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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Interface supported by an XPath expression. This includes both compile-time and run-time methods.
| Method Summary | |
Expression |
analyze(StaticContext env)
Perform static analysis of an expression and its subexpressions. |
void |
display(int level,
NamePool pool)
Diagnostic print of expression structure. |
boolean |
effectiveBooleanValue(XPathContext context)
Get the effective boolean value of the expression. |
java.lang.String |
evaluateAsString(XPathContext context)
Evaluate an expression as a String. |
Item |
evaluateItem(XPathContext context)
Evaluate an expression as a single item. |
int |
getCardinality()
Determine the static cardinality of the expression. |
int |
getDependencies()
Determine which aspects of the context the expression depends on. |
ItemType |
getItemType()
Determine the data type of the expression, if possible. |
int |
getSpecialProperties()
Get the static properties of this expression (other than its type). |
Expression[] |
getSubExpressions()
Get the immediate sub-expressions of this expression. |
SequenceIterator |
iterate(XPathContext context)
Return an Iterator to iterate over the values of a sequence. |
Expression |
promote(PromotionOffer offer)
Offer promotion for this subexpression. |
Expression |
simplify()
Simplify an expression. |
| Method Detail |
public Expression simplify() throws XPathException
XPathException.Static
- if an error is discovered during expression
rewriting
XPathException
public Expression analyze(StaticContext env) throws XPathException
This checks statically that the operands of the expression have the correct type; if necessary it generates code to do run-time type checking or type conversion. A static type error is reported only if execution cannot possibly succeed, that is, if a run-time type error is inevitable. The call may return a modified form of the expression.
This method is called after all references to functions and variables have been resolved to the declaration of the function or variable. However, the types of such functions and variables will only be accurately known if they have been explicitly declared.
env
- the static context of the expression
XPathException.Static
- if an error is discovered during this phase
(typically a type error)
XPathException
public Expression promote(PromotionOffer offer) throws XPathException
offer
- details of the offer, for example the offer to move
expressions that don't depend on the context to an outer level in
the containing expression
XPathException
- if any error is detectedpublic int getSpecialProperties()
public int getCardinality()
Determine the static cardinality of the expression. This establishes how many items there will be in the result of the expression, at compile time (i.e., without actually evaluating the result.
This method should always return a result, though it may be the best approximation that is available at the time.
public ItemType getItemType()
This method should always return a result, though it may be the best approximation that is available at the time.
public int getDependencies()
StaticProperty.DEPENDS_ON_CONTEXT_ITEM
and
StaticProperty.DEPENDS_ON_CURRENT_ITEM
. The default implementation combines the intrinsic
dependencies of this expression with the dependencies of the subexpressions,
computed recursively. This is overridden for expressions such as FilterExpression
where a subexpression's dependencies are not necessarily inherited by the parent
expression.
public Expression[] getSubExpressions()
public Item evaluateItem(XPathContext context) throws XPathException
context
- The context in which the expression is to be evaluated
XPathException
- if any dynamic error occurs evaluating the
expressionpublic SequenceIterator iterate(XPathContext context) throws XPathException
context
- supplies the context for evaluation
XPathException
- if any dynamic error occurs evaluating the
expressionpublic boolean effectiveBooleanValue(XPathContext context) throws XPathException
context
- The context in which the expression is to be evaluated
XPathException
- if any dynamic error occurs evaluating the
expressionpublic java.lang.String evaluateAsString(XPathContext context) throws XPathException
context
- The context in which the expression is to be evaluated
XPathException
- if any dynamic error occurs evaluating the
expression
java.lang.ClassCastException
- if the result type of the
expression is not xs:string?public void display(int level, NamePool pool)
level
- indentation level for this expression
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5.6 Boot Scripts
Most likely, you'll want Squid
to start
automatically every time your computer boots. Different operating
systems vary widely in how their boot-up scripts work.
I'll describe some common environments here, but you
may need to refer to your particular operating system for specific
information.
5.6.1 /etc/rc.local
One of the easiest schemes is the /etc/rc.local
script. This is simply a shell script that runs as
root each time the system boots. Using this
script to start Squid is as easy as adding the following line:
/usr/local/squid/sbin/squid -s
Of course your installation prefix may be different, and you may like
to use some other command-line options. Don't use
the -N option here.
If, for some reason, you're not using the
cache_effective_user directive, you can try
using su to start Squid as a
non-root user:
/usr/bin/su nobody -c '/usr/local/squid/sbin/squid -s'
5.6.2 init.d and rc.d
The init.d and rc.d schemes
use a separate shell script to start different
services. These scripts are often located in one of the following
directories: /sbin/init.d,
/etc/init.d, and
/usr/local/etc/rc.d. The scripts usually take a
single command-line argument, which is either
start or stop. Some systems
only use the start argument. Here's a basic script
for starting Squid:
#!/bin/sh
#
# this script starts and stops Squid
case "$1" in
start)
/usr/local/squid/sbin/squid -s
echo -n ' Squid'
;;
stop)
/usr/local/squid/sbin/squid -k shutdown
;;
esac
|
Linux users may want to add commands that set the file-descriptor
limits before running Squid. For example:
echo 8192 > /proc/sys/fs/file-max
limit -HSn 8192
|
|
To use this script, find the appropriate directory in which such
scripts are stored. Give it a meaningful name, similar to the others.
Perhaps S98squid or simply
squid.sh. Be sure to test the script by
rebooting your computer rather than assuming it will work.
5.6.3 /etc/inittab
Another scheme supported on some operating
systems is the /etc/inittab file. On these
systems, the init process starts and stops
services based on the run level. A typical
inittab entry looks like this:
sq:2345:once:/usr/local/squid/sbin/squid -s
With this entry, the init process starts Squid
just once and then forgets about it. Squid makes sure it stays
running as described previously. Alternatively, you can do it like
this:
sq:2345:respawn:/usr/local/squid/sbin/squid -Ns
Here, since we use the respawn option,
init restarts Squid if the process exits. If you
use respawn, be sure to use the
-N option.
After editing the inittab file, use this command
to make init reread its configuration file and
start Squid:
# init q
|


ChatBot
Group 49
2020MT93222 : Pooja
2020MT93081 : Turja
2020MT93136 : Thilakar
Summary
Sam is a Chatbot, which uses Microsoft AI services, and is an intelligent tool, which will answer your queries. It can answer any of your queries from any field / area.
OBJECTIVE:
An intelligent Chatbot which has an easy user interface, which can easily and quickly provides answers to your queries by using it's AI capabilities.


“Mutte muccassu yogehi,
cando rāhuggahā iva;
Vippamuttena cittena,
anaṇā bhuñja piṇḍakan”ti.
Muttā, be released from your bonds,
like the moon released from Rāhu’s grip, the eclipse.
When your mind is released,
enjoy your alms free of debt.
Itthaṁ sudaṁ bhagavā muttaṁ sikkhamānaṁ imāya gāthāya abhiṇhaṁ ovadatīti.
It was thus that the Buddha regularly advised the trainee nun Muttā with these verses.


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| Packages that use NotFoundException | |
|---|---|
| javassist | The Javassist Core API. |
| javassist.bytecode | Bytecode-level API. |
| javassist.bytecode.annotation | Bytecode-level Annotations API. |
| javassist.expr | This package contains the classes for modifying a method body. |
| javassist.tools.reflect | Runtime Behavioral Reflection. |
| javassist.tools.rmi | Sample implementation of remote method invocation. |
| javassist.tools.web | Simple web server for running sample code. |
| Uses of NotFoundException in javassist |
|---|
| Methods in javassist that throw NotFoundException | |
|---|---|
static CtMethod |
CtNewMethod.abstractMethod(CtClass returnType,
java.lang.String mname,
CtClass[] parameters,
CtClass[] exceptions,
CtClass declaring)
Creates a public abstract method. |
void |
Loader.addTranslator(ClassPool cp,
Translator t)
Adds a translator, which is called whenever a class is loaded. |
ClassPath |
ClassPool.appendClassPath(java.lang.String pathname)
Appends a directory or a jar (or zip) file to the end of the search path. |
void |
ClassPool.appendPathList(java.lang.String pathlist)
Appends directories and jar files for search. |
static CtField.Initializer |
CtField.Initializer.byNewArray(CtClass type,
int size)
Makes an initializer creating a new array. |
CtClass |
ClassPool.get(java.lang.String classname)
Reads a class file from the source and returns a reference to the CtClass
object representing that class file. |
CtClass[] |
ClassPool.get(java.lang.String[] classnames)
Reads class files from the source and returns an array of CtClass
objects representing those class files. |
CtClass |
ClassPool.getAndRename(java.lang.String orgName,
java.lang.String newName)
Reads a class file and constructs a CtClass
object with a new name. |
CtClass |
CtClass.getComponentType()
If this object represents an array, this method returns the component type of the array. |
CtConstructor |
CtClass.getConstructor(java.lang.String desc)
Returns the constructor with the given signature, which is represented by a character string called method descriptor. |
CtClass |
ClassPool.getCtClass(java.lang.String classname)
Returns a CtClass object with the given name. |
CtConstructor |
CtClass.getDeclaredConstructor(CtClass[] params)
Returns a constructor receiving the specified parameters. |
CtField |
CtClass.getDeclaredField(java.lang.String name)
Retrieves the field with the specified name among the fields declared in the class. |
CtField |
CtClass.getDeclaredField(java.lang.String name,
java.lang.String desc)
Retrieves the field with the specified name and type among the fields declared in the class. |
CtMethod |
CtClass.getDeclaredMethod(java.lang.String name)
Retrieves the method with the specified name among the methods declared in the class. |
CtMethod |
CtClass.getDeclaredMethod(java.lang.String name,
CtClass[] params)
Retrieves the method with the specified name and parameter types among the methods declared in the class. |
CtClass |
CtClass.getDeclaringClass()
If this class is a member class or interface of another class, then the class enclosing this class is returned. |
CtMethod |
CtClass.getEnclosingMethod()
Returns the immediately enclosing method of this class. |
CtClass[] |
CtBehavior.getExceptionTypes()
Obtains exceptions that this method/constructor may throw. |
CtField |
CtClass.getField(java.lang.String name)
Returns the field with the specified name. |
CtField |
CtClass.getField(java.lang.String name,
java.lang.String desc)
Returns the field with the specified name and type. |
CtClass[] |
CtClass.getInterfaces()
Obtains the class objects representing the interfaces implemented by the class or, if this object represents an interface, the interfaces extended by that interface. |
CtMethod |
CtClass.getMethod(java.lang.String name,
java.lang.String desc)
Returns the method with the given name and signature. |
CtMethod |
ClassPool.getMethod(java.lang.String classname,
java.lang.String methodname)
Reads a class file and obtains a compile-time method. |
CtClass[] |
CtClass.getNestedClasses()
Returns an array of nested classes declared in the class. |
CtClass[] |
CtBehavior.getParameterTypes()
Obtains parameter types of this method/constructor. |
CtClass |
CtMethod.getReturnType()
Obtains the type of the returned value. |
CtClass |
CtClass.getSuperclass()
Obtains the class object representing the superclass of the class. |
CtClass |
CtField.getType()
Returns the type of the field. |
java.net.URL |
CtClass.getURL()
Returns the uniform resource locator (URL) of the class file. |
ClassPath |
ClassPool.insertClassPath(java.lang.String pathname)
Inserts a directory or a jar (or zip) file at the head of the search path. |
void |
Translator.onLoad(ClassPool pool,
java.lang.String classname)
Is invoked by a Loader for notifying that
a class is loaded. |
java.io.InputStream |
ClassPath.openClassfile(java.lang.String classname)
Opens a class file. |
void |
CtClass.removeConstructor(CtConstructor c)
Removes a constructor declared in this class. |
void |
CtClass.removeField(CtField f)
Removes a field declared in this class. |
void |
CtClass.removeMethod(CtMethod m)
Removes a method declared in this class. |
void |
CodeConverter.replaceArrayAccess(CtClass calledClass,
CodeConverter.ArrayAccessReplacementMethodNames names)
Modify a method body, so that ALL accesses to an array are replaced with calls to static methods within another class. |
void |
CtBehavior.setExceptionTypes(CtClass[] types)
Sets exceptions that this method/constructor may throw. |
static void |
SerialVersionUID.setSerialVersionUID(CtClass clazz)
Adds serialVersionUID if one does not already exist. |
void |
Translator.start(ClassPool pool)
Is invoked by a Loader for initialization
when the object is attached to the Loader object. |
boolean |
CtClass.subtypeOf(CtClass clazz)
Returns true if this class extends or implements
clazz . |
void |
CtClass.writeFile()
Writes a class file represented by this CtClass
object in the current directory. |
| Constructors in javassist with parameters of type NotFoundException | |
|---|---|
CannotCompileException(NotFoundException e)
Constructs a CannotCompileException with a NotFoundException . |
| Uses of NotFoundException in javassist.bytecode |
|---|
| Methods in javassist.bytecode that throw NotFoundException | |
|---|---|
static CtClass[] |
Descriptor.getParameterTypes(java.lang.String desc,
ClassPool cp)
Returns the CtClass objects representing the parameter
types specified by the given descriptor. |
static CtClass |
Descriptor.getReturnType(java.lang.String desc,
ClassPool cp)
Returns the CtClass object representing the return
type specified by the given descriptor. |
static CtClass |
Descriptor.toCtClass(java.lang.String desc,
ClassPool cp)
Returns a CtClass object representing the type
specified by the given descriptor. |
| Uses of NotFoundException in javassist.bytecode.annotation |
|---|
| Methods in javassist.bytecode.annotation that throw NotFoundException | |
|---|---|
static MemberValue |
Annotation.createMemberValue(ConstPool cp,
CtClass type)
Makes an instance of MemberValue . |
| Constructors in javassist.bytecode.annotation that throw NotFoundException | |
|---|---|
Annotation(ConstPool cp,
CtClass clazz)
Constructs an annotation that can be accessed through the interface represented by clazz . |
| Uses of NotFoundException in javassist.expr |
|---|
| Methods in javassist.expr that throw NotFoundException | |
|---|---|
CtClass |
NewArray.getComponentType()
Returns the type of array components. |
CtConstructor |
NewExpr.getConstructor()
Returns the constructor called for creating the object. |
CtConstructor |
ConstructorCall.getConstructor()
Returns the called constructor. |
CtField |
FieldAccess.getField()
Returns the field accessed by this expression. |
CtMethod |
MethodCall.getMethod()
Returns the called method. |
CtMethod |
ConstructorCall.getMethod()
Always throws a NotFoundException . |
CtClass |
Instanceof.getType()
Returns the CtClass object representing
the type name on the right hand side
of the instanceof operator. |
CtClass |
Handler.getType()
Returns the type handled by the catch clause. |
CtClass |
Cast.getType()
Returns the CtClass object representing
the type specified by the cast. |
| Uses of NotFoundException in javassist.tools.reflect |
|---|
| Methods in javassist.tools.reflect that throw NotFoundException | |
|---|---|
boolean |
Reflection.makeReflective(java.lang.Class clazz,
java.lang.Class metaobject,
java.lang.Class metaclass)
Produces a reflective class. |
boolean |
Reflection.makeReflective(CtClass clazz,
CtClass metaobject,
CtClass metaclass)
Produces a reflective class. |
boolean |
Reflection.makeReflective(java.lang.String classname,
java.lang.String metaobject,
java.lang.String metaclass)
Produces a reflective class. |
boolean |
Loader.makeReflective(java.lang.String clazz,
java.lang.String metaobject,
java.lang.String metaclass)
Produces a reflective class. |
void |
Reflection.onLoad(ClassPool pool,
java.lang.String classname)
Inserts hooks for intercepting accesses to the fields declared in reflective classes. |
void |
Reflection.start(ClassPool pool)
Initializes the object. |
| Constructors in javassist.tools.reflect that throw NotFoundException | |
|---|---|
Loader()
Constructs a new class loader. |
| Uses of NotFoundException in javassist.tools.rmi |
|---|
| Methods in javassist.tools.rmi that throw NotFoundException | |
|---|---|
boolean |
StubGenerator.makeProxyClass(java.lang.Class clazz)
Makes a proxy class. |
void |
StubGenerator.start(ClassPool pool)
Initializes the object. |
| Constructors in javassist.tools.rmi that throw NotFoundException | |
|---|---|
AppletServer(int port)
Constructs a web server. |
|
AppletServer(int port,
ClassPool src)
Constructs a web server. |
|
AppletServer(java.lang.String port)
Constructs a web server. |
| Uses of NotFoundException in javassist.tools.web |
|---|
| Methods in javassist.tools.web that throw NotFoundException | |
|---|---|
void |
Webserver.addTranslator(ClassPool cp,
Translator t)
Adds a translator, which is called whenever a client requests a class file. |
|
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WA.get, Examples of Animation of nodes
There is help on the following elements, we put also help on the navigation of the page.
Help is
LIGHT
(click to change)
When help is ON, wait 4 seconds on the elements to enter in interactive help.
Division with help
« Back to the index


Gameplay stats
More...
|
| int | Wasted [get, set] |
| | Number of time you interrupted your cast More...
|
| |
| double | TimeWasted [get, set] |
| | Time wasted by interrupting your cast More...
|
| |
| int | Saved [get, set] |
| | Number of time you skipped an aftercast More...
|
| |
| double | TimeSaved [get, set] |
| | Time saved while skipping aftercast More...
|
| |
| double | StackDist [get, set] |
| | Distance to the epicenter of the squad More...
|
| |
| double | DistToCom [get, set] |
| | Distance to the commander of the squad. Only when a player with commander tag is present More...
|
| |
| double | AvgBoons [get, set] |
| | Average amount of boons More...
|
| |
| double | AvgActiveBoons [get, set] |
| | Average amount of boons over active time More...
|
| |
| double | AvgConditions [get, set] |
| | Average amount of conditions More...
|
| |
| double | AvgActiveConditions [get, set] |
| | Average amount of conditions over active time More...
|
| |
| int | SwapCount [get, set] |
| | Number of time a weapon swap happened More...
|
| |
| int | TotalDamageCount [get, set] |
| | Number of damage hit More...
|
| |
| int | DirectDamageCount [get, set] |
| | Number of direct damage hit More...
|
| |
| int | ConnectedDirectDamageCount [get, set] |
| | Number of connected direct damage hit More...
|
| |
| int | CritableDirectDamageCount [get, set] |
| | Number of critable hit More...
|
| |
| int | CriticalRate [get, set] |
| | Number of crit More...
|
| |
| int | CriticalDmg [get, set] |
| | Total critical damage More...
|
| |
| int | FlankingRate [get, set] |
| | Number of hits while flanking More...
|
| |
| int | GlanceRate [get, set] |
| | Number of glanced hits More...
|
| |
| int | Missed [get, set] |
| | Number of missed hits More...
|
| |
| int | Evaded [get, set] |
| | Number of evaded hits More...
|
| |
| int | Blocked [get, set] |
| | Number of blocked hits More...
|
| |
| int | Interrupts [get, set] |
| | Number of hits that interrupted a skill More...
|
| |
| int | Invulned [get, set] |
| | Number of hits against invulnerable targets More...
|
| |
◆ AvgActiveBoons
| double GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.AvgActiveBoons |
|
getset |
Average amount of boons over active time
◆ AvgActiveConditions
| double GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.AvgActiveConditions |
|
getset |
Average amount of conditions over active time
◆ AvgBoons
| double GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.AvgBoons |
|
getset |
◆ AvgConditions
| double GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.AvgConditions |
|
getset |
Average amount of conditions
◆ DistToCom
| double GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.DistToCom |
|
getset |
Distance to the commander of the squad. Only when a player with commander tag is present
◆ Saved
| int GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.Saved |
|
getset |
Number of time you skipped an aftercast
◆ StackDist
| double GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.StackDist |
|
getset |
Distance to the epicenter of the squad
◆ SwapCount
| int GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.SwapCount |
|
getset |
Number of time a weapon swap happened
◆ TimeSaved
| double GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.TimeSaved |
|
getset |
Time saved while skipping aftercast
◆ TimeWasted
| double GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.TimeWasted |
|
getset |
Time wasted by interrupting your cast
◆ Wasted
| int GW2EIBuilders.JsonModels.JsonStatistics.JsonGameplayStatsAll.Wasted |
|
getset |
Number of time you interrupted your cast
The documentation for this class was generated from the following file:


Loading user organisation...
My organisation (as administrator)
Loading periods...
Periods of my organisation
0"
[periods]="organisationPeriods" [canUpdate]="organisation.isActive">
0)">
No periods found for my organisation.
Other periods
0"
[periods]="otherPeriods" >
0)">
No
others periods found.


I'm a Front-End web developer
Im from Viet Nam. I'm studing sofeware engineer.
I think this is a first time you hear that sing
Have any project in mind? Say Hello at:
dualeo9090@gmail.com


We know that you are really excited! But we will keep update our system and page, then launch as soon as possible to support freelancer due of COVID19 Pandemic. We know as a freelancer we got difficult situation because of this pandemic, but let's hope and keep doing good things for the better future.
We will connecting soon!


Line chart showing areas of
high correlation
(x-axis and green line)
and
low correlation
(yellow and red lines)
.


Use this pattern to provide maximum decoupling between service requesters and service providers by introducing an additional level of indirection to the service.
In its most basic form the Service Proxy pattern hides the true location of a service implementation. The pattern is also of particular value in providing a management point for access control, request tracking, and auditing.
The client must call an operation on a service. The client must not access the service directly, because the address of the endpoint at which the service is located might change or the actual endpoint address might change. The actual endpoint address is hidden so that access to the service can be controlled.
How to make services available to clients in a controlled manner without exposing the actual address of the endpoint at which the service is located.
Use this pattern when:
When services are exposed beyond organizational, or departmental boundaries, issues, such as security, maintenance of audit trails, reliability, quality of service, and communications compatibility must be considered.
It is desirable to retain the flexibility of service deployment. For example, being able to move the service to a different server without impacting any clients of that service by making it seem that the address of the service endpoint has not changed.
The protocol bindings that are supported by the service might not be appropriate for a particular set of clients. One solution is to modify the service so that it supports the required protocols, but in many cases this solution might not be desirable or possible.
You might want to hide the true location of the service so that all clients must access it indirectly through a specific control point. Hiding the true location of the service allows audit capabilities or additional client authentication checks to be added.
The target service is hidden by deploying an enterprise service bus (ESB) mediation that implements the same interface. This mediation acts as a virtual service, or proxy, that redirects all requests to the real service provider. Clients see only the virtual service, which seems to be the actual provider of the service.
In some cases the virtual service might support a different set of protocol bindings to those bindings that are supported by the real service, therefore providing the necessary protocol conversion as part of the mediation.
In its most simple form, the mediation redirects each request to a preconfigured endpoint address. A more flexible approach uses a query to a service registry to determine the actual address, caching this value for use with subsequent requests.
The virtual service, or mediation, implements a number of additional features. In a typical implementation the mediation logs each request for audit purposes. The virtual service might also provide an additional level of access control, checking the credentials that are associated with each incoming request. A more sophisticated implementation might also provide identity mapping between different security domains.


--- title: Card keywords: fastai sidebar: home_sidebar summary: "API details for card." description: "API details for card." nb_path: "00_card.ipynb" ---
Card
in nb notes
print ( Card(suit=2, rank=11) )
c1 = Card(suit=1, rank=3)
c2 = Card(suit=2, rank=11)
test case
assert c2>c1
test
c1 = Card(suit=1, rank=3)
c2 = Card(suit=1, rank=3)
assert c1==c2


{% extends "base.html" %} {% autoescape None %} {% block css %} {% end %} {% block header %}
Use this interface to train agents running specific algorithm and one of the defined problem. Widgets can be added to inspect specific things about the agent state at the current state of the training progress. Trained agents can finally be saved for later demo showcase.
Start by picking one of the problem and solver below. You can start right away to train the agent or add one or many inspector widget (the progress bar is added by default).
Inspectors enable to follow the evolution of the system from many different point of views. The simplest inspector, a progress bar, has already been added. Several more can be defined before or after the agent training begun.


This mistaken idea of denouncing pleasure and praising pain was born and I will give you a complete account of the system, and expound the actual teachings of the great explorer of the truth, the master-builder of human happiness.
Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.
Read More..Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.
Read More..Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.
Read More..We denounce with righteous indignation and dislike men who are so beguiled and demoralized by the charms of pleasure.
We denounce with righteous indignation and dislike men who are so beguiled and demoralized by the charms of pleasure.
We denounce with righteous indignation and dislike men who are so beguiled and demoralized by the charms of pleasure.
We denounce with righteous indignation and dislike men who are so beguiled and demoralized by the charms of pleasure.
We denounce with righteous indignation and dislike men who are so beguiled and demoralized by the charms of pleasure.
We denounce with righteous indignation and dislike men who are so beguiled and demoralized by the charms of pleasure.
This mistaken idea of denouncing pleasure and praising pain was born and I will give you a complete account of the system, and expound the actual teachings of the great explorer of the truth, the master-builder of human happiness.
At vero eos et accusamus et iusto odio dignissimos ducimus qui blanditiis praesentium voluptatum deleniti.
Pre-order NowThis mistaken idea of denouncing pleasure and praising pain was born and I will give you a complete account of the system, and expound the actual teachings of the great explorer of the truth, the master-builder of human happiness.
This mistaken idea of denouncing pleasure and praising pain was born and I will give you a complete account of the system, and expound the actual teachings of the great explorer of the truth, the master-builder of human happiness.
This mistaken idea of denouncing pleasure and praising pain was born and I will give you a complete account of the system, and expound the actual teachings of the great explorer of the truth, the master-builder of human happiness.


Outcome
This method supports the outcome: Common clear words
Detailed description
Clear and common words: Use words or phrases that are most-frequently used for the current context, unless it will result in a loss of meaning or clarity. This includes not using abbreviations, words, or phrases, unless they are the common form to refer to concepts for beginners. Where word frequencies are known for the context, they can be used. An example would be the Merriam Webster 3000 Core English Vocabulary Words.
Even languages with a small number of users have published lists of most-frequent words (such as Hebrew). If there is a natural language that does not have such a list, algorithms exist that calculate these lists for languages, or for specific contexts. Testing content against these word lists can be done manually.
Define unusual words: It is best to define technical or jargon words in context so that the user does not have to navigate away from the text to a glossary in a different location. There are a variety of possible solutions for defining words in context, including the use of a pop-up definition.
Provide a glossary: A glossary is typically an alphabetical list of terms related to a given set of content.
Dependencies
None


I'm a set of python codes which gives me the power to compute complex relationships between various diseases and their symptoms. And hence facilitating the user to be aware of his health issues.
Robots are rapidly finding their way in our day to day life. From automation to minimizing human errors, bots have proved themselves of invaluable worth.
Therefore, we decided why not use this code-marvel to do something in Health and Medicine?! After all, health comes first and prevention is better than cure.
Our Bot is an interactive way of making people aware of their health issues in early stages. It uses the power of computing to analyse symptoms accurately and further refer to a doctor who expertise in detected health hazard, if any.


I hold valid links.
two below
one below
one below
same level
same level
absolute at the root
relative at the root
I hold broken links.
broken same level
broken one below
broken two below
broken absolute
broken one above


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| Class | LDAP::Server::MatchingRule |
| In: |
lib/ldap/server/match.rb
|
| Parent: | Object |
And now, here are some matching rules you can use (RFC2252 section 8)
| DefaultMatch | = | DefaultMatchingClass.new |
| desc | [R] | |
| names | [R] | |
| obsolete | [R] | |
| oid | [R] | |
| syntax | [R] |
Find a MatchingRule object given a name or oid, or return nil (? should we create one automatically, like Syntax)


Hi my name is Caitlin and I am a rising junior at Yale originally from Evanston, IL. I am particularly interested in using education technology to fix major gaps within the education system. Please feel free to send me an email at<EMAIL_ADDRESS>


“Vīrā vīrehi dhammehi,
bhikkhunī bhāvitindriyā;
Dhāreti antimaṁ dehaṁ,
jetvā māraṁ savāhinin”ti.
She’s known as Vīrā because of her heroic qualities,
a nun with faculties developed.
She bears her final body,
having vanquished Māra and his mount.
… Vīrā therī ….