Out of the box
Some basic styles in regular CSS, with the numbers' and units' sizes controlled with --countdown-number-font-size
and --countdown-unit-font-size
.
Doors open in
Add your own styles
Same idea, regular CSS controls almost all of the styles.
Doors open in
Countdown using a custom template
As long as the template has a <time>
element in it you're good to go.
Show markup
<template id="marketing">

Leverage agile frameworks to provide a robust synopsis for high level overviews. Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition in:

<time></time>
</template>
Leverage agile frameworks to provide a robust synopsis for high level overviews. Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition in:
Hard businessing starts on 1st Jan 2020 at 8am.
Clock runs down to zeros
This is the default behaviour. I'm going to make an optional property that takes a string for a message to take the place of the zeros.


{% extends 'base/base.html' %} {% block exp_info_block %}
{% endblock %} {% block exp_block %}
Task Description
You are working with a group of scholars who are investigating the differences in how several topics have been described in the news near the end of term for the last three U.S. presidents: Clinton, Bush and Obama.
In preparation for a meeting with this group later today, you need to create a list of news articles relevant to four topics that were published from 1996-2000, the final term of the Clinton Adminstration.
{% autoescape off %} {{taskdescription}} {% endautoescape %}
Pre-Task Questions
Before you search for this task, please answer the following questions.


Next: Inputs with Multiple Faults
Up: PeMM Characterization
Previous: Targeting large logic blocks
Control flow handling for Logic block
The other factor contributes to the inaccuracy of PeMM estimation is the dynamic control flow within logic blocks. The runtime circuits masking capability shows significant difference compared with purely random characterization. This can be seen from the behavioral description of circuits shown in Figure 4, where a 3-to-1 multiplexer is generated during logic synthesis for the if/else statements. During execution, various active path shows different PeMM for the same logic block which leads to exclusive elements in PeMM. Random characterization results in a PeMM of
indicating error probability on each path is statically masked to 33%. To increase accuracy, additional helper_signal is adopted to indicate active path, which dynamically fill the elements in PeMM during execution. Such approach reviews trade-off between accuracy of characterization and modeling efforts.
Figure 4:
Control flow handling for PeMM
|
|
Zheng Wang A Chattopadhyay
2014-07-16


If the automatic redirection is failing, click
here
or try to find corresponding topic described in
CMSIS-DSP resources
.


The tree view module provides a hierarchical list view with multiple modes for selecting items in the list.
Use tree views to represent hierarchical information. You can make tree views read-only or allow users to select list items.
You can use the single-select and multiselect modes to allow users to select list items.
You can use the cascading selection mode to select descendant nodes when users select items. Use this mode when users are likely to select all descendants within nodes.
You can use the leaf-only selection mode to limit user selections to leaf nodes. Use this mode when higher-level nodes are categories that contain leaf nodes for users to select.
When users need to work with the items in hierarchical lists and take actions, you can place tree views within split views. When users select items to work on, tree views highlight those items with the active state.
You can use the read-only mode to allow users to view hierarchical information in cases where items are not selectable and are not used for navigation. You can still include interactive elements such as hyperlinks in the list items.
When users need to perform actions on items in hierarchical lists, you can include context menus to provide access to those actions.
The expand/collapse button expands and collapses the node.
To display context menus with actions for individual items in hierarchical lists, place dropdown components inside the Angular tree node component. The Angular tree node component automatically handles styling and positioning for context menus.


| Package | Description |
|---|---|
| com.drew.metadata |
Provides classes for generic modelling of metadata directories and tags.
|
| com.drew.metadata.adobe | |
| com.drew.metadata.exif |
Contains classes for the extraction and modelling of Exif metadata and camera manufacturer-specific makernotes.
|
| com.drew.metadata.icc | |
| com.drew.metadata.iptc |
Contains classes for the extraction and modelling of IPTC metadata.
|
| com.drew.metadata.jfif |
Contains classes for the extraction and modelling of JFIF metadata.
|
| com.drew.metadata.jpeg |
Contains classes for the extraction and modelling of JPEG file format metadata.
|
| com.drew.metadata.photoshop |
Contains classes for the extraction and modelling of Photoshop metadata.
|
| com.drew.metadata.xmp |
Contains classes for the extraction and modelling of Adobe's XMP metadata.
|
| Modifier and Type | Class and Description |
|---|---|
class |
TagDescriptor<T extends Directory>
Abstract base class for all tag descriptor classes.
|
| Modifier and Type | Field and Description |
|---|---|
protected T |
TagDescriptor._directory |
| Modifier and Type | Method and Description |
|---|---|
<T extends Directory> |
Metadata.getDirectory(java.lang.Class<T> type)
If this
Metadata object contains a Directory of the specified type, it is returned. |
<T extends Directory> |
Metadata.getOrCreateDirectory(java.lang.Class<T> type)
Returns a
Directory of specified type. |
| Modifier and Type | Method and Description |
|---|---|
java.lang.Iterable<Directory> |
Metadata.getDirectories()
Returns an objects for iterating over Directory objects in the order in which they were added.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
Metadata.containsDirectory(java.lang.Class<? extends Directory> type)
Indicates whether a given directory type has been created in this metadata
repository.
|
| Constructor and Description |
|---|
DefaultTagDescriptor(Directory directory) |
Tag(int tagType,
Directory directory) |
| Modifier and Type | Class and Description |
|---|---|
class |
AdobeJpegDirectory
Contains image encoding information for DCT filters, as stored by Adobe.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CanonMakernoteDirectory
Describes tags specific to Canon cameras.
|
class |
CasioType1MakernoteDirectory
Describes tags specific to Casio (type 1) cameras.
|
class |
CasioType2MakernoteDirectory
Describes tags specific to Casio (type 2) cameras.
|
class |
ExifIFD0Directory
Describes Exif tags from the IFD0 directory.
|
class |
ExifInteropDirectory
Describes Exif interoperability tags.
|
class |
ExifSubIFDDirectory
Describes Exif tags from the SubIFD directory.
|
class |
ExifThumbnailDirectory
One of several Exif directories.
|
class |
FujifilmMakernoteDirectory
Describes tags specific to Fujifilm cameras.
|
class |
GpsDirectory
Describes Exif tags that contain Global Positioning System (GPS) data.
|
class |
KodakMakernoteDirectory
Describes tags specific to Kodak cameras.
|
class |
KyoceraMakernoteDirectory
Describes tags specific to Kyocera and Contax cameras.
|
class |
NikonType1MakernoteDirectory
Describes tags specific to Nikon (type 1) cameras.
|
class |
NikonType2MakernoteDirectory
Describes tags specific to Nikon (type 2) cameras.
|
class |
OlympusMakernoteDirectory
The Olympus makernote is used by many manufacturers (Konica, Minolta and Epson...), and as such contains some tags
that appear specific to those manufacturers.
|
class |
PanasonicMakernoteDirectory
Describes tags specific to Panasonic and Leica cameras.
|
class |
PentaxMakernoteDirectory
Describes tags specific to Pentax and Asahi cameras.
|
class |
SigmaMakernoteDirectory
Describes tags specific to Sigma / Foveon cameras.
|
class |
SonyType1MakernoteDirectory
Describes tags specific to Sony cameras that use the Sony Type 1 makernote tags.
|
class |
SonyType6MakernoteDirectory
Describes tags specific to Sony cameras that use the Sony Type 6 makernote tags.
|
| Modifier and Type | Class and Description |
|---|---|
class |
IccDirectory |
| Modifier and Type | Class and Description |
|---|---|
class |
IptcDirectory
Describes tags used by the International Press Telecommunications Council (IPTC) metadata format.
|
| Modifier and Type | Class and Description |
|---|---|
class |
JfifDirectory
Directory of tags and values for the SOF0 Jfif segment.
|
| Modifier and Type | Class and Description |
|---|---|
class |
JpegCommentDirectory
Describes tags used by a JPEG file comment.
|
class |
JpegDirectory
Directory of tags and values for the SOF0 Jpeg segment.
|
| Modifier and Type | Class and Description |
|---|---|
class |
PhotoshopDirectory
Holds the metadata found in the APPD segment of a JPEG file saved by Photoshop.
|
class |
PsdHeaderDirectory
Holds the basic metadata found in the header of a Photoshop PSD file.
|
| Modifier and Type | Class and Description |
|---|---|
class |
XmpDirectory |
Copyright © 2003-2012 Drew Noakes. All Rights Reserved.


[gecode-users] Support for Gecode scheduling constraints in MiniZinc
Guido Tack
tack at gecode.org
Tue Aug 31 11:37:27 CEST 2010
Hi Roberto,
Roberto Castañeda wrote:
> I am working on a MiniZinc model and I would like to access some of the Gecode
> scheduling constraints, such as the cumulative version with optional tasks.
> Currently, I just see a couple of versions of the unary constraint and
> the basic cumulatives are declared.
The cumulatives constraint checks for the special cases that correspond to unary and cumulative, so all constraints with mandatory tasks are actually available through cumulatives. In the future, we will move the handling of the special cases into the Gecode post function for cumulatives.
> As far as I understand, one can add support for those constraints simply by
> declaring them in a .mzn file and adding the corresponding code to
> flatzinc/registry.cpp (I have actually done that to solve my problem). Unless
> there is some reason not to do it, I could add all versions listed in
> http://www.gecode.org/doc-latest/reference/scheduling_8hh.html and submit a
> patch.
That's right, we can easily add support for those constraints. What we should really do is add a definition of cumulatives with optional tasks, and then have one post function in the registry that does the specialization. If you're willing to do that, I'll be happy to include your code.
Cheers,
Guido
--
Guido Tack, http://people.cs.kuleuven.be/~guido.tack/
More information about the users
mailing list


A HitResult object contains information about the results of a hit test. It is returned by item.hitTest(point) and project.hitTest(point).
Describes the type of the hit result. For example, if you hit a segment point, the type would be 'segment'.
If the HitResult has a hitResult.type of 'bounds', this property describes which corner of the bounding rectangle was hit.
The item that was hit.
If the HitResult has a type of 'curve' or 'stroke', this property gives more information about the exact position that was hit on the path.
If the HitResult has a type of 'pixel', this property refers to the color of the pixel on the Raster that was hit.
If the HitResult has a type of 'stroke', 'segment', 'handle-in' or 'handle-out', this property refers to the segment that was hit or that is closest to the hitResult.location on the curve.
Describes the actual coordinates of the segment, handle or bounding box corner that was hit.
Copyright © 2011 Jürg Lehni & Jonathan Puckey. All Rights Reserved.


| CPU Usage |
builtin:host.cpu.usage //CPU usage %, Unit: Percent
builtin:host.cpu.system //CPU system, Unit: Percent
builtin:host.cpu.user //CPU user, Unit: Percent
builtin:host.cpu.idle //CPU idle, Unit: Percent
builtin:host.cpu.iowait //CPU I/O wait, Unit: Percent
builtin:host.cpu.load //System load, Unit: Ratio
builtin:host.cpu.load15m //System load15m, Unit: Ratio
builtin:host.cpu.load5m //System load5m, Unit: Ratio
builtin:host.cpu.other //CPU other, Unit: Percent
builtin:host.cpu.physc //AIX Physical consumed, Unit: Ratio
builtin:host.cpu.steal //CPU steal, Unit: Percent
builtin:host.cpu.msu.avg //MSU average, Unit: Cores
builtin:host.cpu.msu.capacity //MSU capacity, Unit: Cores
builtin:host.cpu.ziip.eligible //zIIP eligible, Unit: Cores
builtin:host.cpu.ziip.usage //zIIP usage, Unit: Cores
builtin:host.cpu.entConfig //AIX Entitlement configured, Unit: Ratio
builtin:host.cpu.entc //AIX Entitlement used, Unit: Percent
|
| Disk Usage |
builtin:host.disk.avail //Disk available, Unit: Byte
builtin:host.disk.free //Disk available %, Unit: Percent
builtin:host.disk.throughput.read //Disk throughput read, Unit: BitPerSecond
builtin:host.disk.throughput.write //Disk throughput write, Unit: BitPerSecond
builtin:host.disk.bytesRead //Disk read bytes per second, Unit: BytePerSecond
builtin:host.disk.bytesWritten //Disk write bytes per second, Unit: BytePerSecond
builtin:host.disk.inodesAvail //Inodes available %, Unit: Percent
builtin:host.disk.inodesTotal //Inodes total, Unit: Count
builtin:host.disk.queueLength //Disk average queue length , Unit: Count
builtin:host.disk.readOps //Disk read operations per second, Unit: PerSecond
builtin:host.disk.readTime //Disk read time , Unit: MilliSecond
builtin:host.disk.used //Disk used, Unit: Byte
builtin:host.disk.usedPct //Disk used %, Unit: Percent
builtin:host.disk.utilTime //Disk utilization time , Unit: Percent
builtin:host.disk.writeOps //Disk write operations per second, Unit: PerSecond
builtin:host.disk.writeTime //Disk write time , Unit: MilliSecond
|
| Memory Usage |
builtin:host.mem.usage //Memory used %, Unit: Percent
builtin:host.mem.used //Memory used, Unit: Byte
builtin:host.mem.avail.bytes //Memory available, Unit: Byte
builtin:host.mem.avail.pct //Memory available %, Unit: Percent
builtin:host.mem.avail.pfps //Page faults per second, Unit: PerSecond
builtin:host.mem.swap.avail //Swap available, Unit: Byte
builtin:host.mem.swap.used //Swap used, Unit: Byte
builtin:host.mem.kernel //Kernel memory, Unit: Byte
builtin:host.mem.recl //Memory reclaimable, Unit: Byte
|
| Network Statistics |
builtin:host.net.nic.packets.droppedRx //Network interface received packets dropped on host, Unit: PerSecond
builtin:host.net.nic.packets.droppedTx //Network interface sent packets dropped on host, Unit: PerSecond
builtin:host.net.nic.packets.errorsRx //Network interface received packet errors on host, Unit: PerSecond
builtin:host.net.nic.packets.errorsTx //Network interface sent packet errors on host, Unit: PerSecond
builtin:host.net.nic.packets.rx //Network interface packets received on host, Unit: PerSecond
builtin:host.net.nic.packets.tx //Network interface packets sent on host, Unit: PerSecond
builtin:host.net.nic.bytesRx //Network interface bytes received on host, Unit: BytePerSecond
builtin:host.net.nic.bytesTx //Network interface bytes sent on host, Unit: BytePerSecond
builtin:host.net.nic.linkUtilRx //Network interface receive link utilization on host, Unit: Percent
builtin:host.net.nic.linkUtilTx //Network interface transmit link utilization on host, Unit: Percent
builtin:host.net.nic.trafficIn //Traffic in, Unit: BitPerSecond
builtin:host.net.nic.trafficOut //Traffic out, Unit: BitPerSecond
builtin:host.net.packets.rxBaseReceived //Host aggregated process retransmission base received per second, Unit: PerSecond
builtin:host.net.packets.rxBaseSent //Host aggregated process retransmission base sent per second, Unit: PerSecond
builtin:host.net.packets.rxReceived //Host aggregated process retransmitted packets received per second, Unit: PerSecond
builtin:host.net.packets.rxSent //Host aggregated process retransmitted packets sent per second, Unit: PerSecond
builtin:host.net.sessions.local.errRst //Host aggregated session reset received per second on localhost, Unit: PerSecond
builtin:host.net.sessions.local.errTmout //Host aggregated session timeout received per second on localhost, Unit: PerSecond
builtin:host.net.sessions.local.new //Host aggregated new session received per second on localhost, Unit: PerSecond
builtin:host.net.sessions.errRst //Host aggregated process session reset received per second, Unit: PerSecond
builtin:host.net.sessions.errTmout //Host aggregated process session timeout received per second, Unit: PerSecond
builtin:host.net.sessions.new //Host aggregated process new session received per second, Unit: PerSecond
builtin:host.net.bytesRx //Host aggregated process bytes received per second, Unit: BytePerSecond
builtin:host.net.bytesTx //Host aggregated process bytes sent per second, Unit: BytePerSecond
|
| DNS Statistics |
builtin:host.dns.errorCount //Number of DNS errors by type, Unit: Count
builtin:host.dns.orphanCount //Number of orphaned DNS responses, Unit: Count
builtin:host.dns.queryCount //Number of DNS queries, Unit: Count
builtin:host.dns.queryTime //DNS query time, Unit: MilliSecond
|


A transition is an animation usually used to move content in or out of view
The transition component requires a few things to get it running. Firstly, in your component, create a transition controller:
Next you add the markup for the element you would like to animate, linking the [suiTransition]
with the previously defined transition controller, like so:
Finally, you can use the transition controller to animate the element:
Here is the above code in action:
The full controller interface is explained below, with examples:
A situation may arise in which you are creating a component that requires transitions, but the host element is what needs to be controlled. In this case, you must inherit the SuiTransition
class, in the following way:


Thank you everyone for coming. We had an amazing event and are proud of what everyone created. In the coming weeks, expect to find pictures, news, and more information about our next event.
Find photos of the event on our Facebook page.
Calling all programmers, designers, makers and leaders! TeenHacks LI is Long Island’s premier 24-hour high school hackathon, by students, for students. Take part in group collaboration, interesting workshops, sweet prizes, and more. Get ready to meet new people and have an amazing time. Join us as we build the future!
Founded by Jeffrey Yu and Wesley Pergament, we are all about bringing together the brightest students across the tri-state area to engage in “collaborative coding.” We hope to build a hacker community here on Long Island, with an emphasis placed on innovation and entrepreneurship.
It's a place where programmers, engineers, designers, and entrepreneurs come together to build an awesome project in 24-hours. We provide the venue and food, you bring the creativity. Get ready to learn, build something cool, and meet new people. Check out this article by Dave Fontenot to learn more! What is a Hackathon?
Do not worry. TeenHacks LI encourages students of all levels to come! In addition, we will have workshops throughout the hackathon as well as mentors available to answer any of your questions.
All high school students are welcome to attend. If you are older or younger and still want to participate as a hacker, shoot us an email. If you're older, we welcome you to sign-up as a mentor!
TeenHacks LI is completely free, thanks to our generous sponsors! This will include food, swag, and awesome prizes.
In the beginning, we’ll have a team formation session to make sure you’re not alone. You can have teams as large or small as you want, but only teams of 2-4 will be eligible for prizes.
You should bring your student ID, laptop, phone, chargers, sleeping bag, deoderant, toothbrush, as well as any hardware or materials you may need for your project. Nothing hazardous or illegal.
We encourage everyone to sleep for at least a portion of the night. You can bring a sleeping bag and pillow.
Send us an email at<EMAIL_ADDRESS>Applications are now closed as of September 21, 2018. If you would still like to apply or have a question regarding your application, please email<EMAIL_ADDRESS>We will not be accepting on-site registration!
*You will be turned away if you have not RSVP'd
45 Ira Road
Syosset, NY 11791
Conveniently located right next to the Syosset station of the Port Jefferson line of the LIRR! Also near Routes 25 and 25A.
*subject to change
Owner/GM, theCoderSchool Syosset
Senior Advisor, theCoderSchool Syosset
CEO, LI Tech Advisors
President, United Network Associates
Legislator, 18th District, Nassau County Legislature
Director, Digital Strategy, TIBCO
Manager, Global Pre-Sales Enablement & Digital Content, TIBCO
Developer Evangelist, TIBCO
Sales Enablement Specialist, Analytics, TIBCO
Interim Dean, School of Interdisciplinary Studies and Education, NYIT
Vice President, Strategic Communications and External Affairs, NYIT
Thanks to some of our sponsors, there will be featured hardware and software you can hack with. See some of them below.
TIBCO will be sending representatives to help students learn how to use Flogo. Project Flogo® enables developers to build microservices or functions with a browser based flow designer. Make sure to take a look at this PDF to download all the correct things in preparation for this workshop here.
Leap Motion has provided us with 10 Leap Motion Controllers along with 10 Unisversal VR Dev Mounts. Create a project where your hands are the controller. Download the latest SDK in preparation.
Adeept STEAM Education Products Service Provider and Manufacturer, is providing 5 Ultimate Starter Kit for Arduino UNO. Build the hardware project of your dreams with this massive kit. Donwload the Arudino IDE in preparation.
Bare Conductive is providing 2 of their Touch Board Pro Kits. Make interactive hardware projects with their Electric Paint and Touch Board. If you need some ideas, check out their site here!
Want to add some machine learning to your project? Sign up here to use any or all of indico's Machine Learning APIs. indico offers text and image analysis along with tools to train your own models. Need more than the free 10k credit? Email<EMAIL_ADDRESS>and the team will add any additional credit -- you may need just make sure you mention that you're at TeenHacks LI. Take a peek at the docs to get started. Happy hacking!
Estimote is providing 2 of their Proximity Beacon Developer Kits. (That's 8 low energy beacons in total!) These beacons allow you to authenticate presence, send contextual notifications, display proximity-based content, or create software automations. To learn how to use this wonderful device, check out the developer docs.
Meet the amazing team that makes TeenHacks LI possible!
Content Creator/Webmaster
Content Creator/NYC Ambassador
Content Creator/Social Media Manager
Workshop Coordinator
Sponsorship Outreach
Ambassador Program Lead/Media Coorespondent
Sponsorship Outreach/Food Logistics Manager
If you're interested in partnering with us, send our sponsorship team an email at<EMAIL_ADDRESS>Download Sponsorship Prospects


This tool detects the main/point-of-view character for each chapter of a book, and allows you create a copy of the ebook with just the chapters about the characters you are interested in. This is not how the author intended it to be read, but you are a free to consume their works how you want, particularly on a second read through.
Please upload the novel to analyse, and restructure.
ePub format is preferred.
Calibre is used to convert other formats,
and is also used to preform any of the additional preprocessing options on the right.
For full control you can run all these functions locally then just upload an ePub.
Unusual formatting/production of some ebooks may cause issues.
There should be few problems with modern retail epubs, but may cause issues e.g. for files converted from PDF.
If you have significant issues, you may need to reprocess your epubs locally so that each section you wish to split is a different "chapter" (i.e. a different file inside the epub container).
In some jurisdictions you are allowed to modify media you own, so long as you do not distribute the modified form. It is also allowed under the Creative Commons No Derivatives licenses. (the above is merely an expression of my understanding, it does not constitute legal advise.).
This application does not store your uploaded books, and will only ever display the download link to you. Download links will expire after a short period of time.
Good cases (limited 3rd person POV):
Poor cases (omniscient 3rd person POV):


Details
| Name | |
|---|---|
| UID | |
| Namespaces | |
| Labels | |
| Annotations | |
| Created time |
Resource Info
| Strategy | |
|---|---|
| Min ready seconds | |
| Revision history limit | |
| Selector |
Rolling update strategy
| Max surge | |
|---|---|
| Max unavailable |
Pods status
| Updated | |
|---|---|
| Total | |
| Available |
Event
| Message | Source | Sub-object | Count | First seen | Last seen |
|---|


Elder Cronos:
We've had this conversation before, haven't we? As I said, raising a hatchling requires resolve, which you haven't yet proven. Have you learned your lesson yet? Are you ready to have your hatchling transformed into a strider?
"Do you know how to do this?"


Whenever an object or process needs to be notified of some system change, it must call the routine
GCNListAdd()
to add itself to the list for that particular change.
GCNListAdd
() finds the appropriate general change notification list--creating a new one if none currently exists--and adds the optr of the new object to the end of that list. You may add the optr to the GCN list at any time during the process' or object's life, but it is usually convenient for a process to be added in its
MSG_GEN_PROCESS_OPEN_APPLICATION
or for an object that is on the active list to be added in its
MSG_META_ATTACH
handler.
Each optr in a GCN list should have a notification ID attached to it. (The combination of a manufacturer ID and a notification type comprises an element's specific notification ID.)
GCNListAdd()
must be passed the optr of the object to add, along with a notification ID. For each separate notification ID, a separate GCN list is needed and will be created automatically.
The GCN routines use a word of data,
GCNStandardListType
, to represent the notification type. The currently recognized
GCNStandardListType
types for MANUFACTURER_ID_GEOWORKS are
GCNStandardListType
is used for notification of a file system change. Parties on this list will receive the system messages
MSG_NOTIFY_FILE_CHANGE
and
MSG_NOTIFY_DRIVE_CHANGE
.
GCNStandardListType
is used for notification of a starting or exiting application. Parties on this list will receive the system messages MSG_NOTIFY_APP_STARTED and
MSG_NOTIFY_APP_EXITED
.
GCNStandardListType
is used for notification of a date/time change in the system's internal clock.
Note that this will not tell you about timer ticks--the only time changes that will come up are those resulting from system restarts and time changes by the user. Parties on this list will receive the system message
MSG_NOTIFY_DATE_TIME_CHANGE.
This message does not pass any further information, so your message handler should be able to take care of any changes by itself (such as calling the internal clock for an updated value).
GCNStandardListType
is used for notification of a user dictionary change. Parties on this list will receive the system message
MSG_NOTIFY_USER_DICT_CHANGE.
GCNStandardListType
notifies various system utilities that an express menu has been created or destroyed. The recipient receives the optr of the Express Menu Control. This list should be used in conjunction with the GCNSLT_EXPRESS_MENU_OBJECTS list. Objects on this list receive MSG_NOTIFY_EXPRESS_MENU_CHANGE, which itself passes a
GCNExpressMenuNotificationType
(either GCNEMNT_CREATED or GCNEMNT_DESTROYED) and the optr of the Express Menu Control affected.
SpoolGetNumPrinters()
to learn if any printer or fax drivers are currently installed.
GCNStandardListType
is used for system shutdown control.
Parties on a list of this type will receive the system message MSG_META_CONFIRM_SHUTDOWN which itself passes a
GCNShutdownControlType
(either GCNSCT_SUSPEND, GCNSCT_SHUTDOWN, or GCNSCT_UNSUSPEND). Shutdown Control is documented in the Applications and Geodes chapter.
GCNListSend()
.These pre-defined notification types are intended only for use with MANUFACTURER_ID_GEOWORKS. Other manufacturers wishing to intercept their own system changes must define their own change types under their respective manufacturer IDs if they are unable to use MANUFACTURER_ID_GEOWORKS.
Code Display 9-1 Adding a Process Object to a GCN List
@method MyProcessClass, MSG_GEN_PROCESS_OPEN_APPLICATION { optr myThread;
@callsuper; /* Do default MSG_GEN_PROCESS_OPEN_APPLICATION */
/* Casts the return value for the process handle into an optr */
myThread = ConstructOptr(GeodeGetProcessHandle(), NullChunk);
/* myThread (the process) is added to notification of file changes */ GCNListAdd(myThread, MANUFACTURER_ID_GEOWORKS, GCNSLT_FILE_SYSTEM); }


MBTI-test
1.0.0-alpha
Classes
Preferences
Preference
Public Member Functions
|
Data Fields
Preference Class Reference
Inheritance diagram for Preference:
Public Member Functions
getDescription
()
getType
()
Data Fields
$symbol
$name
$description
Member Function Documentation
◆
getDescription()
getDescription
(
)
◆
getType()
getType
(
)
Field Documentation
◆
$description
$description
◆
$name
$name
◆
$symbol
$symbol
The documentation for this class was generated from the following file:
E:/Server/OpenServer/domains/localhost/MBTI-test/Classes/Preferences/
Preference.php
Generated by
1.8.13


[css-bundle]
Sign in to {clientName}
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Error:
{{model.errorMessage}}
Username or email address
Password
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Sign in using organizational account:
{{provider.text}}
[js-bundle]


2. Installation¶
All SimCenter applications are available at the SimCenter website under Research Tools. The following sections outline the steps necessary to download and install the s3hark application. (Some of the SimCenter applications do require that you install a number of other applications that are needed to run the workflows on your local machine as well as at DesignSafe.)
2.1. Download¶
To download the application navigate to the s3hark page on SimCenter website and click on the Download App & User Manual link on the right side of the page. This will bring you to another page which contains a list of downloadable files and directories. There are four files available for download from this page:
- The PDF file is the User Manual that you are reading now.
- The MOV file is an video that provides an introduction to the usage of the application.
- The ZIP file is an archive that contains the application files for a Windows operating system.
- The DMG file is an archive that contains the application files for a Mac OS X operating system.
To download the s3hark application, click on the link for the appropriate file for your operating system and then click on the Download button at bottom right corner of the ensuing pop-up window to download it.
2.2. Install¶
You need to unpackage the application from the downloaded file and place it in a location on your filesystem. On Windows, we recommend that you create a C:/SimCenter/s3hark directory and extract the contents of the ZIP archive there. It is also recommended to run the included installer for Visual C/C++ runtime library(vc redist.x64.exe). On Mac, we recommend you copy the application to either your Documents folder or your Desktop folder. You are free to place the applications anywhere you wish, you will just need to make the appropriate adjustments with the following instructions if you do so.
2.3. Test¶
Click on the configure tab to show configurations options.
Under the ”OpenSees” label, type the path of OpenSees executable. You can also select the executable from your local computer by clicking on the ”+” button on the right of the input area (Fig. 2.3.1).
Under the ”Rock motion” label, type the path of a ground motion file. You can also select the file from your local computer by clicking on the ”+” button on the right of the input area (Fig. 2.3.2).
Click on the ”Analyze” button to run the finite element analysis.
If the soil layers are added successfully, OpenSees path is correct and the rock motion file is correct, you will see a progress bar (Fig. 2.3.3) displayed at the bottom of the right hand side of the app, which shows the percentage of steps performed.
Once the simulation is done, the ”Response” tab and the ”PGA(g)” profile plot will be displayed. At the same time, a pop up window showing ”The analysis is done.” will show up (Fig. 2.3.4). And when you click ”I know.”, the progress bar will disappear.


About j.ivar
Backdrop
Admittedly, “j.ivar” is a terse and grammatically incorrect eponym for the artist’s given name – Jason Ivar Aizkalns. The latent mountain imagery and branding is a nod to his Latvian heritage. Aizkalns loosely translates to "beyond the hill" or, using of some creative liberties, “beyond the mountain”. While semantically and visually these ideas are paternal, we recognize that any man is equal parts mother and father. Arguably, j.ivar’s musical drive is more maternal in nature and draws upon a rich family history in this fantastic art.
After all, it was j.ivar’s maternal grandfather, Vincent Costello, who created the family business test in 1930 in Cleveland, Ohio. Vince opened a musical instrument repair shop and established Costello’s Music. Repairing instruments for the big bands that would travel through the city, Costello’s Music serviced the likes of Sammy Kaye, Count Basie, Stan Kenton, and the “King of Swing” Benny Goodman, to name a few. Vince was also a drummer and had his own swing band.
Eventually, Vince returned to his homestead in upstate New York where he opened a full line music store. The expanded product portfolio included not only musical instruments, but microphones, PA equipment, stage lighting, home organs, and even televisions! Getting his son Jim involved in the family business, Costello’s Music would grow to include installations of audio, video, and lighting equipment. In 2005, Jim relocated the business to Florida where Trinity Audio, Video, & Lighting was born. Trinity-AVL continues to service the state and surrounding areas.
Early Life
Born in the 80’s, j.ivar was raised by his mother, Mary Jane, and his late father, Ivar. Along with his older sister, Laura, the family would make a series of small moves along the I-270 corridor in Montgomery County, Maryland. The constant, however, was always music.
Given his family’s compelling lineage, it is perhaps unsurprising that j.ivar took to music at an early age. By age three (3), he was playing keyboard utilizing the Suzuki Method. Throughout his childhood, he would primarily study piano and music under the instruction of Katherine Williams. Circa 1996, his fondness of digital synthesis would come by way of a Roland XP-10 workstation synthesizer. This synth would also give j.ivar his first taste of the stage life via a Kingsview Middle School talent show (sunglasses included). Around this same time, he started to play trumpet in the orchestra which he would carry throughout high school. He would eventually join the high school choir and formally study music theory, both under the direction of Jolene Brubaker Baxter. Simultaneously, he began exploring recording, mixing, production, and songwriting. Most notably, he composed the commencement song, "Standing By You", which he performed live alongside the Quince Orchard High School choir and fellow musicians on June 9, 2004.
Later Life
Late senior year of high school, passport in hand, j.ivar was on the brink of pursuing a technical degree from the SAE Institute Australia. Ultimately persuaded by family and friends that a stateside Bachelor’s degree would be of less risk and greater utility, he attended the State University of New York (SUNY) Fredonia beginning in 2005 pursuit of a degree in Sound Recording Technology. There he was privileged to receive additional piano instruction from the acclaimed Father Sean Duggan. He would also befriend David Schoenwetter and Adam Korbesmeyer. Nonetheless, j.ivar would leave SUNY Fredonia after only a year. Motivated in part by the allure and closer proximity to a lovely young lady (who would eventually become his wife), j.ivar found himself completing his undergraduate studies at Shippensburg University and graduated with degrees in computer science, mathematics, and music. Between summer jobs, he recorded and mixed amateur bands and musicians out of his father’s garage in Germantown, Maryland
Like his grandfather, j.ivar would find his way to Cleveland, albeit to begin professional life as an actuary for Progressive. Life carried on and j.ivar relocated to Berks County, Pennsylvania where he would marry that lovely young lady. There he would go on to earn his MBA from Alvernia University and, through a series of career opportunities, he developed a second passion for analytics and data science.
Today, j.ivar resides in Sinking Spring, PA with his wife (Leslie), daughter (Hadley), son (Foster), and a border-collie-poodle mix named Gibson.


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2010 has seen Apple’s dominance in the high-tech industry reinforced. The company is the market leader or a dominant player in four huge and growing markets: digital music players (with iPod), digital music distribution (with iTunes), smartphones and mobile apps (with iPhone, iPod touch and the App Store), and tablet PCs (with iPad).
This unique position at the crossroads of the digital revolution, makes the fruit company the subject of many a fantasy. Two trends have constantly re- emerged when speculating on Apple’s future.
The first is its take on the television market. Steve Jobs himself has commented at length on it at D8 (again), saying it was impossible for Apple to enter this market because of its structure. He talked about an insoluble go-to-market impossibility.


This is a puzzle about repeatedly indexing using the same numbers as indices into a variety of material.
The first thing we must do is solve the clues given in the puzzle:
| Clue | Answer (despaced) | Index |
|---|---|---|
| Quote by Mark Twain about something anticipated transpiring in an unforeseen way. | A THING LONG EXPECTED TAKES THE FORM OF THE UNEXPECTED WHEN AT LAST IT COMES. | 42 |
| Generally, the x-axis in a scientific chart shows one of these (such as time) | INDEPENDENT VARIABLE | 18 |
| With “PART I NON-CONTRADICTION CHAPTER I THE THEME”, complete name of the team that won the 2013 MIT Mystery Hunt | “WHO IS JOHN GALT?” THE LIGHT WAS EBBING, AND EDDIE WILLERS COULD NOT DISTINGUISH THE BUM'S FACE. THE BUM HAD SAID IT SIMPLY, WITHOUT EXPRESSION. BUT FROM THE SUNSET FAR AT THE END OF THE STREET, YELLOW GLINTS CAUGHT... | 48 |
| With “the”, 1776 document detailing many grievances with Britain | DECLARATION OF INDEPENDENCE | 25 |
| Title of a variety cryptic from the 2019 MIT Mystery Hunt | TALES FROM THE CRYPT | 5 |
Indexing into the answers, we get CLUES. As the title suggests, we repeat. Indexing the numbers into their corresponding clues (including digits) gives TITLE. Indexing these same numbers into the title of the puzzle, we get FAQA9 (we might try to ignore numbers, but that yields the nonsense string TYLOA). The ninth entry in the hunt FAQ is:
Q: Is this FAQ a puzzle?
A: It's not an Icelandic crossword about Bjork. It's not a teacup pomeranian owned by the Duchess of York. You could consecrate it on a Friday as a ritual offering to the stork. Quantum physicists have postulated that it can manifest a new flavor of quark. As many times as you try to solve it, you'll probably still look like a dork. But don't come chasing us with a pitchfork. We promise you don't need code of Morse or pens of pork. The Swedish Chef sends Scandinavian salutations... bork bork bork!
We try indexing into this FAQ question, which is worded in a very contrived way, and we get TCURO. However, we note that this FAQ entry is very long, so instead of indexing by letter we index by word. This yields NEW YORK TIMES FRIDAY CROSSWORD. Indexing into the Friday crossword (by taking the letters in the cells marked with those numbers), we get the answer, FUEGO:
| Clue | Answer (despaced) | Index | Into answers | Into clues | Into title | Into FAQ A9 | Into NYT Friday Crossword |
|---|---|---|---|---|---|---|---|
| Quote by Mark Twain about something anticipated transpiring in an unforeseen way. | A THING LONG EXPECTED TAKES THE FORM OF THE UNEXPECTED WHEN AT LAST IT COMES. | 42 | C | T | F | NEW | F |
| Generally, the x-axis in a scientific chart (such as time) | INDEPENDENT VARIABLE | 18 | L | I | A | YORK | U |
| With “PART I NON-CONTRADICTION CHAPTER I THE THEME”, complete name of the team that won the 2013 MIT Mystery Hunt | “WHO IS JOHN GALT?” THE LIGHT WAS EBBING, AND EDDIE WILLERS COULD NOT DISTINGUISH THE BUM'S FACE. THE BUM HAD SAID IT SIMPLY, WITHOUT EXPRESSION. BUT FROM THE SUNSET FAR AT THE END OF THE STREET, YELLOW GLINTS CAUGHT... | 48 | U | T | Q | TIMES | E |
| With “the”, 1776 document detailing many grievances with Britain | DECLARATION OF INDEPENDENCE | 25 | E | L | A | FRIDAY | G |
| Title of a variety cryptic from the 2019 MIT Mystery Hunt | TALES FROM THE CRYPT | 5 | S | E | 9 | CROSSWORD | O |


{% include 'ralphuser/partials/accept_assets.html' with title="Assets to accept" action="accept" transition_id=acceptance_transition_id transition_exists=acceptance_transition_exists assets=assets_to_accept %}
{% include 'ralphuser/partials/accept_assets.html' with title="Assets to loan" action="loan" transition_id=loan_transition_id transition_exists=loan_transition_exists assets=assets_to_loan %}
{% trans 'Assigned assets' %}:
{% table asset_list.get_table_content %}
{% trans 'Assigned SIM cards' %}:
{% table simcard_list.get_table_content %}
{% trans 'Assigned licences' %}:
{% table licence_list.get_table_content %}
{% for link in my_equipment_links %}
{{ link.name }}
{% endfor %}


This project houses files to configure the presentation of indeces of directory content by the `mod_autoindex` module of Apache HTTP Server. For a usage example, see:
Copyright © 2017-2022 Michael Allan. The files for this project are released under an MIT licence.


| Class | Description |
|---|---|
| ST25DVDynRegisterEh |
ST25DVDynRegisterEh represents a class that aims to manage the Energy Harvesting Dynamic Register
|
| ST25DVDynRegisterGpo |
GPO Dyn register
Fields managed
"GPO_VAL bit0",
"GPO_IT bit7",
|
| ST25DVDynRegisterMb |
ST25DVDynRegisterEh represents a class that aims to manage the Energy Harvesting Dynamic Register
|
| ST25DVRegisterEh |
EH static register
Fields managed
"EH_MODE bit0",
"RFU bit7:1",
|
| ST25DVRegisterEndAi |
ST25DVRegisterEndAi represents a class that aims to manage the EndAi of DV registers
Default setting: End 1 = FFh; End2 = FFh; End3 = FFh
End 1 = Max Endi = FFh, only one area available
Area 1: 0000 h to [( End1+1)*32 -1] in byte (0 to 8191) bytes
|
| ST25DVRegisterGpo |
GPO register
Fields managed
"RF_USER_EN"
"RF_BUSY_EN",
"RF_INTERUPT_EN",
"FIELD_CHANGE_EN",
"RF_PUTMSG_EN",
"RF_GETMSG_EN",
"RF_WRITE_EN",
"GPO_EN",
|
| ST25DVRegisterITTime |
ITime register
|
| ST25DVRegisterLockCfg |
LOCK_CFG static register
Fields managed
"LCK_CFG bit0",
"RFU bit7:1",
|
| ST25DVRegisterMbMode |
MB_Mode static register
Fields managed
"RF_DISABLE bit0",
"RF_SLEEP bit1",
"RFU bit7:2",
|
| ST25DVRegisterMbWdg |
MB_WD static register
Fields managed
"MB_WDG bit0:2",
"RFU bit7:3",
|
| ST25DVRegisterRfAiSS |
ST25DVRegisterRfAiSS represents a class that aims to manage the Password and protection of DV Areai
|
| ST25DVRegisterRfMgt |
RF_MNGT static register
Fields managed
"RF_DISABLE bit0",
"RF_SLEEP bit1",
"RFU bit7:2",
|
| Enum | Description |
|---|---|
| ST25DVDynRegisterEh.ST25DVEHControl | |
| ST25DVDynRegisterGpo.ST25DVGPODynControl |
Fields of the GPO register
|
| ST25DVDynRegisterMb.ST25DVMBControl | |
| ST25DVRegisterEh.ST25DVRegisterEhControl |
Fields of the EH register
|
| ST25DVRegisterGpo.ST25DVGPOControl |
Fields of the GPO register
|
| ST25DVRegisterITTime.ST25DVITTimeControl |
Field of the ITime register
|
| ST25DVRegisterLockCfg.ST25DVRegisterLockCfgCtrl |
Fields of the register
|
| ST25DVRegisterMbMode.ST25DVRegisterMBControl |
Fields of the register
|
| ST25DVRegisterMbWdg.ST25DVRegisterMbWdgControl |
Fields of the register
|
| ST25DVRegisterRfAiSS.ST25DVSecurityStatusPWDControl | |
| ST25DVRegisterRfMgt.ST25DVRegisterRFMngtControl |
Fields of the RF_MNGT register
|
COPYRIGHT 2017 STMicroelectronics. All rights reserved.


Your browser will ask you if you want to download multiple files, click
Allow!
After the download is done, grab the archive.json and the
{{parseFilename()}}.json and drop them
in the assets/posts folder of your Dumblog install.
Then you can commit those files to your .github.io repo and Dumblog will reflect then as soon as
Github rebuilds the repo!
Based on the title, it seems you created (or edited) a post with the same name of one that already
exists!
So no archive.json was generated...
After the {{parseFilename()}}.json is downloaded, and drop the file
in the assets/posts folder of your Dumblog install.
Then you can commit the file to your .github.io repo and Dumblog will reflect it as soon as Github
rebuilds the repo!
The file {{parseFilename()}}.json was generated as a draft.
This means it has no timestamp (date and time) and will show as a draft if you try to access it
manually by visiting ?post={{parseFilename()}}.json
(after moving it to your assets/posts folder and commiting it to your repo), as if
it was a normal post.
You can still load the file for editing and then save it normally later on for publishing.


Change Log
Lates features
See Release Notes
New Features in Version 2.1
- New Config API (the original one is still supported)
- New convenience methods in OAuthService to streamline default tasks:
setupAutomaticSilentRefresh()
loadDiscoveryDocumentAndTryLogin()
- Single Sign out through Session Status Change Notification according to the OpenID Connect Session Management specs. This means, you can be notified when the user logs out using at the login provider.
- Possibility to define the ValidationHandler, the Config as well as the OAuthStorage via DI
- Better structured documentation
New Features in Version 2
- Token Refresh for Implicit Flow by implementing "silent refresh"
- Validating the signature of the received id_token
- Providing Events via the observable
events
.
- The event
token_expires
can be used together with a silent refresh to automatically refresh a token when/ before it expires (see also property timeoutFactor
).
Breaking Changes in Version 2
- The property
oidc
defaults to true
.
- If you are just using oauth2, you have to set
oidc
to false
. Otherwise, the validation of the user profile will fail!
- By default,
sessionStorage
is used. To use localStorage
call method setStorage
- Demands using https as OIDC and OAuth2 relay on it. This rule can be relaxed using the property
requireHttps
, e. g. for local testing.
- Demands that every url provided by the discovery document starts with the issuer's url. This can be relaxed by using the property
strictDiscoveryDocumentValidation
.


About This Site
Welcome to the official data engineering wiki! This page contains a quick index to help you find the things you may be interested in. You can also contribute to the site on GitHub.
Data Engineering
Frequently Asked Questions
- [[What is Data Engineering|What is data engineering?]]
- [[What is the difference between a Data Engineer and X|What's the difference between a data engineer and X?]]
- [[What skills do I need to become a Data Engineer|What skills do I need to become a Data Engineer?]]
- [[What are the best resources for learning about Data Engineering|What are the best resources for learning about Data Engineering?]]
Getting Started
- Learn [[SQL]], the most widely used language for interacting with data.
- Learn a scripting language like [[Python]], [[Java]], or [[Scala]] which are currently the most popular languages for DE.
- Learn how to use a set of cloud tools like [[Amazon Web Services]], [[Microsoft Azure]], or [[Google Cloud Platform]].
Core Concepts
- How to build a [[Data Pipeline|data pipeline]].
- [[Data Modeling]].
- [[Batch Data Processing|Batch]] vs [[Stream Data Processing|Stream processing]].
- [[Indexing]].
- [[Relational Database|Relational]] vs [[Non-relational Database|Non-relational]] data.
- [[Online Transaction Processing|OLTP]] vs [[Online Analytical Processing|OLAP]].
Advanced Topics
- [[Data Unit Test|Data Quality]].
- [[Data Governance]].


{* used for signing up via Sign Up module with TK enabled *}
[t]If you have a CV, you can provide it now. We will attempt to parse your CV automatically and prefill all forms for you in order to make the registration process faster. We accept .DOC, .DOCX, .PDF, .ODT and .RTF files. Please also type the text code you see in the image into the field below the image. You don't need to type the code if you decide not to provide your CV at the moment.[/t]


RadioData QML Type
Access RDS data from a QML application. More...
| Import Statement: | import QtMultimedia 5.8 |
| Inherits: |
Properties
- alternativeFrequenciesEnabled : bool
- availability : enumeration
- programType : enumeration
- programTypeName : string
- radioText : string
- stationId : string
- stationName : string
Detailed Description
RadioData
is your gateway to all the data available through RDS. RDS is the Radio Data System which allows radio stations to broadcast information like the stationId, programType, programTypeName, stationName, and radioText. This information can be read from the RadioData
. It also allows you to set whether the radio should tune to alternative frequencies if the current signal strength falls too much.
Rectangle { width: 480 height: 320 Radio { id: radio band: Radio.FM } Column { Text { text: radio.radioData.stationName } Text { text: radio.radioData.programTypeName } Text { text: radio.radioData.radioText } } }
You use RadioData
together with a Radio, either by accessing the radioData
property of the Radio, or creating a separate RadioData. The properties of the RadioData type will reflect the information broadcast by the radio station the Radio is currently tuned to.
See also Radio Overview.
Property Documentation
This property allows you to specify whether the radio should try and tune to alternative frequencies if the signal strength of the current station becomes too weak. The alternative frequencies are emitted over RDS by the radio station, and the tuning happens automatically.
Returns the availability state of the radio data interface.
This is one of:
| Value | Description |
|---|---|
| Available | The radio data interface is available to use |
| Busy | The radio data interface is usually available to use, but is currently busy. |
| Unavailable | The radio data interface is not available to use (there may be no radio hardware) |
| ResourceMissing | There is one or more resources missing, so the radio cannot be used. It may be possible to try again at a later time. |
This property holds the type of the currently playing program as transmitted by the radio station. The value can be any one of the values defined in the table below.
| Value |
|---|
| Undefined |
| News |
| CurrentAffairs |
| Information |
| Sport |
| Education |
| Drama |
| Culture |
| Science |
| Varied |
| PopMusic |
| RockMusic |
| EasyListening |
| LightClassical |
| SeriousClassical |
| OtherMusic |
| Weather |
| Finance |
| ChildrensProgrammes |
| SocialAffairs |
| Religion |
| PhoneIn |
| Travel |
| Leisure |
| JazzMusic |
| CountryMusic |
| NationalMusic |
| OldiesMusic |
| FolkMusic |
| Documentary |
| AlarmTest |
| Alarm |
| Talk |
| ClassicRock |
| AdultHits |
| SoftRock |
| Top40 |
| Soft |
| Nostalgia |
| Classical |
| RhythmAndBlues |
| SoftRhythmAndBlues |
| Language |
| ReligiousMusic |
| ReligiousTalk |
| Personality |
| Public |
| College |
This property holds a string representation of the programType.
This property holds free-text transmitted by the radio station. This is typically used to show supporting information for the currently playing content, for instance song title or artist name.
This property allows you to read the station Id of the currently tuned radio station.


Job search could be challenging and very time consuming. There are many variables to consider; What companies, what roles, Do I ready for the position? Etc. We create this website to help people on their job search. We do that with Artificial Intelligence.


Click on the left arrow ('<-') to return to main page.
Got it!
The main task has been updated. Check your display!


3 February 2004
The Ministry of Health in Viet Nam has today officially confirmed three additional cases, including one fatality, of avian influenza H5N1 infection in humans.
Two of the newly reported cases, a 19-year-old man and a 20-year-old woman, have been under treatment at a hospital in Hanoi. The 19-year-old man has recovered and the 20-year-old woman remains hospitalized.
The third case, which was fatal, was in an 18-year-old man who died on 2 February at a hospital in Ho Chi Minh City. He is the country’s first confirmed case from the Central Highlands area.
These newly reported cases bring the number of laboratory confirmed H5N1 cases in Viet Nam to 13. Of these, nine have died, two remain hospitalized, and two have recovered.
Authorities in Viet Nam have reported that 52 of the country’s 64 provinces have now detected outbreaks of highly pathogenic H5N1 avian influenza in poultry.


Normally, Lift will look for a "view" that satifying an HTTP request. A view is an XHTML page or segment of a page with special <lift:xxx> processing instructions in it (e.g., an instruction to embed a controller, an instruction to surround the XHTML with another template, etc.) However, in certain cases, for example, when you want to satisfy a Web Services (REST) request, you can use Scala's pattern matching to intercept a request and service it.
It's easy to "serve" incoming HTTP requests. Using Lift's RestHelper class. For example, you can serve "/webservices/all_users" as a JSON request as:
serve { case "webservices" :: "all_users" :: _ JsonGet _ => AllUsers(User.findAll()).toJson }
And we can serve the same request if it's an XML request:
serve { case "webservices" :: "all_users" :: _ XmlGet _ => AllUsers(User.findAll()).toXml }
If you have a request (in the case of this example, servicing both a POST and a GET for /webservices/add_user), then service the request and include a function to convert the response into either JSON or XML:
serveJx { case Req("webservices" :: "add_user" :: _, _, rt) if rt.post_? || rt.get_? => addUser() } { // How do we convert a UserInfo to either XML or JSON? case (JsonSelect, u, _) => u.toJson case (XmlSelect, u, _) => u.toXml }
And the addUser() method looks like:
def addUser(): Box[UserInfo] = for { firstname <- S.param("firstname") ?~ "firstname parameter missing" ~> 400 lastname <- S.param("lastname") ?~ "lastname parameter missing" email <- S.param("email") ?~ "email parameter missing" } yield { val u = User.create.firstName(firstname). lastName(lastname).email(email) S.param("password") foreach u.password.set u.saveMe }
Note that if the firstname parameter is missing, a 400 response with the message "firstname parameter missing" message in the body will be returned. If the lastname parameter is missing, a 404 will be returned with "lastname parameter missing" message in the body.


IP Geolocation API is a free real-time IP to Geolocation JSON API
with detailed countries data integration.
GET /api/geolocate/<IP_ADDRESS> HTTP/1.1
Host: ipgeolocationapi.com
{
"continent": "Europe",
"alpha2": "DE",
"country_code": "49",
"international_prefix": "00",
"name": "Germany",
"languages_spoken": [
"de"
],
"geo": {
"latitude": 51.165691,
"longitude": 10.451526,
},
"currency_code": "EUR"
}
Geolocation is the identification or estimation of the real-world geographic location of an Internet-connected computer terminal or device.
Countries information packaged as convenient JSON objects. It includes data from ISO 3166 (countries and states/subdivisions ), ISO 4217 (currency), and E.164 (phone numbers).
Geolocation data is provided by a monthly updated MaxMind Geolite2 database.
Geolocate the request without proving any IP.
This is useful for geolocating users in the frontend without the need to detect their actual IP yourself.
GET /api/geolocate/ HTTP/1.1
Host: ipgeolocationapi.com
Geolocate any IPv4 or IPv6 address.
GET /api/geolocate/<IP_ADDRESS> HTTP/1.1
Host: ipgeolocationapi.com
List all countries with detailed information about location, currency, phone numbers, etc.
GET /api/countries HTTP/1.1
Host: ipgeolocationapi.com
Get specific country information by providing the ISO 3166-1 alpha-2 country code.
GET /api/countries/de HTTP/1.1
Host: ipgeolocationapi.com
Please cache results whenever possible this will allow us to keep the service without any rate limits or api key requirements.
The API comes with no warranty but we do our best effort to keep the service working relibly.


{% load i18n %} {% if staff %}
{% trans 'is your contact for the registration process and will assist if you have any questions or inquiries.' %}
{% trans 'We will assist if you have any questions or inquiries.' %}


Portfolio
More
Projects
Skills
Contact
Tony Ishangu
Hi there!
Full-stack Developer / Graphics Designer
With a passion for
web development and creation of brands
View My Projects


APIService
public protocol APIService
APIService
defines all the properties and methods a class must contain to be used as a service in an APIRequest
.
A class that conforms to APIService should also define all the endpoints relevent to that service.
An endpoint might look like:
open class func getUser(byId id: String) -> APIRequest<ReturnType> {
return APIRequest<ReturnType>(endpoint: "/users", params: nil, body: ["id": id], method: .GET)
}
-
The base URL for this
APIService
.Endpoints in this service will be postpended to this URL segment. As a result a baseURL will generally look like the root URL of the API the service communicates with.
A baseURL might look like:
https://api.example.com
with endpoints like:/users
or/schedule
When interacting with more complicated APIs, it may be necessary to create subclasses of your service in order to maintain clean and readable code. In these cases the super-service should still have a baseURL as defined above. However the sub-services should have baseURLs of the form:
override open class var baseURL: String { return super.baseURL + "/users" }
Declaration
Swift
static var baseURL: String
-
The
HTTPHeaders
to be sent alongside theAPIRequest
s made by the endpoints in thisAPIService
. No headers are sent by default, so any and all headers must be specified here.Declaration
Swift
static var headers: HTTPHeaders?
-
validate(statusCode:)
Default implementationOffers an optional point for an
APIService
to determine what HTTPReponse status codes are valid. The default implementation marks any response with a status code in the range 200..<300 as valid.To change this behavior, simiply override this method and throw an APIRequestError.invalidHTTPReponse for any invalid response codes.
Default Implementation
Default implementation of validate that marks any response with a status code in the range 200..<300 as valid.
Declaration
Swift
static func validate(statusCode: Int) throws


About
Ask Toscanini! is a first-of-a-kind deep search engine for music scores, developed at
Virginia Tech. It aims to make finding music scores easier for musicians and musicologists
by allowing for custom search queries.
Developer: Arman Bahraini (arman1 at vt.edu)
Supervisor: Dr. Tilevich (tilevich at cs.vt.edu)
Instructions
Suppose you want pieces with flute that plays in range D4 G#6 and viola in C3 E5...
- Enter an instrument range query in the search box below as "flute D4 G#6 and viola C3 E5"
(without quotes)
- Hit the "Toscanini Search" button and
we'll show you our matching scores as PDF or
MusicXML
!
Supported Queries
- -See all scores we have by leaving the search box empty
- -Query for a single composer, ex: "bach"
- -Query for tempo between range, ex: "tempo 40 130", however
if a piece has no written tempo it will pass for any tempo
- -Query for a single key signature, ex: "key Bb"
- -Query for a single time signature, ex: "ts 2 4"
- -Putting it all together: "Beethoven and tempo 80 170 and
flute D4 G#6 and trumpet F#3 A5 and key Bb and ts 2 4"
Side Notes
- -This engine is not case sensitive
- -Queries are checked for name inclusion,
so querying for "trumpet F3 D5" can give you scores with
"Trumpets in C" assuming the range is appropriate


§580-25 Inheritance by children. The children of such illegal marriage shall be entitled to succeed in the same manner as legitimate children, to all the real and personal estate of both parents in the State. [CC 1859, §1317; RL 1925, §2959; RL 1935, §4454; RL 1945, §12205; RL 1955, §324-5; HRS §580-25]
Case Notes
Cited: 20 H. 722, 723.


void |
Player.attack(Player player) |
Calls the player to choose an attack action with actionchoice ()
With this choice, we call the basic attack or the special attack against the opponent 'player'
|
void |
Player.attackBasic(Player player) |
We launch a basic attack against the opponent 'player'
|
void |
Scout.attackBasic(Player player) |
The basic attack of the Scount against an opponent 'player'
Deals damage equal to the Rider's agility.
|
void |
Warrior.attackBasic(Player player) |
The Warrior's basic attack against a player opponent
Deals damage equal to the player's strength on the opponent.
|
void |
Wizard.attackBasic(Player player) |
The Wizard's basic attack against a player opponent
Deals damage equal to player's intelligence on the opponent.
|
void |
Player.attackSpecial(Player player) |
We launch a special attack against the opponent 'player'
|
void |
Scout.attackSpecial(Player player) |
The Scout's special attack
The player gains his level divided by 2 in agility.
|
void |
Warrior.attackSpecial(Player player) |
The Warrior's special attack against a player opponent
Deals damage equal to the player's strength times twice on the opponent.
|
void |
Wizard.attackSpecial(Player player) |
The Wizard's special attack
The player heals his health and regains his amount of intelligence times 2 health points.
|


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Animation
About
In physics and classical mechanics, the three-body problem is the problem of taking the initial positions and velocities (or momenta) of three point masses and solving for their subsequent motion according to Newton's laws of motion and Newton's law of universal gravitation.The three-body problem is a special case of the n-body problem. Unlike two-body problems, no general closed-form solution exists,as the resulting dynamical system is chaotic for most initial conditions, and numerical methods are generally required. Historically, the first specific three-body problem to receive extended study was the one involving the Moon, the Earth, and the Sun.In an extended modern sense, a three-body problem is any problem in classical mechanics or quantum mechanics that models the motion of three particles.
Three Body Trajectory in Plane
Three Body Trajectory in Space
Theory
Click on the below topics to browse the respective tabs.
- All
- n-Body Problem
- Mathematical Formulation
- General Solutions
- Specific Solutions
↠ n-Body Problem
The n-Body Problem describes how n objects will move under one of the physical forces, such as gravity. These problems have a global analytical solution in the form of a convergent power series. However, these series converge so slowly that they are useless for practical purposes; therefore, it is currently necessary to approximate solutions by numerical analysis in the form of numerical integration or classical trigonometric series approximations. Atomic systems, e.g. atoms, ions, and molecules, can be treated in terms of the quantum n-body problem. Among classical physical systems, the n-body problem usually refers to a galaxy or to a cluster of galaxies and planetary systems, such as stars, planets, and their satellites. Some applications are conveniently treated by perturbation theory, in which the system is considered as a two-body problem plus additional forces causing deviations from a hypothetical unperturbed two-body trajectory.
↠ Mathematical Formulation
For the Three Bodies, we have Masses as Mi i.e M1,M2,M3 , position vectors as ri=(xi,yi,zi) and initial velocity vectors as vi=(vx,vy,vz).
We use Newton’s Law of Gravitation for the calculation of the mutual gravitational forces. Let the bodies be named as sun1, sun2 and sun3.
The distance between sun 1 and sun 2 can be expressed as
r12 = sun1.pos – sun2.pos
r12 = r1-r2
Force on sun1 due to sun2 can be expressed as
where M1 and M2 are the respective masses of sun1 and sun2 and G is the gravitation constant.
This is how all the individual forces are calculated, and the directions are given. The cumulative force on one body due to the other three bodies is the vector sum of the two individual gravitational forces (for example, between sun1, sun2 and sun1, sun3).
F1 = F12 + F13
By Newton's laws of Motion, we have
Acceleration of sun1: a1 = F1/M1
Velocity change in time dt: V1new = V1old + a1*dt
Position change in time dt: sun1.posnew = sun1.posold + V1new*dt
Therefore, Three Body Problem is described by set of 9 second-order differential equations for accelerations or we can say a set of 18 first-order differential equations, one for each component of the positions ri and momenta pi.
When there is a collision occurring, elastic collisions are considered.
Thus, By Conservation of Momentum
M1*V1old + M2*V2old = M1*V1new + M2*V2new
and By Conservation of Energy
0.5*M1*V1old*V1old + 0.5*M2*V2old*V2old = 0.5*M1*V1new*V1new + 0.5*M2*V2new*V2new
These equations, on solving, give us the values of final velocities of the two particles colliding, after elastic collision.
↠ General Solutions
There is no general analytical solution to the three-body problem given by simple algebraic expressions and integrals. Moreover, the motion of three bodies is generally non-repeating, except in special cases.
In 1912, the Finnish mathematician Karl Fritiof Sundman proved that there exists a series solution in powers of t^(1/3) for the 3-body problem.This series converges for all real t, except for initial conditions corresponding to zero angular momentum.
The radius of convergence for this series is determined by the distance to the nearest singularity. Therefore, it is necessary to study the possible singularities of the 3-body problems and the only singularities in the 3-body problem are binary collisions and triple collisions.
Collisions, whether binary or triple, are somewhat improbable, since they correspond to a set of initial conditions of measure zero. However, there is no criterion known to be put on the initial state in order to avoid collisions for the corresponding solution. So Sundman's strategy consisted of the following steps:
1. Using an appropriate change of variables to continue analyzing the solution beyond the binary collision, in a process known as regularization.
2. Proving that triple collisions only occur when the angular momentum L vanishes. By restricting the initial data to L ≠ 0, he removed all real singularities from the transformed equations for the 3-body problem.
3. Showing that if L ≠ 0, then not only can there be no triple collision, but the system is strictly bounded away from a triple collision. This implies, by using Cauchy's existence theorem for differential equations, that there are no complex singularities in a strip (depending on the value of L) in the complex plane centered around the real axis.
4. Find a conformal transformation that maps this strip into the unit disc. For example, if s = t^(1/3) (the new variable after the regularization) and if |ln s| ≤ β,then this map is given by
This finishes the proof of Sundman's theorem.
Unfortunately, the corresponding series converges very slowly. That is, obtaining a value of meaningful precision requires so many terms that this solution is of little practical use.
↠ Specific Solutions
Specific solutions could be sorted into just three families: the Lagrange-Euler family discovered by Joseph-Louis Lagrange and Leonhard Euler, the Broucke-Hénon family discovered by Roger Broucke and Michel Hénon, and the figure-eight family discovered by Cristopher Moore.
The figure-eight family is so called because it describes three objects chasing one another in a figure eight shape. The Lagrange-Euler solutions are simpler, with the equally spaced bodies going around in a circle like horses on a merry-go-round. The Broucke-Hénon solutions are the most complex: Two objects dash back and forth on the inside, while the third object orbits around the outside.
↠ 1. Euler Solution
In 1767, Leonhard Euler found three families of periodic solutions in which the three masses are collinear at each instant. For more details, see Euler's three-body problem.↠ 2. Langrange Solution
In 1772, Lagrange found a family of solutions in which the three masses form an equilateral triangle at each instant. Together with Euler's collinear solutions, these solutions form the central configurations for the three-body problem. These solutions are valid for any mass ratios, and the masses move on Keplerian ellipses. These four families are the only known solutions for which there are explicit analytic formulae. In the special case of the circular restricted three-body problem, these solutions, viewed in a frame rotating with the primaries, become points which are referred to as L1, L2, L3, L4, and L5, and called Lagrangian points, with L4 and L5 being symmetric instances of Lagrange's solution.↠ 3. Broucke-Hénon Solution
In the 1970s, Michel Hénon and Roger A. Broucke each found a set of solutions that form part of the same family of solutions: the Broucke–Henon–Hadjidemetriou family. In this family the three objects all have the same mass and can exhibit both retrograde and direct forms. In some of Broucke's solutions two of the bodies follow the same path.↠ 4. Figure Eight Solution
In 1993, a zero angular momentum solution with three equal masses moving around a figure-eight shape was discovered numerically by physicist Cris Moore at the Santa Fe Institute.The solution has been shown numerically to be stable for small perturbations of the mass and orbital parameters, which raises the intriguing possibility that such orbits could be observed in the physical universe. However, it has been argued that this occurrence is unlikely since the domain of stability is small.↠ 5. 13 New Family of Solutions
In 2013, physicists Milovan Šuvakov and Veljko Dmitrašinović at the Institute of Physics in Belgrade discovered 13 new families of solutions for the equal-mass zero-angular-momentum three-body problem.Faced with so many new solutions, the Belgrade physicists invented a new classification system. They used an abstract space called a "shape-sphere" which describes the shape of the orbits in terms of the relative distances between the objects. Three spots around the sphere's equator mark where two of the particles would collide, and a line drawn over the ball, which must avoid those spots, maps how near the objects get to each other.↠ Other Problems involving Three Bodies
The term 'three-body problem' is sometimes used in the more general sense to refer to any physical problem involving the interaction of three bodies.A quantum mechanical analogue of the gravitational three-body problem in classical mechanics is the helium atom, in which a helium nucleus and two electrons interact according to the inverse-square Coulomb interaction. Like the gravitational three-body problem, the helium atom cannot be solved exactly.
In both classical and quantum mechanics, however, there exist nontrivial interaction laws besides the inverse-square force which do lead to exact analytic three-body solutions. One such model consists of a combination of harmonic attraction and a repulsive inverse-cube force. This model is considered nontrivial since it is associated with a set of nonlinear differential equations containing singularities (compared with, e.g., harmonic interactions alone, which lead to an easily solved system of linear differential equations). In these two respects it is analogous to (insoluble) models having Coulomb interactions, and as a result has been suggested as a tool for intuitively understanding physical systems like the helium atom.
The gravitational three-body problem has also been studied using general relativity. Physically, a relativistic treatment becomes necessary in systems with very strong gravitational fields, such as near the event horizon of a black hole. However, the relativistic problem is considerably more difficult than in Newtonian mechanics, and sophisticated numerical techniques are required. Even the full two-body problem (i.e. for arbitrary ratio of masses) does not have a rigorous analytic solution in general relativity.
Instructions
We are here to help you get familiar with the interface! Click on the Steps to expand with picture examples.
Step 1
In the Animation Page, click on "Run" button located just beside the Trinket Icon.
The main Animation window will appear now.
Step 2
The "Play/Pause" button will start or stop the animation on clicking from the present position.
The "Restart" button will reset the display and start the animation all over again.
Step 3
The "Animation Speed" slider is used to control the animation speed.
Its value ranges from 0.1x to 10x of the original speed and is set at 1x by default.
Step 4
There is a drop down for initial conditionsto select from. From the top there are some pre-defined conditions, click on one of these to load and play it.
Step 5
The last option in the Initial conditions drop down is "User Defined".
By Clicking on this, the user enter their own inputs in the pop-ups that will display.
Step 6
On the animation screen, user can rotate the plane by using the Right mouse click and Zoom in/out using the scroll wheel or the Left mouse click.


Timereservation
-management-system of different objects like tables, rooms, ...
Check reservations
Make reservation
#
At: 2017-08-09 12:44 <> Until: 2017-08-09 17:44
Allowed timearea
Capacity
Number of capacities
At:
Until:
{{r[0]}}
{{r[1]}}
{{r[2]}}
{{r[2]}}
objects, capacities, timeareas
show reservations
show capacities
#
Capacity
Number of capacities
Timearea
Placeholder
{{r2[0]}}
{{r2[1]}}
{{r2[2]}}
Placeholder


Gareth Southgate vows to help Jadon Sancho through England star's Borussia Dortmund issues
The 19-year-old forward has not had his most successful few months in Germany having not scored since September and he got in trouble for returning late from international duty
by Darren Lewis, https://www.mirror.co.uk/authors/darren-lewis/Gareth Southgate will throw a protective arm around Jadon Sancho to support the forward through his problems with Borussia Dortmund.
Sancho was left out of his club's squad for their 1-0 win over Borussia Monchengladbach last month after returning late from international duty with England.
The 19-year-old - set to take Raheem Sterling’s place against Montenegro - had featured in both England's Euro 2020 qualifiers against the Czech Republic and Bulgaria.
Asked whether he’d spoken to Sancho about the situation, Southgate said: “I know everything, yeah!
“He came to me at the beginning of the week and we had 25 minutes chatting about everything, really.
“We have a duty of care to him, almost, to help him to progress and to develop and as much as we can.”
Sancho has scored six goals this season, four for Dortmund and twice for England against Kosovo in September. But he has not found the target since netting at Eintracht Frankfurt for his club on September 22.
Southgate added: “We have a good link with Dortmund, I have to say, with the coaching staff there and the physical preparation department there.
“So, we’re in constant communication with them and we have a very good picture of everything.
“It’s an enormous challenge that he’s taken on to go to another country. There’s the football but he’s [also] adapting to life and the language and everything else.
“So, he’s done incredibly well and it’s inevitable that, at some stages, there are going to be games where he’s maybe not as effective but he still has a high level of assists, a high level of goals. He’s a great talent and part of our job is to help him to succeed.”