bidirectional

Bidirectional data binding on a component input property

落爺英雄遲暮 提交于 2019-12-06 20:47:48
问题 I am trying to make something work on angular2 and I am unable to find something about this behavior. I have an application that implements a custom component like this one : import {Component,Input} from 'angular2/core' @Component({ selector:'my-comp', template:`<input type="text" style="text-align:center; [(ngModel)]="inputText"> <p>{{inputText}}</p>` }) export class MyComp{ @Input() inputText : string; } And I am trying to do a bidirectional databinding on my inputText variable from my

Implementing Bidirectional A* Shortest Path Algorithm

穿精又带淫゛_ 提交于 2019-12-06 07:39:22
问题 I am implementing a symmetric bidirectional A* shortest path algorithm, as mentioned in [Goldberg and Harrelson,2005]. This is only for understanding the algorithm, therefore I used the most basic version without any optimization steps. My problem is the bidirectional algorithm appears to scan almost two times the number of edges scanned in a uni-directional A* search on the test graph. Example: a s-t query on a road network using A* (left) and bidirectional A* (right). Nodes scanned by the

Hibernate and H2 “Referential integrity constraint violation” for OneToMany bidirectional mapping

流过昼夜 提交于 2019-12-05 12:30:20
问题 So I have two simple beans -- FatKid and Hamburgers. Now, for reasons unbeknownst to me I need to be able to not only look up all of the hamburgers someone ate, but also who ate which particular hamburger. Onto the code! FatKid.java import java.util.List; import javax.persistence.CascadeType; import javax.persistence.Column; import javax.persistence.Entity; import javax.persistence.GeneratedValue; import javax.persistence.GenerationType; import javax.persistence.Id; import javax.persistence

Bi-directional LSTM for variable-length sequence in Tensorflow

▼魔方 西西 提交于 2019-12-05 07:46:05
I want to train a bi-directional LSTM in tensorflow to perform a sequence classification problem (sentiment classification). Because sequences are of variable lengths, batches are normally padded with vectors of zero. Normally, I use the sequence_length parameter in the uni-directional RNN to avoid training on the padding vectors. How can this be managed with bi-directional LSTM. Does the "sequence_length" parameter work automatically starts from an advanced position in the sequence for the backward direction? Thank you bidirectional_dynamic_rnn also has a sequence_length parameter that takes

Java key - key map

半城伤御伤魂 提交于 2019-12-05 06:11:13
I need a kind of map which is accessible in two directions, so with a key-key structure instead of key-value. Does this exist in Java? If not, what is the best way to create it? So example: mySpecialHashMap.put("key1", "key2"); mySpecialMap.getL2R("key1") returns "key2"; mySpecialMap.getR2L("key2") returns "key1"; BalusC So you want a bidirectional map. You can use Apache Commons Collections BidiMap or Google Collections BiMap for this. You might want to look at BiMap from the Guava library (formerly known as Google Collections). An example where a HashBiMap is used as the "mySpecialHashMap":

should i always use bdo for text direction?

筅森魡賤 提交于 2019-12-05 03:38:16
In HTML, the <bdo> tag is used to override the current text direction. When i have a <div> tag, should i use <bdo> tag inside it? <div><bdo dir="rtl">TEXT</bdo></div> Or instead i should use a CSS class for the <div> tag: <div class="rtl-lang">TEXT</div> My question is: When should i use <bdo> tag? Will it be deprecated? You should normally not use the bdo element, or its CSS counterpart, since they are meant to be used in exceptional situations, where you need to override the normal bidirectionality rules. They mean forced writing direction, which means that the inherent directionality of

JPA/Hibernate bidirectional many-to-one results in StackOverflowException

◇◆丶佛笑我妖孽 提交于 2019-12-05 03:04:52
I have entities User and GrantedRole that have a bidirectional one-to-many relation. When I try to add a GrantedRole to the Set in User, there is no exception thrown, but when I debug the variables for the User and GrantedRole object have a description that reads com.sun.jdi.InvocationException occurred invoking method. The different fields for the variables can be read while debugging, but when I select the roles field in User or the user field in GrantedRole I get the same description as above. When I go into the Set of GrantedRole in user, I eventually find the following description: Detail

Bidirectional data binding on a component input property

℡╲_俬逩灬. 提交于 2019-12-05 01:02:52
I am trying to make something work on angular2 and I am unable to find something about this behavior. I have an application that implements a custom component like this one : import {Component,Input} from 'angular2/core' @Component({ selector:'my-comp', template:`<input type="text" style="text-align:center; [(ngModel)]="inputText"> <p>{{inputText}}</p>` }) export class MyComp{ @Input() inputText : string; } And I am trying to do a bidirectional databinding on my inputText variable from my component like this: <my-comp [(inputText)]="testString"></my-comp> Where the testString is a variable

Hibernate: bi-directional one-to-many with one as parent

耗尽温柔 提交于 2019-12-05 00:16:38
问题 I'm trying to setup a bi-directional one-to-many relationship with "one" as parent I have a parent: @Entity public class VideoOnDemand { @OneToMany(cascade = CascadeType.ALL) @LazyCollection(LazyCollectionOption.FALSE) @JoinColumn(name = "video_id") private List<CuePoint> cuePoints = new ArrayList<CuePoint>(); } and a child: @Entity public class CuePoint { @ManyToOne(cascade=CascadeType.ALL) @JoinColumn(name = "video_id", insertable = false, updatable = false) private VideoOnDemand video; } I

Implementing Bidirectional A* Shortest Path Algorithm

人盡茶涼 提交于 2019-12-04 14:43:47
I am implementing a symmetric bidirectional A* shortest path algorithm, as mentioned in [Goldberg and Harrelson,2005] . This is only for understanding the algorithm, therefore I used the most basic version without any optimization steps. My problem is the bidirectional algorithm appears to scan almost two times the number of edges scanned in a uni-directional A* search on the test graph. Example: a s-t query on a road network using A* (left) and bidirectional A* (right). Nodes scanned by the forward and backward search are colored in red and green, respectively. The heuristic function is