the first alarm.
To edit or remove the additional alarms, you will need to use the tencent cloud console.
This alarm is used in multiple scaling policies. Any changes here will affect those other scaling policies.


Canberra region tourism winners revealed
The National Gallery of Australia was on Friday night named the major attraction of the year while outgoing Australian War Memorial director Dr Brendan Nelson was lauded for his individual contribution to the sector at the Canberra Region Tourism Awards.
The awards were presented at a black-tie dinner at the War Memorial.
Presented by the National Capital Attractions Association and supported by VisitCanberra, awards are regarded as the most prestigious event on the Canberra Region's tourism calendar.
Dr Nelson, who is due to step down from his role at the War Memorial at the end of the year, after seven years at the helm, was lauded by his peers, winning the Outstanding Contribution by an Individual Award.
Among the major winners were the National Gallery of Australia which won the award for Major Tourist Attraction, National Aboretum Canberra which won Tourist Attractions, and the National Museum of Australia
which won Major Festivals and Events for their exhibition Rome: City and Empire.
National Capital Attractions Association president Dr Naomi Dale praised the contribution of the tourism industry to the Canberra region.
"Our region is simply brimming with businesses and attractions that excel in their field in not only bringing visitors to Canberra, but giving them a premium visitor experience when they arrive," Dr Dale said.
The 1940s-themed event was attended by 300 guests from the tourism industry in the Anzac Hall. National category winners will now compete at the 2019 Australian Tourism Awards which will to be held in Canberra on March 6.
Canberra Region Tourism Awards Winners:
Major Tourist Attractions: National Gallery of Australia.
Tourist Attractions: National Aboretum Canberra.
Major Festivals and Events: National Museum of Australia - Rome: City and Empire.
Festivals and Events: Canberra Balloon Spectacular (Events ACT).
Cultural Tourism: Royal Australian Mint.
Specialised Tourism Services: GetAboutAble.
Visitor Information Services: Canberra and Region Visitors Centre.
Business Event Venues: National Convention Centre.
Adventure Tourism: Dynamic Motivation/Stromlo Shuttle Bus.
Destination Marketing: Destination Southern Highlands- 'Pie Time'.
Tourism Wineries, Distilleries and Breweries: Shaw Wines.
Unique Accommodation: Jamala Wildlife Lodge.
Standard Accommodation: Leumeah Lodge.
Deluxe Accommodation: Little National Hotel.
Luxury Accommodation: Hyatt Hotel Canberra.
New Tourism Business: Book Canberra Excursions.
Outstanding Contribution by an Individual: Brendan Nelson.
Tourism Visitor Education: National Capital Authority.
Markus Gibson-Huck Young Achiever Award: Michael Liu - Dionysus Movement.


PATCH https://motorbot.io/api/user/sort/{playlist_id}/{position} HTTP/1.1
Authorization: Bearer {access_token}
Allows altering the order of the current users followed and created playlists.
| Path Parameter | Value |
| playlist_id | id of the playlist of which the position is to be altered |
| position | An integer describing the relative position of the playlist for the current user |
| Header Field | Value |
| Authorization REQUIRED |
A valid access token from the MotorBot authorization system. See the OAuth 2.0 endpoint or the User Authorization Guide for further information. The access token must have been issued on behalf of the current user. |
On success, the HTTP status code in the response header will be set to 204
No Content.
Should an error occur, the header status code in the response header will be set to the corresponding error.
If either your API key or the required access token for the requested user are not present a 401
Unauthorized response header will be returned.
HTTP/1.1 204 No Content


| 003:167 Khan | : |
And that He might test the hypocrites, it was said to them: "Come, fight in the Way of Allah or (at least) defend yourselves." They said: "Had we known that fighting will take place, we would certainly have followed you." They were that day, nearer to disbelief than to Faith, saying with their mouths what was not in their hearts. And Allah has full knowledge of what they conceal. |
| 003:167 Maulana | : |
And that He might know the hypocrites. And it was said to them: Come, fight in Allah's way, or defend yourselves. They said: If we knew fighting, we would have followed you. They were on that day nearer to disbelief than to belief; they say with their mouths what is not in their hearts. And Allah best knows what they conceal. |
| 003:167 Pickthal | : |
And that He might know the hypocrites, unto whom it was said: Come, fight in the way of Allah, or defend yourselves. They answered: If we knew aught of fighting we would follow you. On that day they were nearer disbelief than faith. They utter with their mouths a thing which is not in their hearts. Allah is Best Aware of what they hide. |
| 003:167 Rashad | : |
And to expose the hypocrites who were told, "Come fight in the cause of GOD, or contribute." They said, "If we knew how to fight, we would have joined you." They were closer to disbelief then than they were to belief. They uttered with their mouths what was not in their hearts. GOD knows what they conceal. |
| 003:167 Sarwar | : |
and who were the hypocrites. When the hypocrites were asked to fight for the cause of God or to defend the city, they replied, "Had we known before that you would fight, we would certainly not have followed you." At that time they were closer to disbelief than to faith. They speak words that do not come from their hearts. God knows well whatever they try to hide. |
| 003:167 Shakir | : |
And that He might know the hypocrites; and it was said to them: Come, fight in Allah's way, or defend yourselves. They said: If we knew fighting, we would certainly have followed you. They were on that day much nearer to unbelief than to belief. They say with their mouths what is not in their hearts, and Allah best knows what they conceal. |
| 003:167 Sherali | : |
And that HE might cause the hypocrites to be distinguished. And it was said to them, 'Come ye, fight in the cause of ALLAH and repel the attack of the enemy;' they said, 'If we knew how to fight we would surely follow you.' They were that day, nearer to disbelief than belief. They say with their mouths what is not in their hearts. And ALLAH knows quite well what they hide. |
| 003:167 Yusufali | : |
And the Hypocrites also. These were told: "Come, fight in the way of Allah, or (at least) drive (The foe from your city)." They said: "Had we known how to fight, we should certainly have followed you." They were that day nearer to Unbelief than to Faith, saying with their lips what was not in their hearts but Allah hath full knowledge of all they conceal. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > صفات الله تعالى > أعلم Pillars of Islam> Islamic> Oneness of Allah> His Glory's Characteristics> The One who Knows Better الجهاد > الغزوات > غزوة أحد Jihad> The Holy Battles> Uhud Battle الجهاد > نتائج الحرب > الهزيمة Jihad> The War Results> The Defeat
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


FBXKB(1) User Commands FBXKB(1) NAME fbxkb - a lightweight X11 keyboard switcher. SYNOPSIS fbxkb DESCRIPTION fbxkb is X11 keyboard switcher, which provides visual information about current keyboard. It shows a flag of current keyboard in a systray area and allows you to switch to another one. fbxkb requires NETWM (www.freedesktop.org) compliant window manager. It's written in C and uses the GTK+-2.4 library only (no GNOME is needed). Most updated info about fbxkb can be found on its home page: http://fbxkb.sf.net/ OPTIONS fbxkb hasn't options. It just works. AUTHOR fbxkb was written by Anatoly Asviyan<EMAIL_ADDRESS>This man‐ ual page was originally written for the Debian GNU/Linux system by Vadim Vatlin<EMAIL_ADDRESS>fbxkb 0.6 January 2007 FBXKB(1)


7 secrets to winning with IoT in the digital marketplace (Infographic)
by VB StaffPresented by Microsoft Azure
30% of IoT projects fail in the proof-of-concept stage. That’s because it’s treated as an off-the shelf, install-and-go solution. When business leaders jump to the integration stage without a technology roadmap, without a plan for the company’s technology future state and leadership buy-in, their IoT project becomes a statistic.
Rolling out an IoT solution requires a complex cultural adoption process that cannot be skimmed over, significant investment in teams with the broad talent bench that integrating IoT enterprise-wide demands, and a broad range of stakeholders from every line of business to create cross-functional structures.
IoT isn’t just technology — it’s business transformation. Here’s how to create an industrial-strength foundation to launch your strategy from.
Dig deeper: Drill down into the 7 enablers of IoT success.
Sponsored articles are content produced by a company that is either paying for the post or has a business relationship with VentureBeat, and they’re always clearly marked. Content produced by our editorial team is never influenced by advertisers or sponsors in any way. For more information, contact sales@venturebeat.com.


Content Management Framework helps you to build an application in React with a system to configure your contents and much more.
UMD minified UMDA set of stateless components which follows the Talend Guidelines.
UMD minified UMDThis library provides a widget set to be able to start with react-cmf.
UMD minified UMD


Justin Helper
积分(productCode):
Trigger Start
积分秒杀
Trigger Start
receiverName:
mobile:
address:
postCode:
稳赢-安e贷
Trigger Start
Available amount
tradePassword:
test
Trigger Start
Random IP
Cookies Manager
Filter:
x
Showing
of
cookie domains.
Name
#Cookies


When I watch a movie, I like to deconstruct the different characters that are involved in the plot. When it comes to female leads, I tend to enjoy seeing women that mirror the women in my life. For example, both my mom and girlfriend are strong, smart and independent. They have a certain confidence that they've built from overcoming challenges in this world. So when it comes to casting for a movie, I tend to like strong women that have a certain "I can" attitude, who overcome obstacles with grace. Those are the lead roles that make up a good and unique film.


|
NMEAParser
NMEA Parser Library - Monte Variakojis @VisualGPS
|
This is the base class for every NMEA sentence. More...
#include <NMEASentenceBase.h>
Public Member Functions | |
| CNMEASentenceBase () | |
| ~CNMEASentenceBase () | |
| virtual CNMEAParserData::ERROR_E | ProcessSentence (char *pCmd, char *pData)=0 |
| Process the data from the specific NMEA sentence. More... | |
| virtual void | ResetData (void)=0 |
| Clears the sentence specific data to a default value. More... | |
Static Public Attributes | |
| static const int | c_nMaxField = 256 |
| Maximum field length. More... | |
Protected Member Functions | |
| CNMEAParserData::ERROR_E | GetField (char *pData, char *pField, int nFieldNum, int nMaxFieldLen) |
| This function will get the specified field in a NMEA string. More... | |
Protected Attributes | |
| unsigned int | m_uRxCount |
| Receive count. More... | |
Private Attributes | |
| std::string | m_strSentenceID |
| Sentence ID, ie: GGA, RMC, etc... More... | |
| CNMEAParserData::TALKER_ID_E | m_nTalkerID |
| Talker ID, ie: GP, GN, etc... More... | |
This is the base class for every NMEA sentence.
Definition at line 34 of file NMEASentenceBase.h.
| CNMEASentenceBase::CNMEASentenceBase | ( | ) |
Definition at line 29 of file NMEASentenceBase.cpp.
| CNMEASentenceBase::~CNMEASentenceBase | ( | ) |
Definition at line 35 of file NMEASentenceBase.cpp.
|
protected |
This function will get the specified field in a NMEA string.
| pData | - Pointer to NMEA string |
| pField | - pointer to returned field |
| nFieldNum | - Field offset to get |
| nMaxFieldLen | - Maximum of bytes pFiled can handle |
Definition at line 39 of file NMEASentenceBase.cpp.
|
pure virtual |
Process the data from the specific NMEA sentence.
This method was made into a pure virtual to force the child class to define the sentence processor. You must redefine this method to process the specific data. See CNMEASentenceGGA::ProcessSentence() child class method for an example.
| pCmd | Talker command |
| pData | Comma separated talker data string. |
Implemented in CNMEASentenceRMC, CNMEASentenceGGA, CNMEASentenceGSA, and CNMEASentenceGSV.
|
pure virtual |
Clears the sentence specific data to a default value.
This method was made into a pure virtual to force the child class to define the sentence processor. You must redefine this method to process the specific data. See CNMEASentenceGGA::ResetData() child class method for an example.
Implemented in CNMEASentenceRMC, CNMEASentenceGGA, CNMEASentenceGSA, and CNMEASentenceGSV.
|
static |
Maximum field length.
Definition at line 37 of file NMEASentenceBase.h.
|
private |
Talker ID, ie: GP, GN, etc...
Definition at line 41 of file NMEASentenceBase.h.
|
private |
Sentence ID, ie: GGA, RMC, etc...
Definition at line 40 of file NMEASentenceBase.h.
|
protected |
Receive count.
Definition at line 44 of file NMEASentenceBase.h.


Loader Tutorial¶
The loader module implements a general purpose data loader for python non-sequential machine learning tasks.
Supported Data Types¶
loader is designed to operate on numpy arrays, scipy sparse csr_matrices, and HotIndex
objects.
HotIndex objects¶
In the discussion below we distinguish “one hot” meaning a matrix with exactly a single 1 per row and zeros elsewhere
from “many hot”, matrices with only ones and zeros.
In order to address the pervasive need for one hot representations the loader module has some functions for creating
one hot matrices (toOnehot
), transforming one hots to indices (toIndex
) and determining if a matrix is
a one hot representation (is_one_hot
).
Also there is a compact index representation of a one hot matrix, the HotIndex
object which has a field to
retain the row size of the one hot matrix, while representing the on columns by their indices alone.
Supported File Formats¶
- .mat:
- Matlab files of matrices made with the matlab save command. Saved matrices to be read must be named data. As of now some Matlab implementations may load the files with the load function but the loaded matrices will have different values.
- .sparsetxt
- Plain text files where lines correspond to an entry in a matrix where a line consists of values i j k, so a matrix A is constructed where \(A_{ij} = k\). Tokens must be whitespace delimited.
- .densetxt:
- Plain text files with a matrix represented in standard form. Tokens must be whitespace delimited.
- .sparse:
- Like
.sparsetxt
files but written in binary (no delimiters) to save disk space and speed file i/o. Matrix dimensions are contained in the first bytes of the file.- .binary / .dense:
- Like
.densetxt
files but written in binary (no delimiters) to save disk space and speed file i/o. Matrix dimensions are contained in the first bytes of the file.- .index:
- A saved
HotIndex
object written in binary.
Import and export data¶
export_data
: Scipy sparse matrices and numpy arrays may be saved to a supported file format with this function.
import_data
: Scipy sparse matrices and numpy arrays may be loaded from a supported file format with this function.>>> from antk.core import loader >>> import numpy >>> test = numpy.random.random((3,3)) >>> test array([[ 0.65769658, 0.22230913, 0.41058879], [ 0.71498391, 0.47537034, 0.88214378], [ 0.37795028, 0.02388658, 0.41103339]]) >>> loader.export_data('test.mat', test) >>> loader.import_data('test.mat') array([[ 0.65769658, 0.22230913, 0.41058879], [ 0.71498391, 0.47537034, 0.88214378], [ 0.37795028, 0.02388658, 0.41103339]])
The DataSet
object¶
DataSet
objects are designed to make data manipulation easier for mini-batch gradient descent training. It is necessary
to package your data in a DataSet
object in order to create a Model
object from antk’s generic_model
module. You can create a DataSet with a dictionary of numpy arrays, scipy sparse csr_matrices, and HotIndex
objects.
>>> test2 = numpy.random.random((3,4)) >>> test3 = numpy.random.random((3,5)) >>> datadict = {'feature1': test, 'feature2': test2, 'feature3': test3} >>> data = loader.DataSet(datadict) >>> data antk.core.DataSet object with fields: '_labels': {} '_num_examples': 3 '_epochs_completed': 0 '_index_in_epoch': 0 '_mix_after_epoch': False '_features': {'feature2': array([[ 0.3053935 , 0.19926099, 0.43178954, 0.21737312], [ 0.47352974, 0.33052605, 0.22874512, 0.59903599], [ 0.62532971, 0.70029533, 0.13582899, 0.39699691]]), 'feature3': array([[ 0.98901453, 0.48172019, 0.55349593, 0.88056326, 0.87455635], [ 0.46123761, 0.94292179, 0.13315178, 0.55212266, 0.09410787], [ 0.90358241, 0.88080438, 0.51443528, 0.69531831, 0.32700497]]), 'feature1': array([[ 0.55351649, 0.94648234, 0.83976935], [ 0.95176126, 0.37265882, 0.72076518], [ 0.97364273, 0.79038134, 0.83085418]])}
There is a DataSet.show
method that will display information about the DataSet.
>>> data.show() features: feature2: (3, 4) <type 'numpy.ndarray'> feature3: (3, 5) <type 'numpy.ndarray'> feature1: (3, 3) <type 'numpy.ndarray'> labels:
There is an optional argument for labels in case you wish to have features and labels in separate maps.
>>> label = numpy.random.random((3,10)) >>> data = loader.DataSet(datadict, labels={'label1': label}) >>> data.show() features: feature2: (3, 4) <type 'numpy.ndarray'> feature3: (3, 5) <type 'numpy.ndarray'> feature1: (3, 3) <type 'numpy.ndarray'> labels: label1: (3, 10) <type 'numpy.ndarray'>
Matrices in the DataSet can be accessed by their keys.
>>> data.features['feature1'] array([[ 0.65769658, 0.22230913, 0.41058879], [ 0.71498391, 0.47537034, 0.88214378], [ 0.37795028, 0.02388658, 0.41103339]]) >>> data.labels['label1'] array([[ 0.95719927, 0.5568232 , 0.18691618, 0.74473549, 0.13150579, 0.18189613, 0.00841565, 0.36285286, 0.52124701, 0.90096317], [ 0.73361071, 0.0939201 , 0.22622336, 0.47731619, 0.91260044, 0.98467187, 0.01978079, 0.93664054, 0.92857152, 0.25710894], [ 0.024292 , 0.92705842, 0.0086137 , 0.33100848, 0.93829355, 0.04615762, 0.91809485, 0.79796301, 0.88414445, 0.72963613]])
If your data is structured so that your features and labels have rows corresponding to data points then you
can use the next_batch
function to grab data for a mini-batch iteration in stochastic gradient descent.
>>> minibatch = data.next_batch(2) >>> minibatch.show() features: feature2: (2, 3) <type 'numpy.ndarray'> feature3: (2, 3) <type 'numpy.ndarray'> feature1: (2, 3) <type 'numpy.ndarray'> labels: label1: (2, 10) <type 'numpy.ndarray'>
You can ensure that the order of the data points is shuffled every epoch with the mix_after_epoch
function,
and see how many epochs the data has been trained with from the epochs_completed
property.
>>> data.mix_after_epoch(True) >>> data.next_batch(1) <antk.core.loader.DataSet object at 0x7f5c48dc6b10> >>> data.epochs_completed 1 >>> data.features['features1'] array([[ 0.71498391, 0.47537034, 0.88214378], [ 0.65769658, 0.22230913, 0.41058879], [ 0.37795028, 0.02388658, 0.41103339]])
read_data_sets: The loading function¶
read_data_sets
will automatically load folders of data of the supported file formats into a DataSets
object,
which is just a record of DataSet objects with a show() method to display all the datasets at once.
Below are some things to know before using the read_data_sets
function.
Directory Structure¶
directory at the top level can be named whatever. There are by default assumed to be three directories below directory named train, dev, and test. However one may choose to read data from any collection of directories using the folders argument.
If the directories specified are not present Bad_directory_structure_error
will be raised during loading. The top level directory may contain other files besides the listed directories. According to the diagram:
N is the number of feature sets. Not to be confused with the number of elements in a feature vector for a particular feature set. Q is the number of label sets. Not to be confused with the number of elements in a label vector for a particular label set. The hash for a matrix in aDataSet.features
attribute is whatever is between features_ and the file extension (.ext) in the file name. The hash for a matrix in aDataSet.labels
attribute is whatever is between labels_ and the file extension (.ext) in the file name.
Note
Rows of feature and data matrices should correspond to individual data points as opposed to the transpose.
There should be the same number of data points in each file of the train directory, and the same is true for
the dev and test directories. The number of data points can of course vary between dev, train, and test directories.
If you have data you want to load that doesn’t correspond to the paradigm of matrices which have a number of data points columns there you may use the read_data_sets
folders argument (a list of folder names) to include other directories besides dev, train, and test. In this case all and only the folders specified by the folders argument will be loaded into a DataSets
object.
Examples¶
Below we download, untar, and load a processed and supplemented Movielens 100k dataset, where data points are user/item pairs for observed movie ratings.
Basic usage:
>>> loader.maybe_download('ml100k.tar.gz', '.', 'http://sw.cs.wwu.edu/~tuora/aarontuor/ml100k.tar.gz')
>>> loader.untar('ml100k.tar.gz')
>>> loader.read_data_sets('ml100k).show()
reading train...
reading dev...
reading test...
dev:
features:
item: vec.shape: (10000,) dim: 1682 <class 'antk.core.loader.HotIndex'>
user: vec.shape: (10000,) dim: 943 <class 'antk.core.loader.HotIndex'>
words: (10000, 12734) <class 'scipy.sparse.csc.csc_matrix'>
time: (10000, 1) <type 'numpy.ndarray'>
labels:
genre: (10000, 19) <type 'numpy.ndarray'>
ratings: (10000, 1) <type 'numpy.ndarray'>
genre_dist: (10000, 19) <type 'numpy.ndarray'>
test:
features:
item: vec.shape: (10000,) dim: 1682 <class 'antk.core.loader.HotIndex'>
user: vec.shape: (10000,) dim: 943 <class 'antk.core.loader.HotIndex'>
words: (10000, 12734) <class 'scipy.sparse.csc.csc_matrix'>
time: (10000, 1) <type 'numpy.ndarray'>
labels:
genre: (10000, 19) <type 'numpy.ndarray'>
ratings: (10000, 1) <type 'numpy.ndarray'>
genre_dist: (10000, 19) <type 'numpy.ndarray'>
train:
features:
item: vec.shape: (80000,) dim: 1682 <class 'antk.core.loader.HotIndex'>
user: vec.shape: (80000,) dim: 943 <class 'antk.core.loader.HotIndex'>
words: (80000, 12734) <class 'scipy.sparse.csc.csc_matrix'>
time: (80000, 1) <type 'numpy.ndarray'>
labels:
genre: (80000, 19) <type 'numpy.ndarray'>
ratings: (80000, 1) <type 'numpy.ndarray'>
genre_dist: (80000, 19) <type 'numpy.ndarray'>
Other Folders:
>>> loader.read_data_sets('ml100k', folders=['user', 'item']).show()
reading user...
reading item...
item:
features:
genres: (1682, 19) <type 'numpy.ndarray'>
bin_doc_term: (1682, 12734) <class 'scipy.sparse.csc.csc_matrix'>
month: vec.shape: (1682,) dim: 12 <class 'antk.core.loader.HotIndex'>
doc_term: (1682, 12734) <class 'scipy.sparse.csc.csc_matrix'>
tfidf_doc_term: (1682, 12734) <class 'scipy.sparse.csc.csc_matrix'>
year: (1682, 1) <type 'numpy.ndarray'>
labels:
user:
features:
occ: vec.shape: (943,) dim: 21 <class 'antk.core.loader.HotIndex'>
age: (943, 1) <type 'numpy.ndarray'>
zip: vec.shape: (943,) dim: 1000 <class 'antk.core.loader.HotIndex'>
sex: vec.shape: (943,) dim: 2 <class 'antk.core.loader.HotIndex'>
labels:
Selecting Files:
>>> loader.read_data_sets('ml100k', folders=['user', 'item'], hashlist=['zip', 'sex', 'year']).show()
reading user...
reading item...
item:
features:
year: (1682, 1) <type 'numpy.ndarray'>
labels:
user:
features:
zip: vec.shape: (943,) dim: 1000 <class 'antk.core.loader.HotIndex'>
sex: vec.shape: (943,) dim: 2 <class 'antk.core.loader.HotIndex'>
labels:
Exceptions¶
Bad_directory_structure_error
Mat_format_error
Sparse_format_error
Unsupported_format_error


Hi! Thanks for visiting my website. Currently I’m pursuing my M.S. in Data Science from New York University. In 2016, I received my B.S. in Mechanical Engineering from Johns Hopkins Unviersity. Feel free to contact me at adrian.pearl@nyu.edu.


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