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SOFTWARE DEVELOPER
posted 3 days ago
UST Global
Bangalore
Full Time
DESCRIPTION: Testing and evaluating new programs. Identifying areas for modification in existing programs and subsequently developing these modifications. Writing and implementing efficient code.
SR. SOFTWARE DEVELOPER
posted 10 days ago
UST Global
Hyderabad
Full Time
DESCRIPTION: Testing and evaluating new programs. Identifying areas for modification in existing programs and subsequently developing these modifications. Writing and implementing efficient code.
JR. SOFTWARE DEVELOPER
posted 7 days ago
DTCC
Chennai
Full Time
DESCRIPTION: Testing and evaluating new programs. Identifying areas for modification in existing programs and subsequently developing these modifications. Writing and implementing efficient code.
AUTOMATION TEST ENGINEER
posted 8 days ago
DTCC
Kolkata
Part Time
DESCRIPTION: Testing and evaluating new programs. Identifying areas for modification in existing programs and subsequently developing these modifications. Writing and implementing efficient code.
SENIOR JAVA DEVELOPER
posted 3 days ago
UST Global
Mumbai
Full Time
DESCRIPTION: Testing and evaluating new programs. Identifying areas for modification in existing programs and subsequently developing these modifications. Writing and implementing efficient code.


Walker leaves game on stretcher after collision with teammate
(Reuters) - Boston Celtics point guard Kemba Walker exited a Friday night game against the Denver Nuggets after his head collided with a teammate in a frightening incident that saw him carted off the court.
The three-time NBA All-Star appeared to stumble forward, before falling headfirst into his teammate Semi Ojeleye’s torso, his neck buckling from the impact in front of a packed hometown Denver crowd in the second period.
Medical staff came onto the court and carried Walker off on a stretcher, as stunned onlookers applauded the fallen player, who has led the Celtics in points per game.
On Twitter, his team wrote that Walker was being taken to the hospital for tests after being diagnosed with “concussion-like symptoms.”
Fans and fellow players unleashed an outpouring of support for the 29-year-old, as the jarring incident played out on repeat on television and social media, quickly becoming one of the top most-discussed topics on Twitter.


HOLY WEEK
TUESDAY
FIRST READING Isaiah 49:1-6
Listen to me, O islands, and pay
attention, you peoples from afar. The LORD called me from the womb, from the body of my mother he named my name.  And he said to me, "You
are my servant,
The word of the Lord
RESPONSORIAL PSALM Psalm 71
R. My mouth will tell of your salvation, Lord.
 In your justice, rescue me, free me; incline your
ear to me and save me.
R. My mouth will tell of your salvation, Lord.
 My God, free me from the hand
of the wicked.
R. My mouth will tell of your salvation, Lord.
It is you, O Lord, who are my hope, my trust, O LORD,
from my youth. On you I have leaned from my birth; from my mother's womb, you
have been my help.
R. My mouth will tell of your salvation, Lord.
My mouth will tell of your justice, and all the day
long of your salvation.
R. My mouth will tell of your salvation, Lord.
GOSPEL ACCLAMATION
R. Glory and praise to you, O Christ.
Hail, our King, obedient to his Father; you were led to crucifixion like a meek lamb to the slaughter.
R. Glory and praise to you, O Christ.
GOSPEL John 13:21-33.36-38
At that time: [Jesus, reclining
with his disciples,] was troubled in spirit, and testified, "Truly, truly,
I say to you, one of you will betray me." The disciples looked at one
another, uncertain of whom he spoke.  So lying thus, close to
the breast of Jesus, he said to him, "Lord, who is it?" Jesus
answered, "It is he to whom I shall give this morsel when I have dipped
it." So when he had dipped the morsel, he gave it to Judas, the son of
Simon Iscariot. Then after the morsel, Satan entered into him. Jesus said to
him, "What you are going to do, do quickly." Now no one at the table
knew why he said this to him. Some thought that, because Judas had the money
box, Jesus was telling him, "Buy what we need for the feast"; or,
that he should give something to the poor. So, after receiving the morsel, he
immediately went out; and it was night.  Little children, yet a little while I am with you.
 Simon Peter said to him, "Lord, where are you
going?" Jesus answered, "Where I am going you cannot follow me now;
but you shall follow afterward." Peter said to him, "Lord, why cannot
I follow you now? I will lay down my life for you." Jesus answered,
"Will you lay down your life for me?
The Gospel of the Lord


| MATLAB 文件帮助: cv.approxPolyDP | 查看 cv.approxPolyDP 的代码 | Index |
approxPolyDP Approximates a polygonal curve(s) with the specified precision
approxCurve = cv.approxPolyDP(curve)
approxCurve = cv.approxPolyDP(curve, 'OptionName', optionValue, ...)
{[x,y], ...}
).
Supports integer (int32
) and floating point (single
) classes.The functions cv.approxPolyDP approximate a curve or a polygon with another curve/polygon with less vertices so that the distance between them is less or equal to the specified precision. It uses the Douglas-Peucker algorithm http://en.wikipedia.org/wiki/Ramer-Douglas-Peucker_algorithm.


Pique aims to bring Davis Cup back to the 'top' as world's best gather
by Ian McCulloughSome of the biggest names in men's tennis have jetted into Madrid for the controversial, new-look Davis Cup, starting on Monday.
The World Cup-style tournament, which is bankrolled by Barcelona footballer Gerard Pique's Kosmos company, has been met with some lukewarm reactions with Roger Federer, Australia captain Lleyton Hewitt and Andy Murray among those who've expressed scepticism.
The week-long event replaces the traditional home and away tie format which had been in place for 119 years.
Kosmos acquired the competition's commercial rights from the International Tennis Federation (ITF) in a $US3 billion ($A4.4 billion) deal over 25 years.
Pique, who's won over 100 caps for Spain and was part of the 2010 World Cup-winning team, has vowed to restore the tournament to its former glory.
"I just want to bring one of the most important tennis competitions to the top again," Pique said. "Davis Cup is the only tennis event where fans support countries instead of players.
"From a financial perspective, this new format is more attractive for sponsors as the event will be broadcast worldwide with 18 countries competing."
The tournament will see 18 nations competing across six groups of three with the winner of each and the two best runners-up, based on the number of sets and games won, qualifying for the quarter-finals.
Matches will be played over three sets instead of five with the first singles rubber contested by each country's No.2-ranked player before the No.1's take to the court ahead of the doubles match.
Ten of the world's top-15 players will be in action with only Swiss great Federer, Austria's Dominic Thiem, Greece's Stefanos Tsitsipas, whose teams did not qualify, not taking park.
Germany's Alexander Zverev, who opposes the new format, is also absent.
Australia, who have won the Davis Cup 28 times and been a runner-up on 19 occasions, will field a team made up Alex de Minaur, Nick Kyrgios, John Millman, Jordan Thompson and doubles specialist John Peers.
Hewitt's men will open their tournament against Colombia on Tuesday (0300 Wednesday AEDT) and then face Belgium on Wednesday (0400 Thursday).
Should they progress as Group D winners Australia will play the team that tops Group F which contains Italy, Canada and the USA.
Should they qualify as one of the two best runners-up it will pair them against the winner of Group A (France, Japan, Serbia) or Group B (Croatia, Spain, Russia).
DAVIS CUP GROUPS
GROUP A: France, Serbia, Japan
Group B: Croatia, Spain, Russia
Group C: Argentina, Germany, Chile
Group D: Belgium, Australia, Colombia
Group E: Great Britain, Kazakhistan, Netherlands
Group F: United States, Italy, Canada
AAP


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Use the inline delete confirmation when users need to confirm that they want to delete an item from a list.
Keep in mind that you should not delete items from lists when they are complex enough to have their own record pages. For lists with such items, do not include delete actions in the context-menu dropdowns.
Don't use inline delete confirmation when users need to confirm that they want to delete an item outside of a list. Use a confirm dialog instead.
When user select a delete action from a context-menu dropdown in a list, the inline delete confirmation covers the list item. When users select Delete to confirm the action, it removes the item from the list and repositions the remaining list items.


To use this tool, paste a New Readers media summary into the top box and hit "Go!".
Ensure that all countries and reports are separated with four dashes, including four at the top and four at the bottom.
Make sure that the "about" text is one line, and that all quotes etc. are all also on one line.
Clean up the input if the output is unsatisfactory. :)


Please enter the bitcoin address you want to use to receive the assets. Make sure you control the private key of the address (learn more).
Some wallets (like Coinbase, Bitstamp, Xapo,…) have a particular way of dealing with transactions to and from your wallet. This allows them to offer a great service but isn't compatible with the the assets (coins) we're about to send you. If you're not sure, let us just create a new wallet for you.


|
Core2 for AWS IoT EduKit BSP 1.5.1
|
#include "freertos/FreeRTOS.h"
#include "freertos/semphr.h"
#include "driver/i2c.h"
#include "esp_log.h"
#include "esp_err.h"
#include "i2c_device.h"
Macros | |
| #define | TAG "I2C-DEVICE" |
| #define | log_i(format...) |
| #define | log_e(format...) |
| #define | log_reg(buffer, buffer_len) |
| #define | I2C_TIMEOUT_MS (100) |
Functions | |
| I2CDevice_t | i2c_malloc_device (i2c_port_t i2c_num, gpio_num_t sda, gpio_num_t scl, uint32_t freq, uint8_t device_addr) |
| void | i2c_free_device (I2CDevice_t i2c_device) |
| BaseType_t | i2c_take_port (i2c_port_t i2c_num, uint32_t timeout) |
| BaseType_t | i2c_free_port (i2c_port_t i2c_num) |
| esp_err_t | i2c_apply_bus (I2CDevice_t i2c_device) |
| esp_err_t | i2c_free_bus (I2CDevice_t i2c_device) |
| esp_err_t | i2c_read_bytes (I2CDevice_t i2c_device, uint32_t reg_addr, uint8_t *data, uint16_t length) |
| esp_err_t | i2c_read_bytes_no_stop (I2CDevice_t i2c_device, uint32_t reg_addr, uint8_t *data, uint16_t length) |
| esp_err_t | i2c_read_byte (I2CDevice_t i2c_device, uint32_t reg_addr, uint8_t *data) |
| esp_err_t | i2c_read_bit (I2CDevice_t i2c_device, uint32_t reg_addr, uint8_t *data, uint8_t bit_pos) |
| esp_err_t | i2c_read_bits (I2CDevice_t i2c_device, uint32_t reg_addr, uint8_t *data, uint8_t bit_pos, uint8_t bit_length) |
| esp_err_t | i2c_write_bytes (I2CDevice_t i2c_device, uint32_t reg_addr, uint8_t *data, uint16_t length) |
| esp_err_t | i2c_write_byte (I2CDevice_t i2c_device, uint32_t reg_addr, uint8_t data) |
| esp_err_t | i2c_write_bit (I2CDevice_t i2c_device, uint32_t reg_addr, uint8_t data, uint8_t bit_pos) |
| esp_err_t | i2c_write_bits (I2CDevice_t i2c_device, uint32_t reg_addr, uint8_t data, uint8_t bit_pos, uint8_t bit_length) |
| esp_err_t | i2c_device_change_freq (I2CDevice_t i2c_device, uint32_t freq) |
| esp_err_t | i2c_device_valid (I2CDevice_t i2c_device) |
| #define TAG "I2C-DEVICE" |
| #define log_i | ( | format... | ) |
| #define log_e | ( | format... | ) |
| #define log_reg | ( | buffer, | |
| buffer_len | |||
| ) |
| #define I2C_TIMEOUT_MS (100) |
| I2CDevice_t i2c_malloc_device | ( | i2c_port_t | i2c_num, |
| gpio_num_t | sda, | ||
| gpio_num_t | scl, | ||
| uint32_t | freq, | ||
| uint8_t | device_addr | ||
| ) |
| void i2c_free_device | ( | I2CDevice_t | i2c_device | ) |
| BaseType_t i2c_take_port | ( | i2c_port_t | i2c_num, |
| uint32_t | timeout | ||
| ) |
| BaseType_t i2c_free_port | ( | i2c_port_t | i2c_num | ) |
| esp_err_t i2c_apply_bus | ( | I2CDevice_t | i2c_device | ) |
| esp_err_t i2c_free_bus | ( | I2CDevice_t | i2c_device | ) |
| esp_err_t i2c_read_bytes | ( | I2CDevice_t | i2c_device, |
| uint32_t | reg_addr, | ||
| uint8_t * | data, | ||
| uint16_t | length | ||
| ) |
| esp_err_t i2c_read_bytes_no_stop | ( | I2CDevice_t | i2c_device, |
| uint32_t | reg_addr, | ||
| uint8_t * | data, | ||
| uint16_t | length | ||
| ) |
| esp_err_t i2c_read_byte | ( | I2CDevice_t | i2c_device, |
| uint32_t | reg_addr, | ||
| uint8_t * | data | ||
| ) |
| esp_err_t i2c_read_bit | ( | I2CDevice_t | i2c_device, |
| uint32_t | reg_addr, | ||
| uint8_t * | data, | ||
| uint8_t | bit_pos | ||
| ) |
| esp_err_t i2c_read_bits | ( | I2CDevice_t | i2c_device, |
| uint32_t | reg_addr, | ||
| uint8_t * | data, | ||
| uint8_t | bit_pos, | ||
| uint8_t | bit_length | ||
| ) |
| esp_err_t i2c_write_bytes | ( | I2CDevice_t | i2c_device, |
| uint32_t | reg_addr, | ||
| uint8_t * | data, | ||
| uint16_t | length | ||
| ) |
| esp_err_t i2c_write_byte | ( | I2CDevice_t | i2c_device, |
| uint32_t | reg_addr, | ||
| uint8_t | data | ||
| ) |
| esp_err_t i2c_write_bit | ( | I2CDevice_t | i2c_device, |
| uint32_t | reg_addr, | ||
| uint8_t | data, | ||
| uint8_t | bit_pos | ||
| ) |
| esp_err_t i2c_write_bits | ( | I2CDevice_t | i2c_device, |
| uint32_t | reg_addr, | ||
| uint8_t | data, | ||
| uint8_t | bit_pos, | ||
| uint8_t | bit_length | ||
| ) |
| esp_err_t i2c_device_change_freq | ( | I2CDevice_t | i2c_device, |
| uint32_t | freq | ||
| ) |
| esp_err_t i2c_device_valid | ( | I2CDevice_t | i2c_device | ) |


Coryell County
2017
Total Felonies Filed = 676
Total Felony Dispositions = 834
Total Felony Dispositions = 834
Total Misdemeanors Filed = 680
Total Misdemeanor Dispositions = 739
Total Misdemeanor Dispositions = 739
2016
Total Felonies Filed = 590
Total Felony Dispositions = 695
Total Felony Dispositions = 695
Total Misdemeanors Filed = 733
Total Misdemeanor Dispositions = 864
Total Misdemeanor Dispositions = 864
2015
Total Felonies Filed = 600
Total Felony Dispositions = 503
Total Felony Dispositions = 503
Total Misdemeanors Filed = 612
Total Misdemeanor Dispositions = 857
Total Misdemeanor Dispositions = 857
2014
Total Felonies Filed = 583
Total Felony Dispositions = 596
Total Felony Dispositions = 596
Total Misdemeanors Filed = 937
Total Misdemeanor Dispositions = 1233
Total Misdemeanor Dispositions = 1233
2013
Total Felonies Filed = 527
Total Felony Dispositions = 595
Total Felony Dispositions = 595
Total Misdemeanors Filed = 900
Total Misdemeanor Dispositions = 1103
Total Misdemeanor Dispositions = 1103
2012
Total Felonies Filed = 421
Total Felony Dispositions = 615
Total Felony Dispositions = 615
Total Misdemeanors Filed = 621
Total Misdemeanor Dispositions = 658
Total Misdemeanor Dispositions = 658
2011
Total Felonies Filed = 494
Total Felony Dispositions = 510
Total Felony Dispositions = 510
Total Misdemeanors Filed = 719
Total Misdemeanor Dispositions = 883
Total Misdemeanor Dispositions = 883


Vendor Name:
CARTIER PLACE SUITE HOTEL
Reference Number:
6015429
Contract Date:
2013-05-06
Description of Work:
RENTAL FACILITIES
Contract Period:
2013-05-06 to 2013-11-06
Delivery Date:
2013-11-06
Original Contract Value:
$21,831.60
Current Contract Value:
$21,831.60
Comments:
This contract was competitively sourced.
Former Public Servant in Receipt of a Pension under the Public Service Superannuation Act:
No


Controls if this Game Object is processed by the core game loop. If this Game Object has a physics body it also controls if its physics body is updated or not. When exists
is set to false
it will remove its physics body from the physics world if it has one. It also toggles the visible
property to false as well.
Setting exists
to true will add its physics body back in to the physics world, if it has one. It will also set the visible
property to true
.


Support for geographically distributed researchers
Parsifal is a powerful platform that provides full support for researchers geographically distributed to work on the same Systematic Literature Review. There is no limit of authors per review.
{% extends 'base.html' %} {% block javascript %} {% endblock javascript %} {% block content %}
Performing a systematic literature review is a labor-intensive task that requires a huge amount of work from the researcher. Parsifal will help you planning, conducting and reporting the review.
Parsifal is a powerful platform that provides full support for researchers geographically distributed to work on the same Systematic Literature Review. There is no limit of authors per review.
Normally you can't publish all relevant information about the research as frequently there is a limit amount of pages to publish your article on a certain conference or journal. Parsifal provides you a beautiful interface to publish any extra information like the whole result from the search string, all modifications of the search string, more details about the protocol, etc.
Having a huge amount of Systematic Literature Reviews in the platform, it will provide a powerful support for tertiary studies, that is, systematic literature review of secondary studies.


{include file="header.html"}
总览
(current)
Reports
Analytics
Export
Nav item
Nav item again
One more nav
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Nav item again
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Dashboard
{$timestr}
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Chapter 302L
eARLY LEARNING SYSTEM
Section
302L-1 Definitions
302L-1.5 Executive office on early learning; director;
general functions, duties, and powers
302L-1.6 Early learning board
302L-1.7 Early learning facilities; pre-plus
302L-2 Early learning system
302L-3 Repealed
302L-3.5 Board meetings by teleconference
302L-4 Grant program; establishment
302L-5 Early learning trust fund
302L-6 Federal funds
302L-7 Executive office on early learning public
prekindergarten program; public preschools
Note
Executive office on early learning public prekindergarten program; reports to 2016-2018 legislature. L 2015, c 109, §4.
Working group on age-appropriate development for children from birth to age five years who are deaf, hard of hearing, or deaf-blind; reports to 2017-2018 legislature (ceases to exist June 30, 2018). L 2016, c 177, §3.


K
- Type of the dimensions.E
- Type of the dimension bounds.V
- Type of the values to store.public interface SpatialValueTree<K,E,V>
You can think of a SpatialValueTree as a multi dimensional list where collections of values are stored in each possible tuple.
When performing operations on the tree, such as adding values or retrieving
them, we use a SpatialValueTree.SpatialRegion
. Each region can cover more than one
bound per dimension.
When evaluating a region, if a dimension is omitted form a region, this means that the region doesn't overlap the dimension at all. It is not the same as covering all the values of the dimension axis.
Example. A tree of years and states containing a X values per leaf node would look something like this:
year:1997
state:NY
value:0x000423
state:FL
value:0x000236
value:0x000423
year:1998
state:NY
value:[EMPTY]
state:FL
value:0x000501
A region key consists of a list of dimensions included in the region along with an array of bounds for each of these dimensions. The boundaries of a given region along a given dimension axis is specified by an array of objects. All of these objects must be nodes of the specified dimension for a region to be valid within a tree context. As an example, the following key:
[ {'year', [1997]}, {'state', ['FL']} ]
... would return { [0x000236] [0x000423] }.
The region keys can have more than one predicate value per axis. If we use the same tree as above, and we query it using the following region key:
... would return { [0x000236] [0x000423] }.
The region key also supports wildcard values. If you want to represent
all of the values of a given axis, you can put a single reference to
SpatialValueTree#AXIS_WILDCARD.
... would return { [0x000236] [0x000423] [0x000501] }.
By convention, implementations are required to compare all generic types
using [ {'year', [1997]}, {'state', ['NY','FL']} ]
[ {'year', [AXIS_WILDCARD]}, {'state', ['NY','FL']} ]
Object.hashCode()
and Object.equals(Object)
. Users of
this class should also use generic types which implement
Object.hashCode()
and Object.equals(Object)
to avoid
performance and consistency issues.
| Modifier and Type | Interface and Description |
|---|---|
static interface |
SpatialValueTree.SpatialRegion<K,E>
Describes a spatial region within a
SpatialValueTree . |
| Modifier and Type | Field and Description |
|---|---|
static Object |
AXIS_WILDCARD
Used as a token to represent all the values of an axis.
|
| Modifier and Type | Method and Description |
|---|---|
void |
add(SpatialValueTree.SpatialRegion<K,E> regionkey,
V value)
Stores a string value at all points which intersect
with the passed region key.
|
void |
clear(SpatialValueTree.SpatialRegion<K,E> regionKey)
Clears all the values found at the provided region
key.
|
Set<V> |
get(SpatialValueTree.SpatialRegion<K,E> regionKey)
Looks up all the values registered in nodes intersecting
with the provided region key.
|
int |
getDimensionality()
Tells the number of dimensions in this tree.
|
List<K> |
getDimensions()
Returns a list of all the dimensions present in this tree.
|
Set<V> |
match(SpatialValueTree.SpatialRegion<K,E> regionKey)
Looks up all the values registered in nodes intersecting
with the provided region key.
|
static final Object AXIS_WILDCARD
Object.equals(Object)
and
Object.hashCode()
so that only identity comparison
are used.void add(SpatialValueTree.SpatialRegion<K,E> regionkey, V value)
void clear(SpatialValueTree.SpatialRegion<K,E> regionKey)
regionKey
- The region key of the values to clear.Set<V> get(SpatialValueTree.SpatialRegion<K,E> regionKey)
regionKey
- The region key inside of which to search for
value nodes.Set<V> match(SpatialValueTree.SpatialRegion<K,E> regionKey)
regionKey
- The region key inside of which to search for
value nodes.List<K> getDimensions()
int getDimensionality()


Knee Ride To Back Control
In the gi, grab deep collar grip with same arm as knee ride.
No gi, opposite arm grabs ops neck to lift, same arm grabs shoulder/armpit.
Outrigger leg comes in to ops shoulder, release the pressure on your knee and lift op up into sitting position, get chest to back, ear to ear, wrap the seatbelt,
Step over and get back control.


KernelProgrammer
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| Package | Description |
|---|---|
| org.resthub.web |
RESThub Web root package
|
| org.resthub.web.support |
Support classes for RESThub web client
|
| Modifier and Type | Method and Description |
|---|---|
Response |
Client.RequestHolder.delete() |
Response |
Client.RequestHolder.get()
Perform a GET request synchronously.
|
Response |
Client.RequestHolder.head() |
Response |
Client.RequestHolder.jsonGet() |
Response |
Client.RequestHolder.jsonPost(Object o) |
Response |
Client.RequestHolder.jsonPut(Object o) |
Response |
Client.RequestHolder.option() |
Response |
Client.RequestHolder.post() |
Response |
Client.RequestHolder.post(File body) |
Response |
Client.RequestHolder.post(InputStream body) |
Response |
Client.RequestHolder.post(String body)
Perform a POST request synchronously.
|
Response |
Client.RequestHolder.put(File body) |
Response |
Client.RequestHolder.put(InputStream body) |
Response |
Client.RequestHolder.put(String body)
Perform a PUT request synchronously.
|
Response |
Client.RequestHolder.xmlGet() |
Response |
Client.RequestHolder.xmlPost(Object o) |
Response |
Client.RequestHolder.xmlPut(Object o) |
| Modifier and Type | Method and Description |
|---|---|
Future<Response> |
Client.RequestHolder.asyncDelete()
Perform a DELETE on the request asynchronously.
|
Future<Response> |
Client.RequestHolder.asyncGet()
Perform a GET request asynchronously.
|
Future<Response> |
Client.RequestHolder.asyncHead()
Perform a HEAD on the request asynchronously.
|
Future<Response> |
Client.RequestHolder.asyncJsonGet() |
Future<Response> |
Client.RequestHolder.asyncJsonPost(Object o) |
Future<Response> |
Client.RequestHolder.asyncJsonPut(Object o) |
Future<Response> |
Client.RequestHolder.asyncOption()
Perform a OPTION on the request asynchronously.
|
Future<Response> |
Client.RequestHolder.asyncPost() |
Future<Response> |
Client.RequestHolder.asyncPost(File body) |
Future<Response> |
Client.RequestHolder.asyncPost(InputStream body) |
Future<Response> |
Client.RequestHolder.asyncPost(String body)
Perform a POST request asynchronously.
|
Future<Response> |
Client.RequestHolder.asyncPut(File body) |
Future<Response> |
Client.RequestHolder.asyncPut(InputStream body) |
Future<Response> |
Client.RequestHolder.asyncPut(String body)
Perform a PUT request asynchronously.
|
Future<Response> |
Client.RequestHolder.asyncXmlGet() |
Future<Response> |
Client.RequestHolder.asyncXmlPost(Object o) |
Future<Response> |
Client.RequestHolder.asyncXmlPut(Object o) |
| Modifier and Type | Method and Description |
|---|---|
Response |
AsyncEntityHandler.onCompleted(com.ning.http.client.Response rspns) |
Copyright © 2009–2014. All rights reserved.


MIYZAKI Notes
Marking Links
reddit
a
- Tag
href
- Attribute name
www.reddit.com
- value
derp
- content
Here is an example of how to use a link: One of my
favorite
sites is
reddit
.


Base session class.
User type.
Creates new session instance.
ID of the session.
Gets the server instance.
Gets the user data from the session.
Sets the user's data to the session.
User data.
Generates new session ID.
Generated using TypeDoc
Base session class.


My background is Computer Systems and I love solving complex software challenges. I am excited to
focus on building futuristic game-changing product that solves real-life problem.
I am on the Software Engineering team at CARFAX. Primarily focused on designing and developing web
applications, enterprise integration APIs and supporting infrastructure using AWS.
Proficient: Java, Kotlin, Spring MVC, JavaScript, ReactJS, Redux, GraphQL, SQL, PostgreSQL, MySQL, HTML5,
CSS3, AWS (Lambda, Gateway, DynamoDB, SQS, SNS, S3, CloudFormation, Cdk)
Exposure: Python, Node.js, Express, MongoDB, Jest, Enzyme, TypeScript, Groovy
Graduate Coursework:
App allowing users to create approval requests for any routine work and get it approved by the concerned parties.
Technologies Used: JavaScript, ReactJS, GraphQL, Apollo, and AWS AppSync.
Web platform that connects potential donors to caseworkers’ housing insecure and homeless clients.
Technologies Used: MERN (MongoDB, Express, React, NodeJS), HTML, CSS, JQuery
View ProjectDeveloped a mini reusable JavaScript Library which is easy to type similar to JQuery that generates formal and informal greetings in the language preferred by the user. It supports JQuery as well.
Technologies Used: JavaScript, JQuery
View ProjectA book management website which allows user to search books, rate books, add reviews and preview order history
Technologies Used: Spring, Spring Security, Hibernate, MySQL, AWS
View ProjectImplemented genetic algorithms to solve graph coloring problem where no two adjacent vertices of a randomly generated graph contain similar color.
Technologies Used: Java,Genetic Algorithms
View ProjectAn analysis aimed to see if there are combinations of products that frequently co-occur in transactions.
Technologies Used: Hadoop Map-Reduce framework, Google Charts, MySQL
View ProjectAs part of an internal company hackathon, demonstrated that Docker in swarm mode could be leveraged to simplify much of the internal processes currently used to deploy and manage the software stack
Technologies Used: Docker
View Project
A user interface to generate various patterns of cellular automata
Devised a start and resume button using Multithreading concepts and Java to control the
execution of the program.
Programmed an elementary CA function using JAVA to generate new state of a cell based on
previous state of neighbouring cell.
Technologies Used: Java Swings, Multi-threaded Programming
View Project


G2 E-Sport Fans Club was created at 2017 and growing big in a few months. Our purpose is to support this brand new franch super team and give them motivation to become the strongest team in the world. And organize all the G2 fans together. Feel free to become one of us!
In this fans-club, we will held some meeting celebity for our members, also we will go to their competition location to support them. If you want to get closer to G2 E-Sports CS:GO team, join us will be a good choice.
This fans club has worked collaboratively with top tier endemic and non-endemic brands, they give us huge support at money and the execution of the events. RAZER, Kingston, G2A, all of them are our great sponsor. If you want to sponsor us, please contact us at below.


Bais
cof
Home
(current)
About
Contact
CATERGORIES
Romantic
Horror
Comedy
Kids Special
Contact Info
Phone:
+960 -3323333
Email:
<EMAIL_ADDRESS>Address:
M.baiscofge 3rd floor
Road:
Lonuziyarai magu
City:
Male'
Country:
Maldives
Contact Us.


Before Change
num_hidden = num_visible
D = 1<<num_visible
// Load bases set
bases = np.loadtxt(path_to_bases,dtype=str)
psi_dict = load_target_psi(bases,path_to_target_psi)
fullunitary_dict = load_full_unitaries(bases,path_to_full_unitaries)
//nn_state = ComplexWavefunction(full_unitaries=full_unitary_dictionary,
After Change
num_visible = train_data.shape[-1]
num_hidden = num_visible
D = 1<<num_visible
vis = generate_visible_space(num_visible)
bases = []//np.loadtxt(path_to_bases,dtype=str)
with open(path_to_bases) as fin:
for line in fin:
bases.append(line.strip())
psi_dict = load_target_psi(bases,path_to_target_psi)
fullunitary_dict = load_full_unitaries(bases,path_to_full_unitaries)
nn_state = ComplexWavefunction(full_unitaries=fullunitary_dict,
psi_dictionary=psi_dict,
num_visible=num_visible,
num_hidden=num_hidden)
Z = partition(nn_state,vis)
compute_numerical_kl(nn_state,psi_dict,vis,Z,unitary_dict,bases)
//print (unitary_dict["X"][:,0,0])


NERP(this)
URL to convert:
Short path:
Be sure to enter only letters!
If you enter nothing, a path will be generated for you!
Note (optional):
Enter text here...
Generate


| Char | Unicode | English | Locale |
|---|
← | 2190 | left-arrow | ⠀⠫⠪⠒⠒⠀ | ↑ | 2191 | up-arrow | ⠀⠫⠣⠒⠒⠕⠀ | → | 2192 | right-arrow | ⠀⠫⠕⠀ | ↓ | 2193 | down-arrow | ⠀⠫⠩⠒⠒⠕⠀ | ↔ | 2194 | left-right-arrow | ⠀⠫⠪⠒⠒⠕⠀ | ↕ | 2195 | up down-arrow | ⠀⠫⠣⠩⠪⠒⠒⠕⠀ | ↖ | 2196 | up left-arrow | ⠀⠫⠘⠪⠒⠒⠀ | ↗ | 2197 | up right-arrow | ⠀⠫⠘⠒⠒⠕⠀ | ↘ | 2198 | down right-arrow | ⠀⠫⠰⠒⠒⠕⠀ | ↙ | 2199 | down left-arrow | ⠀⠫⠰⠪⠒⠒⠀ | ↚ | 219A | left-arrow with stroke | ⠀⠳⠈⠫⠪⠒⠒⠻⠀ | ↛ | 219B | right-arrow with stroke | ⠀⠳⠈⠫⠒⠒⠕⠻⠀ | ↜ | 219C | left wave arrow | ⠀⠫⠪⠔⠒⠢⠀ | ↝ | 219D | right wave arrow | ⠀⠫⠔⠒⠢⠕⠀ | ↞ | 219E | two headed left-arrow | ⠀⠫⠪⠪⠒⠒⠀ | ↟ | 219F | two headed up-arrow | ⠀⠫⠣⠒⠒⠕⠕⠀ | ↠ | 21A0 | two headed right-arrow | ⠀⠫⠒⠒⠕⠕⠀ | ↡ | 21A1 | two headed down-arrow | ⠀⠫⠩⠒⠒⠕⠕⠀ | ↢ | 21A2 | left-arrow with tail | ⠀⠫⠪⠒⠒⠠⠽⠀ | ↣ | 21A3 | right-arrow with tail | ⠀⠫⠠⠯⠒⠒⠕⠀ | ↤ | 21A4 | left-arrow from bar | ⠀⠫⠪⠒⠒⠳⠀ | ↥ | 21A5 | up-arrow from bar | ⠀⠫⠣⠳⠒⠒⠕⠀ | ↦ | 21A6 | right-arrow from bar | ⠀⠫⠳⠒⠒⠕⠀ | ↧ | 21A7 | down-arrow from bar | ⠀⠫⠩⠳⠒⠒⠕⠀ | ↨ | 21A8 | up down-arrow with base | ⠀⠫⠪⠒⠳⠒⠕⠀ | ↩ | 21A9 | left-arrow with hook | ⠀⠫⠪⠒⠒⠠⠕⠀ | ↪ | 21AA | right-arrow with hook | ⠀⠫⠠⠪⠒⠒⠕⠀ | ↫ | 21AB | left-arrow with loop | ⠀⠫⠪⠒⠒⠨⠡⠀ | ↬ | 21AC | right-arrow with loop | ⠀⠫⠨⠡⠒⠒⠕⠀ | ↭ | 21AD | left right wave arrow | ⠀⠫⠪⠔⠒⠢⠕⠀ | ↮ | 21AE | left-right-arrow with stroke | ⠀⠳⠈⠫⠪⠒⠒⠕⠀ | ↯ | 21AF | down zigzag arrow | ⠀⠫⠩⠔⠢⠔⠀ | ↰ | 21B0 | up-arrow with tip left | ⠄⡳⠭⠆⠂⠃⠴⠄ | ↱ | 21B1 | up-arrow with tip right | ⠄⡳⠭⠆⠂⠃⠂⠄ | ↲ | 21B2 | down-arrow with tip left | ⠄⡳⠭⠆⠂⠃⠆⠄ | ↳ | 21B3 | down-arrow with tip right | ⠄⡳⠭⠆⠂⠃⠒⠄ | ↴ | 21B4 | right-arrow with corner down | ⠀⠫⠠⠳⠒⠒⠕⠀ | ↵ | 21B5 | down-arrow with corner left | ⠀⠫⠩⠠⠳⠒⠒⠕⠀ | ↶ | 21B6 | anticlockwise top semicircle arrow | ⠀⠫⠢⠔⠀⠕⠀ | ↷ | 21B7 | clockwise top semicircle arrow | ⠀⠫⠪⠢⠀⠔⠀ | ↸ | 21B8 | up left-arrow to long bar | ⠄⡳⠭⠆⠂⠃⠦⠄ | ↹ | 21B9 | left-arrow to bar over right-arrow to bar | ⠄⡳⠭⠆⠂⠃⠔⠄ | ↺ | 21BA | anticlockwise open circle arrow | ⠀⠫⠢⠔⠕⠀ | ↻ | 21BB | clockwise open circle arrow | ⠀⠫⠪⠢⠔⠀ | ⇄ | 21C4 | right-arrow over left-arrow | ⠫⠒⠒⠕⠫⠪⠒⠒ | ⇅ | 21C5 | up-arrow left of down-arrow | ⠫⠣⠒⠒⠕⠐⠫⠩⠒⠒⠕ | ⇆ | 21C6 | left-arrow over right-arrow | ⠫⠪⠒⠒⠫⠒⠒⠕ | ⇇ | 21C7 | left paired arrows | ⠫⠚⠒⠒⠫⠚⠒⠒ | ⇈ | 21C8 | up paired arrows | ⠫⠣⠒⠒⠕⠐⠫⠣⠒⠒⠕ | ⇉ | 21C9 | right paired arrows | ⠫⠒⠒⠕⠫⠒⠒⠕ | ⇊ | 21CA | down paired arrows | ⠫⠩⠒⠒⠕⠐⠫⠩⠒⠒⠕ | ⇍ | 21CD | left double arrow with stroke | ⠀⠳⠈⠫⠪⠪⠒⠒⠀ | ⇎ | 21CE | left right double arrow with stroke | ⠀⠳⠈⠫⠪⠪⠒⠒⠕⠕⠀ | ⇏ | 21CF | right double arrow with stroke | ⠀⠳⠈⠫⠒⠒⠕⠕⠀ | ⇐ | 21D0 | left double arrow | ⠀⠫⠪⠪⠒⠒⠀ | ⇑ | 21D1 | up double arrow | ⠀⠫⠣⠒⠒⠕⠕⠀ | ⇒ | 21D2 | right double arrow | ⠀⠫⠒⠒⠕⠕⠀ | ⇓ | 21D3 | down double arrow | ⠀⠫⠣⠒⠒⠕⠕⠀ | ⇔ | 21D4 | left right double arrow | ⠀⠫⠪⠪⠒⠒⠕⠕⠀ | ⇕ | 21D5 | up down double arrow | ⠀⠫⠣⠪⠪⠒⠒⠕⠕⠀ | ⇖ | 21D6 | up left double arrow | ⠀⠫⠘⠪⠪⠒⠒⠀ | ⇗ | 21D7 | up right double arrow | ⠀⠫⠘⠒⠒⠕⠕⠀ | ⇘ | 21D8 | down right double arrow | ⠀⠫⠰⠒⠒⠕⠕⠀ | ⇙ | 21D9 | down left double arrow | ⠀⠫⠰⠪⠪⠒⠒⠀ | ⇚ | 21DA | left triple arrow | ⠀⠫⠪⠪⠪⠒⠒⠀ | ⇛ | 21DB | right triple arrow | ⠀⠫⠒⠒⠕⠕⠕⠀ | ⇜ | 21DC | left squiggle arrow | ⠀⠫⠪⠢⠤⠔⠒⠢⠀ | ⇝ | 21DD | right squiggle arrow | ⠀⠫⠢⠤⠔⠒⠢⠕⠀ | ⇞ | 21DE | up-arrow with double stroke | ⠀⠳⠳⠈⠫⠣⠒⠒⠕⠻⠀ | ⇟ | 21DF | down-arrow with double stroke | ⠀⠳⠳⠈⠫⠩⠒⠒⠕⠻⠀ | ⇠ | 21E0 | left dasheD arrow | ⠀⠫⠪⠒⠀⠒⠀ | ⇡ | 21E1 | up dasheD arrow | ⠀⠫⠣⠒⠀⠒⠕⠀ | ⇢ | 21E2 | right dasheD arrow | ⠀⠫⠒⠀⠒⠕⠀ | ⇣ | 21E3 | down dasheD arrow | ⠀⠫⠩⠒⠀⠒⠕⠀ | ⇤ | 21E4 | left-arrow to bar | ⠀⠫⠳⠪⠒⠒⠀ | ⇥ | 21E5 | right-arrow to bar | ⠀⠫⠒⠒⠕⠳⠀ | ⇦ | 21E6 | white left-arrow | ⠀⠫⠸⠪⠒⠒⠀ | ⇧ | 21E7 | white up-arrow | ⠀⠫⠣⠸⠒⠒⠕⠀ | ⇨ | 21E8 | white right-arrow | ⠀⠫⠸⠒⠒⠕⠀ | ⇩ | 21E9 | white down-arrow | ⠀⠫⠩⠸⠒⠒⠕⠀ | ⇪ | 21EA | white up-arrow from bar | ⠄⡳⠭⠆⠂⠑⠁⠄ | ⇫ | 21EB | white up-arrow on pedestal | ⠄⡳⠭⠆⠂⠑⠃⠄ | ⇬ | 21EC | white up-arrow on pedestal with horizontal bar | ⠄⡳⠭⠆⠂⠑⠉⠄ | ⇭ | 21ED | white up-arrow on pedestal with vertical bar | ⠄⡳⠭⠆⠂⠑⠙⠄ | ⇮ | 21EE | white double up-arrow | ⠄⡳⠭⠆⠂⠑⠑⠄ | ⇯ | 21EF | white double up-arrow on pedestal | ⠄⡳⠭⠆⠂⠑⠋⠄ | ⇰ | 21F0 | white right-arrow from wall | ⠄⡳⠭⠆⠂⠋⠴⠄ | ⇱ | 21F1 | north west arrow to corner | ⠄⡳⠭⠆⠂⠋⠂⠄ | ⇲ | 21F2 | south east arrow to corner | ⠄⡳⠭⠆⠂⠋⠆⠄ | ⇳ | 21F3 | up down white arrow | ⠀⠫⠣⠸⠪⠒⠒⠕⠀ | ⇴ | 21F4 | right-arrow with small circle | ⠀⠫⠒⠒⠕⠨⠡⠀ | ⇵ | 21F5 | down-arrow left of up-arrow | ⠀⠫⠩⠒⠒⠕⠐⠫⠣⠒⠒⠕⠀ | ⇶ | 21F6 | three right-arrows | ⠀⠫⠒⠒⠕⠫⠒⠒⠕⠫⠒⠒⠕⠀ | ⇷ | 21F7 | left-arrow with vertical stroke | ⠀⠳⠈⠫⠪⠒⠒⠻⠀ | ⇸ | 21F8 | right-arrow with vertical stroke | ⠀⠳⠈⠫⠒⠒⠕⠻⠀ | ⇹ | 21F9 | left-right-arrow with vertical stroke | ⠀⠳⠈⠫⠪⠒⠒⠕⠀ | ⇺ | 21FA | left-arrow with double vertical stroke | ⠀⠳⠳⠈⠫⠪⠒⠒⠻⠀ | ⇻ | 21FB | right-arrow with double vertical stroke | ⠀⠳⠳⠈⠫⠒⠒⠕⠻⠀ | ⇼ | 21FC | left-right-arrow with double vertical stroke | ⠀⠳⠳⠈⠫⠪⠒⠒⠕⠀ | ⇽ | 21FD | left open headed arrow | ⠀⠫⠳⠒⠒⠀ | ⇾ | 21FE | right open headed arrow | ⠀⠫⠒⠒⠳⠀ | ⇿ | 21FF | left right open headed arrow | ⠀⠫⠳⠒⠒⠳⠀ | ⌁ | 2301 | electric arrow | ⠄⡳⠭⠆⠒⠴⠂⠄ | ⌃ | 2303 | up-arrowhead | ⠄⡳⠭⠆⠒⠴⠒⠄ | ⌄ | 2304 | down-arrowhead | ⠄⡳⠭⠆⠒⠴⠲⠄ | ⌤ | 2324 | up-arrowhead between two horizontal bars | ⠄⡳⠭⠆⠒⠆⠲⠄ | ⎋ | 238B | broken circle with northwest arrow | ⠄⡳⠭⠆⠒⠦⠃⠄ | ➔ | 2794 | heavy wide headed right-arrow | ⠄⡳⠭⠆⠶⠔⠲⠄ | ➘ | 2798 | heavy down right-arrow | ⠄⡳⠭⠆⠶⠔⠦⠄ | ➙ | 2799 | heavy right-arrow | ⠄⡳⠭⠆⠶⠔⠔⠄ | ➚ | 279A | heavy up right-arrow | ⠄⡳⠭⠆⠶⠔⠁⠄ | ➛ | 279B | drafting point right-arrow | ⠄⡳⠭⠆⠶⠔⠃⠄ | ➜ | 279C | heavy round tipped right-arrow | ⠄⡳⠭⠆⠶⠔⠉⠄ | ➝ | 279D | triangle headed right-arrow | ⠄⡳⠭⠆⠶⠔⠙⠄ | ➞ | 279E | heavy triangle headed right-arrow | ⠄⡳⠭⠆⠶⠔⠑⠄ | ➟ | 279F | dashed triangle headed right-arrow | ⠄⡳⠭⠆⠶⠔⠋⠄ | ➠ | 27A0 | heavy dashed triangle headed right-arrow | ⠄⡳⠭⠆⠶⠁⠴⠄ | ➡ | 27A1 | black right-arrow | ⠄⡳⠭⠆⠶⠁⠂⠄ | ➢ | 27A2 | three d top lighted right-arrowhead | ⠄⡳⠭⠆⠶⠁⠆⠄ | ➣ | 27A3 | three d bottom lighted right-arrowhead | ⠄⡳⠭⠆⠶⠁⠒⠄ | ➤ | 27A4 | black right-arrowhead | ⠄⡳⠭⠆⠶⠁⠲⠄ | ➥ | 27A5 | heavy black curved down and right-arrow | ⠄⡳⠭⠆⠶⠁⠢⠄ | ➦ | 27A6 | heavy black curved up and right-arrow | ⠄⡳⠭⠆⠶⠁⠖⠄ | ➧ | 27A7 | squat black right-arrow | ⠄⡳⠭⠆⠶⠁⠶⠄ | ➨ | 27A8 | heavy concave pointed black right-arrow | ⠄⡳⠭⠆⠶⠁⠦⠄ | ➩ | 27A9 | right shaded white right-arrow | ⠄⡳⠭⠆⠶⠁⠔⠄ | ➪ | 27AA | left shaded white right-arrow | ⠄⡳⠭⠆⠶⠁⠁⠄ | ➫ | 27AB | back tilted shadowed white right-arrow | ⠄⡳⠭⠆⠶⠁⠃⠄ | ➬ | 27AC | front tilted shadowed white right-arrow | ⠄⡳⠭⠆⠶⠁⠉⠄ | ➭ | 27AD | heavy lower right shadowed white right-arrow | ⠄⡳⠭⠆⠶⠁⠙⠄ | ➮ | 27AE | heavy upper right shadowed white right-arrow | ⠄⡳⠭⠆⠶⠁⠑⠄ | ➯ | 27AF | notched lower right shadowed white right-arrow | ⠄⡳⠭⠆⠶⠁⠋⠄ | ➱ | 27B1 | notched upper right shadowed white right-arrow | ⠄⡳⠭⠆⠶⠃⠂⠄ | ➲ | 27B2 | circled heavy white right-arrow | ⠄⡳⠭⠆⠶⠃⠆⠄ | ➳ | 27B3 | white feathered right-arrow | ⠄⡳⠭⠆⠶⠃⠒⠄ | ➴ | 27B4 | black feathered down right-arrow | ⠄⡳⠭⠆⠶⠃⠲⠄ | ➵ | 27B5 | black feathered right-arrow | ⠄⡳⠭⠆⠶⠃⠢⠄ | ➶ | 27B6 | black feathered up right-arrow | ⠄⡳⠭⠆⠶⠃⠖⠄ | ➷ | 27B7 | heavy black feathered down right-arrow | ⠄⡳⠭⠆⠶⠃⠶⠄ | ➸ | 27B8 | heavy black feathered right-arrow | ⠄⡳⠭⠆⠶⠃⠦⠄ | ➹ | 27B9 | heavy black feathered up right-arrow | ⠄⡳⠭⠆⠶⠃⠔⠄ | ➺ | 27BA | teardrop barbed right-arrow | ⠄⡳⠭⠆⠶⠃⠁⠄ | ➻ | 27BB | heavy teardrop shanked right-arrow | ⠄⡳⠭⠆⠶⠃⠃⠄ | ➼ | 27BC | wedge tailed right-arrow | ⠄⡳⠭⠆⠶⠃⠉⠄ | ➽ | 27BD | heavy wedge tailed right-arrow | ⠄⡳⠭⠆⠶⠃⠙⠄ | ➾ | 27BE | open outlined right-arrow | ⠄⡳⠭⠆⠶⠃⠑⠄ | ⟰ | 27F0 | up quadruple arrow | ⠄⡳⠭⠆⠶⠋⠴⠄ | ⟱ | 27F1 | down quadruple arrow | ⠄⡳⠭⠆⠶⠋⠂⠄ | ⟲ | 27F2 | anticlockwise gapped circle arrow | ⠄⡳⠭⠆⠶⠋⠆⠄ | ⟳ | 27F3 | clockwise gapped circle arrow | ⠄⡳⠭⠆⠶⠋⠒⠄ | ⟴ | 27F4 | right-arrow with circled plus | ⠄⡳⠭⠆⠶⠋⠲⠄ | ⟵ | 27F5 | long left-arrow | ⠄⡳⠭⠆⠶⠋⠢⠄ | ⟶ | 27F6 | long right-arrow | ⠄⡳⠭⠆⠶⠋⠖⠄ | ⟷ | 27F7 | long left-right-arrow | ⠄⡳⠭⠆⠶⠋⠶⠄ | ⟸ | 27F8 | long left double arrow | ⠄⡳⠭⠆⠶⠋⠦⠄ | ⟹ | 27F9 | long right double arrow | ⠄⡳⠭⠆⠶⠋⠔⠄ | ⟺ | 27FA | long left right double arrow | ⠄⡳⠭⠆⠶⠋⠁⠄ | ⟻ | 27FB | long left-arrow from bar | ⠄⡳⠭⠆⠶⠋⠃⠄ | ⟼ | 27FC | long right-arrow from bar | ⠄⡳⠭⠆⠶⠋⠉⠄ | ⟽ | 27FD | long left double arrow from bar | ⠄⡳⠭⠆⠶⠋⠙⠄ | ⟾ | 27FE | long right double arrow from bar | ⠄⡳⠭⠆⠶⠋⠑⠄ | ⟿ | 27FF | long right squiggle arrow | ⠄⡳⠭⠆⠶⠋⠋⠄ | ⤀ | 2900 | two headed right-arrow with vertical stroke | ⠄⡳⠭⠆⠔⠴⠴⠄ | ⤁ | 2901 | two headed right-arrow with double vertical stroke | ⠄⡳⠭⠆⠔⠴⠂⠄ | ⤂ | 2902 | double left-arrow with vertical stroke | ⠄⡳⠭⠆⠔⠴⠆⠄ | ⤃ | 2903 | double right-arrow with vertical stroke | ⠄⡳⠭⠆⠔⠴⠒⠄ | ⤄ | 2904 | double left-right-arrow with vertical stroke | ⠄⡳⠭⠆⠔⠴⠲⠄ | ⤅ | 2905 | two headed right-arrow from bar | ⠄⡳⠭⠆⠔⠴⠢⠄ | ⤆ | 2906 | double left-arrow from bar | ⠄⡳⠭⠆⠔⠴⠖⠄ | ⤇ | 2907 | double right-arrow from bar | ⠄⡳⠭⠆⠔⠴⠶⠄ | ⤈ | 2908 | arrow down with horizontal stroke | ⠄⡳⠭⠆⠔⠴⠦⠄ | ⤉ | 2909 | up-arrow with horizontal stroke | ⠄⡳⠭⠆⠔⠴⠔⠄ | ⤊ | 290A | up triple arrow | ⠄⡳⠭⠆⠔⠴⠁⠄ | ⤋ | 290B | down triple arrow | ⠄⡳⠭⠆⠔⠴⠃⠄ | ⤌ | 290C | left double dash arrow | ⠄⡳⠭⠆⠔⠴⠉⠄ | ⤍ | 290D | right double dash arrow | ⠄⡳⠭⠆⠔⠴⠙⠄ | ⤎ | 290E | left triple dash arrow | ⠄⡳⠭⠆⠔⠴⠑⠄ | ⤏ | 290F | right triple dash arrow | ⠄⡳⠭⠆⠔⠴⠋⠄ | ⤐ | 2910 | right two headed triple dash arrow | ⠄⡳⠭⠆⠔⠂⠴⠄ | ⤑ | 2911 | right-arrow with dotted stem | ⠄⡳⠭⠆⠔⠂⠂⠄ | ⤒ | 2912 | up-arrow to bar | ⠄⡳⠭⠆⠔⠂⠆⠄ | ⤓ | 2913 | down-arrow to bar | ⠄⡳⠭⠆⠔⠂⠒⠄ | ⤔ | 2914 | right-arrow with tail with vertical stroke | ⠄⡳⠭⠆⠔⠂⠲⠄ | ⤕ | 2915 | right-arrow with tail with double vertical stroke | ⠄⡳⠭⠆⠔⠂⠢⠄ | ⤖ | 2916 | right two headed arrow with tail | ⠄⡳⠭⠆⠔⠂⠖⠄ | ⤗ | 2917 | right two headed arrow with tail with vertical stroke | ⠄⡳⠭⠆⠔⠂⠶⠄ | ⤘ | 2918 | right two headed arrow with tail with double vertical stroke | ⠄⡳⠭⠆⠔⠂⠦⠄ | ⤙ | 2919 | left-arrow tail | ⠄⡳⠭⠆⠔⠂⠔⠄ | ⤚ | 291A | right-arrow tail | ⠄⡳⠭⠆⠔⠂⠁⠄ | ⤛ | 291B | left double arrow tail | ⠄⡳⠭⠆⠔⠂⠃⠄ | ⤜ | 291C | right double arrow tail | ⠄⡳⠭⠆⠔⠂⠉⠄ | ⤝ | 291D | left-arrow to black diamond | ⠄⡳⠭⠆⠔⠂⠙⠄ | ⤞ | 291E | right-arrow to black diamond | ⠄⡳⠭⠆⠔⠂⠑⠄ | ⤟ | 291F | left-arrow from bar to black diamond | ⠄⡳⠭⠆⠔⠂⠋⠄ | ⤠ | 2920 | right-arrow from bar to black diamond | ⠄⡳⠭⠆⠔⠆⠴⠄ | ⤡ | 2921 | north west and south east arrow | ⠄⡳⠭⠆⠔⠆⠂⠄ | ⤢ | 2922 | north east and south west arrow | ⠄⡳⠭⠆⠔⠆⠆⠄ | ⤣ | 2923 | north west arrow with hook | ⠄⡳⠭⠆⠔⠆⠒⠄ | ⤤ | 2924 | north east arrow with hook | ⠄⡳⠭⠆⠔⠆⠲⠄ | ⤥ | 2925 | south east arrow with hook | ⠄⡳⠭⠆⠔⠆⠢⠄ | ⤦ | 2926 | south west arrow with hook | ⠄⡳⠭⠆⠔⠆⠖⠄ | ⤧ | 2927 | north west arrow and north east arrow | ⠄⡳⠭⠆⠔⠆⠶⠄ | ⤨ | 2928 | north east arrow and south east arrow | ⠄⡳⠭⠆⠔⠆⠦⠄ | ⤩ | 2929 | south east arrow and south west arrow | ⠄⡳⠭⠆⠔⠆⠔⠄ | ⤪ | 292A | south west arrow and north west arrow | ⠄⡳⠭⠆⠔⠆⠁⠄ | ⤭ | 292D | south east arrow crossing north east arrow | ⠄⡳⠭⠆⠔⠆⠙⠄ | ⤮ | 292E | north east arrow crossing south east arrow | ⠄⡳⠭⠆⠔⠆⠑⠄ | ⤯ | 292F | falling diagonal crossing north east arrow | ⠄⡳⠭⠆⠔⠆⠋⠄ | ⤰ | 2930 | rising diagonal crossing south east arrow | ⠄⡳⠭⠆⠔⠒⠴⠄ | ⤱ | 2931 | north east arrow crossing north west arrow | ⠄⡳⠭⠆⠔⠒⠂⠄ | ⤲ | 2932 | north west arrow crossing north east arrow | ⠄⡳⠭⠆⠔⠒⠆⠄ | ⤳ | 2933 | wave arrow pointing directly right | ⠄⡳⠭⠆⠔⠒⠒⠄ | ⤴ | 2934 | arrow pointing right then curving up | ⠄⡳⠭⠆⠔⠒⠲⠄ | ⤵ | 2935 | arrow pointing right then curving down | ⠄⡳⠭⠆⠔⠒⠢⠄ | ⤶ | 2936 | arrow pointing down then curving left | ⠄⡳⠭⠆⠔⠒⠖⠄ | ⤷ | 2937 | arrow pointing down then curving right | ⠄⡳⠭⠆⠔⠒⠶⠄ | ⤸ | 2938 | right side arc clockwise arrow | ⠄⡳⠭⠆⠔⠒⠦⠄ | ⤹ | 2939 | left side arc anticlockwise arrow | ⠄⡳⠭⠆⠔⠒⠔⠄ | ⤺ | 293A | top arc anticlockwise arrow | ⠄⡳⠭⠆⠔⠒⠁⠄ | ⤻ | 293B | bottom arc anticlockwise arrow | ⠄⡳⠭⠆⠔⠒⠃⠄ | ⤼ | 293C | top arc clockwise arrow with minus | ⠄⡳⠭⠆⠔⠒⠉⠄ | ⤽ | 293D | top arc anticlockwise arrow with plus | ⠄⡳⠭⠆⠔⠒⠙⠄ | ⤾ | 293E | down right semicircular clockwise arrow | ⠄⡳⠭⠆⠔⠒⠑⠄ | ⤿ | 293F | down left semicircular anticlockwise arrow | ⠄⡳⠭⠆⠔⠒⠋⠄ | ⥀ | 2940 | anticlockwise closed circle arrow | ⠄⡳⠭⠆⠔⠲⠴⠄ | ⥁ | 2941 | clockwise closed circle arrow | ⠄⡳⠭⠆⠔⠲⠂⠄ | ⥂ | 2942 | right-arrow above short left-arrow | ⠄⡳⠭⠆⠔⠲⠆⠄ | ⥃ | 2943 | left-arrow above short right-arrow | ⠄⡳⠭⠆⠔⠲⠒⠄ | ⥄ | 2944 | short right-arrow above left-arrow | ⠄⡳⠭⠆⠔⠲⠲⠄ | ⥅ | 2945 | right-arrow with plus below | ⠄⡳⠭⠆⠔⠲⠢⠄ | ⥆ | 2946 | left-arrow with plus below | ⠄⡳⠭⠆⠔⠲⠖⠄ | ⥇ | 2947 | right-arrow through x | ⠄⡳⠭⠆⠔⠲⠶⠄ | ⥈ | 2948 | left-right-arrow through small circle | ⠄⡳⠭⠆⠔⠲⠦⠄ | ⥉ | 2949 | up two headed arrow from small circle | ⠄⡳⠭⠆⠔⠲⠔⠄ | ⥰ | 2970 | right double arrow with rounded head | ⠄⡳⠭⠆⠔⠶⠴⠄ | ⥱ | 2971 | equals sign above right-arrow | ⠄⡳⠭⠆⠔⠶⠂⠄ | ⥲ | 2972 | tilde operator above right-arrow | ⠄⡳⠭⠆⠔⠶⠆⠄ | ⥳ | 2973 | left-arrow above tilde operator | ⠄⡳⠭⠆⠔⠶⠒⠄ | ⥴ | 2974 | right-arrow above tilde operator | ⠄⡳⠭⠆⠔⠶⠲⠄ | ⥵ | 2975 | right-arrow above almost equals | ⠄⡳⠭⠆⠔⠶⠢⠄ | ⥶ | 2976 | less than above left-arrow | ⠄⡳⠭⠆⠔⠶⠖⠄ | ⥷ | 2977 | left-arrow through less than | ⠄⡳⠭⠆⠔⠶⠶⠄ | ⥸ | 2978 | greater than above right-arrow | ⠄⡳⠭⠆⠔⠶⠦⠄ | ⥹ | 2979 | subset above right-arrow | ⠄⡳⠭⠆⠔⠶⠔⠄ | ⥺ | 297A | left-arrow through subset | ⠄⡳⠭⠆⠔⠶⠁⠄ | ⥻ | 297B | superset above left-arrow | ⠄⡳⠭⠆⠔⠶⠃⠄ | ⦳ | 29B3 | empty set with right-arrow above | ⠄⡳⠭⠆⠔⠃⠒⠄ | ⦴ | 29B4 | empty set with left-arrow above | ⠄⡳⠭⠆⠔⠃⠲⠄ | ⦽ | 29BD | up-arrow through circle | ⠄⡳⠭⠆⠔⠃⠙⠄ | ⧪ | 29EA | black diamond with down-arrow | ⠄⡳⠭⠆⠔⠑⠁⠄ | ⧬ | 29EC | white circle with down-arrow | ⠄⡳⠭⠆⠔⠑⠉⠄ | ⧭ | 29ED | black circle with down-arrow | ⠄⡳⠭⠆⠔⠑⠙⠄ | ⨗ | 2A17 | integral with left-arrow with hook | ⠄⡳⠭⠆⠁⠂⠶⠄ | ⬀ | 2B00 | north east white arrow | ⠄⡳⠭⠆⠃⠴⠴⠄ | ⬁ | 2B01 | north west white arrow | ⠄⡳⠭⠆⠃⠴⠂⠄ | ⬂ | 2B02 | south east white arrow | ⠄⡳⠭⠆⠃⠴⠆⠄ | ⬃ | 2B03 | south west white arrow | ⠄⡳⠭⠆⠃⠴⠒⠄ | ⬄ | 2B04 | left right white arrow | ⠄⡳⠭⠆⠃⠴⠲⠄ | ⬅ | 2B05 | left black arrow | ⠄⡳⠭⠆⠃⠴⠢⠄ | ⬆ | 2B06 | up black arrow | ⠄⡳⠭⠆⠃⠴⠖⠄ | ⬇ | 2B07 | down black arrow | ⠄⡳⠭⠆⠃⠴⠶⠄ | ⬈ | 2B08 | north east black arrow | ⠄⡳⠭⠆⠃⠴⠦⠄ | ⬉ | 2B09 | north west black arrow | ⠄⡳⠭⠆⠃⠴⠔⠄ | ⬊ | 2B0A | south east black arrow | ⠄⡳⠭⠆⠃⠴⠁⠄ | ⬋ | 2B0B | south west black arrow | ⠄⡳⠭⠆⠃⠴⠃⠄ | ⬌ | 2B0C | left right black arrow | ⠄⡳⠭⠆⠃⠴⠉⠄ | ⬍ | 2B0D | up down black arrow | ⠄⡳⠭⠆⠃⠴⠙⠄ | ⬎ | 2B0E | right-arrow with tip down | ⠄⡳⠭⠆⠃⠴⠑⠄ | ⬏ | 2B0F | right-arrow with tip up | ⠄⡳⠭⠆⠃⠴⠋⠄ | ⬐ | 2B10 | left-arrow with tip down | ⠄⡳⠭⠆⠃⠂⠴⠄ | ⬑ | 2B11 | left-arrow with tip up | ⠄⡳⠭⠆⠃⠂⠂⠄ | ⬰ | 2B30 | left-arrow with small circle | ⠄⡳⠭⠆⠃⠒⠴⠄ | ⬱ | 2B31 | three left-arrows | ⠄⡳⠭⠆⠃⠒⠂⠄ | ⬲ | 2B32 | left-arrow with circled plus | ⠄⡳⠭⠆⠃⠒⠆⠄ | ⬳ | 2B33 | long left squiggle arrow | ⠄⡳⠭⠆⠃⠒⠒⠄ | ⬴ | 2B34 | left two headed arrow with vertical stroke | ⠄⡳⠭⠆⠃⠒⠲⠄ | ⬵ | 2B35 | left two headed arrow with double vertical stroke | ⠄⡳⠭⠆⠃⠒⠢⠄ | ⬶ | 2B36 | left two headed arrow from bar | ⠄⡳⠭⠆⠃⠒⠖⠄ | ⬷ | 2B37 | left two headed triple dash arrow | ⠄⡳⠭⠆⠃⠒⠶⠄ | ⬸ | 2B38 | left-arrow with dotted stem | ⠄⡳⠭⠆⠃⠒⠦⠄ | ⬹ | 2B39 | left-arrow with tail with vertical stroke | ⠄⡳⠭⠆⠃⠒⠔⠄ | ⬺ | 2B3A | left-arrow with tail with double vertical stroke | ⠄⡳⠭⠆⠃⠒⠁⠄ | ⬻ | 2B3B | left two headed arrow with tail | ⠄⡳⠭⠆⠃⠒⠃⠄ | ⬼ | 2B3C | left two headed arrow with tail with vertical stroke | ⠄⡳⠭⠆⠃⠒⠉⠄ | ⬽ | 2B3D | left two headed arrow with tail with double vertical stroke | ⠄⡳⠭⠆⠃⠒⠙⠄ | ⬾ | 2B3E | left-arrow through x | ⠄⡳⠭⠆⠃⠒⠑⠄ | ⬿ | 2B3F | wave arrow pointing directly left | ⠄⡳⠭⠆⠃⠒⠋⠄ | ⭀ | 2B40 | equals sign above left-arrow | ⠄⡳⠭⠆⠃⠲⠴⠄ | ⭁ | 2B41 | reverse tilde operator above left-arrow | ⠄⡳⠭⠆⠃⠲⠂⠄ | ⭂ | 2B42 | left-arrow above reverse almost equals | ⠄⡳⠭⠆⠃⠲⠆⠄ | ⭃ | 2B43 | right-arrow through greater than | ⠄⡳⠭⠆⠃⠲⠒⠄ | ⭄ | 2B44 | right-arrow through superset | ⠄⡳⠭⠆⠃⠲⠲⠄ | ⭅ | 2B45 | left quadruple arrow | ⠄⡳⠭⠆⠃⠲⠢⠄ | ⭆ | 2B46 | right quadruple arrow | ⠄⡳⠭⠆⠃⠲⠖⠄ | ⭇ | 2B47 | reverse tilde operator above right-arrow | ⠄⡳⠭⠆⠃⠲⠶⠄ | ⭈ | 2B48 | right-arrow above reverse almost equals | ⠄⡳⠭⠆⠃⠲⠦⠄ | ⭉ | 2B49 | tilde operator above left-arrow | ⠄⡳⠭⠆⠃⠲⠔⠄ | ⭊ | 2B4A | left-arrow above almost equals | ⠄⡳⠭⠆⠃⠲⠁⠄ | ⭋ | 2B4B | left-arrow above reverse tilde operator | ⠄⡳⠭⠆⠃⠲⠃⠄ | ⭌ | 2B4C | right-arrow above reverse tilde operator | ⠄⡳⠭⠆⠃⠲⠉⠄ | ￩ | FFE9 | halfwidth left-arrow | ⠄⡳⠭⠋⠋⠑⠔⠄ | ￪ | FFEA | halfwidth up-arrow | ⠄⡳⠭⠋⠋⠑⠁⠄ | ￫ | FFEB | halfwidth right-arrow | ⠄⡳⠭⠋⠋⠑⠃⠄ | ￬ | FFEC | halfwidth down-arrow | ⠄⡳⠭⠋⠋⠑⠉⠄ |