CreateReadUpdateDelete.js
CreateReadUpdateDelete.js aims to bring you a tiny footprint, platform independent ORM/ActiveRecord implementation for Javascript that works flawlessly on SQLite / WebSQL databases, or any flavor of remote database you can think of via serverside JSON API
Written in Plain Old JavaScript without any framework dependencies, you can use this with AngularJS, React, Jquery, Mootools, Zepto, Ember, or whatever your framework drug of choice is.
ActiveRecord? Orm?
Active Record From Wikipedia:
In software engineering, the active record pattern is an architectural pattern found in software that stores in-memory object data in relational databases. It was named by Martin Fowler in his 2003 book Patterns of Enterprise Application Architecture.[1] The interface of an object conforming to this pattern would include functions such as Insert, Update, and Delete, plus properties that correspond more or less directly to the columns in the underlying database table.
The active record pattern is an approach to accessing data in a database. A database table or view is wrapped into a class. Thus, an object instance is tied to a single row in the table. After creation of an object, a new row is added to the table upon save. Any object loaded gets its information from the database. When an object is updated the corresponding row in the table is also updated. The wrapper class implements accessor methods or properties for each column in the table or view.
This pattern is commonly used by object persistence tools, and in object-relational mapping (ORM). Typically, foreign key relationships will be exposed as an object instance of the appropriate type via a property.
ORM (Loosely) From service-architecture.com
Object-relational mapping (OR mapping) products integrate object programming language capabilities with relational databases. Database objects appear as programming language objects. Often, the interface for object-relational mapping products is the same as the interface for object databases.
Features
- Simple access to WebSQL database rows as if they're plain javascript objects
- Supports 1:1, 1:many, many:1 and many:many relations
- Support for indexes, fixtures and migrations
- Completely promise-based. (Use promise.js for browsers that don't have a native Promise object)
- A simplified query language, but the freedom to execute plain SQL
- Works on any browser that supports WebSQL (yes, also on mobile)
- Works even without schema-defined foreign keys by just matching primary keys
- Built-in caching / entity manager layer makes sure you'll get a handle to the same entity when it's fetched again
- Auto-generates findBy<property> and findOneBy<property> methods
Examples
Create
var serie = new Serie();
serie.name = 'Arrow';
serie.TVDB_ID = '257655';
serie.actors = [
"Stephen Amell (Oliver Queen / Arrow)",
"Katie Cassidy (Laurel Lance)",
"Paul Blackthorne (Detective Quentin Lance)",
"David Ramsey (John Diggle)",
"Willa Holland (Thea Queen)",
"Emily Bett Rickards (Felicity Smoak)",
"John Barrowman (Malcolm Merlyn)"
];
serie.Persist().then(function(result) {
console.log("Serie persisted! ", result);
});
Read
/**
* CRUD.Find returns a promise that receives an array with results
*/
CRUD.Find(Serie, { name: 'Arrow' }).then(function(series) {
console.log("Found results: ", series);
});
/**
* CRUD.FindOne returns a promise that receives a single instance of an entity or null
*/
CRUD.FindOne(Serie, { name: 'Arrow' }).then(function(serie) {
console.log("Found one result: ", serie);
});
/**
* You can pass an array instead of mapped object to add custom SQL
*/
CRUD.Find(Serie, ['name like "%Arr%"']).then(function(series) {
console.log("Found wildcard results: ", series);
});
Update
CRUD.FindOne(Serie, {name: 'Arrow'}).then(function(arrow) {
arrow.overview = [
"Oliver Queen and his father are lost at sea when their luxury yacht sinks.",
"His father doesn't survive. Oliver survives on an uncharted island for five years learning to fight,",
"but also learning about his father's corruption and unscrupulous business dealings.",
"He returns to civilization a changed man, determined to put things right.",
"He disguises himself with the hood of one of his mysterious island mentors,",
"arms himself with a bow and sets about hunting down the men and women who have corrupted his city."
].join(' ');
return arrow.Persist();
}).then(function(result) {
console.log("Arrow update persisted!", result);
});
Delete
CRUD.FindOne(Serie, {name: 'Arrow'}).then(function(arrow) {
return arrow.Delete();
}).then(function(result) {
console.log("Arrow deleted!");
});
JSFiddle live demo: CreateReadUpdateDelete : basic setup of an entity
Documentation and howto
- CRUD.define: Introduction and conventions
- CRUD.define: Setting up a basic entity
- CRUD.define: 1:1 relation
- CRUD.define: 1:many and many:1 relation
- CRUD.define: many:many relation
- CRUD.define: Default orderBy property and orderBy direction
- CRUD.define: Custom orderBy clause
- CRUD.define: Defining fixtures
- CRUD.define: Indexes
- CRUD.define: Migrations
- Usage: Opening a database connection
- Usage: Using CRUD.Find and CRUD.FindOne
- Usage: Using Find on an entity instance to fetch related entities
- Usage: Using FindOne
- Usage: Save changes to an entity to the database
- Usage: Deleting an entity
- Usage: Connecting entities
- Advanced: Deep filters on related records using CRUD.Find
- Advanced: Using CRUD.fromCache to convert a plain JavaScript Object into a CRUD Entity
- Advanced: Loading data from JSON and inserting it into the database
- Advanced: Using CRUD.executeQuery
- Advanced: Active Query Monitor using Object.observe
- Advanced: CRUD.EntityManager ensures you have handle to the same record in different contexts
- Advanced: Using REPLACE INTO instead of the default INSERT INTO
- Advanced: Migrations in WebSQL: Adding a column to the database
- Advanced: Interacting with a Select2 via JQuery
- Advanced: Browse the JSDocs
CRUD.define: Introduction and conventions
Conventions
- Always create an Integer AUTO_INCREMENT primary key on your tables. This library doesn't support compound keys.
- If you create a foreign key in a table, name it the same as the primary key of the table you're referring to.
Introduction
CRUD.define registers your entities in the EntityManager.
The Entity Manager performs the following tasks as soon as it's connected to a database:
- Fetch a list of all tables and indexes
- Verify that all tables for registered entities exist.
- Execute createStatements for entities if they haven't been created.
- Execute any migrations in sequence if the table version is smaller than the highest migration number
- Compare the list of indexes in the database to the ones defined and create the ones that don't exist
- Insert fixtures for tables that have been freshly created
To connect to a database, feed a new instance of a CRUD.SqliteAdapter to CRUD.setAdapter. This returns a promise that is resolved when all the setup steps are done, and after that you can use your entities.
// initialize WebSQL database connection
CRUD.setAdapter(new CRUD.SQLiteAdapter('createreadupdatedelete', {
estimatedSize: 25 * 1024 * 1024
})).then(function() {
// do stuff with your CRUD entities here.
});
CRUD.define signature and parameters
/**
* @param {Function} namedFunction Named Function to register with the entity manager
* @param {object} properties entity config properties like table, primary, fields, createStatement
* @param {object} methods prototype methods to register on the entity instance
* @return {Function} namedFunction enriched with CRUD methods and prototype methods
*/
CRUD.define = function(namedFunction, properties, methods) {};
CRUD.define forwards registration of an entity to CRUD.EntityManager.
Parameters passed to 'properties' should be at least:
createStatement
: String, Full CREATE TABLE SQL statementtable
: String, Table name used by createStatementprimary
: String, Primary key propertyfields
: All properties (including primary key) created by the createStatement
Optional properties can be:
indexes
: Array, List of fields to create indexes on.relations
: Array, List of (String) Entity names and CRUD.RELATION_* typesautoSerialize
: Array, properties to auto json_encode / json_decode on fetch/persistdefaultValues
: Object, property -> default value listorderProperty
: String, default orderBy propery to append to CRUD.Find queriesorderDirection
: String, default orderBy direction to append to CRUD.Find queriesmigrations
: Object, with numeric keys and array of raw sql migrations to run in sequence when current version doesn't match lastest.
CRUD.define: Setting up a basic entity
Make sure you define your entities before opening the database connection using CRUD.setAdapter. The setup phase only runs on creating a connection. Defining new entities after the database is connected is not supported.
/**
* Create a nice Named Function that calls the CRUD.Entity constructor
* The Named function will make sure that we can do console.log and see a Serie object instead of CRUD.Entity
* Adding ``CRUD.Entity.call(this)`` is mandatory and makes sure that the proper setup is performed when creating a new instance of the object.
*/
function Serie() {
CRUD.Entity.call(this);
}
/**
* Extend the Named Function with CRUD definitions and register it in the CRUD.EntityManager
*/
CRUD.define(Serie, {
table: 'Series', // Database table this entity is bound to
primary: 'ID_Serie', // Primary key. Make sure to use uniquely named keys, don't use 'id' on every table and refer to 'id_something'
fields: [ // List all individual properties including primary key. Accessors will be auto-created (but can be overwritten)
'ID_Serie',
'name',
'banner',
'overview',
'TVDB_ID',
'actors'
],
createStatement: 'CREATE TABLE Series (ID_Serie INTEGER PRIMARY KEY NOT NULL, name VARCHAR(250) DEFAULT(NULL), banner VARCHAR(1024) DEFAULT(NULL), overview TEXT DEFAULT(NULL), TVDB_ID INTEGER UNIQUE NOT NULL, actors VARCHAR(1024) DEFAULT(NULL))',
});
CRUD.define: 1:1 relation
To define a 1:1 relation, use the CRUD.RELATION_SINGLE relation type. Simply define the fact that a relationship exists, CreateReadUpdateDelete will automatically deduct that the primary key from table A exists in table B and vice versa.
Consider this fictional scenario where every actor in the world can only play one role, ever.
function Role() {
CRUD.Entity.call(this);
}
function Actor() {
CRUD.Entity.call(this);
}
CRUD.define(Role, {
table: 'Roles',
primary: 'ID_Role',
fields: ['ID_Role', 'name', 'ID_Actor'],
relations: {
'Actor' : CRUD.RELATION_SINGLE
},
createStatement: 'CREATE TABLE Roles (ID_Role INTEGER PRIMARY KEY NOT NULL, name VARCHAR(250) DEFAULT(NULL), ID_Actor INTEGER NULL)'
});
CRUD.define(Actor, {
table: 'Actors',
primary: 'ID_Actor',
fields: ['ID_Actor', 'firstname', 'lastname', 'gender', 'ID_Role'],
relations: {
'Role' : CRUD.RELATION_SINGLE
},
createStatement: 'CREATE TABLE Actors (ID_Actor INTEGER PRIMARY KEY NOT NULL, firstname VARCHAR(250) DEFAULT(NULL), lastname VARCHAR(250) DEFAULT(NULL), gender VARCHAR(1) DEFAULT(NULL), ID_Role INTEGER NULL)'
});
// initialize WebSQL database connection
CRUD.setAdapter(new CRUD.SQLiteAdapter('createreadupdatedelete_single', {
estimatedSize: 25 * 1024 * 1024
})).then(function() { // Promise resolves when all database setup is done
// create a new role
var cptn = new Role();
cptn.name = 'Captain Jack Sparrow';
// create a new actor
var actor = new Actor();
actor.firstname = 'Johnny';
actor.lastname = 'Depp';
actor.gender = 'm';
// connect Actor to Role. Note that both will be auto-persisted at this point!
// both entities will also have an update-query executed to set the 1:1 relation.
cptn.Connect(actor);
// the other way around also works.
// role.Connect(actor);
})
JSFiddle live demo: CreateReadUpdateDelete : Defining a 1:1 relation
CRUD.define: 1:many or many:1 relation
To define a 1:many or many:1 relation, use the CRUD.RELATION_FOREIGN relation type. Simply define the fact that a relationship exists, CreateReadUpdateDelete will automatically determine that the primary key from table A exists in table B or a primary key from table B exists in table A. CreateReadUpdateDelete.js automatically makes sure that you can use this relationship from both sides.
Consider this more realistic scenario where one actor can play many roles over a lifetime.
function Role() {
CRUD.Entity.call(this);
}
function Actor() {
CRUD.Entity.call(this);
}
CRUD.define(Role, {
table: 'Roles',
primary: 'ID_Role',
fields: ['ID_Role', 'name', 'ID_Actor'],
relations: {
'Actor' : CRUD.RELATION_FOREIGN
},
createStatement: 'CREATE TABLE Roles (ID_Role INTEGER PRIMARY KEY NOT NULL, name VARCHAR(250) DEFAULT(NULL), ID_Actor INTEGER NULL)'
});
CRUD.define(Actor, {
table: 'Actors',
primary: 'ID_Actor',
fields: ['ID_Actor', 'firstname', 'lastname', 'gender'],
relations: {
'Role' : CRUD.RELATION_FOREIGN
},
createStatement: 'CREATE TABLE Actors (ID_Actor INTEGER PRIMARY KEY NOT NULL, firstname VARCHAR(250) DEFAULT(NULL), lastname VARCHAR(250) DEFAULT(NULL), gender VARCHAR(1) DEFAULT(NULL), ID_Role INTEGER NULL)'
});
// initialize WebSQL database connection
CRUD.setAdapter(new CRUD.SQLiteAdapter('createreadupdatedelete_foreign', {
estimatedSize: 25 * 1024 * 1024
})).then(function() { // Promise resolves when all database setup is done
// create a new role
var cptn = new Role();
cptn.name = 'Captain Jack Sparrow';
// create a new actor
var actor = new Actor();
actor.firstname = 'Johnny';
actor.lastname = 'Depp';
actor.gender = 'm';
// connect Actor to Role. Note that both will be auto-persisted at this point!
// role will be updated as well to set the Actor_ID
actor.Connect(role);
// the other way around also works.
// role.Connect(actor);
});
JSFiddle live demo: CreateReadUpdateDelete : Defining a 1:many or many:1 relation
CRUD.define: many:many relation
Many to many relations in CreateReadUpdateDelete.js require that you create an entity for the connecting table as well. This connecting entity has to have at least 2 foreign keys, (one for each side of the relation) and a primary key. Connector tables with only a combined primary key are NOT supported! Since it's a full CreateReadUpdateDelete.js entity, it needs an AUTO_INCREMENT numeric primary key just as any other CreateReadUpdateDelete.js entity.
Consider this real-world scenario where multiple roles can be played by multiple actors
function Serie() {
CRUD.Entity.call(this);
}
function Role() {
CRUD.Entity.call(this);
}
function Actor() {
CRUD.Entity.call(this);
}
function Actor_Role() {
CRUD.Entity.call(this);
}
CRUD.define(Serie, {
table: 'Series',
primary: 'ID_Serie',
fields: ['ID_Serie', 'name', 'TVDB_ID'],
relations: {
'Role': CRUD.RELATION_FOREIGN
},
createStatement: 'CREATE TABLE Series (ID_Serie INTEGER PRIMARY KEY NOT NULL, name VARCHAR(250) DEFAULT(NULL), TVDB_ID INTEGER UNIQUE NOT NULL)',
});
CRUD.define(Role, {
table: 'Roles',
primary: 'ID_Role',
fields: ['ID_Role', 'name'],
relations: {
'Actor' : CRUD.RELATION_MANY
},
connectors: {
'Actor': 'Actor_Role'
},
createStatement: 'CREATE TABLE Roles (ID_Role INTEGER PRIMARY KEY NOT NULL, name VARCHAR(250) DEFAULT(NULL))'
});
CRUD.define(Actor, {
table: 'Actors',
primary: 'ID_Actor',
fields: ['ID_Actor', 'firstname', 'lastname', 'gender'],
relations: {
'Role' : CRUD.RELATION_MANY
},
connectors: {
'Role' : 'Actor_Role'
},
createStatement: 'CREATE TABLE Actors (ID_Actor INTEGER PRIMARY KEY NOT NULL, firstname VARCHAR(250) DEFAULT(NULL), lastname VARCHAR(250) DEFAULT(NULL), gender VARCHAR(1) DEFAULT(NULL))'
});
CRUD.define('Actor_Role', {
table: 'Actors_Roles',
primary: 'ID_Actor_Role',
fields: ['ID_Actor_Role', 'ID_Actor', 'ID_Role'],
relations: {
'Actor': CRUD.RELATION_FOREIGN,
'Role': CRUD.RELATION_FOREIGN
},
createStatement: 'CREATE TABLE Actors_Roles (ID_Actor_Role INTEGER PRIMARY KEY NOT NULL, ID_Actor INTEGER DEFAULT(NULL), ID_Role INTEGER DEFAULT(NULL))'
});
// initialize WebSQL database connection
CRUD.setAdapter(new CRUD.SQLiteAdapter('createreadupdatedelete_many', {
estimatedSize: 25 * 1024 * 1024
})).then(function() { // Promise resolves when all database setup is done
var doctorwho = new Serie();
doctorwho.name = 'Doctor Who';
doctorwho.TVDB_ID = 78804;
var thedoctor = new Role();
thedoctor.name = 'The Doctor';
var twelve = new Actor();
twelve.firstname ='Peter';
twelve.lastname = 'Capaldi';
var eleven = new Actor();
eleven.firstname = 'Matt';
eleven.lastname = 'Smith';
var ten = new Actor();
ten.firstname = 'David';
ten.lastname = 'Tennant';
doctorwho.connect(thedoctor);
thedoctor.connect(ten);
// this also works
twelve.connect(thedoctor);
eleven.connect(thedoctor);
});
JSFiddle live demo: CreateReadUpdateDelete : Defining a many:many relation
CRUD.define: Default orderBy property and orderBy direction
CRUD.define(Actor, {
table: 'Actors',
primary: 'ID_Actor',
fields: ['ID_Actor', 'firstname', 'lastname', 'gender'],
orderProperty: 'lastname',
orderDirection: 'ASC',
relations: {
'Role' : CRUD.RELATION_MANY
},
connectors: {
'Role' : 'Actor_Role'
},
createStatement: 'CREATE TABLE Actors (ID_Actor INTEGER PRIMARY KEY NOT NULL, firstname VARCHAR(250) DEFAULT(NULL), lastname VARCHAR(250) DEFAULT(NULL), gender VARCHAR(1) DEFAULT(NULL))'
});
CRUD.define: Custom orderBy clause
CRUD.define(Actor, {
table: 'Actors',
primary: 'ID_Actor',
fields: ['ID_Actor', 'firstname', 'lastname', 'gender'],
orderBy: 'lastname ASC, firstname DESC'
relations: {
'Role' : CRUD.RELATION_MANY
},
connectors: {
'Role' : 'Actor_Role'
},
createStatement: 'CREATE TABLE Actors (ID_Actor INTEGER PRIMARY KEY NOT NULL, firstname VARCHAR(250) DEFAULT(NULL), lastname VARCHAR(250) DEFAULT(NULL), gender VARCHAR(1) DEFAULT(NULL))'
});
CRUD.define: Defining fixtures
CRUD.define(Actor, {
table: 'Actors',
primary: 'ID_Actor',
fields: ['ID_Actor', 'firstname', 'lastname', 'gender'],
orderBy: 'lastname ASC, firstname DESC'
relations: {
'Role' : CRUD.RELATION_MANY
},
connectors: {
'Role' : 'Actor_Role'
},
createStatement: 'CREATE TABLE Actors (ID_Actor INTEGER PRIMARY KEY NOT NULL, firstname VARCHAR(250) DEFAULT(NULL), lastname VARCHAR(250) DEFAULT(NULL), gender VARCHAR(1) DEFAULT(NULL))'
fixtures: [
{ firstname: 'Peter', lastname: 'Capaldi', gender: 'm' },
{ firstname: 'Matt', lastname: 'Smith', gender: 'm' },
{ firstname: 'David', 'lastname': 'Tennant', gender: 'm' }
],
});
CRUD.define: Indexes
CRUD.define(Actor, {
table: 'Actors',
primary: 'ID_Actor',
fields: ['ID_Actor', 'firstname', 'lastname', 'gender'],
createStatement: 'CREATE TABLE Actors (ID_Actor INTEGER PRIMARY KEY NOT NULL, firstname VARCHAR(250) DEFAULT(NULL), lastname VARCHAR(250) DEFAULT(NULL), gender VARCHAR(1) DEFAULT(NULL))'
indexes: ['firstname','lastname', 'gender'],
});
CRUD.define: Migrations
Usage: Opening a database connection
// initialize WebSQL database connection
CRUD.setAdapter(new CRUD.SQLiteAdapter('createreadupdatedelete_foreign', {
estimatedSize: 25 * 1024 * 1024
})).then(function() { // Promise resolves when all database setup is done
// do stuff here
});
Usage: Using CRUD.Find and CRUD.FindOne
Find returns an array:
CRUD.Find(Serie, { name: 'Arrow'}).then(function(results) {
// do something with results
});
FindOne returns a single entity
CRUD.FindOne(Serie, { name: 'Arrow'}).then(function(results) {
// do something with results
});
Usage: Using FindOne
CRUD.FindOne(Serie, { name: 'Arrow'}).then(function(arrow) {
// do something with Arrow.
});
Find the first serie in the database that has an episode with seasonNumber 4
CRUD.FindOne(Serie, { Episode: { seasonNumber: 4 }}).then(function(results) {
//
});
Usage: Using Find on an entity instance to fetch related entities
This auto creates a join where needed and executes [these] queries
CRUD.FindOne(Serie, { name: 'Arrow'}).then(function(arrow) {
arrow.Find('Episode', { seasonNumber: 1 }).then(function(episodes) {
// do something with episodes
});
});
Usage: Save changes to an entity to the database
var serie = new Serie();
serie.name = 'Arrow';
serie.TVDB_ID = '257655';
serie.actors = [
"Stephen Amell (Oliver Queen / Arrow)",
"Katie Cassidy (Laurel Lance)",
"Paul Blackthorne (Detective Quentin Lance)",
"David Ramsey (John Diggle)",
"Willa Holland (Thea Queen)",
"Emily Bett Rickards (Felicity Smoak)",
"John Barrowman (Malcolm Merlyn)"
];
serie.Persist().then(function(result) {
console.log("Serie persisted! ", result);
});
Or, on an existing entity:
CRUD.FindOne(Serie, { name: 'Arrow' }).then(function(serie) {
serie.name = 'Arrow';
serie.TVDB_ID = '257655';
serie.actors = [];
serie.Persist().then(function(result) {
console.log("Serie actors were emptied! ", result);
});
});
Usage: Deleting an entity
CRUD.FindOne(Serie, { name: 'Arrow' }).then(function(serie) {
serie.Delete().then(function(result) {
console.log("Arrow was deleted. ", result);
});
});
Usage: Connecting entities
var doctorwho = new Serie();
doctorwho.name = 'Doctor Who';
doctorwho.TVDB_ID = 78804;
var thedoctor = new Role();
thedoctor.name = 'The Doctor';
var twelve = new Actor();
twelve.firstname ='Peter';
twelve.lastname = 'Capaldi';
var eleven = new Actor();
eleven.firstname = 'Matt';
eleven.lastname = 'Smith';
var ten = new Actor();
ten.firstname = 'David';
ten.lastname = 'Tennant';
doctorwho.connect(thedoctor);
thedoctor.connect(ten);
// this also works
twelve.connect(thedoctor);
eleven.connect(thedoctor);
Advanced: Deep filters on related records using CRUD.Find
CRUD.Find(Episode, { Serie: { name:'Doctor Who'}, Season: { 'seasonNumber > 2' }, 'name like "%angels%"'})
Advanced: Using CRUD.fromCache to convert a plain JavaScript Object into a CRUD Entity
var fixtures = [
{ ID_Actor: 1, firstname: 'Peter', lastname: 'Capaldi', gender: 'm' },
{ ID_Actor: 2, firstname: 'Matt', lastname: 'Smith', gender: 'm' },
{ ID_Actor: 3, firstname: 'David', 'lastname': 'Tennant', gender: 'm' }
];
fixtures.map(function(fixture) {
var entity = CRUD.fromCache(Actor, fixture);
entity.Persist(true);
});
Advanced: Loading data from JSON and inserting it into the database
===================================================================
Advanced: Using CRUD.executeQuery
=================================
Advanced: Active Query Monitor using Object.observe
===================================================
CreateReadUpdateDelete.js automatically monitors how many insert queries it still has outstanding. With this, you can observe changes to this object and show a progress indicator of all outstanding write operations.
```javascript
var progress = document.getElementById('progress'),
writesQueued = document.getElementById('writesQueued'),
writesExecuted = document.getElementById('writesExecuted');
Object.observe(CRUD.stats, function() {
progress.innerHTML = Math.floor((CRUD.stats.writesExecuted / CRUD.stats.writesQueued) * 100);
writesQueued.innerHTML = CRUD.stats.writesQueued;
writesExecuted.innerHTML = CRUD.stats.writesExecuted;
});
// now execute some insert queries and see the magic happen.
JSFiddle live demo: CreateReadUpdateDelete : CRUD.stats monitoring via Object.observe


Tax Free Retirement
Most people will agree that getting a Tax-Free return on their money would be a great thing. Do you know the options for your clients that could allow them to access their money tax-free? Think about how this information could boost your knowledge and earnings as a financial professional!
Asset has developed a “Tax-Free Retirement” system that will help you explore some common financial pitfalls with your clients.
With it, you can compare various options for your clients, showing how different income sources are taxed, and helping them to make the right choice for their retirement assets.


Supports analysis of spatial data processed with the 'GeoPAT' 2 software <http://sil.uc.edu/cms/index.php?id=geopat2>. Available features include creation of a grid based on the 'GeoPAT' 2 grid header file and reading a 'GeoPAT' 2 text outputs.
| Version: | 0.2.6 |
| Depends: | R (≥ 3.3.0) |
| Imports: | readr, sf, stringr |
| Suggests: | covr, testthat |
| Published: | 2018-09-16 |
| Author: | Jakub Nowosad [aut, cre], Space Informatics Lab [cph] |
| Maintainer: | Jakub Nowosad <nowosad.jakub at gmail.com> |
| BugReports: | https://github.com/Nowosad/rgeopat2/issues |
| License: | MIT + file LICENSE |
| URL: | https://github.com/Nowosad/rgeopat2 |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | rgeopat2 results |
| Reference manual: | rgeopat2.pdf |
| Package source: | rgeopat2_0.2.6.tar.gz |
| Windows binaries: | r-devel: rgeopat2_0.2.6.zip, r-release: rgeopat2_0.2.6.zip, r-oldrel: rgeopat2_0.2.6.zip |
| OS X binaries: | r-release: rgeopat2_0.2.6.tgz, r-oldrel: rgeopat2_0.2.6.tgz |
| Old sources: | rgeopat2 archive |
Please use the canonical form https://CRAN.R-project.org/package=rgeopat2 to link to this page.


Plugins allow you to modify the default behavior of RxJava 1.x in several respects:
This plugin allows you to override the default computation, i/o, and new thread Schedulers with Schedulers of your choosing. To do this, extend the class RxJavaDefaultSchedulers
and override these methods:
Scheduler getComputationScheduler( )
Scheduler getIOScheduler( )
Scheduler getNewThreadScheduler( )
Then follow these steps:
RxJavaDefaultSchedulers
subclass you have implemented.RxJavaPlugins
instance via RxJavaPlugins.getInstance( )
.registerDefaultSchedulers( )
method of that instance.When you do this, RxJava will begin to use the Schedulers returned by your methods rather than its built-in defaults.
This plugin allows you to register a function that will handle errors that are raised by RxJava but that cannot be handled by the ordinary RxJava onError
notification process (for instance, if RxJava tries to propagate an error to a subscriber that has not implemented an onError
handler). To do this, extend the class RxJavaErrorHandler
and override this method:
void handleError(Throwable e)
Then follow these steps:
RxJavaErrorHandler
subclass you have implemented.RxJavaPlugins
instance via RxJavaPlugins.getInstance( )
.registerErrorHandler( )
method of that instance.When you do this, RxJava will begin to use your error handler to field errors that cannot be handled in ordinary ways.
This plugin allows you to register functions that RxJava will call upon certain regular RxJava activities, for instance for logging or metrics-collection purposes. To do this, extend the class RxJavaObservableExecutionHook
and override any or all of these methods:
| method | when invoked |
|---|---|
| onCreate( ) | during Observable.create( ) |
| onSubscribeStart( ) | immediately before Observable.subscribe( ) |
| onSubscribeReturn( ) | immediately after Observable.subscribe( ) |
| onSubscribeError( ) | upon a failed execution of Observable.subscribe( ) |
| onLift( ) | during Observable.lift( ) |
Then follow these steps:
RxJavaObservableExecutionHook
subclass you have implemented.RxJavaPlugins
instance via RxJavaPlugins.getInstance( )
.registerObservableExecutionHook( )
method of that instance.When you do this, RxJava will begin to call your functions when it encounters the specific conditions they were designed to take note of.


Installing Logos Showcase Plugin is as simple as installing any other WordPress Plugin:
- Upload the ‘logos-showcase’ folder to your WordPress plugin directory ( /wp-content/plugins/ )
- Activate the plugin via your WordPress admin panel
- A new options tab with the name ‘Logos‘ is created in WordPress admin where you can configure and create your maps!
OR
- In your WordPress Administration go to: Plugins > Add New > Upload
and upload the .zip folder of the plugin you just downloaded.
- Active the plugin.
The main functionality of this plugin is the ability to add new Images (potentially logos) to an archive where you can divide them by category and add links and descriptions to them. You can then display them in a grid mode, which can be responsive, or in a carousel slider, also responsive. You can enhance the images with styles and tooltips for a better user experience.
An ideal usage of this plugin would be to display a list of logos of clients, supporters or sponsors of a particular company or project. But the plugin can be used for different purposes.
You can display the logos in 3 different ways
- Normal grid
The images will have a fixed size, but they will adapt to the available space, adapting also to different screen sizes.
- Responsive Grid
The images will be displayed in a grid with the number of columns you set and the images will resize to fit the columns. On smaller screens the grid will adapt, and the images will resize accordingly. In smaller screens if the number of columns set is to big for the size of the screen, less columns will display.
- Horizontal Carousel – Responsive
The images will be presented in a horizontal carousel that is responsive and also works well in touch devices. In the settings of the plugin, you can set how many slides to show, the transition speed and other stuff.
You can enhance the logos, with pre-built styles and tooltips
- Grayscale Style
Compatible with most browsers, you can choose to display the logos on a grayscale version and a bit of transparency, and choose if on hover the image will have the original colors or not.
- Box Highlight
Simple style, that on hover displays a highlight of the image.
- Tooltips
You can choose to display a tooltip or not.
Further more you can display them with active links, and display them by category.
You can display them using shortcodes, php functions or through widgets.
Read a more detailed descriptions of the features.
The link for the Settings is found on the plugin's menu, under 'Settings'.
Settings Page
They are as follow: Logo Showcase Names
Here you can change the names of the plugin in the administration menu and widget.
- Singular Name (Text Value)
- Plural Name(Text Value)
Logo Image Size Settings
This will be the size of the Images. When they are uploaded they will follow this settings. If you change this settings after the image is uploaded they will show scaled.
- Width (Number Value)
- Heigh (Number Value)
- Crop (Yes or No) - If Yes, when you upload new images, they will be cropped to the dimensions specified.
Carousel Settings
This are the settings that will define how the carousels will work and interact.
- Auto Scroll: Slides will automatically transition
- Pause Time: The amount of time (in ms) between each auto transition (if Auto Scroll is On)
- Pause on Hover: Auto scroll will pause when mouse hovers over slider
- Auto Controls: If active, "Start" / "Stop" controls will be added
- Transition Speed: Slide transition duration (in ms -Number Value)
- Image Margin: Margin between each image (Number Value)
- Infinite Loop: If Active, clicking "Next" while on the last slide will transition to the first slide and vice-versa
- Show Pager: If Active, a pager will be added
- Show Controls: If Active, "Next" / "Prev" image controls will be added
- Minimum Slides: The minimum number of slides to be shown. Slides will be sized down if carousel becomes smaller than the original size.
- Maximum Slides:The maximum number of slides to be shown. Slides will be sized up if carousel becomes larger than the original size.
- Number of Slides to move:The number of slides to move on transition. If zero, the number of fully-visible slides will be used.
Edit Entry Screen
When adding or editing a new entry, there are 6 main steps:
- Insert/edit the name/title for this entry. MANDATORY
- Insert/edit the URL if you want the image to have a link
- Insert/edit the description - This will be used in the 'alt' tag of the images and links.
- Set/Change the featured image. This will be the image that will display. MANDATORY
- Choose a category or add a new one.
- SAVE/UPDATE/PUBLISH the entry.
Shortcode & PHP Function
To display the logos in a page or post, you should use a shortcode.
A shortcode is a WordPress-specific code that lets you do nifty things with very little effort. Shortcodes can embed files or create objects that would normally require lots of complicated, ugly code in just one line. Shortcode = shortcut.
You can use the Shortcode Generator to easily build a shortcode that you can copy and paste it where you need it.
You can also use the shortcode generator to generate a php function that you can use in your theme files.
Shortcode Generator
The options are the following:
- Order by (None, ID, Date, Modified, Random)
Chose the order of the logos.
- Category (All or any existing category)Choose if you want to display all the logos or just the ones of a specific category
- URL (Inactive, Open in New Window, Open in Same Window)
Choose if you want the images to have links and if they should open in a new window or the same window.
- Style (list of available styles)
Choose if you want to append any available style to the images.
- Layout (Carousel, Normal Grid, Responsive Grid)
Choose what kind of interface layout you want the logos to display in.
- Show Tooltip (Yes or No)
Set if you want to display the tooltip or not.
After you set the options you want, on the right side the shortcode or PHP function will be ready to copy and you can paste them in the appropriate place.
Example of shortcode:
[show-logos orderby='rand' category='technlogy' activeurl='inactive' style='boxhighlight' interface='hcarousel' tooltip='false']
You can also use the shortcode generator to generate a php function that you can use in your theme files.
Shortcode in Post Example
Widget
You can also use the widget option to include the logo showcase in a widget area that your theme provides.
Widget Screen
The options are the same as the Shortcode Generator, so you can see the above list for reference.
Example of Grid Display
Changing the CSS files to change the visual of the grid or carousel is not advised, as it will affect possible future updates, you may loose your changes after an update.
However, if you want to change them, here are some tips.
Carousel
The carousel is built with the bxslider jQuery script. On the official page you can find more information about it.
The carousel CSS are in the folder 'bxslider' and are called jquery.bxslider.css.
You can edit the class .bx-wrapper .bx-viewport to change the background color, or to set a border. The default border shadow is commented out, but you can change the settings.
If you want to change the control images (previous and next) you can create your own image, based on the image located at bxslider/images/controls.png
You can also change the jQuery settings for the carousel, in the lshowcase.php file, on the function lshowcase_bxslider_options_js().
Tooltip
The tooltip is built with the jQuery UI tooltip module. You can edit the settings in the tooltip.js file.
The CSS classes are located in the styles.css file with the ui-tooltip class name.
Styles
The styles built in the plugin for the images, are also in the styles.css file. You can find them with comments to identify them. If you want to add a custom style, follow this steps:
- Add your style to the styles.css file.
For example:
.custom-style { } .custom-style:hover{ border:1px solid red; }
- On lshowcase.php search for the function: lshowcase_styles_array().
- Add your custom-style data to the array on the function, like:
"custom" => array (
"class" => "custom-style",
"description" => "My Custom Style",
),
- Your style will now appear on the shortcode generator and widget panel and can be used.
- Is this plugin Responsive?
Yes, the Grid and Carousel layouts in which the images will display are responsive.
- Will the Grayscale style work in all browser.
Potentially not. So far I've tested it in Firefox, Chrome and IE9 and they worked. But there are so many browsers out there and potentially the grayscale style wont work in all.
- Can I display a list of my clients logos and links to their pages with this plugin?
Yes you can. It is the perfect plugin to do this.
- Can I hard-code a grid or carousel to my Wordpress Theme?
Yes, you just need to use the PHP Function provided in the Shortcode Generator option.
- Can I change the visuals of the tooltip?
Yes, but at your own risk. The CSS class is called ui-tooltip and it's located in the styles.css file in the plugin folder.
- I want to include this plugin in my commercial wordpress template and sell it, can I do this?
You should contact me first so we can discuss this possibility.


Computes the mean cross section velocity components (Primary and secondary) from individual transects that have been previously mapped to a common grid and averaged. The Primary velocity is defined as the component of the flow in the direction of the discharge (i.e. rotated from the streamwise direction so the secrondary discharge is zero). This is referred to as the "zero net cross-stream discharge definition" (see Lane et al. 2000, Hydrological Processes 14, 2047-2071) (adapted from code by J. Czuba) P.R. Jackson, USGS, 12-9-08
0001 function [A,V,log_text] = VMT_CompMeanXS_PriSec(z,A,V) 0002 % Computes the mean cross section velocity components (Primary 0003 % and secondary) from individual transects that have been previously mapped 0004 % to a common grid and averaged. The Primary velocity is defined as the 0005 % component of the flow in the direction of the discharge (i.e. rotated 0006 % from the streamwise direction so the secrondary discharge is zero). 0007 % 0008 % This is referred to as the "zero net cross-stream discharge definition" 0009 % (see Lane et al. 2000, Hydrological Processes 14, 2047-2071) 0010 % 0011 % (adapted from code by J. Czuba) 0012 % 0013 % P.R. Jackson, USGS, 12-9-08 0014 0015 0016 %% Rotate velocities into p and s components for the mean transect 0017 % calculate dy and dz for each meaurement point 0018 dy=mean(diff(V.mcsDist(1,:)));%m 0019 dz=mean(diff(V.mcsDepth(:,1)));%m 0020 0021 % calculate the bit of discharge for each imaginary cell around the 0022 % velocity point 0023 qyi=V.v.*dy.*dz;%cm*m^2/s 0024 qxi=V.u.*dy.*dz;%cm*m^2/s 0025 0026 % sum the streamwise and transverse Q and calculate the angle of the 0027 % cross section 0028 V.Qy=nansum(nansum(qyi));%cm*m^2/s 0029 V.Qx=nansum(nansum(qxi));%cm*m^2/s 0030 0031 % Deviation from streamwise direction in geographic angle 0032 V.alphasp=atand(V.Qy./V.Qx); 0033 0034 % Difference in degrees between the tangent vector of the ZSD plane and the 0035 % normal vector of the mean cross section 0036 V.phisp = V.phi-V.alphasp; 0037 0038 % rotate the velocities so that Qy is effectively zero 0039 qpi=qxi.*cosd(V.alphasp)+qyi.*sind(V.alphasp); 0040 qsi=-qxi.*sind(V.alphasp)+qyi.*cosd(V.alphasp); 0041 0042 V.Qp=nansum(nansum(qpi));%cm*m^2/s 0043 V.Qs=nansum(nansum(qsi));%cm*m^2/s 0044 %disp(['Secondary Discharge after Rotation (ZSD definition; m^3/s) = ' num2str(V.Qs/100)]) 0045 log_text = [' Qs after rotation (ZSD; m^3/s) = ' num2str(V.Qs/100)]; 0046 0047 V.vp=qpi./(dy.*dz);%cm/s 0048 V.vs=qsi./(dy.*dz);%cm/s 0049 0050 %% Transform each individual transect 0051 0052 for zi = 1 : z 0053 0054 % calculate the bit of discharge for each imaginary cell around the 0055 % velocity point 0056 A(zi).Comp.qyi=A(zi).Comp.v.*dy.*dz;%cm*m^2/s 0057 A(zi).Comp.qxi=A(zi).Comp.u.*dy.*dz;%cm*m^2/s 0058 0059 % rotate the velocities so that Qy is effcetively zero 0060 A(zi).Comp.qpi=A(zi).Comp.qxi.*cosd(V.alphasp)+A(zi).Comp.qyi.*sind(V.alphasp); 0061 A(zi).Comp.qsi=-A(zi).Comp.qxi.*sind(V.alphasp)+A(zi).Comp.qyi.*cosd(V.alphasp); 0062 0063 A(zi).Comp.Qp=nansum(nansum(A(zi).Comp.qpi));%cm*m^2/s 0064 A(zi).Comp.Qs=nansum(nansum(A(zi).Comp.qsi));%cm*m^2/s 0065 0066 A(zi).Comp.vp=A(zi).Comp.qpi./(dy.*dz);%cm/s 0067 A(zi).Comp.vs=A(zi).Comp.qsi./(dy.*dz);%cm/s 0068 0069 end 0070 0071 0072 %% Determine velocity deviations from the p direction 0073 0074 V.mcsDirDevp = V.phisp-V.mcsDir; 0075 0076 for zi = 1:z 0077 A(zi).Comp.mcsDirDevp = V.phisp - A(zi).Comp.mcsDir; 0078 end


Casts
Discover, search and listen to your favorite podcasts.
All episode are provided by
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Explicit Content


Iguana
Json posting form
Host game
List games
Response
JSON response
Clear response
List of games
Coin Management
Reset
Refresh
Add
Symbol
Description
Status
Action
×
Edit Coin
Symbol
Description
Status
Add coin
Response
JSON response
Clear response
Peer Management
Load peers
Save Peers
Update Peers
Favorites
IP Address
Coin Type
Height
Rank
Block
Favourite
Actions
Tradebot
monitor
monitorall
unmonitor
accumulate
divest
activebots
status
pause
stop
resume
Settings
Count:
fread
Data:
fwrite
Save
Encrypt/decrypt JSON
Passphrase
Permanentfile
Json
Encrypt JSON
Decrypt JSON
Response
JSON response
File contents
encrypted file content
Clear response
None selected
Image1
Block Explorer tab
Use External Blocks
Set Active coin
InstantDEX
Start
Stop
BTCD
VPN
SYS
VRC
SuperNET
crypto777
InstantDEX
Tradebots
Pangea
NXTprivacy
BUY
SELL
orderbook
API Keypair
Set Userid
Allpairs
Balance
Supports
Sell
Buy
Withdraw
Order status
Open Orders
Cancel Order
Trade History
Pollgap
Trade integration


Note
Click here to download the full example code
1.1.3. Generating an input file¶
This examples shows how to generate an input file in HDF5-format, which can then be processed by the py-fmas library code.
This is useful when the project-specific code is separate from the py-fmas library code.
We start by importing the required py-fmas functionality. Since the file-input for py-fmas is required to be provided in HDF5-format, we need some python package that offers the possibility to read and write this format. Here we opted for the python module h5py which is listed as one of the dependencies of the py-fmas package.
import h5py
import numpy as np
import numpy.fft as nfft
We then define the desired propagation constant
def beta_fun_detuning(w):
r'''Function defining propagation constant
Implements group-velocity dispersion with expansion coefficients
listed in Tab. I of Ref. [1]. Expansion coefficients are valid for
:math:`lambda = 835\,\mathrm{nm}`, i.e. for :math:`\omega_0 \approx
2.56\,\mathrm{rad/fs}`.
References:
[1] J. M. Dudley, G. Genty, S. Coen,
Supercontinuum generation in photonic crystal fiber,
Rev. Mod. Phys. 78 (2006) 1135,
http://dx.doi.org/10.1103/RevModPhys.78.1135
Note:
A corresponding propagation constant is implemented as function
`define_beta_fun_PCF_Ranka2000` in `py-fmas` module
`propatation_constant`.
Args:
w (:obj:`numpy.ndarray`): Angular frequency detuning.
Returns:
:obj:`numpy.ndarray` Propagation constant as function of
frequency detuning.
'''
# ... EXPANSION COEFFICIENTS DISPERSION
b2 = -1.1830e-2 # (fs^2/micron)
b3 = 8.1038e-2 # (fs^3/micron)
b4 = -0.95205e-1 # (fs^4/micron)
b5 = 2.0737e-1 # (fs^5/micron)
b6 = -5.3943e-1 # (fs^6/micron)
b7 = 1.3486 # (fs^7/micron)
b8 = -2.5495 # (fs^8/micron)
b9 = 3.0524 # (fs^9/micron)
b10 = -1.7140 # (fs^10/micron)
# ... PROPAGATION CONSTANT (DEPENDING ON DETUNING)
beta_fun_detuning = np.poly1d([b10/3628800, b9/362880, b8/40320,
b7/5040, b6/720, b5/120, b4/24, b3/6, b2/2, 0., 0.])
return beta_fun_detuning(w)
Next, we define all parameters needed to specify a simulation run
# -- DEFINE SIMULATION PARAMETERS
# ... COMPUTATIONAL DOMAIN
t_max = 3500. # (fs)
t_num = 2**14 # (-)
z_max = 0.1*1e6 # (micron)
z_num = 4000 # (-)
z_skip = 20 # (-)
t = np.linspace(-t_max, t_max, t_num, endpoint=False)
w = nfft.fftfreq(t.size, d=t[1]-t[0])*2*np.pi
# ... MODEL SPECIFIC PARAMETERS
# ... PROPAGATION CONSTANT
c = 0.29979 # (fs/micron)
lam0 = 0.835 # (micron)
w0 = 2*np.pi*c/lam0 # (rad/fs)
beta_w = beta_fun_detuning(w-w0)
gam0 = 0.11e-6 # (1/W/micron)
n2 = gam0*c/w0 # (micron^2/W)
# ... PARAMETERS FOR RAMAN RESPONSE
fR = 0.18 # (-)
tau1= 12.2 # (fs)
tau2= 32.0 # (fs)
# ... INITIAL CONDITION
t0 = 28.4 # (fs)
P0 = 1e4 # (W)
E_0t_fun = lambda t: np.real(np.sqrt(P0)/np.cosh(t/t0)*np.exp(-1j*w0*t))
E_0t = E_0t_fun(t)
The subsequent code will store the simulation parameters defined above to the file input_file.h5 in the current working directory.
def save_data_hdf5(file_path, data_dict):
with h5py.File(file_path, 'w') as f:
for key, val in data_dict.items():
f.create_dataset(key, data=val)
data_dict = {
't_max': t_max,
't_num': t_num,
'z_min': 0.0,
'z_max': z_max,
'z_num': z_num,
'z_skip': z_skip,
'E_0t': E_0t,
'beta_w': beta_w,
'n2': n2,
'fR': fR,
'tau1': tau1,
'tau2': tau2,
'out_file_path': 'out_file.h5'
}
save_data_hdf5('input_file.h5', data_dict)
An example, showing how to use py-fmas as a black-box simulation tool that performs a simulation run for the propagation scenario stored under the file input_file.h5 is available under the link below:
Using fmas as a black-box application
Total running time of the script: ( 0 minutes 0.000 seconds)


| parse_date_time {lubridate} | R Documentation |
parse_date_time()
parses an input vector into POSIXct date-time
object. It differs from base::strptime()
in two respects. First,
it allows specification of the order in which the formats occur without the
need to include separators and the %
prefix. Such a formatting argument is
referred to as "order". Second, it allows the user to specify several
format-orders to handle heterogeneous date-time character
representations.
parse_date_time2()
is a fast C parser of numeric orders.
fast_strptime()
is a fast C parser of numeric formats only
that accepts explicit format arguments, just like base::strptime()
.
parse_date_time( x, orders, tz = "UTC", truncated = 0, quiet = FALSE, locale = Sys.getlocale("LC_TIME"), select_formats = .select_formats, exact = FALSE, train = TRUE, drop = FALSE ) parse_date_time2( x, orders, tz = "UTC", exact = FALSE, lt = FALSE, cutoff_2000 = 68L ) fast_strptime(x, format, tz = "UTC", lt = TRUE, cutoff_2000 = 68L)
x |
a character or numeric vector of dates |
orders |
a character vector of date-time formats. Each order string is
a series of formatting characters as listed in |
tz |
a character string that specifies the time zone with which to parse the dates |
truncated |
integer, number of formats that can be missing. The most
common type of irregularity in date-time data is the truncation due to
rounding or unavailability of the time stamp. If the |
quiet |
logical. If |
locale |
locale to be used, see locales. On Linux systems you
can use |
select_formats |
A function to select actual formats for parsing from a
set of formats which matched a training subset of |
exact |
logical. If |
train |
logical, default |
drop |
logical, default |
lt |
logical. If |
cutoff_2000 |
integer. For |
format |
a vector of formats. If multiple formats supplied they are
applied in turn till success. The formats should include all the
separators and each format letter must be prefixed with %, just as in the
format argument of |
When several format-orders are specified, parse_date_time()
selects
(guesses) format-orders based on a training subset of the input
strings. After guessing the formats are ordered according to the performance
on the training set and applied recursively on the entire input vector. You
can disable training with train = FALSE
.
parse_date_time()
, and all derived functions, such as ymd_hms()
,
ymd()
, etc., will drop into fast_strptime()
instead of
base::strptime()
whenever the guessed from the input data formats are all
numeric.
The list below contains formats recognized by lubridate. For numeric
formats leading 0s are optional. As compared to base::strptime()
, some of
the formats are new or have been extended for efficiency reasons. These
formats are marked with "(*)" below. Fast parsers parse_date_time2()
and
fast_strptime()
accept only formats marked with "(!)".
a
Abbreviated weekday name in the current locale. (Also matches full name)
A
Full weekday name in the current locale. (Also matches abbreviated name).
You don't need to specify a
and A
formats explicitly. Wday is
automatically handled if preproc_wday = TRUE
b
(!)Abbreviated or full month name in the current locale. The C parser currently understands only English month names.
B
(!)Same as b.
d
(!)Day of the month as decimal number (01–31 or 0–31)
H
(!)Hours as decimal number (00–24 or 0–24).
I
(!)Hours as decimal number (01–12 or 1–12).
j
Day of year as decimal number (001–366 or 1–366).
q
(!*)Quarter (1–4). The quarter month is added to the parsed
month if m
element is present.
m
(!*)Month as decimal number (01–12 or 1–12). For
parse_date_time
also matches abbreviated and full months names as b
and B
formats. C parser understands only English month names.
M
(!)Minute as decimal number (00–59 or 0–59).
p
(!)AM/PM indicator in the locale. Commonly used in conjunction
with I
and not with H
. But lubridate's C parser accepts H
format as long as hour is not greater than 12. C parser understands only
English locale AM/PM indicator.
S
(!)Second as decimal number (00–61 or 0–61), allowing for up to two leap-seconds (but POSIX-compliant implementations will ignore leap seconds).
OS
Fractional second.
U
Week of the year as decimal number (00–53 or 0–53) using Sunday as the first day 1 of the week (and typically with the first Sunday of the year as day 1 of week 1). The US convention.
w
Weekday as decimal number (0–6, Sunday is 0).
W
Week of the year as decimal number (00–53 or 0–53) using Monday as the first day of week (and typically with the first Monday of the year as day 1 of week 1). The UK convention.
y
(!*)Year without century (00–99 or 0–99). In
parse_date_time()
also matches year with century (Y format).
Y
(!)Year with century.
z
(!*)ISO8601 signed offset in hours and minutes from UTC. For
example -0800
, -08:00
or -08
, all represent 8 hours behind UTC. This
format also matches the Z (Zulu) UTC indicator. Because base::strptime()
doesn't fully support ISO8601 this format is implemented as an union of 4
formats: Ou (Z), Oz (-0800), OO (-08:00) and Oo (-08). You can use these
formats as any other but it is rarely necessary. parse_date_time2()
and
fast_strptime()
support all of these formats.
Om
(!*)Matches numeric month and English alphabetic months (Both, long and abbreviated forms).
Op
(!*)Matches AM/PM English indicator.
r
(*)Matches Ip
and H
orders.
R
(*)Matches HM
andIMp
orders.
T
(*)Matches IMSp
, HMS
, and HMOS
orders.
a vector of POSIXct date-time objects
parse_date_time()
(and the derivatives ymd()
, ymd_hms()
, etc.)
relies on a sparse guesser that takes at most 501 elements from the
supplied character vector in order to identify appropriate formats from
the supplied orders. If you get the error All formats failed to parse
and you are confident that your vector contains valid dates, you should
either set exact
argument to TRUE
or use functions that don't perform
format guessing (fast_strptime()
, parse_date_time2()
or
base::strptime()
).
For performance reasons, when timezone is not UTC,
parse_date_time2()
and fast_strptime()
perform no validity checks for
daylight savings time. Thus, if your input string contains an invalid date
time which falls into DST gap and lt = TRUE
you will get an POSIXlt
object with a non-existent time. If lt = FALSE
your time instant will be
adjusted to a valid time by adding an hour. See examples. If you want to
get NA for invalid date-times use fit_to_timeline()
explicitly.
base::strptime()
, ymd()
, ymd_hms()
## ** orders are much easier to write ** x <- c("09-01-01", "09-01-02", "09-01-03") parse_date_time(x, "ymd") parse_date_time(x, "y m d") parse_date_time(x, "%y%m%d") # "2009-01-01 UTC" "2009-01-02 UTC" "2009-01-03 UTC" ## ** heterogeneous date-times ** x <- c("09-01-01", "090102", "09-01 03", "09-01-03 12:02") parse_date_time(x, c("ymd", "ymd HM")) ## ** different ymd orders ** x <- c("2009-01-01", "02022010", "02-02-2010") parse_date_time(x, c("dmY", "ymd")) ## "2009-01-01 UTC" "2010-02-02 UTC" "2010-02-02 UTC" ## ** truncated time-dates ** x <- c("2011-12-31 12:59:59", "2010-01-01 12:11", "2010-01-01 12", "2010-01-01") parse_date_time(x, "Ymd HMS", truncated = 3) ## ** specifying exact formats and avoiding training and guessing ** parse_date_time(x, c("%m-%d-%y", "%m%d%y", "%m-%d-%y %H:%M"), exact = TRUE) parse_date_time(c('12/17/1996 04:00:00','4/18/1950 0130'), c('%m/%d/%Y %I:%M:%S','%m/%d/%Y %H%M'), exact = TRUE) ## ** quarters and partial dates ** parse_date_time(c("2016.2", "2016-04"), orders = "Yq") parse_date_time(c("2016", "2016-04"), orders = c("Y", "Ym")) ## ** fast parsing ** ## Not run: options(digits.secs = 3) ## random times between 1400 and 3000 tt <- as.character(.POSIXct(runif(1000, -17987443200,<PHONE_NUMBER>0))) tt <- rep.int(tt, 1000) system.time(out <- as.POSIXct(tt, tz = "UTC")) system.time(out1 <- ymd_hms(tt)) # constant overhead on long vectors system.time(out2 <- parse_date_time2(tt, "YmdHMOS")) system.time(out3 <- fast_strptime(tt, "%Y-%m-%d %H:%M:%OS")) all.equal(out, out1) all.equal(out, out2) all.equal(out, out3) ## End(Not run) ## ** how to use `select_formats` argument ** ## By default %Y has precedence: parse_date_time(c("27-09-13", "27-09-2013"), "dmy") ## to give priority to %y format, define your own select_format function: my_select <- function(trained, drop=FALSE, ...){ n_fmts <- nchar(gsub("[^%]", "", names(trained))) + grepl("%y", names(trained))*1.5 names(trained[ which.max(n_fmts) ]) } parse_date_time(c("27-09-13", "27-09-2013"), "dmy", select_formats = my_select) ## ** invalid times with "fast" parsing ** parse_date_time("2010-03-14 02:05:06", "YmdHMS", tz = "America/New_York") parse_date_time2("2010-03-14 02:05:06", "YmdHMS", tz = "America/New_York") parse_date_time2("2010-03-14 02:05:06", "YmdHMS", tz = "America/New_York", lt = TRUE)


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This is the content of your static website. Drop whatever content you would like to serve into the Content folder.


Our mission is to deliver technologically-sound customer-driven engineering solutions that provide real value to our clients.
Our vision is to be the preferred engineering solutions, sales and services partner of key players in the power/energy, oil & gas, mining, and petrochemical industries.


breeding food reed availability laying mean nestling date warblers brood earlier temperature April growth nest period predation {border-style Ecology change incubation invertebrate nests px;} #ffffff;} treatment productivity size ✓Mean Acrocephalus clutch day days feeding using Sciences birds Treatment fed population rainfall study warbler changes climate egg higher prey supplemented total abundance control effect <. Biology Table eggs reproductive Animal European completion duration effects environmental height increased rates species speed success wind Nest Nestling behaviour dates early hatching increasing monitored nesting nestlings overall px; season spring timing variables warblers. {font-family Breeding Climate Clutch Phragmites Reed Thomas associated birds. font-size increase increases likely measurements significant supplementary supplementation supply time Birds Cardiff Eurasian Food Life P<.). access clutches common different double; great habitat interactions mass mealworms measure migratory models pairs parameters periods phenology reproduction scirpaceus sites size, temperatures vulnerability ✓Invertebrate ✓Site ✓Total (-. .). ./journal.pone..t Avian Bird Dunn Effects Vafidis border-color border-width broods chicks fledging groups insectivorous performance phenological populations predicted resources seasonal site small solid; stations study, tits two-way used variation weather wetland {font-style {font-weight ✓All Earth Estimate GLM Incubation JOV Milicz Nature Parameter Physiology Reproductive Smith Statistical Study Total additional advance advances advancing age air assessed attendance availability. blue bold climate-driven conditions. consequences contained courier; current data depredated egg-laying em; experiment faster individual influence larger long-distance measured mechanisms minimise monitoring natural nest. nests. number order peaks predation. pt;} sizes songbird successful temp test use warblers, warmer


This intention moves the selected statements into both branches of previous
if
statement. The semantics of the program is preserved. It can be useful as an intermediate step of more complex refactoring.


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Model papers is useful when you want to try out whole paper. You can simply select you prefered district, year and subject you like to try out. You will be given whole paper with pre-allocated time as examiner allocate


{% extends 'base.html' %} {% block title %}About{% endblock %} {% block content %}
Are your dice foul or fair?
Do they tumble towards victory or defeat?
Are the odds ever in your favor?
Is fate pulling you down a dark path?
We can find the answers to those questions.
Just role your dice and put our services to work.
Have Questions? Need Answers? Contact us below!


--- layout: post title: 单词本：anaphora categories: [language] tags: [English] ---
在看一个演讲技术的书，其中提到：
Martin Luther King, Jr. used a public-speaking device called anaphora, repeating the same word or words at the beginning of successive clauses or sentences. “I have a dream…” is repeated in eight successive sentences.
马丁路德金使用一种重复的修辞手法，首语重复 anaphora: the repetition of a word or phrase at the beginning of successive clauses.
就是在每一个句子前，重复前面用过的词语或句子，达到感情强调、气势磅礴、声音和谐的目的。
希腊语里 ana- 前缀是向后的意思，-phora 是传递的意思。合起来就是向后传递，向后延伸。也就是前面的句子词语在后面重复。
再比如丘吉尔的演讲。不断重复出现 we shall，就是一种 anaphora 首语重复修辞：
We shall go on to the end, we shall fight in France, we shall fight on the seas and oceans, we shall fight with growing confidence and growing strength in the air, we shall defend on the beaches, we shall fight on the landing grounds, we shall fight in the fields and in the streets, we shall fight in the hills.
在上面这个例子里，we shall 就是一个 anaphor（首语重复词）。


Vision and RL Group
Members
Ph.D. students
Abdalwhab Bakheet, co-supervised with David St-Onge
Aser Lompo, co-supervised with Rita Noumeir and Philippe Jouvet
Ivaxi Sheth
Patrik Kenfack, co-supervised with Ulrich Aïvodji
Pedro Braga, co-supervised with Hansenclever Bassani
Pranav Agarwal, co-supervised with Sheldon Andrews
Sahar Dastani Oghani, co-supervised with Rita Noumeir and Philippe Jouvet
Somjit Nath
Master’s students
Aamer Abdul Rahman, co-supervised with Rita Noumeir and Philippe Jouvet
Emmanuel Sindikubwabo, co-supervised with Naouel Moha
Jithendaraa Subramanian, co-supervised with Derek Nowrouzezahrai
Shiva Kanth Sujit
Intern
Alumni
Abdalgader Abubaker, Master in the AMMI Program, currently AI Resident at Facebook AI
Hadia Samil, Master in the AMMI Program
Harivallabha Rangarajan, Intern, currently Software Engineer at Microsoft
Jithendaraa Subramanian, Intern, co-supervised with Christian Desrosiers, currently Master’s student at McGill
Jordi Armengol-Estapé, Intern, currently Ph.D. student at The University of Edinburgh
Julie Galliere, Master, co-supervised with Jose Dolz
Kamalesh Palanisamy, Intern, co-supervised with Eugene Belilovsky, currently Master’s student at UT Dallas
Moslem Yazdanpanah, Master at University of Kurdistan/Mila, currently Ph.D. student at ÉTS
Ramnath Kumar, Intern, currently Pre-Doctoral Researcher at Google
Saghar Batebi, Research Associate, co-supervised with Rita Noumeir
Shiva Kanth Sujit, Intern, currently Master’s student at ÉTS
Sirisha Reddy, Intern, currently Master’s student at University of Bath


{% extends "layout-v2.html" %} {% block pageScripts %} {% endblock %} {% block pageTitle %} NHS Cervical screening management system {% endblock %} {% block header %} {% include '../components/header.html' %} {% endblock %} {% block content %}
You can report any suspected side effect to the UK safety scheme.
You can report any suspected side effect to the UK safety scheme.
You are about to delete this account..
07700 900362
<EMAIL_ADDRESS>' }, actions: { items: [ { href: "#", text: "Change", visuallyHiddenText: "contact details" } ] } } ] }) }}


Still unstoppable: Ateneo shuts down UST as Ravena catches fire
A hot-starting Ateneo Blue Eagles squad blows out the UST Growling Tigers behind Thirdy Ravena's scoring outburst
by JR IsagaSubscribe
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This project aims to create a community of weather enthusiasts that would like to build their own cheap weather station by using our free tools and guides.
or


The file notLikely.txt Does Not exist.
The constructor does not throw IOExceptions
.
No checking is done of the path name.
Here is the example program, slighlty improved:
import java.io.*;
class testExist
{
public static void main ( String[] args )
{
String pathName;
if ( args.length == 1 )
pathName = args[0];
else
pathName = "";
File test = new File( pathName );
if ( test.exists() )
System.out.println( "The file " + pathName + " exists." );
else
System.out.println( "The file " + pathName + " Does Not exist." );
}
}
Try running it with a variety of arguments on the command line, both files and directories. Here are some examples:
C:\cai\cs151\Notes\chap87\programs>java testExist testExist.java The file testExist.java exists. C:\cai\cs151\Notes\chap87\programs>java testExist ..\programs\testExist.java The file ..\programs\testExist.java exists. C:\cai\cs151\Notes\chap87\programs>java testExist ..\programs The file ..\programs exists. C:\cai\cs151\Notes\chap87\programs>java testExist C:\cai\cs151 The file C:\cai\cs151 exists. C:\cai\cs151\Notes\chap87\programs>java testExist C:\glarch.txt The file C:\glarch.txt Does Not exist.
Some of these arguments are relative path names, others are absolute pathnames. Some name files, others name directories.


I'm passionate about learning new technologies and applying them to improve the way I do my job.
As part of an team of expert software architects, designs and builds architectural solutions, directing other software development teams nationwide. Furthermore, is member of an in-company specialist group in automation, continuous integration, continuous delivery and cloud computing, promoting the DevOps culture.
Led the technical team to develop a software for managing the lifecycle of the tax payment to the Secretaria da Receita Federal do Brasil.
In a geographically distributed large-size development team, coheaded the technical team, building standards and components related to the software architecture, such as adequacy, interoperability, security, efficiency and maintainability.
In the development of an web application that eases the auditing of the biggest tax payers for the Secretaria da Receita Federal do Brasil, acted in all stages of the software engineering, from requirements to deployment tasks, maintaining a good relationship with the stakeholders.
Wrote a paper on how to use a business rules engine to promote the resilience of web applications.
Wrote a paper on how to use Data Warehousing tools to improve the estimates of a software development project.


|
NUC029FAE BSP
V3.01.002
The Board Support Package for NUC029FAE
|
#include <NUC029FAE.h>
Data Fields | |
| __IO uint32_t | CNTRL |
| __IO uint32_t | DIVIDER |
| __IO uint32_t | SSR |
| uint32_t | RESERVED0 |
| __I uint32_t | RX |
| uint32_t | RESERVED1 [3] |
| __O uint32_t | TX |
| uint32_t | RESERVED2 [6] |
| __IO uint32_t | CNTRL2 |
| __IO uint32_t | FIFO_CTL |
| __IO uint32_t | STATUS |
Definition at line 1821 of file NUC029FAE.h.
| __IO uint32_t SPI_T::CNTRL |
Offset: 0x0000 SPI Control and Status Register
Definition at line 1823 of file NUC029FAE.h.
| __IO uint32_t SPI_T::CNTRL2 |
Offset: 0x003C SPI Control and Status Register 2
Definition at line 1831 of file NUC029FAE.h.
| __IO uint32_t SPI_T::DIVIDER |
Offset: 0x0004 SPI Clock Divider Register
Definition at line 1824 of file NUC029FAE.h.
| __IO uint32_t SPI_T::FIFO_CTL |
Offset: 0x0040 SPI FIFO Control Register
Definition at line 1832 of file NUC029FAE.h.
| uint32_t SPI_T::RESERVED0 |
Offset: 0x000C Reserved
Definition at line 1826 of file NUC029FAE.h.
| uint32_t SPI_T::RESERVED1[3] |
Offset: 0x0014~0x001C Reserved
Definition at line 1828 of file NUC029FAE.h.
| uint32_t SPI_T::RESERVED2[6] |
Offset: 0x0024 ~ 0x0038 Reserved
Definition at line 1830 of file NUC029FAE.h.
| __I uint32_t SPI_T::RX |
Offset: 0x0010 SPI Data Receive Register
Definition at line 1827 of file NUC029FAE.h.
| __IO uint32_t SPI_T::SSR |
Offset: 0x0008 SPI Slave Select Register
Definition at line 1825 of file NUC029FAE.h.
| __IO uint32_t SPI_T::STATUS |
Offset: 0x0044 SPI Status Register
Definition at line 1833 of file NUC029FAE.h.
| __O uint32_t SPI_T::TX |
Offset: 0x0020 SPI Data Transmit Register
Definition at line 1829 of file NUC029FAE.h.


Charles Schwab will reportedly acquire TD Ameritrade for $26 billion
by finanzen.net GmbH- Charles Schwab will acquire rival brokerage TD Ameritrade and the deal could be announced as soon as this morning, FOX Business reported Thursday.
- The purchase will ring in at roughly $26 billion and allow Schwab to better compete with Fidelity, Interactive Brokers and E*Trade.
- TD Ameritrade surged as much as 27% early Thursday. Schwab jumped as much as 12%.
- All major brokerages slashed trading fees between late September and early October, sending their stocks lower as investors feared the decision would wipe out a critical revenue stream.
- Watch Charles Schwab trade live here.
- Watch TD Ameritrade trade live here.
Charles Schwab will buy rival brokerage TD Ameritrade, FOX Business reported Thursday, and the deal could be announced as soon as today.
An acquisition will ring in at roughly $26 billion, and allow Schwab to better compete in the dynamic brokerage industry. All major brokerage firms cut fees for US-listed trades between late September and early October, eliminating a key revenue stream in a bid to attract new customers.
TD Ameritrade stock spiked as much as 27% in early Thursday trading. Schwab shares surged as much as 12%.
The combined company will be helmed by Schwab CEO Walter Bettinger, according to FOX. TD Ameritrade CEO and President Tim Hockey announced in July he will leave the firm by February, and Chief Financial Officer Steve Boyle will run the brokerage until the acquisition is completed.
Schwab announced on October 1 it would cut stock and exchange-traded-fund fees to zero, just one day before TD Ameritrade also wiped out its trading fees. Competing firms Fidelity and E*Trade nixed their fees in the following days. Interactive Brokers was the first major firm to cut commissions, making its announcement September 26.
Schwab and TD Ameritrade stocks tumbled following their announcements, but have since recovered.
Schwab's namesake founder said that the decision will open up the company's services to customers who previously faced obstacles when looking to invest with the firm.
"From day one, my passion has been to make investing easier and more affordable for everyone," brokerage founder Charles Schwab said in a press release announcing the elimination of trading fees. He added that "eliminating commissions ensures my ultimate vision is realized — making investing accessible to all."
Schwab closed Wednesday at $44.75 per share, up roughly 7.8%. TD Ameritrade closed at $41.38 per share, down about 15.5% year-t0-date.
Schwab has 10 "buy" ratings, nine "hold" ratings, and two "sell" ratings from analysts, and a consensus price target of $43.38, according to Bloomberg data.
TD Ameritrade has seven "buy" ratings, eight "hold" ratings, and four "sell" ratings, with a consensus price target of $40.22.
Now read more markets coverage from Markets Insider and Business Insider:
Chinese investors are sinking cash into Hong Kong's stock market as protests escalate


This application provides click-to-test functionality of core backend components in the Saito Game Engine. It also serves as a showcase for how to simply and easily handle common game tasks like rolling dice, dealing cards or displaying UI elements. It also provides a basic starting point for coding games!
Online Docs: game engine overview | api details
Please note that testing web3 cryptocurrency support requires your wallet to be configured to support those cryptocurrencies. This application was created with support for SAITO as the Web3 token -- to change to another token such as DOT or WND please specify in the advanced options menu on game create. Some card-related functionality may require you to have dealt cards to players.


This intention adds standard
Java 5.0
annotation
@Override
to the method which has been found to override non-abstract method in the base class.


request
A simpler XHR API. The request
library provides a simple API for fetching
content using XMLHttpRequest.
Version: 1.0.0
Homepage: https://github.com/barberboy/request
Install
npm install request
Methods
See Also
request.json
The request.json() method fetches a JSON files and returns the
parsed JSON object.
Syntax
request.json(path, callback)
Parameters
path
: A String containing a URL to the JSON file.
callback(obj)
: A callback Function to be called when the request
completes.
When callback
is invoked, its this
binding is set to the
XMLHttpRequest object that made the request, and the first argument,
obj
, is a JavaScript Object built from the parsed JSON.
Description
request.json(path, callback)
fetches a .json file, parses it, and
passes the resulting JavaScript object to callback
.
When callback
is invoked, its this
binding is set to the
XMLHttpRequest object that made the request, allowing you to check
the status of the XHR request.
Examples
request.json('/data.json', function(data) {
if (this.status === 200) {
}
});
See Also
request.jsonp
The request.jsonp() method loads a JSONP script.
Syntax
request.jsonp(path)
Parameters
path
: A String containing a URL to the JSONP script.
Description
request.jsonp(path)
fetches loads a JSONP script into the document.
Examples
request.jsonp('/data.js');
See Also
request.text
The request.text() method fetches text from the server and passes
it to the callback function.
Syntax
request.text(path, callback)
Parameters
path
: A String containing a URL to the HTML file.
callback(response)
: A callback Function to be called when the request
completes.
When callback
is invoked, its this
binding is set to the
XMLHttpRequest object that made the request, and the first
argument, response
, is a String containing the response text.
Description
request.text(path, callback)
makes an XMLHttpRequest for data on
the server, and passes the resonse to callback
.
When callback
is invoked, its this
binding is set to the
XMLHttpRequest object that made the request, allowing you to check
the status of the XHR request.
Examples
request.html('/footer.html', function(html) {
if (this.status === 200) {
document.getElementById('footer').innerHTML = html;
}
});
See Also
request.html
The request.html() method fetches HTML content and passes it to
the callback function.
Syntax
request.html(path, callback)
Parameters
path
: A String containing a URL to the HTML file.
callback(html)
: A callback Function to be called when the request
completes.
When callback
is invoked, its this
binding is set to the
XMLHttpRequest object that made the request, and the first argument,
html
, is a String containing the returned HTML.
Description
request.html(path, callback)
fetches HTML content and
passes it to callback
. (Truthfully, it's just an alias to
response.text().)
When callback
is invoked, its this
binding is set to the
XMLHttpRequest object that made the request, allowing you to check
the status of the XHR request.
Examples
request.html('/footer.html', function(html) {
if (this.status === 200) {
document.getElementById('footer').innerHTML = html;
}
});
See Also


A WebComponents based framework
We love npm, webpack and ofcourse webcomponents specs.
For quick start you can use template provided by community. Just download or clone web example that already use xin from `https://github.com/reekoheek/xin-example`.
wget https://github.com/reekoheek/xin-example/archive/master.zip
unzip master.zip
cd xin-example-master
npm i
npm run dev
Any help to compose yo generator accepted. ;)
<input type="text" value="{{foo}}">
<div>[[foo]]</div>


Dark Seer
Tips
- Vacuum destroys trees in a small AoE. Use this against enemies who like blinking/hiding in the trees.
- When the two creep waves meet during the laning phase, watch for which of the enemy melee creeps is
taking the least damage and then Ion Shell that one.
- In the laning phase, if the enemy has spells that quickly kill creeps, cast Ion Shell on enemy creeps instead.
- For some reason you can cast Ion Shell on enemy heroes. The main use for this would be casting it on
enemy melee heroes during tower defenses They'll either kill their whole creep wave or they'll have to
back off attacking the tower.
- Don't put Ion Shells on frontline creeps. You want to put it on the 2nd/3rd creep in the wave whenever
you're pushing or farming. The first creep in the wave is going to take the most damage from the enemy
wave and will die first.
- Ion Shelling invisible allies is hilarious. The damage isn't large enough to show a huge white bar of
missing HP building up on an unsuspecting enemy and the purple lines emitting from the shell don't even
appear.
- 75% of the time, your allies will benefit from a Surge more than you can. Don't be a scrooge. Surge and
Shell that Radiance+Scorched Earth Doom and watch him turn into a 522 MS Epicenter. Help Crystal Maiden
put that ward down without being molested for once. Let Batrider take someone halfway across the map in
three seconds.
- You can Surge the courier.
- A Wall of Replica across the top of the stairs on a tier 3 tower can instantly discourage a push. I know
it feels bad that you won't be able to make copies if the enemy decide to not push, but if you know that
you're not going to get good positioning or a good Vacuum, it can be worth it.
- Micro the illusions generated by Wall of Replica. I don't know what their default command is when
they're created, but I'm guessing it's something along the lines of: "Attack useless things." As soon as
you score a good Vacuum+Wall, order all the units to attack the highest priority target on the enemy
team or get them to bully a support out of a fight.
Counters
- If Seer is solo versus two of you, the support should just sit on his side of the lane very early on.
The more you can zone him out early, the better since once he gets a few levels into Ion Shell you won't
be able to trade hits with him. Wait for him to Shell a creep, then immediately pop out and start poking
his pointy butt.
- Ion Shell is purgeable, making Oracle with Fortune's End a very strong lane counter to DS.
- When trying to kill Seer, try to save stuns and disables for AFTER he casts Surge.
- You can purge Surge. This includes purges from Diffusal Blade or purges from Cyclones (Eul's or
Invoker's).
- Every time the Wall makes an illusion of you, you'll take the nuke damage from the Wall again.
- If you're a carry, pay attention to when an illusion is made of you.
- If you have a Radiance, consider toggling it off if you anticipate enemy initiation for a team fight.
After you pass through DS's Wall, you can turn it back on.


attns["copy"] = attn
// Update the state.
self.update_state(tgt)
// TODO change the way attns is returned dict => list or tuple (onnx)
return dec_outs, attns
attns["copy"] = attn
// Update the state.
self.state["previous_input"] = tgt
// TODO change the way attns is returned dict => list or tuple (onnx)
return dec_outs, attns


module Owl_regression:sig
..end
The module provides basic functions to fit data into
different models such as linear, polynomial, and exponential.
typedsmat =
Owl_dense_real.mat
typevector =
Gsl.Vector.vector
val linear : ?i:bool ->
dsmat -> dsmat -> dsmat
linear ~i x y
fits the measurements x
and the
observations y
into a linear model. x
is a m
by n
row-based matrix
and each row represents one measurement. y
is a m
by 1
matrix and each
number is an observation. The parameters will be returned as a column vector.
~i
indicates wether to include intercept, the default value is false
. The
intercept will be the first elelment in the returned parameters.val polynomial : dsmat -> dsmat -> int -> dsmat
polynomial x y d
fits the measurements x
and the
observations y
into a polynomial model. Both x
and y
are m
by 1
matrices. Parameter d
specifies the highest degree of the polynomial model.
The function returns a (d+1)
by 1
matrix where the first element is the
intercept and the rest are the corresponding coefficients of each degree from
1
to d
.val exponential : dsmat -> dsmat -> dsmat
exponential x y
fits the measurements x
and the
observations y
into a exponential model: y = a * exp^(-lambda * x) + b
.
Both x
and y
are m
by 1
matrices. The returned result is a matrix of
three model parameters [a, lambda, b]
.val nonlinear : (vector -> float -> float) ->
float array ->
dsmat -> dsmat -> dsmat
nonlinear f p x y
fits the measurements x
and the
observations y
into a user-defined nonlinear model. Both x
and y
are
m
x 1
matrices; p
is the initial guess of the parameters, f
is the
user-defined function, its first parameter is the parameter array, and the
second is the variable.
E.g., if we want to fit x
and y
using y = a *. (log x) +. b
model, we
first define the function f
as
let f p x = p.{0} *. (log x) + p.{1}
where p.{0}
represents a
and p.{1}
represents b
. Then we also need to make
an initial guess of the parameters (i.e., a
and b
) by defining
let p = [0.1; 0.1]
.
Finally, we can perform the nonlinear regression by calling nonlinear f p x y
.
val ols : ?i:bool ->
dsmat -> dsmat -> dsmat
ols ~i x y
, i
: whether or not to
include intercept bias in parameters, the default is true
; ; x
is the
measurements, and y
is the observations. THe return is the model.val ridge : ?i:bool ->
?a:float ->
dsmat -> dsmat -> dsmat
ridge ~i ~a x y
, i
: whether or not to include
intercept bias in parameters, the default is true
; a
: the weight on the
regularisation term; x
is the measurements, and y
is the observations.
The return is the model.val lasso : ?i:bool ->
?a:float ->
dsmat -> dsmat -> dsmat
lasso ~i ~a x y
, i
: whether or not to include
intercept bias in parameters, the default is true
; a
: the weight on the
regularisation term; x
is the measurements, and y
is the observations.
The return is the model.val logistic : ?i:bool ->
dsmat -> dsmat -> dsmat
logistic ~i x y
, i
: whether or not to include
intercept bias in parameters, the default is true
; ; x
is the
measurements, and y
is the observations.
Note that the values in y
are either +1
or 0
. The return is the model.
val svm : ?i:bool ->
dsmat ->
dsmat -> dsmat -> dsmat
svm ~i p x y
, i
: whether or not
to include intercept bias in parameters, the default is true
; p
: the
initial guess of the model; x
is the measurements, and y
is the observations.
Note that the values in y
are either +1
or -1
.
val kmeans : dsmat -> int -> dsmat * int array
kmeans x c
divides x
which is a row-based matrix
into c
clusters. The return is (y,a)
where y
is the model and a
is
the membership list of all nodes in x
.


Constructor
new Schema(opts)
Parameters:
| Name | Type | Description |
|---|---|---|
opts |
ApiOptions | API options object |
- Source:
Extends
Methods
(async) get()
Retrieves a list of known schemas
- Source:
(async) getByName(name)
Retrieves a schema for a given name
Parameters:
| Name | Type | Description |
|---|---|---|
name |
string | Name of the schema to retrieve |
- Source:
(async) sendGet(url, args, opts)
Make a get request to the Textile node
Parameters:
| Name | Type | Description |
|---|---|---|
url |
string | The relative URL of the API endpoint |
args |
Array.<string> | An array of arguments to pass as Textile args headers |
opts |
Object | An object of options to pass as Textile options headers |
- Inherited From:
- Source:
(async) sendPost(url, args, opts, data)
Make a post request to the Textile node
Parameters:
| Name | Type | Description |
|---|---|---|
url |
string | The relative URL of the API endpoint |
args |
Array.<string> | An array of arguments to pass as Textile args headers |
opts |
Object | An object of options to pass as Textile options headers |
data |
Object | An object of data to post |
- Inherited From:
- Source:
(async) sendPostMultiPart(url, args, opts, data)
Make a post request to the Textile node using a multi-part form
Parameters:
| Name | Type | Description |
|---|---|---|
url |
string | The relative URL of the API endpoint |
args |
Array.<string> | An array of arguments to pass as Textile args headers |
opts |
Object | An object of options to pass as Textile options headers |
data |
Object | An object of data to post |
- Inherited From:
- Source:


Internal representation of mail_outbox, without padding.
More...
#include <mailbox.h>
Internal representation of mail_outbox, without padding.
Definition at line 84 of file mailbox.h.
| proxy_ptr tbb::internal::unpadded_mail_outbox::my_first |
|
protected |
Pointer to first task_proxy in mailbox, or NULL if box is empty.
Definition at line 89 of file mailbox.h.
| bool tbb::internal::unpadded_mail_outbox::my_is_idle |
|
protected |
Pointer to pointer that will point to next item in the queue. Never NULL.
Definition at line 92 of file mailbox.h.
The documentation for this class was generated from the following file:


{% set suppress_feedback = true %} {% extends '_layouts/layout.html' %} {% block page_title %}{% endblock %} {% block body_css_classes %}nhsuk-frontend{% endblock %} {% block content %}
If you’re away from home and can’t get an appointment with your GP, you can see any local GP on a temporary basis.


As an avid athlete in high school, I started doing yoga to help counterbalance the intense stress being put on my body, as well as to build strength in a way that no other sport had ever offered me before. After getting bored with the monotony of Bikram yoga, I started to branch out with other styles and discovered a whole different side to yoga that I hadn't ever known existed. I began to understand that yoga goes way beyond the physical workout, and dives deep into many other aspects of life through so many different limbs. Overwhelmed, yet empowered, I wanted to share yoga as a tool to heal and empower, just like I had experienced in my own practice.
In 2013, immediately after graduating high school in Lynnwood, Washington, I stumbled upon YoYoYogi's Power Yoga Teacher Training and I went for it! I moved to Portland and received my 200-RYT training that November, and had the privilege of learning from amazing teachers like and Alex and Terri Cole.
If you decide to come to my classes, you will find that they are very lighthearted and fun with funky music, and usually involve a fusion of vinyasa and yin yoga with an emphasis on alignment. I also love to supplement with easy meditation practices, as well as adjustments.
Namastizzle!
Time: 5:45 pm - 7 pm
Studio: Yoga Refuge
Address: 7831 Southeast Stark Street, Portland, OR 97215
This class is designed to be a fast-paced and dynamic flow. I love to start off slowly, and then gradually build up the intensity to warm up the body and mind for a juicy practice. I enjoy playing with many different standing balance variations, as well as twists, and hip openers. The emphasis of each class is to allow the breath to guide each posture into the next-- breathing through the intensity and finding ease. There are always a few yin postures near the end of my classes, and oh boy will your body be ready for some deep stretches by then!
Time: 7:30 pm - 8:30 pm
Studio: Vibrant Studios
Address: 1532 SW Jefferson St, Portland, OR 97201
Description coming soon!
Time: 12 pm - 1:15 pm
Studio: Yoga Refuge
Address: 7831 Southeast Stark Street, Portland, OR 97215
This class is designed to be a fast-paced and dynamic flow. I love to start off slowly, and then gradually build up the intensity to warm up the body and mind for a juicy practice. I enjoy playing with many different standing balance variations, as well as twists, and hip openers. The emphasis of each class is to allow the breath to guide each posture into the next-- breathing through the intensity and finding ease. There are always a few yin postures near the end of my classes, and oh boy will your body be ready for some deep stretches by then!


Manash Pratim Deka (owner/CEO):+918086687191
Jyotiraditya Deka (co-owner): +918638701092
Company phone:18001801551(toll-free)
Our address is
Radhakuchi, Baihata Chariali
Kamrup(R)
781381
Assam
India
Home
Back to the top
Image credits: Pixabay™, Pexels™ and Flaticon™


grouping
ui.grid.grouping
Grid properties and functions added for grouping
Cache that holds the group header rows we created last time, we'll reuse these next time, not least because they hold our expanded states.
We need to take care with these that they don't become a memory leak, we create a new cache each time using the values from the old cache. This works so long as we're creating group rows for invisible rows as well.
The cache is a nested hash, indexed on the value we grouped by. So if we grouped by gender then age, we'd maybe have something like:
{
male: {
row: <pointer to the old row>,
children: {
22: { row: <pointer to the old row> },
31: { row: <pointer to the old row> }
},
female: {
row: <pointer to the old row>,
children: {
28: { row: <pointer to the old row> },
55: { row: <pointer to the old row> }
}
}
We create new rows for any missing rows, this means that they come in as collapsed.


PIPEGLADE
Graphical User Interfaces, The UNIX Way
Pipeglade is a helper program that displays graphical user
interfaces for other programs. It renders the GUI definition
found in a GtkBuilder file (created using
the
Glade Interface
Designer), and communicates with the main program solely
via pipes or fifos.
To have its GUI rendered by pipeglade, a program must be able to
-
send plain text commands to standard output or a named
pipe and/or
-
receive and parse simple plain text messages from standard
input or a named pipe.
Pipeglade strives for simplicity; it provides access to a
subset of the features available in GTK+ v3.2. Widgets able to
communicate via pipeglade include
-
layout
containers:
notebook,
expander,
frame,
scrolled window;
-
buttons:
check
button,
toggle
button,
radio
button,
switch;
-
spin
buttons
and scales/sliders;
-
text labels
and images;
-
text
and tabular
inputs;
-
combo
boxes
and menus;
-
various dialog
windows: file
choosers,
print
dialog, color
button, font
button;
-
calendars;
-
drawing
areas (see example below);
-
statusbars
and progress
indicators;
-
event
boxes that report keyboard and mouse activity,
-
XEmbed
sockets displaying other processes (Pipeglade can
also embed itself into an XEmbed socket of another process.)
Widgets
of any kind can grab focus and change visibility,
sensitivity,
style,
size, and tooltip.
EXAMPLE
The shell script
clock.sh uses
pipeglade to display an analog clock on the interface
defined in the GtkBuilder
file
clock.ui.
LICENSE


WoW Quest Plugin
Configuration
Names
ApiKey
Fields
Zone
Preffix
Save
Defaults
Icons made by
Freepik
&
Egor Rumyantsev
from
www.flaticon.com
are licensed by
CC 3.0 BY


{% load static %}
If you're one for thinking on your feet, finding your way around a passionate Shakespearean monologue or battling it out with a war of words, it's all right here. Give direction to your opinions at BREEZE’18.
Weave the tunes and string them together just right, whether you're using your voice or an instrument. The language of music is universal and you've just got to hit the beats to get the message across. We’re on the lookout for some breathtaking musical talent. Sign up if you think you can make your way to the highs.


NASA Mission
Information gathered using the NASA image api displayed
Home
Missions
Space Game
Space news
SEARCH


1 And I think that their account of the country was true. For even if a man has not heard it before, he can readily see, if he has sense, that that Egypt to which the Greeks sail is land deposited for the Egyptians, the river's gift—not only the lower country, but even the land as far as three days' voyage above the lake, which is of the same nature as the other, although the priests did not say this, too.
2 For this is the nature of the land of Egypt: in the first place, when you approach it from the sea and are still a day's sail from land, if you let down a sounding line you will bring up mud from a depth of eleven fathoms. This shows that the deposit from the land reaches this far.


Aimsun is an international software and services company with a singular focus on algorithms, modelling, and operational know-how for strategic transport planning, traffic engineering and mobility management. Aimsun develops, markets and supports Aimsun Next transport modelling software, which will provide the traffic simulation underpinning the OmniCAV project and developing its interfaces to allow seamless compatibility with XPI. Aimsun will also be undertaking the role of Project Lead.
Admiral is a FTSE 100 insurance company with 25 years history in delivering motor insurance direct to the UK market. Admiral has now grown to today serving over 4 million motor customers. Admiral will use its extensive experience to assist with the creation of a library of scenarios against which to test CAVs.
Alchera Technologies is an AI software startup that provides real-time analytics to operate and optimise road infrastructure dynamically. It provides operators and commercial users of road infrastructure with high quality real-time insights into vehicle and pedestrian movements around cities and major infrastructure at a national scale. Its flagship product, Alpha, operates with greater coverage, lower cost and greater reliability than any existing solutions by using state-of-the-art AI to fuse together existing sensor networks (including IoT devices and connected vehicles) and build an enriched comprehensive unified view which delivers first-of-a-kind, city-scale, real-time insight.
Arcadis, one of the world’s leading providers of Design and Consultancy services, has a strong focus on driving innovation in the design, delivery and operation of built and natural assets, including modelling the impact of CAV and new mobility on city and regional policy. Working with the consortium, Arcadis will be developing and implementing the traffic model at the heart of OmniCAV, designed to enable acceleration of testing the reliability and safety of CAV technology.
ARRIVAL is making vehicles the way they should be – smart and electric. The company is currently focused on commercial vehicles, with a van, bus and taxi in development. ARRIVAL is working with some of the world’s leading businesses and governments and are currently running a series of trials with companies like the Royal Mail. For OmniCAV, Arrival will be developing the CAV model to drive in the simulated digital twin, as well the vehicle for real-world tests.
OS is Britain’s national mapping agency, providing the geospatial framework relied upon by government, industry and the general public. Its role within OmniCAV is to specify, capture and maintain the high-resolution spatial data required within a robust autonomous vehicle simulation environment. OS will work alongside the other members of the OmniCAV consortium to establish a specification and standard for a geospatial dataset to act as the underpinning reference, or digital twin, for CAV simulation.
As the first UK authority to include connected and autonomous vehicles (CAVs) in local strategy and development plans, as well as to have a dedicated team, OCC is keen to support the safe growth and deployment of CAVs and promote an equitable change to smart mobility. In OmniCAV, OCC will be providing data crucial to construct and evaluate the simulation environment, local knowledge and facilitate the road trials. OCC will also be leading on the citizen engagement during the project.
UKAEA’s centre for Remote Applications for Challenging Environments (RACE) has teamed with Millbrook, the leading independent vehicle test and validation services provider, to offer a unique, controlled testbed representative of an urban environment for the development of connected and autonomous vehicle (CAV) technologies. For OmniCAV, the road and test track networks of the two sites will operate as a single facility offering all-weather, multi-user access and seamless transfers between environments, cost-effectively addressing all functional requirements, both current and future, of real-world urban scenarios.
WMG was established to reinvigorate UK manufacturing through the application of cutting edge research and effective knowledge transfer. WMG is a world-leading research and education group and an academic department of the University of Warwick. WMG has pioneered an international model for working with industry, commerce and public sectors and holds a unique position between academia and industry. The Group’s strength is providing companies with the opportunity to gain a competitive edge by understanding a company’s strategy and working in partnership with them to create, through multidisciplinary research, ground-breaking products, processes and services.
XPI Simulation, a wholly-owned subsidiary of Thales UK, designs and manufactures a range of world leading, cost-effective simulator systems for driver training and research applications. XPI's core capability lies in the development of a flexible and modular software architecture that accommodates the different functions related to driving simulation - including physical hardware interfaces, image generation, database generation, modelling, vehicle dynamics and scenario creation. For OmniCAV, XPI will be leading the design and development of the core simulation software that will be used to test autonomous vehicles.


public class HadoopCounterGroup extends java.util.AbstractCollection<HadoopCounterKey>
Represents named and ordered collection of HadoopCounterKey
instances. It corresponds to Hadoop API specific
counters group that consists of all counters that are identified by Enum
constants of the same enumeration.
This class provides abstraction from this Hadoop API specific enumerations.
Instances of this class are immutable. Equality relation is defined on instances of this class by overriding
methods Object.hashCode()
and Object.equals(Object)
. Two instances are equal if and only if they have
equal group name.
HadoopCounterKey
| Constructor and Description |
|---|
HadoopCounterGroup(java.util.Collection<HadoopCounterKey> counters,
java.lang.String groupName,
java.lang.String groupDisplayName)
Initializes new counter group using given list of counters, group name and group display name.
|
HadoopCounterGroup(T[] hadoopCounterKeys)
Automatically creates
HadoopCounterKey instances for enum constants representing individual counters and
initializes new counter group with them. |
HadoopCounterGroup(T[] hadoopCounterKeys,
java.lang.String displayName)
Automatically creates
HadoopCounterKey instances for enum constants representing individual counters and
initializes new counter group with them. |
HadoopCounterGroup(T[] hadoopApiCounterKeys,
java.lang.String groupDisplayName,
HadoopCounterDisplayNameGetter<T> countersDisplayNameGetter)
Automatically creates
HadoopCounterKey instances for enum constants representing individual counters and
initializes new counter group with them. |
| Modifier and Type | Method and Description |
|---|---|
boolean |
equals(java.lang.Object obj) |
java.lang.String |
getGroupDisplayName()
Gets display name of the counter group.
|
java.lang.String |
getGroupName()
Gets group name.
|
int |
hashCode() |
java.util.Iterator<HadoopCounterKey> |
iterator() |
int |
size() |
public HadoopCounterGroup(java.util.Collection<HadoopCounterKey> counters, java.lang.String groupName, java.lang.String groupDisplayName)
counters
- Non-null nor empty collection of counters that new counters group will include. By contract, all
the counters keys in this collection must have their counterGroupName
attribute set to string
equal to name of this group.groupName
- Unique, non-null group name for this group. By contract, this must be string equal to class name
of corresponding Hadoop API specific counters enumeration that is represented by constructed instance.groupDisplayName
- Display name of the counters group intended to be displayed to user or null
.HadoopCounterKey.getGroupName()
public HadoopCounterGroup(T[] hadoopApiCounterKeys, java.lang.String groupDisplayName, HadoopCounterDisplayNameGetter<T> countersDisplayNameGetter)
HadoopCounterKey
instances for enum constants representing individual counters and
initializes new counter group with them. A name of the Enum class is used as both group name and group name of
created counters.hadoopApiCounterKeys
- Non-null nor empty array of enum constants that represents Hadoop API counters keys
that are to be used to create HadoopCounterKey
s of this group.groupDisplayName
- Display name of the counters group intended to be displayed to user.countersDisplayNameGetter
- Is used to initialize display names of individual HadoopCounterKey
s when
creating them. When null, display names are not created.public HadoopCounterGroup(T[] hadoopCounterKeys, java.lang.String displayName)
HadoopCounterKey
instances for enum constants representing individual counters and
initializes new counter group with them. A name of the Enum class is used as both group nameand group name of
created counters.hadoopCounterKeys
- Non-null nor empty array of enum constants that represents Hadoop API counters keys that
are to be used to create HadoopCounterKey
s of this group.groupDisplayName
- Display name of the counters group intended to be displayed to user.public HadoopCounterGroup(T[] hadoopCounterKeys)
HadoopCounterKey
instances for enum constants representing individual counters and
initializes new counter group with them. A name of the Enum class is used as group name, group display name and
group name of created counters.hadoopCounterKeys
- Non-null nor empty array of enum constants that represents Hadoop API counters keys that
are to be used to create HadoopCounterKey
s of this group.public java.lang.String getGroupName()
HadoopCounterGroup
.public java.lang.String getGroupDisplayName()
null
or empty
a value returned by getGroupName()
is used instead.public java.util.Iterator<HadoopCounterKey> iterator()
iterator
in interface java.lang.Iterable<HadoopCounterKey>
iterator
in interface java.util.Collection<HadoopCounterKey>
iterator
in class java.util.AbstractCollection<HadoopCounterKey>
public int hashCode()
hashCode
in interface java.util.Collection<HadoopCounterKey>
hashCode
in class java.lang.Object
public boolean equals(java.lang.Object obj)
equals
in interface java.util.Collection<HadoopCounterKey>
equals
in class java.lang.Object
public int size()
size
in interface java.util.Collection<HadoopCounterKey>
size
in class java.util.AbstractCollection<HadoopCounterKey>
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