Elixir v1.3.4 Task
Conveniences for spawning and awaiting tasks.
Tasks are processes meant to execute one particular action throughout their lifetime, often with little or no communication with other processes. The most common use case for tasks is to convert sequential code into concurrent code by computing a value asynchronously:
task = Task.async(fn -> do_some_work() end)
res = do_some_other_work()
res + Task.await(task)
Tasks spawned with async
can be awaited on by their caller
process (and only their caller) as shown in the example above.
They are implemented by spawning a process that sends a message
to the caller once the given computation is performed.
Besides async/1
and await/2
, tasks can also be
started as part of a supervision tree and dynamically spawned
on remote nodes. We will explore all three scenarios next.
async and await
One of the common uses of tasks is to convert sequential code
into concurrent code with Task.async/1
while keeping its semantics.
When invoked, a new process will be created, linked and monitored
by the caller. Once the task action finishes, a message will be sent
to the caller with the result.
Task.await/2
is used to read the message sent by the task.
There are two important things to consider when using async
:
If you are using async tasks, you must await a reply as they are always sent. If you are not expecting a reply, consider using
Task.start_link/1
detailed below.async tasks link the caller and the spawned process. This means that, if the caller crashes, the task will crash too and vice-versa. This is on purpose: if the process meant to receive the result no longer exists, there is no purpose in completing the computation.
If this is not desired, use
Task.start/1
or consider starting the task under aTask.Supervisor
usingasync_nolink
orstart_child
.
Task.yield/2
is an alternative to await/2
where the caller will
temporarily block, waiting until the task replies or crashes. If the
result does not arrive within the timeout, it can be called again at a
later moment. This allows checking for the result of a task multiple
times. If a reply does not arrive within the desired time,
Task.shutdown/2
can be used to stop the task.
Supervised tasks
It is also possible to spawn a task under a supervisor
with start_link/1
and start_link/3
:
Task.start_link(fn -> IO.puts "ok" end)
Such tasks can be mounted in your supervision tree as:
import Supervisor.Spec
children = [
worker(Task, [fn -> IO.puts "ok" end])
]
Since these tasks are supervised and not directly linked to
the caller, they cannot be awaited on. Note start_link/1
,
unlike async/1
, returns {:ok, pid}
(which is
the result expected by supervision trees).
By default, most supervision strategies will try to restart
a worker after it exits regardless of the reason. If you design the
task to terminate normally (as in the example with IO.puts/2
above),
consider passing restart: :transient
in the options to worker/3
.
Dynamically supervised tasks
The Task.Supervisor
module allows developers to dynamically
create multiple supervised tasks.
A short example is:
{:ok, pid} = Task.Supervisor.start_link()
task = Task.Supervisor.async(pid, fn ->
# Do something
end)
Task.await(task)
However, in the majority of cases, you want to add the task supervisor to your supervision tree:
import Supervisor.Spec
children = [
supervisor(Task.Supervisor, [[name: MyApp.TaskSupervisor]])
]
Now you can dynamically start supervised tasks:
Task.Supervisor.start_child(MyApp.TaskSupervisor, fn ->
# Do something
end)
Or even use the async/await pattern:
Task.Supervisor.async(MyApp.TaskSupervisor, fn ->
# Do something
end) |> Task.await()
Finally, check Task.Supervisor
for other supported operations.
Distributed tasks
Since Elixir provides a Task supervisor, it is easy to use one to dynamically spawn tasks across nodes:
# On the remote node
Task.Supervisor.start_link(name: MyApp.DistSupervisor)
# On the client
Task.Supervisor.async({MyApp.DistSupervisor, :remote@local},
MyMod, :my_fun, [arg1, arg2, arg3])
Note that, when working with distributed tasks, one should use the async/4
function
that expects explicit module, function and arguments, instead of async/2
that
works with anonymous functions. That’s because anonymous functions expect
the same module version to exist on all involved nodes. Check the Agent
module
documentation for more information on distributed processes as the limitations
described there apply to the whole ecosystem.
Summary
Functions
The Task struct
Starts a task that must be awaited on
Starts a task that must be awaited on
Awaits a task reply
Unlinks and shuts down the task, and then checks for a reply
Starts a task
Starts a task
Starts a task as part of a supervision tree
Starts a task as part of a supervision tree
Temporarily blocks the current process waiting for a task reply
Yields to multiple tasks in the given time interval
Types
Functions
The Task struct.
It contains these fields:
:pid
- the PID of the task process;nil
if the task does not use a task process:ref
- the task monitor reference:owner
- the PID of the process that started the task
Starts a task that must be awaited on.
This function spawns a process that is linked to and monitored
by the caller process. A Task
struct is returned containing
the relevant information.
Read the Task
module documentation for more info on general
usage of async/1
and async/3
.
See also async/3
.
Starts a task that must be awaited on.
A Task
struct is returned containing the relevant information.
Developers must eventually call Task.await/2
or Task.yield/2
followed by Task.shutdown/2
on the returned task.
Read the Task
module documentation for more info on general
usage of async/1
and async/3
.
Linking
This function spawns a process that is linked to and monitored by the caller process. The linking part is important because it aborts the task if the parent process dies. It also guarantees the code before async/await has the same properties after you add the async call. For example, imagine you have this:
x = heavy_fun()
y = some_fun()
x + y
Now you want to make the heavy_fun()
async:
x = Task.async(&heavy_fun/0)
y = some_fun()
Task.await(x) + y
As before, if heavy_fun/0
fails, the whole computation will
fail, including the parent process. If you don’t want the task
to fail then you must change the heavy_fun/0
code in the
same way you would achieve it if you didn’t have the async call.
For example, to either return {:ok, val} | :error
results or,
in more extreme cases, by using try/rescue
. In other words,
an asynchronous task should be thought of as an extension of a
process rather than a mechanism to isolate it from all errors.
If you don’t want to link the caller to the task, then you
must use a supervised task with Task.Supervisor
and call
Task.Supervisor.async_nolink/2
.
In any case, avoid any of the following:
Setting
:trap_exit
totrue
- trapping exits should be used only in special circumstances as it would make your process immune to not only exits from the task but from any other processes.Moreover, even when trapping exists, calling
await
will still exit if the task has terminated without sending its result back.- Unlinking the task process started with
async
/await
. If you unlink the processes and the task does not belong to any supervisor, you may leave dangling tasks in case the parent dies.
Message format
The reply sent by the task will be in the format {ref, result}
,
where ref
is the monitor reference held by the task struct
and result
is the return value of the task function.
Awaits a task reply.
A timeout, in milliseconds, can be given with default value
of 5000
. In case the task process dies, this function will
exit with the same reason as the task.
If the timeout is exceeded, await
will exit; however,
the task will continue to run. When the calling process exits, its
exit signal will terminate the task if it is not trapping exits.
This function assumes the task’s monitor is still active or the monitor’s
:DOWN
message is in the message queue. If it has been demonitored, or the
message already received, this function will wait for the duration of the
timeout awaiting the message.
This function can only be called once for any given task. If you want
to be able to check multiple times if a long-running task has finished
its computation, use yield/2
instead.
Compatibility with OTP behaviours
It is not recommended to await
a long-running task inside an OTP
behaviour such as GenServer
. Instead, you should match on the message
coming from a task inside your handle_info
callback.
shutdown(t, timeout | :brutal_kill) :: {:ok, term} | {:exit, term} | nil
Unlinks and shuts down the task, and then checks for a reply.
Returns {:ok, reply}
if the reply is received while shutting down the task,
{:exit, reason}
if the task died, otherwise nil
.
The shutdown method is either a timeout or :brutal_kill
. In case
of a timeout
, a :shutdown
exit signal is sent to the task process
and if it does not exit within the timeout, it is killed. With :brutal_kill
the task is killed straight away. In case the task terminates abnormally
(possibly killed by another process), this function will exit with the same reason.
It is not required to call this function when terminating the caller, unless
exiting with reason :normal
or if the task is trapping exits. If the caller is
exiting with a reason other than :normal
and the task is not trapping exits, the
caller’s exit signal will stop the task. The caller can exit with reason
:shutdown
to shutdown all of its linked processes, including tasks, that
are not trapping exits without generating any log messages.
This function assumes the task’s monitor is still active or the monitor’s
:DOWN
message is in the message queue. If it has been demonitored, or the
message already received, this function will block forever awaiting the message.
Starts a task.
This is only used when the task is used for side-effects (i.e. no interest in the returned result) and it should not be linked to the current process.
Starts a task.
This is only used when the task is used for side-effects (i.e. no interest in the returned result) and it should not be linked to the current process.
Starts a task as part of a supervision tree.
Temporarily blocks the current process waiting for a task reply.
Returns {:ok, reply}
if the reply is received, nil
if
no reply has arrived, or {:exit, reason}
if the task has already
exited. Keep in mind that normally a task failure also causes
the process owning the task to exit. Therefore this function can
return {:exit, reason}
only if
- the task process exited with the reason
:normal
- it isn’t linked to the caller
- the caller is trapping exits
A timeout, in milliseconds, can be given with default value
of 5000
. If the time runs out before a message from
the task is received, this function will return nil
and the monitor will remain active. Therefore yield/2
can be
called multiple times on the same task.
This function assumes the task’s monitor is still active or the
monitor’s :DOWN
message is in the message queue. If it has been
demonitored or the message already received, this function will wait
for the duration of the timeout awaiting the message.
Yields to multiple tasks in the given time interval.
This function receives a list of tasks and waits for their replies in the given time interval. It returns a list of tuples of two elements, with the task as the first element and the yielded result as the second.
Similarly to yield/2
, each task’s result will be
{:ok, term}
if the task has successfully reported its result back in the given time interval{:exit, reason}
if the task has diednil
if the task keeps running past the timeout
Check yield/2
for more information.
Example
Task.yield_many/2
allows developers to spawn multiple tasks
and retrieve the results received in a given timeframe.
If we combine it with Task.shutdown/2
, it allows us to gather
those results and cancel the tasks that have not replied in time.
Let’s see an example.
tasks =
for i <- 1..10 do
Task.async(fn ->
:timer.sleep(i * 1000)
i
end)
end
tasks_with_results = Task.yield_many(tasks, 5000)
results = Enum.map(tasks_with_results, fn {task, res} ->
# Shutdown the tasks that did not reply nor exit
res || Task.shutdown(task, :brutal_kill)
end)
# Here we are matching only on {:ok, value} and
# ignoring {:exit, _} (crashed tasks) and `nil` (no replies)
for {:ok, value} <- results do
IO.inspect value
end
In the example above, we create tasks that sleep from 1
up to 10 seconds and return the amount of seconds they slept.
If you execute the code all at once, you should see 1 up to 5
printed, as those were the tasks that have replied in the
given time. All other tasks will have been shut down using
the Task.shutdown/2
call.


CORBA Compatibility Information - J2SE 5.0 |
To conform with Section 1.7 OMG Spec ptc/00-01-08.pdf, Mapping for Enum,
the mapping for the following Enum constructors is changed to protected.
| CLASS | BEFORE | NOW |
|---|---|---|
| BindingType.java | private BindingType( int ) | protected BindingType( int ) |
| NotFoundReason.java | private NotFoundReason( int ) | protected NotFoundReason( int ) |
| CLASS | BEFORE | NOW |
|---|---|---|
| _BindingIteratorStub.java | public _BindingIteratorStub(org.omg.CORBA.portable.Delegate d) | The constructor is deleted. |
| _NamingContextStub.java | public _NamingContextStub(org.omg.CORBA.portable.Delegate d) | The constructor is deleted. |
| CLASS | BEFORE | NOW |
|---|---|---|
| AlreadyBound.java | public final class AlreadyBound extends org.omg.CORBA.UserException implements org.omg.CORBA.portable.IDLEntity | public final class AlreadyBound extends org.omg.CORBA.UserException |
| AlreadyBound.java | Only default constructor | Add new constructor public AlreadyBound (String reason) |
| CannotProceed.java | public final class CannotProceed extends org.omg.CORBA.UserException implements org.omg.CORBA.portable.IDLEntity | public final class CannotProceed extends org.omg.CORBA.UserException |
| CannotProceed.java | Only default constructor | Add new constructor public CannotProceed (String reason) |
| InvalidName.java | public final class InvalidName extends org.omg.CORBA.UserException implements org.omg.CORBA.portable.IDLEntity | public final class InvalidName extends org.omg.CORBA.UserException |
| InvalidName.java | Only default constructor | Add new constructor public InvalidName (String reason) |
| NotEmpty.java | public final class NotEmpty extends org.omg.CORBA.UserException implements org.omg.CORBA.portable.IDLEntity | public final class NotEmpty extends org.omg.CORBA.UserException |
| NotEmpty.java | Only default constructor | Add new constructor public NotEmpty (String reason) |
| NotFound.java | public final class NotFound extends org.omg.CORBA.UserException implements org.omg.CORBA.portable.IDLEntity | public final class NotFound extends org.omg.CORBA.UserException |
| NotFound.java | Only default constructor | Add new constructor public NotFound (String, org.omg.CosNaming.NamingContextPackage.NotFoundReason, org.omg.CosNaming.NameComponent[]) |
To conform with the CORBA 2.3 specification, the following classes are deprecated.
private static String _id = "IDL:omg.org/CORBA/IDLType:2.3";
to
private static String _id = "IDL:omg.org/CORBA/IDLType:1.0";
Compatibility impact: Yes. This change might affect interoperability with existing implementations. Restart the application and the IR if you get a COMM_FAILURE exception (or something similar). (CCC 4372718)
Compatibility impact: Yes, existing programs that use the compiler may need to add the -oldImplBase flag to their idlj invocation to maintain compatibility. (CCC 4407835)
The J2SE 5.0 version of Calendar writes a ZoneInfo object in its writeObject method. Similarly, it calls readObject to read this. Based on Java Object Serialization, it expects that if it's talking to an older version, the object won't be there, so the stream will throw an EOFException and keep the stream position intact.
|
Copyright © 2001-2004
Sun Microsystems, Inc.
All Rights Reserved.
|
Java Software |


Oh no! Humpty Dumpty lost his balance and fell! The king's men and their horses saw
Humpty Dumpty fell and rushed over to help, however it was too late. His egg white and yolk were splattered all over.
There was nothing they can do to help Humpty Dumpty again.


Magister Clayton:
I teach Dark Mystic who seek the will of Shilen. There is nothing I can teach you.


--- title: Go to Market layout: default ---
Now that you’re an App Center partner it’s time to prepare for your launch! This page will provide you with the resources needed for your initial launch as well as ongoing reference.
Please view our Go to Market presentation to learn about next steps.
*If you’re not yet a Concur App Center partner please contact our Business Development team to discuss an agreement
As you scope and fine tune your app, you should also be preparing for your app certification and scheduling a demo with the Concur partner enablement team to showcase your app. Below are key resource documents to help you through this process.
App Center Application Submission Form: Review to prepare for the technical and UX components required during your app demo. After fully developing and testing your app you can submit for certification and demo scheduling.
ViewApps for Me Release Schedule: Review to understand additional requirements within the Apps for Me category. Please plan accordingly based on key target dates and deadlines.
ViewAs you prepare to launch your app you’ll have various marketing assets and activities to prepare. Below are key resource documents to guide you through your marketing planning.
App Center Partner Listing Form: Review to prepare your app for listing in the Concur App Center. Your listing will serve as the location where companies and users will learn more about your app, leading to inquiries or end user connections.
DownloadConcur Brand Guidelines: Become familiar with our Concur brand guidelines prior to developing your various marketing assets, which can include a partner landing page, brochures or videos.
ViewApp Center Badge Use Guidelines: Learn more about the App Center Badge available to you. Review the guidelines to incorporate it into your marketing assets.
ViewApp Center PR Toolkit: Use our press release template to announce your launch into the Concur App Center. Also included are guidelines for social media activities via Twitter, LinkedIn and more.
ViewApps within our Apps for My Business category will require planning around prospecting, inquiry management, deal submissions and app deployments. Below are key resource documents to assist you in these areas.
App Center FAQ’s: Access to view common questions and answers to assist in Concur App Center discussions with prospects/clients.
ViewApp Center Lead Submission Process: Review to become familiarized with our lead submission process as well as how to accept/reject leads.
ViewDeal & Deployment Notification Form: Understand the required notification form for all new deals to ensure proper tracking and deployment.
ViewApp Center Letter of Authorization: Familiarize yourself with the required document for all client deals and deployments.
ViewEnabling Apps – Client Facing Guide – Basic Configurations: Share this guide with clients for quick app deployments.
ViewContact us or join us for our weekly office hours.
Office Hours:
Tuesdays from 8:30-9:00 AM and Thursdays from 2:30-3:00 PM, both PST.
Phone/Conference Code:
1-866-668-0721/396-255-2607
Contact Form:
For App Center marketing support please complete and submit the form below.
Contact Marketing Support


{% extends "layout.html" %} {% block page_title %} Clear data {% endblock %} {% block content %} Data cleared The session data has been cleared. Back to previous page {% endblock %}
The session data has been cleared.
Back to previous page


{% extends "layout.html" %} {% block content %} {% if complete == 'success' %}
Order ID: {{order_id}} payment has been done Successfully/p> {% else %}
Order ID: {{order_id}} haven't been paid
Return to store.


|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Class Summary | |
|---|---|
| ArrayCopier | TODO tests with 3-dimensional arrays |
| AssemblerCopier | A copier that copies multiple source objects to a single destination object, implementing an "Assembler." |
| AssemblyCopierSupport | Support for AssemblerCopier/DisassemblerCopier. |
| BasePropertyNameCopier | Base class for copiers that copy information from one bean to another based on the property names in the source and destination objects. |
| CombiningCopier | Combines all of the contents of a container into a single container. |
| ConditionalCopier | This copier uses an if Converter to convert an incoming object to a Boolean. |
| ContainerCopier |
Copies information from any container object to any object that has either a
GrowableContainerReflector or a
MutableIndexedContainerReflector . |
| ContainerOfBeansCopier | Deprecated. it's not clear what the intent of this copier was |
| CopierDecorator | Decorates any Copier so that it implements DecoratedCopier. |
| CumulativeCopier | Composite Transformer whose children must be Copiers and which invokes each child Copier in turn in the course of performing a copy operation. |
| DisassemblerCopier | A copier that copies a source to multiple destination objects, implementing a "Disassembler." |
| DisassemblerCopier.Disassembly | Adds the index to the source object to pass to the classConverter; |
| ImmutableComponentArrayCopier | Copies arrays of matching immutable component types using System.arraycopy. |
| MapCopier | Copies one Map to another. |
| MultipleDestinationConverter | Deprecated. since v1.1 in favor of DisassemblerCopier |
| NOPCopier | No-op Copier / instantiation-only Converter. |
| PropertyExpressionMappingCopier | Maps property expressions between objects using a Morph Language. |
| PropertyNameMappingCopier | Copies properties from the source to the destination based on a mapping of property names. |
| PropertyNameMatchingCopier | Copies the properties specified by the propertiesToCopy
property of this class from the source to the destination. |
| SetExpressionCopier | Uses a DecoratedLanguage to set the property denoted by an expression on the destination object. |
| TextToContainerCopier | Parses text into multiple parts for storage in a container. |
Copier implementations.
|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


execline Software skarnet.org
fdswap swaps two file descriptors, then executes a program.
fdswap fd1 fd2 prog...
fdswap swaps file descriptors numbered fd1 and fd2, then execs into prog with its arguments.


dropdown-menu
Basic Usage
Item #4 was clicked!
Item #1
Item #2
Some Header
Item #3
Item #4
Redirect to Google.com
From Array
Item #4 was clicked!


How Many Kinds of People Are There?
There are 10 kinds of people in this world. Those who understand binary code and those who don’t. — seen on a T-shirt
Things are about to get meta right from the start
I’m going to start off this first chapter in a book about data science with an unsubstantiated claim. My claim is this: People love to categorize themselves and others. They love to take quizzes online that tell you “what kind of person you are” in some way or another. They love to make statements that begin with, “there are two kinds of people in this world…” and so on. Ok? That’s my claim. It’s a bit of a mouthful.
Now, I just made a claim in support of which data can absolutely be brought to bear. But I won’t use data to support it. What? Why not, for crying out loud?! This is a book about data science!!! The reason is this: this book encourages you to think critically and skeptically about all kinds of ideas, claims, and questions. It tries to show you how to talk about these ideas precisely and not succumb to fallacies and bad intuition. But while trying to develop these skills, it is important to know when we are in turbo critical thinking mode (that’s a technical term1) and when we’re not. Sometimes, we need to be able to say common-sense things and not have to support them.
What exactly am I even saying in my claim, you might be thinking? What do you mean by, “people love to” do X, where X, like ______ [“blank”], is a stand-in for some of the specific things I mentioned. That everybody does X? Most people? That people who do X derive pleasure above some pleasure threshold, thus designating “love” as opposed to “like?” You see, I could have tried to make my claim more precise. And I could have found polls and published reports that estimate just how many people have, by choice, taken some kind of person-category-test-thing, or posted funny jokes about “two kinds of people.” But I’m just letting my claim stand as a common-sense claim. Just like if I said, people love going to the movies. I wouldn’t feel the need to cite a scientific study to support that claim.2
Now, if someone is making what to them appears to be a common-sense claim but to you appears false or at least non-obvious, you have a few options. You can challenge the assumption and ask for evidence. Or you can accept the assumption, for argument’s sake, to see where this is going. Hopefully, my claim feels common-sense enough to you too (i.e., we have that in common). If not, I’ll just ask you to follow along to see where this is all going…
Just kidding; it’s not really a technical term.↩
https://digg.com/2019/movie-genre-popularity-1910-to-2018-data↩


Team Name: Minnesota Vikings
Stadium: US Bank Stadium
Current Head Coach: Mike Zimmer
Team Location: Minneapolis, MN
Team Colors: Purple and Gold
Current Owner: Zygmunt "Zygi" Wilf
Team established in 1961
Current Rivals: Packers, Bears, and Lions (members of division, NFC North)


Bu solar sistem asında güneş sisteminde bulanan gezegenlerin dönüş hızlarıyla hesaplanar yapılmıştır.
Here is a true time scaled solar-system, which means that every objects have a time relative to an Earth year.
You can change the number in second of the
$year-in-second
variable to increase the speed of revolutions. Here 1 year = 30 seconds.
Note the css tricks for the Saturn rings (box-shadow) and reverse animation to compensate the orbit.


DRAINBOARD:
I'm calling the specs below "Standard Drainboard". If you write "Standard Drainboard" on the template and paperwork I'll know
exactly what to do. If you want something different like just the grooves without a cavity carved out then whatever, get the exact specs
and I'll make like standard #1, standard #2, etc.
Also, do NOT sell one of these on Taj Mahal or any materials like that. I won't even try.
TOP VIEW:
If the sink is much less then 15" vertically then this won't work. If it's a farm sink then I'm centering it vertically between the end of the radius and the corner.
ISOMETRIC VIEW:
This is about 5/16" deep where it meets the sink cutout and about 1/16 deep at the right side. The grooves are
about 1/8" deep. I'll snap a photo of a finished one when I remember.
© Copyright 2018 by laconiclizard


models materials cement Fig. building growth {border-style microstructure sustainable construction modelling px;} #ffffff;} world design hydration concrete service simulation structures ageing quality life performance process science structure Delft infrastructure new processes trillion used concept development growth. materials. properties transport circularity concrete. games however, i.e. production shows use virtual Breugel In: US$ contact environmental growth, make needed paste px; result sustainability using {font-family emissions font-size individual modern raw real reality Figure Models Van area built contribution costs demand double; initial local low material models. particles past people shown shrinkage steel structural technology PhD Proceedings alternative better blended border-color border-width buildings changes circle complex der energy engineering evolution existing high increase industry industry. international investments lifetime like maintenance particularly pastes period pore possible rate reductionist repair replacement required scientific self-healing situation solid; study thesis, time view water {font-style {font-weight Growth Modelling University able according achievements associated benefits billion bold cementitious companies compressive concept. considered control courier; early em; end estimated footprint fracture future global good impact invisible longer materials, micronized mitigation modelling. numerical obsolete past, pores potential process. provide providing pt;} reality. reducing reduction resulting say second showed small stakeholders stock strength studies supposed systems tons unprecedented volume


 You must bring me the ingredients I need to make reagents using the Alchemical Mixing Urn.
Take this Mixing Manual. This is used to activate the mixing urn.
"Where can I find the ingredients?"


| 5:30am | $65 |
| 8:30am | |
| 5:00pm | |
| 8:00pm | |
| 8:30am | $55 |
| 4:30pm |
5 Sessions |
$275 |
| $55 per session | |
10 Sessions |
$520 |
| $52 per session | 1 FREE session if you pay in full,
or 2 payments of $260. |
15 Sessions |
$735 |
| $49 per session | 1 FREE session if you pay in full,
or 2 payments of $367. |
20 Sessions |
$920 |
| $46 per session | 2 FREE sessions if you pay in full,
or 3 payments of $306. |
25 Sessions |
$1075 |
| $43 per session | 2 FREE sessions if you pay in full,
or 3 payments of $358. |
30 Sessions |
$1200 |
| $40 per session | 3 FREE sessions if you pay in full,
or 3 payments of $400, or 4 payments of $300. |


| Pincode | |
| Name | |
| Address | |
| Locality/Landmark | |
| City | |
| State | |
| Mobile Number | |
| Alternate Number | |
| Rs 16000 | 2 | 10 % | Sub Details | |
| Rs 16000 | Quantity | Showing Availability | Sub Details | |
| Rs 16000 | Quantity | Showing Availability | Sub Details |
|
|
| Items Details (nos) | |
| Item Name | Pizza |
| Price | 5556 |
| total | 5556 |
| Delivery charges | + 10 |
| You have to pay | 5566 |
one
bdfdhddh
one
bdfdhddh
one
bdfdhddh


DMB is a message broker where backends can connect. DMB manages a list of backend IDs that are allowed to connect.
Clients connect to backends in a contolled manner. Backends can list the client IDs that are allowed to connect.
This page and the code attached to it acts as a simple backend, but also as a client at the same time.
Opening the page will open a backend where any client can connect to.
The best if you setup and configure a DMB instance. With that you are able to control the backend identifiers that are
allowed to connect to DMB.
Please check the
params.js for configuring the clients that can connect to this backend.
You can fireup different browser windows (or tabs) and test by using different backend and client ids.
You can check if only the allowed clients can join a certain backend. You can broadcast to all clients connected to the same backends.
Soon you will to send direct messages to any backend or client by using their ids.
It's yet to be specified what DMB will do with messages received from clients.
Please feel free to add you feature requests in
github.


Magnitude:
Low
Medium
High
Elasticity:
Low
Medium
High
Auto Orbit:
Yes
No
Wireframe:
Yes
No
Raindrops:
No
Yes


RPG
Choose your character
Warrior
200hp
Wizard
100hp
Rogue
100hp
Priest
100hp
Current character
Warrior
200hp
Wizard
100hp
Rogue
100hp
Priest
100hp
VS
Warrior
200hp
Wizard
100hp
Rogue
100hp
Priest
100hp
Enemies
Warrior
200hp
Wizard
100hp
Rogue
100hp
Priest
100hp


< Back
Search for building or address
Location
Owner
Tax Assessment
Building and Neighborhood Information
Show All
Building Subsidy Status
Public Transit Accessibility
Surrounding Area Development
Affordable Housing Nearby
Affordable housing nearby
Metro stations nearby
Metro stations nearby


Home
Images
Shopping
Notifications
Contact
About
Gallery image
CAR 01
LAMA JS Car images..
CAR 02
LAMA JS Car images..
CAR 03
LAMA JS Car images..
CAR 04
LAMA JS Car images..


Once you're happy with the changes, click the Download Buttons below and you will get the Theme customisations (in JSON or CSS)
The theme.css file will be a modified bootstrap.css file, so you can replace your bootstrap.css file (if you have one) with the theme.css file and your customised theme will be used.
The theme.json file can be used to import the customisations back into Cluckles at a later point, so you dont have to start customising from scratch again!
I also developed the BoostrapThemeBundle for Symfony2, which integrates Bootstrap Themeing for Symfony apps (which embeds Cluckles).


|
Dendro
5.01
Dendro in Greek language means tree. The Dendro library is a large scale (262K cores on ORNL's Titan) distributed memory adaptive octree framework. The main goal of Dendro is to perform large scale multiphysics simulations efficeiently in mordern supercomputers. Dendro consists of efficient parallel data structures and algorithms to perform variational ( finite element) methods and finite difference mthods on 2:1 balanced arbitary adaptive octrees which enables the users to perform simulations raning from black holes (binary black hole mergers) to blood flow in human body, where applications ranging from relativity, astrophysics to biomedical engineering.
|
contains the interface to non-uniform FFT library by L. Greengard. More...
#include <iostream>
#include "dendro.h"
Go to the source code of this file.
Functions | |
| void | nufft3d1f90_ (int nj, double *xj, double *yj, double *zj, DendroComplex *cj, int iflag, double eps, int ms, int mt, int mu, double *fk, int ier) |
| : computes the nufft type 1 (nufft) More... | |
| void | nufft3d2f90_ (int nj, double *xj, double *yj, double *zj, DendroComplex *cj, int iflag, double eps, int ms, int mt, int mu, double *fk, int ier) |
| : computes the nufft type 2 (nufft) (inverse ft) More... | |
contains the interface to non-uniform FFT library by L. Greengard.
| void nufft3d1f90_ | ( | int | nj, |
| double * | xj, | ||
| double * | yj, | ||
| double * | zj, | ||
| DendroComplex * | cj, | ||
| int | iflag, | ||
| double | eps, | ||
| int | ms, | ||
| int | mt, | ||
| int | mu, | ||
| double * | fk, | ||
| int | ier | ||
| ) |
: computes the nufft type 1 (nufft)
| [in] | nj | : number of sources. |
| [in] | xj | : x coord values |
| [in] | yj | : y coord values |
| [in] | zj | : z coord values |
| [in] | cj | : function values. |
| [in] | iflag | : if >= 0 exponential with positive sign, used in fft |
| [in] | eps | : user defined tolerance |
| [in] | ms | : ft coefficient array size x |
| [in] | mt | : ft coefficient array size y |
| [in] | mu | : ft coefficient array size z |
| [out] | fk | : computed fft coefficients |
| [out] | ier | : error return code. |
| void nufft3d2f90_ | ( | int | nj, |
| double * | xj, | ||
| double * | yj, | ||
| double * | zj, | ||
| DendroComplex * | cj, | ||
| int | iflag, | ||
| double | eps, | ||
| int | ms, | ||
| int | mt, | ||
| int | mu, | ||
| double * | fk, | ||
| int | ier | ||
| ) |
: computes the nufft type 2 (nufft) (inverse ft)
| [in] | nj | : number of sources. |
| [in] | xj | : x coord values |
| [in] | yj | : y coord values |
| [in] | zj | : z coord values |
| [out] | cj | : function values. |
| [in] | iflag | : if >= 0 exponential with positive sign, used in fft |
| [in] | eps | : user defined tolerance |
| [in] | ms | : ft coefficient array size x |
| [in] | mt | : ft coefficient array size y |
| [in] | mu | : ft coefficient array size z |
| [in] | fk | : computed fft coefficients |
| [out] | ier | : error return code. |


For more information and services contact us at:
Headquarter:
Pittsburgh, PA
1640 skyline dr , pittsburgh, PA 15227
Ph:<PHONE_NUMBER>
Ph:<PHONE_NUMBER>
map- direction
Branch Office:
Cleveland, OH
3012 Snow Road, Parma, OH 44134
Phone:<PHONE_NUMBER>
Branch Office: Akron, OH
Phone:<PHONE_NUMBER>
Branch Office: Columbus, OH
Phone:<PHONE_NUMBER>
Branch Office: Cincinnati, OH
Phone:<PHONE_NUMBER>
Fax number:<PHONE_NUMBER>


WITNESS LIST State Affairs Committee April 21, 2005 -11:00A SB 121 ON: Bell, J. Michael (Texas Growth Fund), Fredericksburg, TX Boldt, Bob (The University of Texas Investment Management Company), Austin, TX Cary, Katherine (Office of Attorney General), Austin, TX Registering, but not testifying: For: Lively, Lance (NFIB), Austin, TX Newton, Will (NFIB), Austin, TX SB 520 FOR: Deter, Dwight PA-C (Texas Academy of Physician Assistants), El Paso, TX SB 698 Registering, but not testifying: For: Green, Shelton (Texas Association of Business), Austin, TX Against: Elk, Barbara Goret (NAM Anesthesia), Houston, TX Elk, Rael (Metrowest Anesthesia), Houston, TX Goldstein, Mark T. MD (Memorial CIty - Houston - Department Anesthesiology), Johnson, TX SB 868 Registering, but not testifying: Against: Green, Shelton (Self), Austin, TX SB 1149 FOR: Avignone, Frank T. (Smart Card Alliance), Plano, TX Rummel, Leah (Texas Association of Health Plan), Austin, TX Shipman, Nolan (TMA), Bryan, TX Registering, but not testifying: For: Calvert, Raif (Texas Academy of Family Physicians), Austin, TX Calvert, Raif (Texas Academy of Internal Medicine), Austin, TX Eakman, Doug (Medical Arts Pharmacy), San Angelo, TX Fix, Jennifer (Texas Pharmacy Association), Burleson, TX Fowler, Jenny (Humana Inc.), Austin, TX Gray, Tammy B. (Lamar Plaza Drug Store/ TPA), Austin, TX Heal, John (True Care Pharmacy), Austin, TX Kennedy, Karen (The Medical Clinic of North Texas PA), Fort Worth, TX Kolodzey, Patricia Director, Insurance/Managed Care (Texas Hospital Association), Austin, TX Kroll, Carrie (Texas Pediatric Society), Austin, TX Kroll, John (AXALTO), Austin, TX Pruden, Shellie (Dallas County Medical Society/Texas Medical Group Management Association), Arlington, TX Ray, Danny (Self), Mansfield, TX Schlotter, William (Texas Medical Group Management Association), Austin, TX Wohlgemuth, Cristen (Texas Pharmacy Association, Academy of Independent Pharmacists), Austin, TX Zamrazil, Kristie (Texas Pharmacy Association), Austin, TX On: Tredway, Ryan (Texas Department of Insurance), Austin, TX SB 1176 Registering, but not testifying: Against: Lein, Marlene (Self), Jonestown, TX SB 1284 Registering, but not testifying: On: Rockhold, Neal (Texas Department of Insurance), Austin, TX SB 1738 Registering, but not testifying: For: Green, Shelton (Texas Association of Business), Austin, TX Against: Elk, Barbara Goret (NAM Anesthesia - Houston), Houston, TX Elk, Rael (Metrowest Anesthesia), Houston, TX Goldstein, Mark T. MD (Memorial City - Houston Tx Anesthesiology), Johnson City, TX SB 1788 Registering, but not testifying: Against: Elk, Barbara Goret (NAM Anesthesia - Houston), Houston, TX Elk, Rael (Self), Houston, TX Goldstein, Mark T. MD (Memorial City - Houston Anesthesiology), Johnson City, TX SB 1845 FOR: Davis, C. Dean (Texas Pharmacy Association; American Pharmacies), Austin, TX Eakman, Doug (Medical Arts Pharmacy), San Angelo, TX Fix, Jennifer (Self), Burleson, TX Gray, Tammy B. (Lamar Plaza Drug Store/TPA), Austin, TX Ray, Danny (Ray's Pharmacy Inc. - Texas Pharmacy Association), Mansfield, TX AGAINST: Horne, Allen (Caremark Rx), Austin, TX Howard, Bill (Texas Association of Business), Austin, TX Vaughan, Keith (Medco), Mahwah, NJ Registering, but not testifying: For: Beck, Richard (American Pharmacies), San Antonio, TX Heal, John (True Care Pharmacy), Austin, TX Newberry, Brian (Tarrytown Pharmacy), Austin, TX Rummel, Leah (Texas Association of Health Plans), Austin, TX Sander, Al (Self), Wimberly, TX Shields, Brad (Texas Federation of Drug Stores), Austin, TX Swail, William L. (Peoples Pharmacy), Austin, TX Wohlgemuth, Cristen (Texas Pharmacy Association, Academy of Independent Pharmacists), Austin, TX Zamrazil, Kristie (Texas Pharmacy Association), Austin, TX Against: Green, Shelton (Texas Association of Business), Austin, TX Owen, Rose Marie (Medco), Glen Allen, VA Reichel, Randi (Express Scripts PBM), Ashton, MD


A no-copy output stream. More...
#include <Stream.hh>
Public Member Functions | |
| virtual | ~OutputStream () |
| Destructor. | |
| virtual bool | next (uint8_t **data, size_t *len)=0 |
| Returns a buffer that can be written into. | |
| virtual void | backup (size_t len)=0 |
| "Returns" back to the stream some of the buffer obtained from in the last call to next(). | |
| virtual uint64_t | byteCount () const =0 |
| Number of bytes written so far into this stream. | |
| virtual void | flush ()=0 |
| Flushes any data remaining in the buffer to the stream's underlying store, if any. | |
Protected Member Functions | |
| OutputStream () | |
| An empty constuctor. |
A no-copy output stream.
| virtual uint64_t avro::OutputStream::byteCount | ( | ) | const [pure virtual] |
| virtual bool avro::OutputStream::next | ( | uint8_t ** | data, | |
| size_t * | len | |||
| ) | [pure virtual] |
Returns a buffer that can be written into.
On successful return, data has the pointer to the buffer and len has the number of bytes available at data.
Referenced by avro::StreamWriter::more().


Daffanie Hurley
Chicago, Illinois 60620<PHONE_NUMBER><EMAIL_ADDRESS>Full Stack Web and Hybrid Mobile Applications Developer
Full stack web and hybrid mobile applications developer specializing in full stack JavaScript application and architectures. Experienced in all stages of the development life cycle, well versed in numerous programming languages.
- Hands-on experience leading all stages of system development efforts, including requirements in definition design, architecture, testing and support.
- Outstanding leadership abilities; able to coordinate and direct all phases of project-based efforts.
Core Competencies
|
|
|
|
|
|
|
|
|
CERTIFICATIONS / TECHNICAL PROFICIENCIES
| Certifications: | Agile Certified Scrum Master |
| Platforms: | Linux, Windows, Mac, LAMP, MEAN, NodeJS |
| Database: | MySQL, MongoDB |
| Tools: | VS Code, SSH, Gulp, Git |
| Languages: | HTML, CSS, SASS, JavaScript, ES6, PHP, Bash, SQL |
PROFESSIONAL EXPERIENCE
Bob’s Custom Websites - Chicago, IL 2015 - Present
Bob's Custom Websites builds custom web applications for clients across a large number of industries.
Web Developer
- Work with ES6, NodeJS, HTML, JavaScript, CSS, MySQL and MongoDB to build customized web applications for a diverse set of customers.
- Designed the application to meet the users’ requirements document.
- Ensured corporate and department objectives were accomplished in accordance with outlined objectives and mission statements.
Key Contributions:
- Developed and implemented procedures and guidelines, optimizing productivity and efficiency; generating significant cost savings.
- Recognized for the development of excellent business relationships, providing exemplary customer service.
EDUCATION
Devry University - Chicgo, IL
2011 - 2015
Bachelor of Science in Computer Information Systems
MicroTrain Technologies – Chicago, IL 2015
Agile Full Stack Web and Hybrid Mobile Application Development


Alex Ferguson quote:
“…good coaching relies on repetition. Forget all the nonsense about altering training programmes to keep players happy. The argument that they must be stimulated by constant variety may come across as progressive and enlightened but it is a dangerous evasion of priorities. In any physical activity, effective practice requires repeated execution of the skill involved… (there is a) need to concentrate on refining technique to the point where difficult skills become a matter of habit. When footballers complain about the dullness of repetitive passing exercises it is usually not monotony they resent, but hard work.”
It’s like we have got to increase our stroke rate, our HR is higher. It’s hard work. But I have got to try and increase that stroke rate while keeping my stroke together. And unfortunately our pace may slow down to be able to hold the stroke rate. Or similarly when we are practicing running stride rate. Our HR might be through the roof while we are running at an easy pace. But eventually, the neuromuscular system takes over and you don’t have to think about it. It becomes an unconscious habit and creates performance. But first it’s hard work! It comes down to what? Training skills + repetition.
There are lots of other reasons for repetition:
Training focus - Repetition encourages you to develop greater levels of focus and concentration. Can't focus for 3 mins, how do you expect to focus for 3 hours.
No need for 6-8 week physiological testing - athletes don’t need to undergo physiological testing (Everyone loves an FTP test right???) or worry about testing themselves over various race distances in training. Instead, repetition in training ensures that they can track their improvements in each sport every week. Accurately gauge fatigue, repeated patterns in training help the athlete determine if, on “one of those days,” they are truly tired and need rest or are merely having an “off” day.
Used as a benchmark/calibration – last week your felt great, this week not so. Why not? You can compare to previous week. If sessions are constantly changing, you have no comparison point. If your session didn’t go to plan, why not? If last weeks was good, what was the difference this week? Sleep, stress, nutrition, attitude? These are monotonous sessions. It may seem like the coach is being lazy prescribing pretty much the same workout each week. It’s not. We’re not. We are benchmarking
Predictable routine - No surprises in a week. Helps you organise your life
Accurately monitor fatigue - repeated patterns in training sessions help the athlete determine if you are truly tired or perhaps fighting illness.


For traditional cannabis smokers, Aspen Valley Hemp Company’s Pre-Rolled CBD Joints are the absolute best smokable experience you can find. Rolled to perfection, CBD Joints are a classic cannabis experience you can enjoy on your own or share with a friend.
Our CBD flower is grown naturally. Rich in terpenes and cannabinoids, CBD pre-rolls look like traditional cannabis and smell like traditional cannabis but maintain less than 0.3% delta-9 THC. Low levels of THC allow smokers to feel a mellow, calming buzz without the paranoia or fatigue sometimes associated with high-THC products.
CBD Hemp Cigarettes are made of a leafier shake material in order to burn and pack correctly. Our CBD Cigarettes do not contain nicotine or tobacco, but they may be more familiar to traditional tobacco smokers. Pre-rolled joints are larger and made of premium ground bud, just like what’s sold in our jars of CBD flower.
Our CBD buds test between 15-21% CBD, with less than 0.3% delta-9 THC. Each pack contains 12 joints with just under 1 gram of bud in each pre-roll.
Aspen Valley’s CBD flower is an all-natural alternative to CBD oil products. Our CBD Flower is hand-selected from growers from across the country. CBD pre-rolls offer the most natural CBD experience by taking you back to the plant itself.
Flower is actual plant material that CBD oil products are extracted from. Due to the way CBD is extracted from plant mass, this means that all sorts of different parts of the hemp plant may go the biomass that eventually makes CBD lotions, oils, and tinctures. With CBD Flower, only the highest quality buds are selected from premium plants. Buds, also colloquially known as flowers, contain the majority of the plant’s cannabinoid contents, making them ideal for CBD consumption. The end result is an organically-grown, hand-selected, non-psychoactive smokable CBD experience unlike anything else.
CBD Joints come are sold in two forms, packs and cartons:


SQL Injection is a type of malicious attack that tries to exploit SQL queries in order to gain access or destabilize a database. Code is inserted is into strings and then injected into user input fields which translate them into variables that are concatenated by the SQL statement process and executed upon the database. In other words, a malicious user or bot sees the syntax and form of an SQL database as an exploitable open door that they gain control over, pry open, or shove destructive code into. One of the more common routes to employ SQL injections via form elements since they allow for user input elements that usually link to a database.
What the above code does is it sets a Request Object up, collects a user inputted destination via that object's form, and sets that input to the variable, Destination. It then inserts that variable into a premade SQL Query. If a user inputs a city, that city is inserted into a Query. Say the user inputs Berlin. The following query will run.
The above is a proper execution of code, but you can probably tell it is weak. It relies on an expectation that a user is going to play nice. What if the user enters in, "Berlin'; drop table CityTable--"? The following query runs:
The query takes the semicolon as sign of a statement ending and runs the subsequent code as new query. The double hyphen that ends the code tricks the query into thinking any code following it is merely a comment. The code is very blatantly malicious. It will drop the CityTable.
Because they tend to be among the more common ways to attack maliciously, many preventative measures have been developed to combat them. One of the most important things a developer should do is to make sure all user input is validated. This is also called input sanitization. A developer should make no assumptions about the size, type, or content of data that is received by an application. If you're asking for a five number digit, don't believe you'll never get a massive MPEG file. Test all data that is inputted. Reject data that contains escape sequences, binary data, and comment characters. Execute multiple layers of validation as well. It is important to keep the testing vigilant at every new entry point. Most importantly, never concatenate user input that hasn't been validated. Concatenation is usually the route of insertion into code. Test before it occurs!
Conceptually, this is something that shouldn't be too hard for a new programmer to understand. Sanitization can occur in many straightforward ways. For instance, you can have a whitelist of good inputs and a blacklist of bad ones. You would only allow inputs that match those from the whitelist or block those from the blacklist. Of course, this might create problems with functionality. There has to be a balance between good protection and optimal usability.
A concept that is a little more higher level but still within the realm of sanitization parameterized queries. Essentially, what this tactic seeks to do is shift any input into parameters before they are sent to the query. So when the query runs, only that single query is executed even if there is a malicious statement within the input. The malicious statement gets contained within the confines of the parameter boundary. The code becomes a little less open ended, preventing attacks that exploit any open-ended quality. This doesn't prevent every malicious injection, but it also doesn't require you to search for a million specifics and protect against them. It also helps guard against innocuous errors from resulting large amounts of damage.
Resources used:


RX ACT SINUS AND ALLERGY PE- chlorpheniramine maleate and phenylephrine hydrochloride tablet, film coated
H E B
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active ingredient (in each tablet)
Chlorpheniramine maleate 4 mg
Phenylephrine HCl 10 mg
Purpose
Antihistamine
Nasal decongestant
Uses
- temporarily relieves these symptoms due to hay fever (allergic rhinitis) or other upper respiratory allergies:
- runny nose
- sneezing
- itchy, watery eyes
- nasal congestion
- itching of the nose or throat
- sinus congestion and pressure
Warnings
Do not use
- if you are now taking a prescription monoamine oxidase inhibitor (MAOI) (certain drugs for depression, psychiatric or emotional conditions, or Parkinson’s disease), or for 2 weeks after stopping the MAOI drug. If you do not know if your prescription drug contains an MAOI, ask a doctor or pharmacist before taking this product.
- to make a child sleepy
Ask a doctor before use if you have
- heart disease
- high blood pressure
- thyroid disease
- diabetes
- trouble urinating due to an enlarged prostate gland
- a breathing problem such as emphysema or chronic bronchitis
- glaucoma
Ask a doctor or pharmacist before use if you are
taking sedatives or tranquilizers
When using this product
- do not use more than directed
- excitability may occur, especially in children
- drowsiness may occur
- alcohol, sedatives and tranquilizers may increase drowsiness
- avoid alcoholic drinks
- be careful when driving a motor vehicle or operating machinery
Stop use and ask a doctor if
- you get nervous, dizzy or sleepless
- symptoms do not get better within 7 days or occur with fever
If pregnant or breast-feeding,
ask a health professional before use.
Keep out of reach of children.
In case of overdose, get medical help or contact a Poison Control Center right away. (1-800-222-1222)
Directions
| adults and children 12 years and over |
- take 1 tablet every 4 to 6 hours
- do not take more than 6 tablets in 24 hours
|
| children under 12 years |
do not use this product in children under 12 years of age |
Other information
- store at 20°-25°C (68°-77°F)
Inactive ingredients
carnauba wax, dibasic calcium phosphate, magnesium stearate, microcrystalline cellulose, polyethylene glycol, polyvinyl alcohol, silicon dioxide, sodium starch glycolate, stearic acid, talc, titanium dioxide
Questions or comments? 1-800-719-9260
Principal Display Panel
Compare to Sudafed PE® Sinus & Allergy active ingredients
SINUS & ALLERGY PE
Maximum Strength
Chlorpheniramine Maleate, Phenylephrine HCl
Antihistamine, Nasal Decongestant
Sinus Pressure
Sinus & Nasal Congestion
Sneezing
Itchy, Watery Eyes
ACTUAL SIZE
See New Dosing Directions
GLUTEN FREE
# DOSES {Replace "#" with the number of doses in the product}
1 Pill/Dose


| Jump to DART Documentation Main Index |
This program is a template that is intended to be modified by the user to do any desired operations on an observation sequence file.
This program is intended to be used as a template to read in observations from one obs_seq file and write them, optionally modified in some way, to another obs_seq file. It can be compiled and run as-is, but it simply makes an exact copy of the input file.
There are comments in the code (search for MODIFY HERE ) where you can test values, types, times, error values, and either modify them or skip copying that observation to the output.
There are build files in observations/utilities/oned and observations/utilities/threed_sphere to build the obs_loop program.
This namelist is read from the file input.nml. Namelists start with an ampersand '&' and terminate with a slash '/'. Character strings that contain a '/' must be enclosed in quotes to prevent them from prematurely terminating the namelist.
&obs_loop_nml filename_in = '' filename_out = '' print_only = .false. calendar = 'Gregorian' /
Items in this namelist set the input and output files.
| Item | Type | Description |
|---|---|---|
| filename_in | character(len=256) | Observation sequence file to read |
| filename_out | character(len=256) | Observation sequence file to create and write. If this file exists it will be overwritten. |
| print_only | logical | If .TRUE. then do the work but only print out information about what would be written as output without actually creating the output file. |
| calendar | character(len=32) | The string name of a valid DART calendar type. (See the time_manager_mod documentation for a list of valid types.) The setting here does not change what is written to the output file; it only changes how the date information is printed to the screen in the informational messages. |
See the documentation in the obs_kind and obs_def modules for things you can query about an observation, and how to set (overwrite) existing values.
There are build files in observations/utilities/oned and observations/utilities/threed_sphere to build the obs_loop program.
The preprocess program must be built and run first to define what set of observation types will be supported. See the preprocess documentation for more details on how to define the list and run it. The &preprocess_nml namelist in the input.nml file must contain files with definitions for the combined set of all observation types which will be encountered over all input obs_seq files.
If you have observation types which are not part of the default list in the &preprocess_nml namelist, add them to the input.nml file and then either run quickbuild.csh or make and run preprocess and then make the obs_loop tool.
Usually the directories where executables are built will include a quickbuild.csh script which builds and runs preprocess and then builds the rest of the executables by executing all files with names starting with mkmf_.
| filename | purpose |
|---|---|
| input.nml | to read the &obs_loop_nml namelist |
| Routine | Message | Comment |
|---|---|---|
| obs_loop | ||
| obs_loop |
none
none
DART software - Copyright UCAR. This open source software is provided by UCAR, "as is", without charge, subject to all terms of use at http://www.image.ucar.edu/DAReS/DART/DART_download


Until this point, the context has remained "empty", per se. When the context is saved it will send out notifications about the object state changes. As an optional step, we can create a NotificationListener
and subscribe to the context notifications. In an iOS app, this object would likely correspond to a Fetched Results Controller or another object on your data model. In a Playground setup, we'll use printf()
debugging to peak behind the scenes and examine the notifications sent by Core Data.`


First Post: Website Active
Finally, I set up my first personal website. The idea occurred to me at the beginning of 2016, but it took me some time to explore and find a way to accomplish it. Actually, it was quite an adventurous and rewarding mission, because I was not an expert in stuff like HTML and CSS.
I visited a lot of personal websites of professors, data scientists, software engineers and designers, and researched some popular web-hosting services, before I started. I decided to use Jekyll and Github Page to generate and host the website, because they are free and flexible.
The theme is stolen from Hydejack and Hyde
It’s thanks to many people’s effort that I could build this website.
Here are some useful resources I’ve learned from:
- Creating and Hosting a Personal Site on GitHub
- Jekyll Blog Gallery
- Jekyll Template
- Markdown Syntax Cheatsheet
If you are curious, feel free to check here or contact me.


Located in the heart of Subiaco, we bring a team of stylists who are skilled in barber styles traditional and modern alike.
With a team of stylists trained locally in WA, we're committed to developing a family of barbers to bring the highest quality services to you. You'll never feel like you don't belong as we do our best to make you as comfortable as we can so you enjoy the service.
From traditional haircuts to skin fades, beard trims to face shaves - we offer a service to suit you.


Public Member Functions | |
| IntrospectionPrivate (const TaskPrivate *task) | |
| void | resetMaps () |
Public Attributes | |
| ros::ServiceServer | get_solution_service_ |
| services to provide an individual Solution More... | |
| boost::bimap< uint32_t, const SolutionBase * > | id_solution_bimap_ |
| ros::NodeHandle | nh_ |
| const std::string | process_id_ |
| ros::Publisher | solution_publisher_ |
| publish new solutions More... | |
| std::map< const StagePrivate *, moveit_task_constructor_msgs::StageStatistics::_id_type > | stage_to_id_map_ |
| mapping from stages to their id More... | |
| const TaskPrivate * | task_ |
| associated task More... | |
| ros::Publisher | task_description_publisher_ |
| publish task detailed description and current state More... | |
| ros::Publisher | task_statistics_publisher_ |
Definition at line 62 of file introspection.cpp.
|
inline |
Definition at line 65 of file introspection.cpp.
|
inline |
Definition at line 76 of file introspection.cpp.
| ros::ServiceServer moveit::task_constructor::IntrospectionPrivate::get_solution_service_ |
services to provide an individual Solution
Definition at line 95 of file introspection.cpp.
| boost::bimap<uint32_t, const SolutionBase*> moveit::task_constructor::IntrospectionPrivate::id_solution_bimap_ |
Definition at line 99 of file introspection.cpp.
| ros::NodeHandle moveit::task_constructor::IntrospectionPrivate::nh_ |
Definition at line 84 of file introspection.cpp.
| const std::string moveit::task_constructor::IntrospectionPrivate::process_id_ |
Definition at line 87 of file introspection.cpp.
| ros::Publisher moveit::task_constructor::IntrospectionPrivate::solution_publisher_ |
publish new solutions
Definition at line 93 of file introspection.cpp.
| std::map<const StagePrivate*, moveit_task_constructor_msgs::StageStatistics::_id_type> moveit::task_constructor::IntrospectionPrivate::stage_to_id_map_ |
mapping from stages to their id
Definition at line 98 of file introspection.cpp.
| const TaskPrivate* moveit::task_constructor::IntrospectionPrivate::task_ |
associated task
Definition at line 86 of file introspection.cpp.
| ros::Publisher moveit::task_constructor::IntrospectionPrivate::task_description_publisher_ |
publish task detailed description and current state
Definition at line 90 of file introspection.cpp.
| ros::Publisher moveit::task_constructor::IntrospectionPrivate::task_statistics_publisher_ |
Definition at line 91 of file introspection.cpp.


Jane Doe - Web Developer Member since Nov. 2012
Experiences
Global Attributes
Designs
Personalization


Minimit Gallery Demo. Go to the plugin page for the source code.
You can link two or more interactive slides. You can set automatic timing.
You can have also first and last buttons, show and hide functions for buttons.
First
Prev
0
1
2
3
Next
Last
Page X of X
For multiple items use "multiple.array" variable and "mapDistance" function.
Example with also "prevtosteps" and "nexttosteps" set to true.
For advanced multiple items animations use the others "multiple" variables.
For multiple active states use "activated" and "deactivated" variables as arrays.
And about the design implementations ...
0
1
2
3
4
5
6
7
8
9
10
11
12
13
Prev
Next
... endless possibilities ...
0
1
2
3
4
5
6
7
8
9
Prev
Next
... you can build nice menus ...
... dropdowns and selectable lists ...
... fancy buttons and lists ...
... and many more.


|
IVT
|
Class for computing matches for individual points in stereo image pairs. More...
#include <StereoMatcher.h>
Public Member Functions | |
| CStereoMatcher () | |
| The default constructor (and only constructor). More... | |
| ~CStereoMatcher () | |
| The destructor. More... | |
| bool | LoadCameraParameters (const char *pCameraParameterFileName) |
| Initializes the internally used camera model, given a file path to a camera parameter file. More... | |
| void | InitCameraParameters (CStereoCalibration *pStereoCalibration, bool bCloneCalibration) |
| Initializes the internally used camera model, given an instance of CStereoCalibration. More... | |
| int | GetDisparityEstimate (const float z) |
| Computes a disparity estimated for a given z-distance. More... | |
| int | Match (const CByteImage *pLeftImage, const CByteImage *pRightImage, int x, int y, int nWindowSize, int d1, int d2, Vec2d &result, Vec3d &result_3d, float fThreshold, bool bInputImagesAreUndistorted=false) |
| Computes a disparity estimated for a given z-distance using the Zero-Mean Normalized Cross Correlation (ZNCC). More... | |
| int | MatchZSAD (const CByteImage *pLeftImage, const CByteImage *pRightImage, int x, int y, int nWindowSize, int d1, int d2, Vec2d &result, Vec3d &result_3d, float fThreshold, bool bInputImagesAreUndistorted=false) |
| Computes a disparity estimated for a given z-distance using the Zero-Mean Sum of Absolute Differences (ZSAD). More... | |
Class for computing matches for individual points in stereo image pairs.
This class allows to search for a correspondence in the right image, given a point in the left image of stereo image pair. As correlation function a Zero-Mean Normalized Cross Correlation (ZNCC) is used. The ZNCC is invariant to constant additive and constant multiplicative illumination variations.
The search for the correspondences is performed along the epipolar line. The images must not be rectified (or if rectified, the camera parameters must be updated to be valid for the rectified images). In any case it is recommended to provide the original images - not rectified images.
As result, the corresponence in the right image is computed with subpixel accuracy as well as the 3D point in the world coordinate system by performing stereo triangulation.
Images must be of type CByteImage::eGrayScale.
Definition at line 78 of file StereoMatcher.h.
| CStereoMatcher::CStereoMatcher | ( | ) |
The default constructor (and only constructor).
Initialization is performed by calling one of the methods LoadCameraParameters(const char*) or InitCameraParameters(CStereoCalibration*, bool).
Definition at line 67 of file StereoMatcher.cpp.
| CStereoMatcher::~CStereoMatcher | ( | ) |
The destructor.
Definition at line 73 of file StereoMatcher.cpp.
| int CStereoMatcher::GetDisparityEstimate | ( | const float | z | ) |
Computes a disparity estimated for a given z-distance.
The z-distance is defined as the z-coordinate in the camera coordinate system of the left camera. The disparity estimate is computed as the disparity of the point (0, 0, z)^T in the camera coordinate system of the left camera.
Before application of this method, the instance must have been initialized by calling one of the methods LoadCameraParameters(const char*) or InitCameraParameters(CStereoCalibration*, bool).
| [in] | z | The z-distance to compute the disparity estimate for. |
Definition at line 112 of file StereoMatcher.cpp.
| void CStereoMatcher::InitCameraParameters | ( | CStereoCalibration * | pStereoCalibration, |
| bool | bCloneCalibration | ||
| ) |
Initializes the internally used camera model, given an instance of CStereoCalibration.
The camera parameters are needed for knowledge of the epipolar geometry.
| [in] | pStereoCalibration | The pointer to the instance of CStereoCalibration. |
| [in] | bCloneCalibration | If set to true, an internal instance is created and pStereoCalibration serves as the template instance. If set to false simply the pointer is stored. In any case, deletion of the provided instance pStereoCalibration is not handled by CStereoMatcher. |
Definition at line 92 of file StereoMatcher.cpp.
| bool CStereoMatcher::LoadCameraParameters | ( | const char * | pCameraParameterFileName | ) |
Initializes the internally used camera model, given a file path to a camera parameter file.
The file must contain the parameters for the used stereo camera system. Details on the file format and camera calibration can be found in CStereoCalibration::LoadCameraParameters.
The camera parameters are needed for knowledge of the epipolar geometry.
| [in] | pCameraParameterFileName | The file path to the camera parameter file to be loaded. |
Definition at line 84 of file StereoMatcher.cpp.
| int CStereoMatcher::Match | ( | const CByteImage * | pLeftImage, |
| const CByteImage * | pRightImage, | ||
| int | x, | ||
| int | y, | ||
| int | nWindowSize, | ||
| int | d1, | ||
| int | d2, | ||
| Vec2d & | result, | ||
| Vec3d & | result_3d, | ||
| float | fThreshold, | ||
| bool | bInputImagesAreUndistorted = false |
||
| ) |
Computes a disparity estimated for a given z-distance using the Zero-Mean Normalized Cross Correlation (ZNCC).
The z-distance is defined as the z-coordinate in the camera coordinate system of the left camera. The disparity estimate is computed as the disparity of the point (0, 0, z)^T in the camera coordinate system of the left camera.
The width and height of pInputImage and pOutputImage must match. pInputImage and pOutputImage must be both of type CByteImage::eGrayScale.
Before application of this method, the instance must have been initialized by calling one of the methods LoadCameraParameters(const char*) or InitCameraParameters(CStereoCalibration*, bool).
| [in] | pLeftImage | The left camera image. Must be of type CByteImage::eGrayScale. |
| [in] | pRightImage | The right camera image. Must be of type CByteImage::eGrayScale. |
| [in] | x | The x-coordinate of the point in pLeftImage to search a correspondence for in pRightImage. |
| [in] | y | The y-coordinate of the point in pLeftImage to search a correspondence for in pRightImage. |
| [in] | nWindowSize | Specifies the size of the correlation window, which is nWindowSize x nWindowSize. |
| [in] | d1 | The minimum disparity, defining the starting point of the search. Must be >= 0. |
| [in] | d2 | The maximum disparity, defining the end point of the search. Must be > d1. |
| [out] | result | The computed correspondence in the pRightImage, with subpixel accuracy. |
| [out] | result_3d | The computed 3D point, expressed in the world coordinate system. |
| [in] | fThreshold | The threshold for the Zero Mean-Normalized Cross Correlation (ZNCC). As the ZNCC is a similarity measure (not an error measure) the greater the value the greater is the similarity. The maximum value that can be achieved is 1. fThreshold = 0.0f practically accepts all correspondences, fThreshold = 0.5f can be considered as a relatively non-restrictive threshold, fThrehold = 0.8f can be considered as a relatively restrictive threshold. The choice of this value depends on the quality of the images and the application. |
| [in] | bInputImagesAreUndistorted | If set to false (default value) the input coordinates are undistorted before performing the search. If set to true, it is assumed that the images are already undistorted, thus not undistorting the coordinates. As the epipolar geometry is only valid for the linear mapping, it is strictly recommended to undistort the images, if the lens distortions have an observable effect. |
Definition at line 125 of file StereoMatcher.cpp.
| int CStereoMatcher::MatchZSAD | ( | const CByteImage * | pLeftImage, |
| const CByteImage * | pRightImage, | ||
| int | x, | ||
| int | y, | ||
| int | nWindowSize, | ||
| int | d1, | ||
| int | d2, | ||
| Vec2d & | result, | ||
| Vec3d & | result_3d, | ||
| float | fThreshold, | ||
| bool | bInputImagesAreUndistorted = false |
||
| ) |
Computes a disparity estimated for a given z-distance using the Zero-Mean Sum of Absolute Differences (ZSAD).
The z-distance is defined as the z-coordinate in the camera coordinate system of the left camera. The disparity estimate is computed as the disparity of the point (0, 0, z)^T in the camera coordinate system of the left camera.
The width and height of pInputImage and pOutputImage must match. pInputImage and pOutputImage must be both of type CByteImage::eGrayScale.
Before application of this method, the instance must have been initialized by calling one of the methods LoadCameraParameters(const char*) or InitCameraParameters(CStereoCalibration*, bool).
| [in] | pLeftImage | The left camera image. Must be of type CByteImage::eGrayScale. |
| [in] | pRightImage | The right camera image. Must be of type CByteImage::eGrayScale. |
| [in] | x | The x-coordinate of the point in pLeftImage to search a correspondence for in pRightImage. |
| [in] | y | The y-coordinate of the point in pLeftImage to search a correspondence for in pRightImage. |
| [in] | nWindowSize | Specifies the size of the correlation window, which is nWindowSize x nWindowSize. |
| [in] | d1 | The minimum disparity, defining the starting point of the search. Must be >= 0. |
| [in] | d2 | The maximum disparity, defining the end point of the search. Must be > d1. |
| [out] | result | The computed correspondence in the pRightImage, with subpixel accuracy. |
| [out] | result_3d | The computed 3D point, expressed in the world coordinate system. |
| [in] | fThreshold | The threshold for the Zero-Mean Sum of Absolute Differences (ZSAD). As the ZSAD is an error measure, the smaller the value the greater is the similarity. The minimum value that can be achieved is 0. fThreshold = 255.0f accepts all correspondences. The choice of this value depends on the quality of the images and the application. |
| [in] | bInputImagesAreUndistorted | If set to false (default value) the input coordinates are undistorted before performing the search. If set to true, it is assumed that the images are already undistorted, thus not undistorting the coordinates. As the epipolar geometry is only valid for the linear mapping, it is strictly recommended to undistort the images, if the lens distortions have an observable effect. |
Definition at line 169 of file StereoMatcher.cpp.