In our previous installment, we showed how to create Java-first web services in Spring 2.5 using Apache CXF 2.0. This time we’re going to show how to consume web services, once again using Spring 2.5 and Apache CXF 2.0.
Something great about the Spring/CXF duo is that your web service clients don’t know that they’re web service clients. The approach is simple: as in any Spring app, you define Java interfaces for your services and inject the service implementations into the client classes that use them (such as MVC controllers). CXF allows you to generate dynamic proxies according to the same Java service contract—the proxies are just another service implementation—and hence your client classes have no idea that they’re calling web services.
This article shows you what you need to do to get it to work. If you haven’t already done so, please see the previous article, Web services with Spring 2.5 and Apache CXF 2.0, to get your web services set up. That article describes a user comment service that I build upon in the current article.
Project setup
First we need to set up the web service client project. Here are the various dependencies involved.
Spring 2.5
These all come from the Spring 2.5 distribution. You can use whatever Spring 2.5 libraries you need for your own app. Here I just happen to be using Spring MVC and JSTL, though neither of those is required for Spring/CXF integration.
jstl.jar
(inlib/j2ee
)spring.jar
spring-mvc.jar
(indist/modules
; the sample app uses Spring MVC)standard.jar
(inlib/jakarta-taglibs
; this is the JSTL reference implementation)
CXF and dependencies
You can get these from the CXF 2.0.4 distribution. Whether all of these are really necessary I don’t know—for example I’m not sure why we need the JavaMail library—but I’m just going by what the CXF user manual says.
commons-logging-1.1.jar
cxf-2.0.4-incubator.jar
(this is the main CXF JAR)geronimo-activation_1.1_spec-1.0-M1.jar
(or Sun’s Activation jar)geronimo-annotation_1.0_spec-1.1.jar
(JSR 250)geronimo-javamail_1.4_spec-1.0-M1.jar
(or Sun’s JavaMail jar)geronimo-servlet_2.5_spec-1.1-M1.jar
(or Sun’s Servlet jar)geronimo-stax-api_1.0_spec-1.0.jar
geronimo-ws-metadata_2.0_spec-1.1.1.jar (JSR 181)
jaxb-api-2.0.jar
jaxb-impl-2.0.5.jar
jaxws-api-2.0.jar
neethi-2.0.2.jar
saaj-api-1.3.jar
saaj-impl-1.3.jar
wsdl4j-1.6.1.jar
wstx-asl-3.2.1.jar
XmlSchema-1.3.2.jar
xml-resolver-1.2.jar
Aegis dependencies
In addition to the above, you will need to add jdom-1.0.jar
since Aegis databinding uses it.
Client library dependencies
In the previous article we created three classes in the contactus
package: ContactUsService
, ContactUsServiceImpl
, and Message
. You will need to JAR ContactUsService
(which is a service interface) and Message
(which is a domain model class) and add the JAR as a dependency for the client application. You do not need to include ContactUsServiceImpl
since that’s the backend for the web service; it’s not part of the interface. On the client side we will see that CXF will create a web service proxy according to the ContactUsService
interface, and it will use Message
for marshalling and unmarshalling.
With the dependencies in place, we’ll now create a simple client that can view user messages using the web service we created the last time. We’re not going to treat the “post user message” operation in this article though it works in exactly the same way (which is why we’re not going to treat it).
Creating the client application
This sample app is based on Spring MVC. For that we’ll need to create a couple of MVC controllers, a couple of JSPs, a web.xml
file, and a Spring application context file.
Spring MVC controller for viewing messages
First we’ll create a Spring MVC controller called myapp.ViewMessagesController
.
package myapp; import org.springframework.stereotype.Controller; import org.springframework.ui.ModelMap; import org.springframework.web.bind.annotation.RequestMapping; import contactus.ContactUsService; @Controller public final class ViewMessagesController { private ContactUsService contactUsService; public void setContactUsService(ContactUsService contactUsService) { this.contactUsService = contactUsService; } @RequestMapping("/viewmessages.do") public ModelMap viewMessages() { return new ModelMap("messages", contactUsService.getMessages()); } }
Since this is an article about Spring/CXF integration and not about Spring MVC, I won’t go into the details of Spring MVC or annotation-based configuration. If however you are interested in learning more, please see my article Annotation-Based MVC in Spring 2.5.
At any rate, the code is easy enough to understand. We have a dependency injection method setContactUsService
. Any implementation of ContactUsService
could go in there, including the one we wrote in the previous article, contactus.ContactUsServiceImpl
. In this case, though, we’re going to use a CXF-generated dynamic proxy as shown below.
The viewMessages
method simply grabs a list of messages from the ContactUsService
and puts it in a model that the JSP will be able to see.
JSP for viewing messages
You will need to put this file at /WEB-INF/jsp/viewmessages.jsp
in order for the request mapping to work as specified in ViewMessagesController
above and myapp-servlet.xml
below. For those who are unfamiliar with Spring’s annotation-based MVC configuration, the @RequestMapping(“/viewmessages.do”)
annotation maps the given path to the viewMessages
method, and the view resolver in myapp-servlet.xml
tells Spring to look inside /WEB-INF/jsp/
for the corresponding JSP.
<%@ taglib prefix="c" uri="http://java.sun.com/jsp/jstl/core" %>   <title>View Messages</title>
View Messages

 <c:forEach var="message" items="${messages}">
${message.lastNameFirstName} (${message.email}): ${message.text}
 </c:forEach>

This just displays a list of user messages. I’m using JSTL and JSTL EL. The ${messages}
reference in the forEach
tag refers to the list of messages that I placed in the ModelMap
in ViewMessagesController.viewMessages
above. Spring takes care of making the contents of the ModelMap
available to the JSP.
web.xml
<?xml version="1.0" encoding="UTF-8"?> <web-app xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns="http://java.sun.com/xml/ns/javaee" xmlns:web="http://java.sun.com/xml/ns/javaee/web-app_2_5.xsd" xsi:schemaLocation="http://java.sun.com/xml/ns/javaee http://java.sun.com/xml/ns/javaee/web-app_2_5.xsd" id="ws" version="2.5"> <servlet> <servlet-name>myapp</servlet-name> <servlet-class>org.springframework.web.servlet.DispatcherServlet</servlet-class> <load-on-startup>1</load-on-startup> </servlet> <servlet-mapping> <servlet-name>myapp</servlet-name> <url-pattern>*.do</url-pattern> </servlet-mapping> </web-app>
This just sets up the Spring MVC DispatcherServlet
and tells the servlet container that the *.do
extension mapping goes to the DispatcherServlet
.
Now let’s dig into the guts of it—the Spring application context.
Creating the Spring application context
This is where all the good stuff is: in the Spring application context.
Spring application context: myapp-servlet.xml
Put this file at /WEB-INF/myapp-servlet.xml
so that it’s where DispatcherServlet
expects to find it. The myapp-
part needs to match the value specified for <servlet-name>
above. (There’s a way to change this but I’m not worried about that for this sample app.)
<?xml version="1.0" encoding="UTF-8"?> <beans xmlns="http://www.springframework.org/schema/beans" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:context="http://www.springframework.org/schema/context" xsi:schemaLocation="http://www.springframework.org/schema/beans http://www.springframework.org/schema/beans/spring-beans-2.5.xsd http://www.springframework.org/schema/context http://www.springframework.org/schema/context/spring-context-2.5.xsd">  <bean id="aegisBean" class="org.apache.cxf.aegis.databinding.AegisDatabinding" scope="prototype"/> <bean id="jaxwsAndAegisServiceFactory" class="org.apache.cxf.jaxws.support.JaxWsServiceFactoryBean" scope="prototype"> <property name="dataBinding" ref="aegisBean"/> <property name="serviceConfigurations"> <list> <bean class="org.apache.cxf.jaxws.support.JaxWsServiceConfiguration"/> <bean class="org.apache.cxf.aegis.databinding.AegisServiceConfiguration"/> <bean class="org.apache.cxf.service.factory.DefaultServiceConfiguration"/> </list> </property> </bean>  <bean id="contactUsFactory" class="org.apache.cxf.jaxws.JaxWsProxyFactoryBean"> <property name="serviceClass" value="contactus.ContactUsService"/> <property name="address" value="http://localhost:8080/cxf-service-example/contactus"/> <property name="serviceFactory" ref="jaxwsAndAegisServiceFactory"/> </bean>  <bean id="contactUsService" class="contactus.ContactUsService" factory-bean="contactUsFactory" factory-method="create"/>  <bean class="myapp.ViewMessagesController"> <property name="contactUsService" ref="contactUsService"/> </bean>  <bean id="viewResolver" class="org.springframework.web.servlet.view.InternalResourceViewResolver"> <property name="prefix" value="/WEB-INF/jsp/"/> <property name="suffix" value=".jsp"/> </bean> </beans>
There’s lots to talk about here. Let’s do it bean-by-bean:
aegisBean: CXF supports different databinding mechanisms (i.e., mechanisms for mapping back and forth between Java and XML). The default is JAXB but I was never able to get that to work for complex data types like contactus.Message
. So instead I used Aegis (which is bundled with CXF) and it works great.
jaxwsAndAegisServiceFactory: This factory creates service models either based on a service’s WSDL or else based on the structure of the service class. These service models are in turn used by the service proxy factory, which creates your client-side web-service-aware dynamic proxies. Anyway, you don’t have to worry too much about jaxwsAndAegisServiceFactory
; the only reason we’re including it is that we need to be able to tell it to use Aegis databinding.
contactUsFactory: This is a factory that generates the dynamic proxies we’ve been talking about. These proxies implement the contactus.ContactUsService
interface, and this is what gives us the transparency referenced in the title of this article: the client application has no idea that it’s working with web services at all (other than in the configuration). If you wanted to, you could collapse the client app and the contactus.ContactUsServiceImpl
backend and remove the web service altogether. That’s part of the beauty of Spring (and of Java interfaces and dynamic proxies).
We specify not only the service class but also the web service endpoint address and the service factory. Again the only reason we have to deal with the service factory at all is that we’re using the non-default Aegis databinding. If you’re able to get it working with JAXB then more power to you. (And I’d be interested in hearing about it!)
IMPORTANT: You will need to set the host, port and context path in the address
property to match your web service deployment address. The one in the config file is the one I’m using but you’re probably using at least a different context path.
The other beans are just Spring MVC beans. Nothing we need to worry about here.

Try it out
Your application’s view messages functionality should now work. Start up both your web service and your application. Then point your browser to
http://localhost:8080/cxf-client-example/viewMessages.do
(well, substitute in your host, port and context path!) and you should see the pair of hardcoded messages that we created in the last article:
If you got the screen above, then it’s working! Your application is pulling the messages from a web service, and transparently so. If you decide you don’t want to use web services, no problem: just pull the web service out and wire the service bean right into your MVC controller or other client class.
I hope you found this useful. As always let me know if you have comments, questions or corrections.
Resources
Update (2008-09-03): Sam Brodkin was kind enough to create a Maven project for this article. Thanks Sam!


Learning web development is almost the same thing as learning HTML but how we all need support to do certain things, HTML gets support from other languages like CSS and Javascript.There are other languages for web development but these are the major ones.
HTML(Hyper Text Markup Language):-It is the building block for the creation of websites.
CSS(Cascading Style Sheet):-It is used to style the webpage in different ways e.g addings colours,alignment,deeper text formatting,e.t.c.
JavaScript:-It is used for interactivity and responsiveness of a website.


Kris Boyd offers mysterious Kieran Tierney Scotland poser suggesting 'something else behind' absence
The pundit reckons there's something going on with the full-back's continued absence
by Jonathan McFarlaneScotland face their upcoming international fixtures against Cyprus and Kazakhstan without the services of fit again Kieran Tierney - and Kris Boyd can't understand why.
The former Scotland striker and pundit feels that Tierney 's status as a leader means he should have been involved, even if it meant attending in a reduced playing capacity.
And it has left Boyd questioning what has been going on behind the scenes between the Arsenal full-back and international boss Steve Clarke.
Speaking on the Sky Sports podcast , he said: "He's a big player for the Scotland group. I don't get it at all.
"I thought Steve Clarke would have been one that said, 'No, you're coming.'
"At the end of the day the international set-up has priority over the clubs anyway.
"Bring him along, there's something, for me there is something else behind it because Kieran Tierney is a talented footballer and by all reports a good kid. Trains properly every single day, works his hardest.
"I just think there's something else in that one."
Tierney has recently recovered from the pubic injury that caused him to miss large swathes of last season.
He made his debut back on September 25th and has been gently introduced to action via the Europa League and Carabao Cup.
Arsenal fans have been impressed with his performances to date and have been up in arms on social media over his absence from Premier league starting line-ups.


Thank you for your interest in . We were pleased to find you a flight for $. Please fill out your payment details below to book your trip!
|
|||
|
|||
| Payment Method | Bitcoin | ||
| Bitcoin | |||
| Item | Price | ||
| Ticket Price | |||
| Taxes | |||
| ACT Now Travel Fee | |||


Nathan Heseman
About
Portfolio
Contact
Portfolio
Word Guess
RPG Game
Trivia Game
Rutgers Info Widget
Rock Paper Scissors
Copyright ©


On Commander John Ross's 1818 voyage to search for the North-West Passage,
To justify the expedition's scientific aims the Admiralty and the Royal Society donated chronometers and compasses—the Isabella carried seven different models of each—plus a number of other instruments, among them Henry Kater's Pendulum for measuring the ellipticity of the globe, Mr Plentty's Cork Life Boat, Englefield's Mountain Barometer and Companion, Burt's Buoy and Knipper, Trengrouse's Apparatus for Saving Lives, and Troughton's Whirling Horizon. John Ross would later contribute to the array with a dredging device of his own invention which he whimsically christened ‘the Deep Sea Clamm’.
Fergus Fleming, Barrow's Boys (1998)


Storage Entities¶
Storage entities represent all objects that are stored in memory during execution. Céu supports variables, vectors, events (external and internal), and pools as entity classes.
An entity declaration consists of an entity class, a type, and an identifier.
Examples:
var int v; // "v" is a variable of type "int"
vector[9] byte buf; // "buf" is a vector with at most 9 values of type "byte"
input void&& A; // "A" is an input event that carries values of type "void&&"
event bool e; // "e" is an internal event that carries values of type "bool"
pool[] Anim anims; // "anims" is a dynamic "pool" for instances of type "Anim"
A declaration binds the identifier with a memory location that holds values of the associated type.
Lexical Scope¶
Storage entities have lexical scope, i.e., they are visible only in the block in which they are declared.
The lifetime of entities, which is the period between allocation and deallocation in memory, is also limited to the scope of the enclosing block. However, individual elements inside vector and pool entities have dynamic lifetime, but which never outlive the scope of the declaration.
Entity Classes¶
Variables¶
A variable in Céu holds a value of a declared type that may vary during program execution. The value of a variable can be read in expressions or written in assignments. The current value of a variable is preserved until the next assignment, during its whole lifetime.
Example:
var int v = _; // empty initializaton
par/and do
v = 1; // write access
with
v = 2; // write access
end
escape v; // read access (yields 2)
Vectors¶
A vector In Céu is a dynamic and contiguous collection of elements of the same type.
A vector declaration specifies its type and maximum
number of elements (possibly unlimited).
The current length of a vector is dynamic and can be accessed through the
operator $
.
Individual elements of a vector can be accessed through an
index starting from 0
.
Céu generates an error for out-of-bounds vector accesses.
Example:
vector[9] byte buf = [1,2,3]; // write access
buf = buf .. [4]; // write access
escape buf[1]; // read access (yields 2)
Events¶
Events account for the reactive nature of Céu.
Programs manipulate events through the await
and
emit
statements.
An await
halts the running trail until the specified event occurs.
An event occurrence is broadcast to the whole program and awakes trails
awaiting that event to resume execution.
Unlike all other entity classes, the value of an event is ephemeral and does
not persist after a reaction terminates.
For this reason, an event identifier is not a variable: values can only
be communicated through emit
and await
statements.
A declaration includes the type of value the occurring
event carries.
Note: void is a valid type for signal-only events.
Example:
input void I; // "I" is an input event that carries no values
output int O; // "O" is an output event that carries values of type "int"
event int e; // "e" is an internal event that carries values of type "int"
par/and do
await I; // awakes when "I" occurs
emit e(10); // broadcasts "e" passing 10, awakes the "await" below
with
var int v = await e; // awaits "e" assigning the received value to "v"
emit O(v); // emits "O" back to the environment passing "v"
end
As described in Internal Reactions, Céu supports external and internal events with different behavior.
External Events¶
External events are used as interfaces between programs and devices from the real world:
- input events represent input devices such as sensor, button, mouse, etc.
- output events represent output devices such as LED, motor, screen, etc.
The availability of external events depends on the environment in use.
Programs can emit
output events and await
input events.
Internal Events¶
Internal events, unlike external events, do not represent real devices and are defined by the programmer. Internal events serve as signalling and communication mechanisms among trails in a program.
Programs can emit
and await
internal events.
Pools¶
A pool is a dynamic container to hold running code abstractions.
A pool declaration specifies the type of the
abstraction and maximum number of concurrent instances (possibly unlimited).
Individual elements of pools can only be accessed through
iterators.
New elements are created with spawn
and are
removed automatically when the code execution terminates.
Example:
code/await Anim (void) => void do // defines the "Anim" code abstraction
<...> // body of "Anim"
end
pool[] Anim ms; // declares an unlimited container for "Anim" instances
loop i in [0->10[ do
spawn Anim() in ms; // creates 10 instances of "Anim" into "ms"
end
When a pool declaration goes out of scope, all running code abstractions are automatically aborted.
Locations¶
A location (aka l-value) is a path to a memory location holding a storage
entity (ID_int
) or a native symbol
(ID_nat
).
Locations appear in assignments, event manipulation, iterators, and expressions.
The list that follows summarizes all valid locations:
- storage entity: variable, vector, internal event (but not external), or pool
- native expression or symbol
- data field (which are storage entities)
- vector index
- vector length
$
- pointer dereferencing
*
- option unwrapping
!
Locations are detailed in Locations and Expressions.
Examples:
emit e(1); // "e" is an internal event
_UDR = 10; // "_UDR" is a native symbol
person.age = 70; // "age" is a variable in "person"
vec[0] = $vec; // "vec[0]" is a vector index
$vec = 1; // "$vec" is a vector length
*ptr = 1; // "ptr" is a pointer to a variable
a! = 1; // "a" is of an option type
References¶
Céu supports aliases and pointers as references to entities, aka strong and weak references, respectively.
An alias is an alternate view for an entity: after the entity and alias are bounded, they are indistinguishable.
A pointer is a value that is the address of an entity, providing indirect access to it.
As an analogy with a person's identity, a family nickname referring to a person is an alias; a job position referring to a person is a pointer.
Aliases¶
Céu support aliases to all storage entity classes, except external events and pointer types. Céu also supports option variable aliases which are aliases that may remain or become unassigned.
An alias is declared by suffixing the entity class with the modifier
&
and is acquired by prefixing an entity with the operator &
.
An alias must have a narrower scope than the entity it refers to. The assignment to the alias is immutable and must occur between its declaration and first access or next yielding statement.
Example:
var int v = 0;
var& int a = &v; // "a" is an alias to "v"
...
a = 1; // "a" and "v" are indistinguishable
_printf("%d\n", v); // prints 1
An option variable alias, declared as var&?
, serves two purposes:
- Map a native resource to a variable
in Céu.
The alias is acquired by prefixing the associated
native call with the operator
&
. Since the allocation may fail, the alias may remain unassigned. - Track the lifetime of a variable.
The alias is acquired by prefixing the associated variable with
the operator
&
. Since the tracked variable may go out of scope, the alias may become unassigned.
Accesses to option variable aliases must always use option checking or unwrapping.
Examples:
var&? _FILE f = &_fopen(<...>) finalize with
_fclose(f);
end;
if f? then
<...> // "f" is assigned
else
<...> // "f" is not assigned
end
var&? int x;
do
var int y = 10;
x = &y;
_printf("%d\n", x!); // prints 10
end
_printf("%d\n", x!); // error!
Pointers¶
A pointer is declared by suffixing the type with the modifier
&&
and is acquired by prefixing an entity with the operator &&
.
Applying the operator *
to a pointer provides indirect access to its
referenced entity.
Example:
var int v = 0;
var int&& p = &&v; // "p" holds a pointer to "v"
...
*p = 1; // "p" provides indirect access to "v"
_printf("%d\n", v); // prints 1
The following restrictions apply to pointers in Céu:
- No support for pointers to events, vectors, or pools (only variables).
- A pointer is only accessible between its declaration and the next yielding statement.


- Graphic design, custom logos and artwork
- Website and app development
- Database design
Philosophy
Easy access to well organized information improves business and customer experience. My goal is to build systems and tools that remove obstacles through elegant structure and design.
Portfolio:
About me:
At eighteen, I set off towards Nepal with the intention of volunteering in a women’s shelter for a few months before going to college. On the way there, I stopped in Thailand, went to an island, got caught in a typhoon, and missed my flight onwards. I became a scuba diving instructor and ended up living in Thailand for the next eighteen years.
Upon my return to the US, I worked for a small non-profit, degree-granting college supporting the apprenticeship model of midwifery education. I have continuously sought to improve my skills and capabilities. I designed set up systems and tools that greatly improved the business, and was able to rise to the position of Chief Operations Officer
Working in digital development provides me with the exciting opportunity to be creative and pursue my passion. Organizing and designing databases. It is enormously satisfying to set up systems that work elegantly and allow streamlined function. The adventure has just begun!


Winning numbers drawn in 'Pick 4 Midday' game
by The Associated PressCLEVELAND (AP) _ The winning numbers in Sunday afternoon's drawing of the Ohio Lottery's "Pick 4 Midday" game were:
8-6-9-4
(eight, six, nine, four)
CLEVELAND (AP) _ The winning numbers in Sunday afternoon's drawing of the Ohio Lottery's "Pick 4 Midday" game were:
8-6-9-4
(eight, six, nine, four)


| SIGNAL(2) | Linux Programmer's Manual | SIGNAL(2) |
typedef void (*sighandler_t)(int);
sighandler_t signal(int signum, sighandler_t handler);
signal() sets the disposition of the signal signum to handler, which is either SIG_IGN, SIG_DFL, or the address of a programmer-defined function (a "signal handler").
If the signal signum is delivered to the process, then one of the following happens:
The signals SIGKILL and SIGSTOP cannot be caught or ignored.
According to POSIX, the behavior of a process is undefined after it ignores a SIGFPE, SIGILL, or SIGSEGV signal that was not generated by kill(2) or raise(3). Integer division by zero has undefined result. On some architectures it will generate a SIGFPE signal. (Also dividing the most negative integer by -1 may generate SIGFPE.) Ignoring this signal might lead to an endless loop.
See sigaction(2) for details on what happens when the disposition SIGCHLD is set to SIG_IGN.
See signal-safety(7) for a list of the async-signal-safe functions that can be safely called from inside a signal handler.
The use of sighandler_t is a GNU extension, exposed if _GNU_SOURCE is defined; glibc also defines (the BSD-derived) sig_t if _BSD_SOURCE (glibc 2.19 and earlier) or _DEFAULT_SOURCE (glibc 2.19 and later) is defined. Without use of such a type, the declaration of signal() is the somewhat harder to read:
void ( *signal(int signum, void (*handler)(int)) ) (int);
POSIX.1 solved the portability mess by specifying sigaction(2), which provides explicit control of the semantics when a signal handler is invoked; use that interface instead of signal().
In the original UNIX systems, when a handler that was established using signal() was invoked by the delivery of a signal, the disposition of the signal would be reset to SIG_DFL, and the system did not block delivery of further instances of the signal. This is equivalent to calling sigaction(2) with the following flags:
sa.sa_flags = SA_RESETHAND | SA_NODEFER;
System V also provides these semantics for signal(). This was bad because the signal might be delivered again before the handler had a chance to reestablish itself. Furthermore, rapid deliveries of the same signal could result in recursive invocations of the handler.
BSD improved on this situation, but unfortunately also changed the semantics of the existing signal() interface while doing so. On BSD, when a signal handler is invoked, the signal disposition is not reset, and further instances of the signal are blocked from being delivered while the handler is executing. Furthermore, certain blocking system calls are automatically restarted if interrupted by a signal handler (see signal(7)). The BSD semantics are equivalent to calling sigaction(2) with the following flags:
sa.sa_flags = SA_RESTART;
The situation on Linux is as follows:
| 2017-09-15 | Linux |


Blacksmith Pinter:
Light Armor, eh? Make sure that's what you want, because once I start making it, there's no going back!
"I want Light Armor."
"I need to think about it some more."


|
NewRobotCode
v2<IP_ADDRESS>_AddHansFranzArms_v09
FRC 2020 New Robot Code for Team #7464 - ORION
|
This class declares PAT turning the "Wheel of Fortune" subsystem. More...
#include <SubSysPATTurner.h>
Public Member Functions | |
| SubSysPATTurner () | |
| ~SubSysPATTurner () | |
| void | Periodic () override |
| void | TurnWoF (double speed) |
| double | GetPATTurnerNullZone () |
| double | GetPATTurnerLimit () |
| double | GetPATTurnerExponent () |
Private Attributes | |
| frc::PWMVictorSPX | m_PATTurnerController |
This class declares PAT turning the "Wheel of Fortune" subsystem.
Definition at line 55 of file SubSysPATTurner.h.
| SubSysPATTurner::SubSysPATTurner | ( | ) |
The default constructor for the SubSysPATTurner class
Definition at line 47 of file SubSysPATTurner.cpp.
| SubSysPATTurner::~SubSysPATTurner | ( | ) |
The default destructor for the SubSysPATTurner class
Definition at line 56 of file SubSysPATTurner.cpp.
| double SubSysPATTurner::GetPATTurnerExponent | ( | ) |
Method to get PAT's exponent for the curve.
Definition at line 160 of file SubSysPATTurner.cpp.
| double SubSysPATTurner::GetPATTurnerLimit | ( | ) |
Method to get PAT's speed limit.
Definition at line 152 of file SubSysPATTurner.cpp.
| double SubSysPATTurner::GetPATTurnerNullZone | ( | ) |
Method to get PAT's null zone.
Definition at line 144 of file SubSysPATTurner.cpp.
|
override |
The periodic method for PATTurner
Definition at line 61 of file SubSysPATTurner.cpp.
| void SubSysPATTurner::TurnWoF | ( | double | speed | ) |
The method for having PAT turn the Wheel of Fortune (WoF).
| speed | The motor speed, presumbably from some thumbstick, trigger, etc. |
Definition at line 74 of file SubSysPATTurner.cpp.
|
private |
The motor controller for PAT, which is a Victor SPX PWM controller
Definition at line 109 of file SubSysPATTurner.h.


{{ define "header" }}{{ end }} {{ define "content" }}
Jishaku is, first and foremost, an archive of bittorrent information. It exposes a very flexible search mechanism for querying its database of bittorrent metadata. No actual content is hosted on Jishaku, nor are the .torrent files themselves. Jishaku is designed to serve as a historical archive and aggregation of links to different sources for bittorrent files.
Correct. Jishaku was born out of frustration in late 2009, when the then-dominant bittorrent index Tokyo Toshokan went offline for an extended period. At that point, some friends and I (from the now-defunct nekosubs fansubbing group) hastily put together a replacement, and called it Jishaku Toshokan (as we were focussing on magnet links, and Jishaku means magnet in Japanese.)
Over the years, Jishaku stagnated. Burdened with features and technical debt, it began to collapse under its own weight until the day where it simply stopped returning responses.
There was a constant background desire for me to restore it to its former glory, until I finally found myself with a couple of spare days to put together a minimally-functional prototype of what I wanted the new Jishaku to be - simple, clean, and fast. By stripping away most of what made the previous Jishaku so difficult to maintain and computationally demanding, an overwhemingly simple core was exposed, and it's that core that will carry Jishaku into the future.
Hi there! My name is Conrad, but you can call me CJ if you like. A lot of my friends call me that. I live and work in Melbourne, Australia. I like travelling, studying languages (both human and programming,) meeting people and talking. Sometimes I get to do all these things at once!
On the internet, I'm most commonly known by the handle deoxxa:
Logging in will record you as the owner of any submissions you make.
There are other features planned that will only work properly after logging in:
Keeping passwords and user information is really hard to get right. I don't want the responsibility of keeping your personal information safe, so I've decided to let Twitter take care of it for now. They seem to have a handle on it.
The search engine powering Jishaku is designed to provide highly accurate search results. If you have trouble finding a specific result, please let me know.
By default, searching on Jishaku will just search in the title/comment of the torrents. To search other fields, use the advanced search syntax.
Jishaku supports ElasticSearch Query Syntax. This advanced syntax allows you to construct very rich searches to hone in on exactly what you want to find.
This functionality is triggered by adding "` " to the start of your search query (that's a grave accent, usually located next to the 1 key on your keyboard, followed by a space.)


species plant climate threatened suitability nature .() change reserves habitat concentration future high Table current based conservation suitable variables data {border-style China Wang scenarios changes gas habitats occurrence plants px;} #ffffff;} ./j.-...x Chinese distributions greenhouse low, reserve used Araújo Thuiller projected species. values Conservation decrease localities using medium, Ecology Zhang overlap ./peerj./supp- Click Fig. Global LINK S). additional climatically environmental file. important models reserves. Climate ENMs Glor Hence, Maxent tree Biology distribution fern modelling niche range (i.e., Smith Warren, belonging diversity mean medium populations potential px; {font-family < AUC Change Figure Fordham Furthermore, Liu Merow, Wan average change. extinction font-size groups management scenario seasonality temperature threaten (PI, Bio Biological Environmental Forestry Keith PC, PI, Pearson PeerJ Turelli annual climatic decreasing different double; evaluated impact large model precipitation shift soil tree, type variable ./j.biocon... Academy Biogeography China's Corlett Elith However, Nature Oke Pineda Plant Sciences State Summary Van ability affected areas border-color border-width effect effects experiments, low performance previous protect represent research reserves, risk shrub, significantly solid; species, studies value {font-style {font-weight (in ./s--- Andel Bastos Biodiversity Costion Crowley Distributions Ecography Ervin Evolution Iverson Lobo Lobo, Moreover, National Rödder Silander Silander, Turelli, Yang, Zinta according assessment background bioclimatic bold change, change: changing conceived conditions courier; designed distributed dramatically effective em; endangered ferns focused herb, impacts importance indicate indicates obtained predictive principal projections pt;} ranges relationships representing represents respectively) results role scenarios, scenarios. scores study substantially total types


Browser supported : FireFox Chrome Safari Opera.
Craft with love via Golang. SourceCode.
Lovingly made by 0x61.me


Note: To complete these procedures, you must be assigned a role having the necessary permissions. To determine your role, follow the directions in Participant roles. For a basic understanding of roles and permissions, see Permissions and roles: Overview.
By default, any member of a worksite can read announcements. To add or change permissions to read, create, revise, or delete any announcements:
Announcements
, and then click
Permissions
.
Save
.


Everything About Joey Eisenzimmer
Career and Education
- SEO Project Manager
- Digital Marketing Manager
- U.S. Marine Corps
- Education: MBA from Saint Xavier University
- Project Management Professional (PMP®)
Top 10 Places I'd Like to Travel
- Germany
- The U.K.
- Australia
- India
- Japan
- Norway
- Russia
- Egypt
- Fiji
- Vietnam
Other Factoids
My wife, Melissa, and I moved to Seattle in 2016.We have two dogs Punkin and Roo, and their picture
is on the right! I'm a huge Denver Broncos fan, I love football and my wife loves the Broncos now too!


The Adventures of Jerry Muskrat
by Thornton W. Burgess
Chapter 13: “Ol’ Mistah Buzzard Sees Something”
Additional Information
- Year Published: 1914
- Language: English
- Country of Origin: United States of America
- Source: Burgess, T.W. (1914). The Adventures of Jerry Muskrat.
-
Readability:
- Flesch–Kincaid Level: 5.5
- Word Count: 572
- Genre: Fantasy
- ✎ Cite This
Downloads
“Wait for me!” cried Little Joe Otter to Billy Mink, but Billy Mink was in too much of a hurry and just ran faster.
“Wait for me!” cried Jerry Muskrat to Little Joe Otter, but Little Joe was in too much of a hurry and just ran faster.
“Wait for me!” cried Grandfather Frog to Jerry Muskrat, but Jerry was in too much of a hurry and just walked faster.
“Wait for me!” cried Spotty the Turtle to Grandfather Frog, but Grandfather Frog was in too much of a hurry and just jumped faster.
So running and walking and jumping and crawling, Billy Mink, Little Joe Otter, Jerry Muskrat, Grandfather Frog, and Spotty the Turtle hurried up the Laughing Brook to try to find out why it laughed no more. And high overhead in the blue, blue sky sailed Ol’ Mistah Buzzard, and he also was looking for the trouble that had taken away the laugh from the Laughing Brook and the smile from the Smiling Pool.
Now Ol’ Mistah Buzzard’s eyes are very sharp, and looking down from way up in the blue, blue sky he can see a great deal. Indeed, Ol’ Mistah Buzzard can see all that is going on below on the Green Meadows and in the Green Forest. His wings are very broad, and he can sail through the air very swiftly when he makes up his mind to. Now, as he looked down, he saw that Billy Mink was selfish and wouldn’t wait for Little Joe Otter, and Little Joe Otter was selfish and wouldn’t wait for Jerry Muskrat, and Jerry Muskrat was selfish and wouldn’t wait for Grandfather Frog, and Grandfather Frog was selfish and wouldn’t wait for Spotty the Turtle.
“Ah reckon Ah will hurry up right smart and find out what the trouble is mahself, and then go back and tell Brer Turtle; it will save him a powerful lot of work, and it will serve Brer Mink right if Brer Turtle finds out first what is the trouble with the Laughing Brook,” said Ol’ Mistah Buzzard and shot far ahead over the Green Forest towards that part of it from which the Laughing Brook comes. In a few minutes he was as far ahead of Billy Mink as Billy was ahead of Spotty the Turtle.
For wings are swifter far than legs,
On whatsoever purpose bent,
But doubly swift and tireless
Those wings on kindly deed intent.
And this is how it happened that Ol’ Mistah Buzzard was the first to find out what it was that had stopped the laughing of the Laughing Brook and the smiling of the Smiling Pool, but he was so surprised when he did find out, that he forgot all about going back to tell Spotty the Turtle. He forgot everything but his own great surprise, and he blinked his eyes a great many times to make sure that he wasn’t dreaming. Then he sailed around and around in circles, looking down among the trees of the Green Forest and saying over and over to himself:
“Did yo’ ever? No, Ah never! Did yo’ ever? No, Ah never!”


For your automobile needs
Le Garage offers complete auto care for your vehicle. Whether it’s time for your next factory recommended maintenance visit, a routine oil change, new tires, or repair services on your brakes, muffler and exhaust, suspension, air conditioner, or any other mechanical or electrical component of your car, Le Garage is in your neighborhood and ready to serve you.
Sooner or later your car’s engine accessory drive belts, timing belts, and coolant hoses will dry out and crack. Regular inspections, coupled with timely automotive belt and hose replacement will help protect against roadside breakdowns and expensive repairs.
An illuminated check engine light means you should have your vehicle checked as soon as possible. Le Garage has the expertise to decipher check engine light codes, resolve the required maintenance or repair issues, and get your car on the road safely — without the worries of an illuminated “check engine light.”
Utilizing the latest diagnostic equipment our certified technicians can repair and/or maintain your steering system, car suspension, and wheel alignment to keep you and your vehicle on the road with a smooth ride.


We are proud of our history, our esteemed faculty, and our dedicated professionals, who, year after year, provide the environment and support to help our students realize their dreams.
read moreNew York School of Interior Design is a private, not-for-profit college devoted to the design of the interior environment. Our guiding principle is that the successful design of an interior space improves human welfare, and
that the interior design profession assumes an important role in ensuring that spaces are beautiful, functional, healthy, safe, and built in a socially and environmentally conscientious way.
Chartered by the Board of Regents of the University of the State of New York in 1924, NYSID is authorized by the Board of Regents to confer the Basic Interior Design certificate (on-site and online), the degrees of Associate in Applied Science in Interior Design (on-site and online), Bachelor of Fine Arts in Interior Design, Master of Fine Arts in Interior Design, Master of Professional Studies in Lighting Design, and Master of Professional Studies in Sustainable Interior Environments.
We celebrated our 100th anniversary with series of events and initiatives that paid tribute to our rich history, our role in the development of the field, and the great opportunities for the future. But we're only just beginning. NYSID's future is exciting, and we're looking forward to the next 100 years.
"Aenean pulvinar dui ornare, feugiat lorem non, ultrices justo. Mauris efficitur, mauris in auctor euismod, quam elit ultrices urna, eget eleifend arcu risus id metus. Maecenas ex enim, mattis eu velit vitae, blandit mattis sapien. Sed aliquam leo et semper vestibulum."
"Aenean pulvinar dui ornare, feugiat lorem non, ultrices justo. Mauris efficitur, mauris in auctor euismod, quam elit ultrices urna, eget eleifend arcu risus id metus. Maecenas ex enim, mattis eu velit vitae, blandit mattis sapien. Sed aliquam leo et semper vestibulum."
New York School of Interior Design
East 50 Street
(between Lexington and 5rd Avenues)
New York, NY 10021
Telephone:<PHONE_NUMBER>
Toll-free: 560-55NYSID
Fax:<PHONE_NUMBER>
Email<EMAIL_ADDRESS>Please fill out the form below with any questions you may have and someone will respond to you shortly. Thank You.


| Element | Description |
|---|---|
| ActualOrPresumedDateOfDeath |
Actual or presumed date of death. Corresponds to item 29 of the U.S. Standard Certificate of Death. |
| AddressLine |
Part of an address that contains the house number, apartment number, street name, street direction, P.O. Box number, delivery hints, and similar address information. (Source: HL7 FHIR). |
| Age |
The decedent's age in years at last birthday. Corresponds to item 4a of the U.S. Standard Certificate of Death. |
| AutopsyPerformed |
Whether an autopsy was performed (true) or not (false). Corresponds to item 33 of the U.S. Standard Certificate of Death. |
| AutopsyResultsAvailable |
Were autopsy findings available to complete the cause of death? Corresponds to item 34 of the U.S. Standard Certificate of Death. |
| Birthplace |
Decedents place of birth. Corresponds to item 6 of the U.S. Standard Certificate of Death. |
| CauseOfDeathCondition |
A condition that resulted in the underlying cause of death. Corresponds to part 1 of item 32 of the U.S. Standard Certificate of Death. Other significant conditions that contributed to death but did not lead to the underlying cause of death should be captured using a |
| CauseOfDeathSection |
A section containing observations that detail the cause of death and associated information. |
| Certifier |
The certifier of the death record. Corresponds to items 45, 46, 47, 48 and 49 of the U.S. Standard Certificate of Death. |
| CertifierType |
A code that represents the type of death record certifier. Corresponds to item 45 of the U.S. Standard Certificate of Death. |
| City |
The name of a municipality, city, town, village or other community or delivery center. (Source: HL7 FHIR). |
| CodeableConcept |
A set of codes drawn from different coding systems, representing the same concept. |
| CodeSystem |
A formal terminology system. |
| CodeSystemVersion |
The version of the vocabulary being used, if applicable. |
| Coding |
Coding of a concept, drawn from a controlled vocabulary. Includes the vocabulary and version, if applicable. May include a display text, and a descriptor expressing the intended interpretation of the code. |
| Condition |
A disorder, abnormality, problem, injury, complaint, risk, functionality, concern, illness, disease, ailment, sickness, affliction, upset, difficulty, disorder, symptom, worry, or trouble. A ConditionPresent finding implies the existence of a condition as an entity. 'Condition' is interpreted broadly to cover states of existence - things the patient is or has. |
| ContributedToDeathCondition |
A significant condition that contributed to death but did not result in the underlying cause captured by a |
| Country |
Country - a nation as commonly understood or generally accepted, expressed in ISO 3166 Alpha-2 (2-letter) codes. |
| DateOfBirth |
Decedents date of birth. Corresponds to item 5 of the U.S. Standard Certificate of Death. |
| DatePronouncedDead |
Date pronounced dead. Corresponds to items 24 and 25 of the U.S. Standard Certificate of Death. |
| DeathFromTransportInjury |
Injury leading to death associated with transportation event. Corresponds to item 44 of the U.S. Standard Certificate of Death. |
| DeathFromWorkInjury |
Did death result from injury at work? Corresponds to item 41 of the U.S. Standard Certificate of Death. |
| DeathRecord |
A document that details information about the death of an individual. The contents correspond to items included in the U.S. Standard Certificate of Death. |
| DeathRecordContents |
Defines the contents of a death record document. The content is mapped from the U.S. Standard Certificate of Death. |
| Decedent |
The subject of the death record (the decedent). Extensions are used to capture additional information from the U.S. Standard Certificate of Death where the Patient resource does not include an equivalent property. |
| DecedentID |
An identifier for the decedent. |
| DecedentRelative |
A relative of the decedent. Used as a basis for surviving spouse, father and mother profiles. |
| DetailsOfInjury |
Injury incident description |
| DisplayText |
A string meant for reading by a person, for example, accompanying a code. |
| Disposition |
Disposition of the decedent's body. Corresponds to items 18, 19, 20, 21, 22 and 23 of the U.S. Standard Certificate of Death. |
| DispositionFacility |
The place of disposition of the decedent's remains. Corresponds to items 19 and 20 of the U.S. Standard Certificate of Death. |
| DispositionType |
The method of disposition of the decedent's remains. Corresponds to item 18 of the U.S. Standard Certificate of Death. |
| District |
The name of the administrative area at a level below that of a state but above that of a city or town. In the US, a county. Outside the US, a district or the equivalent. (Source: HL7 FHIR). |
| Education |
Decedent's level of education. Corresponds to item 51 of the U.S. Standard Certificate of Death. |
| Entry |
Metadata attributes that apply to any item represented in the standard health record. An Entry may not belong exclusively to a single person's health record, but could represent an entity that surfaces in multiple records, such as organizations or practitioners. If the entry belongs to a single person's record, then the identity of the person of record must be recorded. |
| EntryId |
A persistent, permanent identifier for an entry in a health record, unique within the scope of the health record. |
| EntryType |
SHR data element identifier, as a URI. The EntryType array includes the entire 'based on' hierarchy to enable searching for classes of things, for example, searching for all vital signs, or all types of behavioral observations. |
| Ethnicity |
Decedent of hispanic origin? Corresponds to item 52 of the U.S. Standard Certificate of Death. |
| FacilityName |
The name of a facility or institution |
| Father |
The father of the decedent. Corresponds to item 11 of the U.S. Standard Certificate of Death. |
| FuneralDirector |
Funeral Director. Corresponds to items 22 and 23 of the U.S. Standard Certificate of Death. |
| FuneralFacility |
Name and address of the funeral facility. Corresponds to item 21 of the U.S. Standard Certificate of Death. |
| IDType |
The type of identifier for a decedent |
| IDValue |
The value of an identifier for a decedent |
| Industry |
Kind of industry or business in which the decedent worked. Corresponds to item 55 of the U.S. Standard Certificate of Death. |
| Informant |
The decedent's informant. Corresponds to item 13 of the U.S. Standard Certificate of Death. |
| InjuryDateTime |
Date and time of injury |
| InsideCityLimits |
Whether the address is within city limits (true) or not (false). |
| Job |
Type of work done during most of decedent's working life. Corresponds to item 54 of the U.S. Standard Certificate of Death. |
| LegalName |
The decedent's legal name plus any akas. Corresponds to item 1 of the U.S. Standard Certificate of Death. |
| MannerOfDeath |
The manner of the decendents demise. Corresponds to item 37 of the U.S. Standard Certificate of Death. |
| MaritalStatusAtDeath |
The marital status of the decedent at the time of death. Corresponds to item 9 of the U.S. Standard Certificate of Death. |
| MedicalExaminerContacted |
Whether a medical examiner or coroner was contacted. Corresponds to item 31 of the U.S. Standard Certificate of Death. |
| Mother |
The mother of the decedent. Corresponds to item 12 of the U.S. Standard Certificate of Death. |
| Observation |
Base class for observations (measurements, tests, or questions) and a value containing the result (answer). The subject of a finding can be the entire patient, or an entity such as a location body structure, intervention, or condition. Things observed about the subject can include social and behavioral factors, subjective and objective observations, and assessments. |
| ObservationCode |
A code that represents what the finding concerns, for example, the subject's height, blood pressure, disease status, wound dimensions, diabetes risk, etc. Although named ObservationCode, in different contexts the same attribute might be more naturally referred to as a property, observable, or test code. In assertions (observations without an explicit question), the observation code is defaulted to a value representing 'assertion'. |
| Occupation |
Decedent's usual occupation. Corresponds to items 54 and 55 of the U.S. Standard Certificate of Death. |
| Onset |
The beginning or first appearance of a mental or physical disorder. |
| Patient |
A person in the role of a patient, including extended demographic information about the subject of this health record. |
| PlaceOfDeath |
The location where death occurred. Corresponds to items 14, 15, 16 and 17 of the U.S. Standard Certificate of Death. |
| PlaceOfDeathType |
The type of location at which death occurred. |
| PlaceOfInjury |
Description of the place of injury, e.g. decedent's home, restaurant, wooded area |
| PostalAddress |
An address expressed using postal conventions (as opposed to GPS or other location definition formats). This data type may be used to convey addresses for use in delivering mail as well as for visiting locations and which might not be valid for mail delivery. There are a variety of postal address formats defined around the world. (Source: HL7 FHIR). |
| PostalCode |
A sequence of letters and digits used as part of a postal address, often designating a geographic region |
| Practitioner |
A person in the role of a practitioner. |
| Race |
Decedent's race. Corresponds to item 53 of the U.S. Standard Certificate of Death. |
| RelationshipType |
A code that represents the type of relationship. |
| ServedInArmedForces |
Whether the decedent ever served in the US armed forces. Corresponds to item 8 of the U.S. Standard Certificate of Death. |
| Sex |
The birth sex of the decedent. Corresponds to item 2 of the U.S. Standard Certificate of Death. |
| SocialSecurityNumber |
The decedent's social security number. Corresponds to item 3 of the U.S. Standard Certificate of Death. |
| State |
Sub-unit of a country with limited sovereignty in a federally organized country. A code may be used if codes are in common use (i.e. US 2 letter state codes). (Source: HL7 FHIR). |
| Subject |
The person or thing that this entry relates to, usually the Person of Record. However, not all entries have health information specifically about the patient, but in different contexts, could refer to a fetus, family member (living or dead), device, location, organization, finding, condition, or intervention. |
| SurvivingSpouse |
The surviving spouse of the decedent. Corresponds to item 10 of the U.S. Standard Certificate of Death. |
| TimePeriod |
A period of time defined by a start and end time, date, or year. If the start element is missing, the start of the period is not known. If the end element is missing, it means that the period is ongoing, or the start may be in the past, and the end date in the future, which means that period is expected/planned to end at the specified time. The end value includes any matching date/time. For example, the period 2011-05-23 to 2011-05-27 includes all the times from the start of the 23rd May through to the end of the 27th of May. |
| TimePeriodEnd |
The time at which something is to end or did end. Boundary is considered inclusive. |
| TimePeriodStart |
The time at which something is to take effect, start, or did start. Boundary is considered inclusive. |
| TimingOfRecentPregnancyInRelationToDeath |
Timing of recent pregnancy in relation to death. Corresponds to item 36 of the U.S. Standard Certificate of Death. |
| TobaccoUseContributedToDeath |
Did tobacco use contribute to death. Corresponds to item 35 of the U.S. Standard Certificate of Death. |
| TypeCode |
A code that represents the type of a record. |


Chapter 2 Component construction
2.1 Control bar
No specific control bar is required, but there are a few features the bar needs to function properly. The bar should not be any larger than needed. A bar with a 17" center-to-center spacing between the steering lines works for most suitable buggy kites. A 20" spacing is probably the largest you would ever need. The trimline bore needs to be circular and smooth on the kite face of the bar as shown in Figure 2.1. A bore hole diameter of 1/2" (12.5mm) is about ideal. The circular hole allows the bar to spin freely against spherical surface of the cleat bead. The smooth surface around the trimline borehole is more comfortable for gripping the bar at the center to fly with one handed.
The pilot-side of the bore hole needs to be deeply beveled left and right of the trimline borehole as shown in Figure 2.2. This allows the bar to be sheeted in and out during hard turns. Without the cutouts, the bar could bind in a turn and sheeting changes would be difficult if not impossible.
2.2 Trim Line
To build the trimline, you will need 2510mm of Amsteel Blue (use only the gray color), 80mm x 105m of insignia cloth (dark colors are better), two 18mm x 3mm nickel-plated neodymium disc magnets, 150mm of 0.095" plastic cord, one small stopper ball and one medium stopper ball.
2.2.1 Starting the trim line and making the threading end
Cut a segment of gray 4mm Amsteel Blue to a length of 2510mm with a fresh razor blade to get a clean cut. Pick out 4 strands from one end of line pulling one strand at each of 5, 10, 15, and 20mm to form a tapered end. Cut each strand off with a razor blade.
Cut a strip of insignia cloth 20mm x 90mm to use as a wrap on the thinned end of the trim line. Wrap the last 30mm of the thinned end of the trim line with the 20 x 90mm insignia cloth wrapping the 20mm dimension tightly around the Amsteel. 60mm of the cloth will extend past the end of the trim line. Fold this portion of the cloth on itself as you wrap to form a long, narrow, flat strip.
2.2.2 Loose end of the trim line
The loose end of the trimline is designed to be easily gripped for trim control and easily tethered when not being handled. The tethering is done via a pair of magnets attached to the trimline with a wrap of insignia cloth. The insignia cloth is reinforced with a shaped piece of plastic cord.  The a completed end is visible in Figure 2.4
Form the wrap for the magnets by cutting a strip of sailmaker’s insignia cloth according to the dimensions shown in Figure 2.5 to wrap the magnets.
To make the reinforcement for the wrap, cut a segment of round, 0.095" diameter plastic weed-whacker cord 150mm long to wrap around the magnets and up the trim line. Bend the plastic cord until the ends meet, then clamp the ends together with a spring clip. Heat the middle of the plastic cord with a low flame. Dance the cord through the flame flipping and turning as you go to assure even heating. When the bend relaxes, form it around a 16mm x 36mm mandrel of CPVC pipe. With the plastic pulled tight against the mandrel, cool the plastic in tap water.
The mandrel can be made from 5/8" diameter CPVC piping, a few strip cut from a plastic bucket to form a spacer and two screws to hold the parts together. The assembled mandrel is shown in Figures 2.6 and 2.7
Taper the last 15mm of the tips of the plastic cord so it can fit more closely against the trim line.
To assemble the loose end of the trimline, place 55mm of the unfinished end of the Amsteel on the tapered end of the magnet wrap. In your hand, place two 18mm x 3mm disc magnets edge-to-edge and align the polarity. Carefully place the pair of magnets edge-to-edge at the tip of the Amsteel aligning the long axis of the magnets with the axis of the Amsteel. It can be helpful to peel the backing of the insignia cloth incrementally, exposing only the glue needed to install the next component.
Place the curve of the plastic cord closely around magnets. The tapered ends of the plastic cord should fit closely around the trim line.
Fold the cloth around magnets and trim line foldinfg one side completely and then the other. The folds should be parallel to the trim line axis. The cloth must lay flat over the magnets. Because the trim line is narrower than the magnets, a crease will form where the magnets meet the trim line. This crease must not be on the magnets. Make sure the crease is above the magnets. Pinch the cloth closed below the magnets and round end of the pinched-off fabric.
Stitch the magnet-wrap to the Amsteel so the cloth won’t creep in use. Use a long straight stitch and dark thread to secure the wrap. The attractive force of the magnets is so high, it can make the trim difficult to work in a sewing machine. To reduce this effect, cut two small rectangles of cardboard from a cereal box and place them under the magnets. The increased distance between the magnets and the steel of the sewing machine should make the forces manageable. Be careful to not hit the magnets or the plastic cord with the sewing needle lest bad things happen.
2.2.3 Knots and Balls
Tie an overhand knot at the point where the magnet wrap meets the Amsteel. The knot should be just barely above the plastic cord buried inside the magnet wrap.
Thread a medium stopper ball onto the trimline, recessed side first. Slide it all the way to the knot next to the magnet wrap. If the ball does not jam tight on the knot, retie the knot as a figure-eight to make it fatter and improve the fit against the inside of the ball. Mark the trimline 65mm above the top of the medium ball. Tie an overhand knot in the trimline just above that mark. Now thread a small ball onto the trim line and slide it all the way to the knot. Again, if the ball is not tight on the knot, retie it as a figure-eight knot to adjust the fit. The finished product can be seen in Figure 2.4
2.3 Cleat Jacket
The Aero Cleat requires a jacket of ferromagnetic stainless steel sheet to create a tether point for the trimline tail. Make a template from the image in Figure 2.8 or reference the original design. Trace the pattern onto a sheet of 0.025" thick 430 stainless steel sheet. Only use 430 stainless steel for the cleat jacket; other grades of stainless steel will not attract the magnets in the trimline. Cut the shape from the metal sheet, drill out the two holes with a 5/32" bit and ease all the edges with a metal file. Most of the edges will be on grippable surfaces, so do a good job of easing them.
Disassemble the cleat and reassemble it with metal sheet between the two sections of the cleat. Bend the metal sheet around the metal portion of the Aero Cleat. To do this, clamp one side of the jacket in a vise. Use a block of wood and a mallet to fold the other side against metal side of the cleat. Flip the cleat over to expose the unfolded wing of the jacket and clamp the cleat in the vise. Again, use the block of wood and a mallet to fold the remaining wing. Remove the cleat from the vise, lay it flat on a table top and use the block and mallet to crease the folds.
If you don’t have a bench vise or a mallet, you can fold the wings with a pair of boards and pair of boots. Place the re-assembled cleat on a board on the ground, with the metal cleat side up. Step carefully on the metal part of the cleat to fold the lower wing of the jacket against the metal of the cleat. Flip the cleat over to place the remaining wing against the wood. Again, step on the cleat to fold the wing against the metal of the cleat. Put a second board on top of the cleat and stomp it a few times to finish the crease of the jacket.
2.4 Separation block
The juncture of the flying lines and the trim line is managed by the separation block as shown in Figure 2.9.
This component provides a curved path to serve as a pully for the trim line and a guide path for each of the main flying lines. The 3-D model for this component is accessible in the Kite Bar Barts repository. Should you print this model, use a 1/8" drill to clean out the flying-line bore holes before installation. This step will simplify threading the flying lines.
2.5 Flag line
The flag line allows the kite to be flagged out via one of the top lines. It bridges the distance from the flying line at the underside of the separation block to the underside of the kite bar. The line is about 1400mm of 1/16" Ultrex 12 that encloses about 400mm of 2mm bungie. A short loop is incorporated into each end. This design allows the flag line to stay taught whether the bar is trimmed in or out. The Ultrex jacket can handle the loads experienced during release to assure a clean flag-out without damage to the flag line. The dimensions for the flag line are tightly constrained by the need to maintain line tension throughout the trim range. They can be calculated using a copy of the Google Sheet kite bar elastic flag line length calculations (http://tinyurl.com/y4k5chgv)
2.5.1 Forming the ends
To build the flag line, cut 1370mm of 1/16" Ultrex 12. Mark each end at 45mm, 65mm, 85mm, and 140mm. The 65mm will be the end of the loop while the 45mm and 85mm marks will align at the top of the loop. Make a brummel splice at one end to secure that loop.
The opposite end of the flag line is more complex owing to its need to secure the flying line against the separation block. The 1/16" Ultrex is not large enough to not pull through the separation block under load. To prevent that, bury a segment of Ultrex inside the loop at this end of the flag line to make it fatter. Start by forming the first loop of the brummel splice. Then splice a scrap of 1/16" Ultrex about 40mm long into the flag line between the 45mm and 85mm marks. Complete the brummel splice, and cut the ends off the short added segment and bury the remainder.
2.5.2 Inserting the bungie
Unspool a meter of 2mm bungie. You can leave it attached to spool for this step. Add a threading end of insignia cloth to the free end of the bungie. A rectangle of peel-and-stick insignia cloth about 8mm x 40mm will work well. Measure 390mm from the back-end of the threading end and mark this point with a narrow strip of insignia cloth. Route a very long fid inside the flag line from the near end of one loop to the near end of the other. The fid should occupy the entire length of the otherwise unoccupied flag line. Pull the 2mm bungie through the jacket and out the opposite end until only the thread end cloth is visible. Clamp this end with a spring clip. Align the strip of insignia cloth with the other entry-point into the flag line jacket. Clamp this end with another other spring clip.
Use a narrow, 2m long stick and some cord to stretch the flag line. Old tubular tent poles or kite spars serve well as the stick. 300-600lb test flying line run inside the tube makes a great stretching cord. Anchor the flag line at one end of the stick. Use cord affixed to the opposite end of the stick to put the flag line under tension. Start milking the jacket of the flag line back and forth to evenly distribute the jacket and bungie. Retension the flag line and milk it again. Continue milking the jacket back and forth and retensioning until it stops elongating. With the flag line still stretched and the bungie still constrained by spring clips, sew the length of the flag line from spliced loop to spliced loop, back stitching at each end. Use a straight stitch for this step.
Remove the spring clips and cut off the bungie that protrudes from the jacket. The bungie must be fully hidden inside the jacket to assure smooth operation.
2.5.3 Flag line tether
To the lower end of the flag line–the end that has not been fattened–affix a quick-release tether. The tether will require one 2" cotter pin, 40mm of 1/2" OD vinyl tubing, 240mm of 1/16" Ultrex 12, ~120mm of 2mm bungee, and a small ball or a stub of vinyl tubing.
Cross drill through the 40mm of vinyl tubing about 5mm from the end with a 7/64" bit. Cut the cotter pin down to 40mm and round the end on coarse stone or file. splice the 200mm of Ultrex to form a line with a loop on each end. One these line will need to accept the bucket handle end, so size it appropriately.
Larkshead the cotter pin and Ultrex line to the end of the flag line. Thread the 2mm bungie through the holes in the vinyl and the larkshead. Tie off each end of the bungie with an overhand knot to retain it. Leave a 5mm tail on each end. Tie off the second side of the bungie, cut it and apply cyanoacrylate glue to prevent fraying. Pull the Ultrex line down through the vinyl and larkshead the small ball onto the loop. A finished assembly is shown in 2.10
2.6 Stub line
The non-flagging flying line needs to be terminated at the underside of the separation block in the same manner as the flying line that does flag. This is accomplished with a short loop called the stub line. To match the upper end of the flag line, the stub line is made from 300mm of 1/16" Ultrex 12.
Mark the 300mm line segment 130mm from one end. Use a wire fid to splice the 130mm segment inside the 170mm segment that remains. The resulting segment will be about 155mm long. The segment is mostly double thickness with about 30mm of single thickness line on the end. Apply cyanoacrylate glue or a small wrap of insignia cloth to the unfinished end. Fold the 155mm segment in half and tie an overhand knot to form a small loop. The finished product is about 50mm long.
2.7 Bar End Loops
The kite bar requires a loop on each end to affix the steering lines. These loops require two 350mm segments of 1/16" Ultrex 12. To make them, fold each loop in half and tie an overhand knot at the end with about 10mm of tail. The length of these two lines must match. To achieve this, hook the loop ends around a rounded component on a bench vise. Gently pinch the line with an adjustable wrench on the loop side of the knots. Use the wrench to pull the knots evenly while you pull the ends with standard pliers. With the knot complete and the lines equal in length, put little cyanoacrylate glue on the line ends to prevent fraying. See the detail diagram in Figure 2.11.
2.8 Steering Lines
The steering lines run from the bar end loops to the ends of the back lines. They require two 1165mm segments of 1/16" Ultrex 12. Mark one end of each segment at 110, 190, 270, and 410mm. Use these marks to create a brummel splice with an 80mm loop. See the loop details in Figure 2.12.
With the loops complete, stretch the pair of lines evenly and mark both lines at about 50mm from the non-loop end. Tie an overhand knot in each line at the mark. Gently pinch the line with an adjustable wrench on the loop side of the knots. Use the wrench to pull the knots evenly while you pull the ends with standard pliers. With the knot complete and the lines equal in length, tie a second overhand knot close to the first knot to act as a stopper for the first. Then put a little cyanoacrylate glue or a small wrap of insignia cloth on the line ends to prevent fraying.
2.9 Mini-chickenloop
This bar uses a small chickenloop that provides a quick disconnect from the kite, trim line retention, and a below-the-bar grip. The quick disconnect will separate the trim line from the flier’s harness when pushed away. The trim lime retention feature is required to keep the bar from sliding off the end of the trim line. Below-the-bar grip is useful for Arc fliers when disconnecting while the kite is at zenith. The chickenloop is as short as possible to maximize the flier’s reach and the usable bar throw. That’s how it gets the moniker mini-chickenloop or MCL.
The MCL is constructed from 320mm of 2.5mm (7/64“) Amsteel Blue, 140mm of 2mm bungie, a 50mm cotter pin, a 24mm pin of 0.102” diameter stainless steel, and a 3-D printed chickenloop release. The 3-D model for the chickenloop release is accessible in the Kite Bar Barts repository. Examples of the printed part are shown in Figure 2.14.
2.9.1 Preparing the chickenloop release
Drill out the long bores of the chickenloop release with a 7/64" drill. Drill it out in two passes to avoid stressing the thin walls of these bores holes. For the cross bore, again use a 7/64" drill, but do not drill completely through both walls of the chickenloop release. Instead, drill through the first wall, across the large center bore, and partially into the second wall. This will make the initial insertion and alignment of the trimline retention pin simpler.
Cut a 24mm segment of the 0.102" diameter stainless rod. Ease each end of this pin with a metal file. Hold the pin with pliers while you briefly heat one tip of the pin in a flame; two seconds in the heat of a propane torch is about enough. You want it hot enough to soften the ABS plastic of the chickenloop release, but no hotter. Slide the hot end of the pin into the completely-drilled hole and into the opposite hole until it stops. Press the pin fully in with a mallet or pliers.
2.9.2 Preparing the chickenloop line
Cut a 320mm segment of 2.5mm Amsteel. Measure from each end of the Amsteel to make a mark at 52mm and 95mm. Also mark the midline 160mm from either end. Make loops at each end using brummel splices. Pierce the line at the mark nearest the end, Then pull the second mark through the hole to form the loop. When burying the ends, each should terminate very close the midline.
With the chickenloop line complete, cut a cotter pin to 40mm in length and ease the cut end with a file. Gently spread the pin, slide one of the Amsteel loops in the gap, and force it down to the eye of the cotter pin.
2.9.3 Preparing the bungie
Cut 140mm of 2mm bungie. Apply a little bit of cyanoacrylate glue on each end and cure it with activator. Use a razor blade to trim the flared part of the end off. Tie an overhand knot at the very tip of one end.
2.9.4 Assembling the MCL
Thread the untied end of the bungie from the top of the chickenloop release and out the bottom.  Tie an overhand knot in the end of the bungie to secure the end at the top of the chickenloop release.


| Methods |
public
|
__construct(IDatabaseConnection $connection)
Construct Model query factory.
Construct Model query factory.
|
#
|
public
|
queryBuilder(): QueryBuilder|null
Return the database query builder.
Return the database query builder.
|
#
|
public
|
model(Model $model): $this
Set the model in hand.
|
#
|
public
|
filters(array $filters): $this
Set global query filters.
Set global query filters.
|
#
|
public
|
withFilters(array $filter): $this
Set a global query filter.
Set a global query filter.
|
#
|
protected
|
openTable(string $table): void
Open connection to the table.
Open connection to the table.
Throws
|
#
|
public
|
modelize(array $models): ModelCollection
Create a model collection from an array of results.
Create a model collection from an array of results.
Throws
|
#
|
public
|
wherePrimary(Model|array|int|string $id): $this
Resolve the primary key column and value,
then set the where clause on the query builder.
Resolve the primary key column and value,
then set the where clause on the query builder.
Throws
|
#
|
public
|
wherePrimaryNot(Model|array|int|string $id): $this
Resolve the primary key column and value,
then set the !where clause on the query builder.
Resolve the primary key column and value,
then set the !where clause on the query builder.
Throws
|
#
|
public
|
where(
string|Closure|Expression $column,
string|null $operator = null,
mixed|null $value = null,
string $condition = 'and',
): ModelQueryFactory
Add a where clause.
|
#
|
public
|
orWhere(string|Closure $column, string|null $operator = null, mixed|null $value = null): ModelQueryFactory
Add a where clause with condition (OR) condition.
Add a where clause with condition (OR) condition.
Throws
|
#
|
public
|
whereNot(
string|Closure $column,
string|null $operator = null,
mixed|null $value = null,
string $condition = 'and',
): ModelQueryFactory
Create where clause with NOT condition.
Create where clause with NOT condition.
Throws
|
#
|
public
|
orWhereNot(string|Closure $column, string|null $operator = null, mixed|null $value = null): ModelQueryFactory
Create where clause with NOT condition.
Create where clause with NOT condition.
Throws
|
#
|
public
|
newest(string|Expression|QueryBuilder|null $column = null): ModelQueryFactory
Automatically order for the newest model.
Automatically order for the newest model.
Throws
|
#
|
public
|
oldest(string|Expression|QueryBuilder|null $column = null): ModelQueryFactory
Automatically order for the oldest model.
Automatically order for the oldest model.
Throws
|
#
|
public
|
find(int|string $id, string ...$columns): Model|null
Find a model based on the primary key.
Find a model based on the primary key.
Throws
|
#
|
public
|
findMany(array $ids, string ...$columns): ModelCollection
Find many models based on the primary key.
Find many models based on the primary key.
Throws
|
#
|
public
|
findOrFail(int|string|array $ids, string ...$columns): ModelCollection|Model
Find models based on the primary key or throw an exception.
Find models based on the primary key or throw an exception.
Throws
|
#
|
public
|
findOrNew(int|string $id, string ...$columns): Model
Find models based on the primary key or return a new model.
Find models based on the primary key or return a new model.
Throws
|
#
|
public
|
first(string ...$columns): mixed
Get the first model in the result set.
Get the first model in the result set.
Throws
|
#
|
public
|
get(string ...$columns): ModelCollection
Get the results in a model collection.
Get the results in a model collection.
Throws
|
#
|
public
|
getModels(string ...$columns): array
Get the result as an array of built models.
Get the result as an array of built models.
Throws
|
#
|
public
|
getCollection(string ...$columns): ModelCollection
Get the result as a collection of built models.
Get the result as a collection of built models.
Throws
|
#
|
protected
|
applyFilters(): $this
Apply all the custom filters before query.
Apply all the custom filters before query.
Throws
|
#
|
public
|
with(string ...$relations): ModelQueryFactory
|
#
|
public
|
newModel(): Model
Create a new model instance.
Create a new model instance.
Throws
|
#
|
public
|
__call(string $method, array|null $parameters = null): mixed
Forward calls to the query builder.
Forward calls to the query builder.
|
#
|


*On Debian system, core and vendor modules are managed by f(CW*(C`dpkg*(C'.
ExtUtils::Installed


--- layout: default ---
Whistle is a simple tool that allow your application components to communicate with each other by dispatching events and listening to them.
Whistle is an Event Dispatcher library for the Python 3.5+ language.
It's largely inspired from Symfony's EventDispatcher component.
Using an event dispatcher is a great way to write loosely coupled extensible code, having each part only communicate using light events.
Install the whistle
package:
$ pip install whistle
from whistle import EventDispatcher
dispatcher = EventDispatcher()
def on_spectacle_starts(event):
print('Please turn down your phones!')
dispatcher.add_listener('spectacle.starts', on_spectacle_starts)
dispatcher.dispatch('spectacle.starts')
Whistle and the surrounding material (like this website) is licensed under the Apache License, version 2.0.


{% extends 'files/base_files.html' %} {% load files_extras %} {% block container_files %}
Welcome to the File Upload / Download application. You can browse everyone's public files by clicking Public Files in the navigation bar to the left, or work on your own private files using the My Private Files link.
These files have recently been uploaded and are available to download.
{% if recent_files|length == 0 %}There are no files available.
{% else %}| {{ recent_file.uploaded_file.name|basename }} | {{ recent_file.uploaded_file.size|filesizeformat }} | {{ recent_file.group.group|capfirst }} | {{ recent_file.date|date:'Y.m.d' }} |
You currently have {{ public_count }} public file{{ public_count|pluralize }}, {{ private_count }} private file{{ private_count|pluralize }}, and {{ group_count }} file{{ group_count|pluralize }} in your groups.
{% if user_groups|length > 0 %}You are a member of the following group(s): {% for group in user_groups %}{{ group.group }}{% if forloop.revcounter0 != 0 %}, {% endif%}{% endfor %}
{% else %}You are not a member of any groups.
{% endif %}


CMPSC311 Project Submission Portal
There was an error registering your account. Make sure you are using your PSU webmail address (NOT an alias) and that you are using the correct course code. Also make sure that both password fields are the same, and that your password is at least 10 characters long. Try again.


*This calculator also works offline forever(without wifi/4G) after loading it only one time on internet!
*also works on LAU, NDU, and Sagesse
Copyrights© 2020


Preparation time
1-2 hours
Cooking time
over 2 hours
Serves
Serves 4
Dietary
This extravagant dessert is a bit of a weekend project but you will be rewarded with something really special.
For the meringue, preheat the oven to 65C/50C Fan/Gas ¼ (or to the lowest setting on your oven). Line a baking tray with a silicone mat or a sheet of baking parchment.
Whisk the egg whites in a clean bowl until stiff peaks form when the whisk is removed. Gradually whisk in the sugar a little at a time, until the meringue mixture is glossy. Add the saffron and mix.
Spread the meringue in a thin, even layer all over the lined baking tray using a palette knife. Bake in the oven for 3-4 hours, or until completely dried out (this will take less time if your oven temperature is higher than suggested above).
For the sugared hazelnuts, preheat the oven to 130C/110C Fan/Gas 1. Line a baking tray.
Lightly beat the egg white with 1 tablespoon water. Add the hazelnuts and stir until well-coated. Mix the sugar and salt together and sprinkle over the nuts. Toss to coat, and spread evenly on the tray. Cook for 1 hour in the oven, stirring occasionally, until golden-brown. Leave to cool.
For the cake, preheat the oven to 180C/160C Fan/Gas 4.
Place the lemons in a small saucepan, cover with water, bring to the boil and simmer for 20 minutes, or until very soft and tender. Drain, cut the lemons in half and remove any pips. Place the lemons, including the skin, in a food processor and process until smoothish, but still with some chunky bits. Put the mixture in a small bowl.
Add all the remaining cake ingredients into the food processor and blend until smooth. Lift out the blade and stir in just over half of the lemon pulp. Set the rest aside. Place the mixture into a 25cm/10in cake tin and bake for 30-40 minutes, or until golden-brown and just shrinking from the edge of the tins.
Leave to cool for 5 minutes, then turn the cake out, peel off the baking parchment and leave to finish cooling on a wire rack.
For the cinnamon sauce, bring the goats’ milk, sugar and golden syrup to the boil in a saucepan. Add the cinnamon sticks and stir in the baking powder. Remove the mixture from the heat straight away as the baking powder will make the mixture bubble up.
Whisk the sauce until the bubbling subsides, then return the pan to the heat and cook the mixture over a gentle heat, whisking continuously, until the sauce is simmering. Continue to simmer the sauce over a low heat for 45 minutes, or until thickened and golden-brown in colour. Strain before serving to remove the pieces of cinnamon.
For the poached pears, heat the sugar and 300ml/10fl oz water in a saucepan, until the sugar has dissolved and a syrup forms. Add the star anise, saffron, lemon juice and cinnamon stick and infuse by placing over a gentle heat for 10 minutes. Add the pear wedges to the syrup and poach gently for 10-15 minutes, or until softened.
Bend the silicone mat or lining paper to break the meringue into shards. Remove the meringue shards from the silicone mat using a palette knife and set aside to cool.
Dress the plate with the poached pear, lemon and poppy seed cake, hazelnuts, meringue and ice cream. Finish with the cinnamon sauce.


Address from the Executive Board
“Freedom of the press is the mortar that binds together the bricks of democracy — and it is
also
the open window embedded in those bricks. ”
~ Shashi Tharoor
Dear Delegates,
Welcome to RMUN 2019!! We are extremely honored and excited to serve as the council for the
International Press Corps.
The press has the privilege and responsibility of keeping the public informed and keeping those
in power accountable!
Over the course of the two days, you will assume the role of an international news agency and
cover the events of the conference through that perspective.
Each news organization is unique in its tone, audience, slant, and editorial stance. As a
journalist, you will be breaking stories, holding delegates accountable to their positions,
communicating breakthroughs to the entire conference, along with exhibiting your flair in writing
and eye for minute details. You will get to interview delegates, write news articles,
release press briefs and opinion pieces.
The role of the Press Corps at RMUN 2019 and in the workings of international democracy cannot
be understated.
We hope that the first-hand experiences you will get as a journalist will further instill in you
the importance of a free and independent press.
We are here to assist you while you prepare for the committee and beyond.
Please reach out to us with any questions or concerns you might have - even if it’s just getting
to know each other better!
We look forward to meeting you all and hope you have fun at this year’s conference!
Prajval Sairam Krishnan (Head of Press)
Sushanth Shenoy (Director of Press)


|
KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
|
Public Member Functions | |
| def | __init__ (self, model, FEM_model_part, parameters) |
| def | CheckAndPrepareModelProcess (self, params) |
| Public Member Functions inherited from pfem_fluid_solver.PfemFluidSolver | |
| def | __init__ (self, model, parameters) |
| def | GetDefaultParameters (cls) |
| def | GetMinimumBufferSize (self) |
| def | Initialize (self) |
| def | AddVariables (self) |
| def | AddDofs (self) |
| def | ImportModelPart (self) |
| def | PrepareModelPart (self) |
| def | GetComputingModelPart (self) |
| def | AdvanceInTime (self, current_time) |
| def | InitializeStrategy (self) |
| def | InitializeSolutionStep (self) |
| def | Predict (self) |
| def | SolveSolutionStep (self) |
| def | FinalizeSolutionStep (self) |
| def | SetEchoLevel (self, level) |
| def | Clear (self) |
| def | Check (self) |
| def | ImportMaterials (self) |
Public Attributes | |
| FEM_model_part | |
| Public Attributes inherited from pfem_fluid_solver.PfemFluidSolver | |
| pressure_linear_solver | |
| velocity_linear_solver | |
| compute_reactions | |
| main_model_part | |
| computing_model_part | |
| fluid_solver | |
| computing_model_part_name | |
| def pfem_fluid_solver_for_coupling.PfemFluidSolverForCoupling.__init__ | ( | self, | |
| model, | |||
| FEM_model_part, | |||
| parameters | |||
| ) |
| def pfem_fluid_solver_for_coupling.PfemFluidSolverForCoupling.CheckAndPrepareModelProcess | ( | self, | |
| params | |||
| ) |
Reimplemented from pfem_fluid_solver.PfemFluidSolver.
| pfem_fluid_solver_for_coupling.PfemFluidSolverForCoupling.FEM_model_part |


{% extends 'base.html' %} {% block head %} {% endblock %} {% block body %} {% include 'navbar-v1.html' %}
All you need to do is upload pictures of your car and our system will process them to find all the damage locations.


The core global object.
More...
The core global object.
This is a special singleton object. It is used for internal Wayland protocol features.
◆ WL_DISPLAY_DELETE_ID_SINCE_VERSION
| #define WL_DISPLAY_DELETE_ID_SINCE_VERSION 1 |
◆ WL_DISPLAY_ERROR_SINCE_VERSION
| #define WL_DISPLAY_ERROR_SINCE_VERSION 1 |
◆ WL_DISPLAY_GET_REGISTRY_SINCE_VERSION
| #define WL_DISPLAY_GET_REGISTRY_SINCE_VERSION 1 |
◆ WL_DISPLAY_SYNC_SINCE_VERSION
| #define WL_DISPLAY_SYNC_SINCE_VERSION 1 |
◆ wl_display_error
global error values
These errors are global and can be emitted in response to any server request.
| Enumerator |
|---|
| WL_DISPLAY_ERROR_INVALID_OBJECT | server couldn't find object
|
| WL_DISPLAY_ERROR_INVALID_METHOD | method doesn't exist on the specified interface
|
| WL_DISPLAY_ERROR_NO_MEMORY | server is out of memory
|
◆ wl_display_add_listener()
◆ wl_display_get_registry()
| static struct wl_registry* wl_display_get_registry |
( |
struct wl_display * |
wl_display | ) |
|
|
static |
This request creates a registry object that allows the client to list and bind the global objects available from the compositor.
It should be noted that the server side resources consumed in response to a get_registry request can only be released when the client disconnects, not when the client side proxy is destroyed. Therefore, clients should invoke get_registry as infrequently as possible to avoid wasting memory.
◆ wl_display_get_user_data()
| static void* wl_display_get_user_data |
( |
struct wl_display * |
wl_display | ) |
|
|
inlinestatic |
◆ wl_display_set_user_data()
| static void wl_display_set_user_data |
( |
struct wl_display * |
wl_display, |
|
|
void * |
user_data |
|
) |
| |
|
inlinestatic |
◆ wl_display_sync()
| static struct wl_callback* wl_display_sync |
( |
struct wl_display * |
wl_display | ) |
|
|
static |
The sync request asks the server to emit the 'done' event on the returned wl_callback object.
Since requests are handled in-order and events are delivered in-order, this can be used as a barrier to ensure all previous requests and the resulting events have been handled.
The object returned by this request will be destroyed by the compositor after the callback is fired and as such the client must not attempt to use it after that point.
The callback_data passed in the callback is the event serial.


jean michel basquiat
- Art
- andy warhol
- >david hockney
Jean-Michel Basquiat (French: [ʒɑ̃ miʃɛl baskja]; December 22, 1960 – August 12, 1988) was an American artist
who rose to success during the 1980s. Regarded as one of the most influential artists of the 20th century,
he was part of the neo-expressionism movement.
Basquiat first achieved fame as part of SAMO, a graffiti duo who wrote enigmatic epigrams in the cultural
hotbed of the Lower East Side of Manhattan during the late 1970s, where rap, punk, and street art coalesced into early hip-hop music culture. By the early 1980s, his paintings were being exhibited in galleries and museums internationally. At 21, Basquiat became the youngest artist to ever take part in documenta in Kassel. At 22, he was the youngest to exhibit at the Whitney Biennial in New York. The Whitney Museum of American Art held a retrospective of his art work in 1992.


ARUN RAM
HOME
ABOUT
PROJECTS
CONTACT
BLOGS
Hi! I'm Arun
Data Science Graduate Student
at Indiana University
Arun was instrumental in successfully implementing critical Data warehousing projects using Business Intelligence tools
Baskar Kannappan Senior SME
Lloyds Bank UK
Arun is a brilliant team person, hard worker and acheives goals well ahead of time
Venkat SME Lloyds Bank UK
Arun helped improve our company's revenue by 50 percent by providing insights from customer data
Jaidish CEO BookNPlay


When we launched Series Seed we committed to making them a crowd-sourced set of documents. With today’s release of version 3.2 we are taking our most significant step in this direction. The vast majority of the changes in this version are crowd-sourced optimizations to remove legalese. In particular, we’d like to thank the following commenters and contributors for their effort: @rickcolosimo @zekevermillion @thesmart @strikeroot @sblom @jackmaney @blueseed @commonaccord.
Keep the comments coming! We are committed to continually improving and simplifying these documents.
Also, we’ve been asked to address changes in the laws with regard to general solicitation. We will make an update in the next version and are happy to see any suggestions in the interim.
As always, clean and redline versions of the updated documents in Word are also up on the blog.
Today we are launching Version 3.1 of the Series Seed documents. The changes in this version are minor clarifications in response to comments we received via GitHub and other optimizations that we found as we went back through the documents. Thanks to the GitHub commenters. Keep the feedback coming!
Here is a summary of the updates:
• Changed the description of Documentation to be identical to (rather than based on) the documents on seriesseed.com, except for the modifications set forth in the Term Sheet. The whole point of the Series Seed documents is to save on transaction costs by using a single standard document so we don't want folks agreeing to use Series Seed and then adding changes (unless they are agreed to in the term sheet).
• Removed unnecessary reference to preemptive rights in Section 4.2.
• Moved definition of “Stockholder” to earlier in document, from Section 7.1 to Section 5.3.
• Added clarifying sentence in Section 8.1 that “no Stockholder may transfer Shares unless each transferee agrees to be bound by the terms of this Agreement.”
• Added further clarification in Section 8.8 that “the addition of a party to this Agreement pursuant to a transfer of Shares in accordance with Section 8.1 shall not require any further consent.”
• Added new language to Disclosure Schedule clarifying arrangement of sections and providing standard disclaimers. The previous version did not have any introductory language for the Disclosure Schedule.
Neither I nor Fenwick & West, LLP assumes any responsibility for any consequence of using these documents. These documents have been prepared for informational purposes and is not intended to (a) constitute legal advice (b) create an attorney-client relationship (c) be advertising or a solicitation of any type. Each situation is highly fact specific and requires a knowledge of both state and federal laws and therefore any party should seek legal advice from a licensed attorney in the relevant jurisdictions. Both I and Fenwick & West expressly disclaim any and all liability with respect to actions or omissions based on this website.


[Update: Fixed] Android Auto users report ‘double beep’ Google Assistant issue w/ no replies
by Ben SchoonOne of the biggest highlights of Android Auto is its tight integration with Google Assistant, but it seems there’s an issue there at the moment. Many Android Auto users are reporting a “double beep” issue which sees Google Assistant not replying with failing commands.
A thread on Google’s support forums has been growing for the past two months with reports of this issue. Android Auto users explain that Google Assistant either doesn’t open with a “double beep” sound immediately chiming when Assistant is accessed or the Assistant just doesn’t reply.
The more widespread of these two issues at this point doesn’t seem to be the “double beep” problem, but instead the fact that Google Assistant on Android Auto is hearing commands but not replying to them and not running the requested function.
In one reply, Google acknowledges the double beep issue with Android Auto, but the employee didn’t provide any fix. For now, users will just have to wait for Google to patch things up.
Unfortunately, Google hasn’t acknowledged the more frustrating issue where Assistant on Android Auto simply doesn’t reply.
Many users – including a tipster over at Android Police – have noted that the “My Activity” page Google provides shows record of the Assistant hearing and processing their commands, but it doesn’t give an audible reply in the vehicle. It seems like some commands such as phone calls do work for some users, but for many, the Assistant is essentially completely broken.
Whatever the cause for this issue, it’s something we hope Google can fix sooner rather than later.
Update 11/21: Reports are now flooding in on the same support thread linked above with users saying this issue has been fixed! This fix appears to have come from a server-side change as no updates have arrived in the time since, but we’re glad to see that Google has patched things up.
More on Android Auto:
- Android Auto 4.8 prepares persistent weather icon, more [APK Insight]
- ‘Android Auto for phone screens’ app now available on Google Play
- Hey Google, reporting features for Maps on Android Auto are long overdue
FTC: We use income earning auto affiliate links. More.