Status of this document
This Note was produced by the W3C SYMM Interest Group. It describes a snapshot
of certain aspects of the discussions on future work on SYMM and SMIL. Following
the approach spearheaded by the W3C HTML Working group, the Note describes
how SMIL 1.0 functionality and future SYMM functionality can be represented
as a set of markup modules. The intention was to study the feasibility of
such an approach, and the details of the proposed modularisation are preliminary
only. Please send comments to the public mailing list
<EMAIL_ADDRESS>This document is a NOTE made available by W3C for discussion only. This indicates
no endorsement of its content, nor that W3C has, is, or will be allocating
any resources to the issues addressed by the NOTE.
Table of Contents
-
Abstract
-
1. Introduction
-
2. Synchronized Multimedia Modules
-
3. Module Integration
-
4. Multimedia Profiles
-
5. Issues
-
References
This document describes a proposed modularization of synchronized multimedia
functionality, based upon the SMIL 1.0 Recommendation. The proposed
modules complement HTML/CSS modules to support the definition of multimedia
profiles that combine SYMM and HTML/CSS modules, as well as other XML-based
languages. A set of example profiles for multimedia use is described.
The document is intended to form a basis for work by a future SYMM Working
Group.
The first W3C Working Group on Synchronized Multimedia (SYMM) developed
SMIL - Synchronized Multimedia Integration Language.
This XML-based language is used to express synchronization relationships
among media elements. SMIL 1.0 documents describe multimedia presentations
that can be played in SMIL-conformant viewers.
SMIL 1.0 provides limited means for integrating with HTML, CSS or other XML
languages. This integration has been an area of considerable interest
within the W3C as well as other external organizations (such as the
ATSC T3/S17 specialist group). The
W3C SYMM Interest Group has been
tracking these issues in preparation for future work on the SMIL language..
The W3C HTML Working Group is working
towards a modularization of HTML. The
W3C CSS Working Group has had
similar discussions. One reason that the HTML Working Group is pursuing
modularization is to support the use of HTML in a wider range of applications.
In support of this activity, the HTML Working Group and the SYMM Interest
Group have been discussing strategies for integrating multimedia functionality
into HTML. Several proposals have been submitted and are being discussed
(HTML+TIME and BHTML).
One approach to solving this problem is to modularize synchronized multimedia
functionality, and make these modules available to other languages.
1.1. Goals and Requirements
There are four goals for modularizing synchronized multimedia functionality:
-
G1: provide a means for the W3C and third parties to integrate timing
models into other languages (such as HTML).
-
G2: provide a means for the W3C to extend SMIL with new or optional
features.
-
G3: provide a means for third parties to extend SMIL with
domain-specific features.
-
G4: provide a means for third parties to integrate other languages
into SMIL applications.
In essence, modularizing SMIL is the first step towards the integration of
timing and other key aspects of SMIL with other Web languages. This
modularization provides a means for other languages, such as HTML and an
XML-based vector-graphics format, to benefit from timing and synchronization
functionality while reusing the lessons learned and work embodied in SMIL.
This becomes especially important for the development of cross-language tools
which can readily transcode syntax but generally have a difficult time porting
content to different timing and content models.
This Note describes the current approach to this problem by the SYMM Interest
Group. The modules described herein satisfy the following design requirements:
-
R1: modularize SMIL 1.0 without meaningful changes to the SMIL 1.0
content model.
-
R2: modularize SMIL 1.0 without meaningful changes to the SMIL 1.0
timing model.
-
R3: specify SMIL 1.0 modules that complement HTML modules.
-
R4: adopt new W3C recommendations when appropriate and not in conflict
with other requirements.
Several additional requirements will inform the work of a future SYMM working
group:
-
R5: All of the modules should have integrated support for the document
object model. This facilitates additional control via script and custom
user agents (e.g. for playback controls). Support for the respective
object model is optional for all profiles. In designing the object
model for facilitating script control, it should be investigated whether
declarative solutions can also be provided, and, where possible, be specified.
-
R6: Interfaces should be defined that provide means for
integration between 3rd party player/renderers and browser engines.
Time-based behaviors of browsers should also be available to 3rd party
player/renderers. For example, applications may interface with a HTML renderer
and with an independent audio and video renderer. The result should
be tightly integrated multimedia presentations.
-
R7: Where practical, modules should be defined isomorphic with modules
from other W3C recommendations. This will assist module sharing across
profiles. Targetting for isomorphic modules requires bilateral
cooperation. Alignment of overlap in functionality concerns in particular
the HTML module definitions.
-
R8: It must be possible to define a profile that is 100% backwards
compatible with SMIL 1.0.
-
R9: For the purpose of integration with other profiles, modules
may take another syntax. However, it is required that the semantics are
maintained.
The purpose of the requirements is to ensure that the modularization makes
no significant changes to the SMIL 1.0 language while laying a foundation
for integration with HTML, CSS, and other Web Languages. This Note provides
a discussion of current integration strategies and proposals.
The SYMM Interest Group recommends that the results presented in this Note
form the basis for some of the work of a future SYMM Working Group.
1.2. Modules and Profiles
Modularization of synchronized multimedia functionality provides a building
block for language, application, and platform developers. This Note recognizes
that in addition to functional modules, there exists the notion of profiles
and platforms.
For the purposes of this Note, we define the terms module,
profile, and platform:
-
module
-
A module is a collection of elements. Each element is in one and only one
module.
-
profile
-
A profile is a collection of modules particular to an application domain
or language. For example: The SMIL profile corresponds to the collection
of modules that make up the SMIL language. A enhanced television profile
would correspond to the collection of modules for media-enhancement of broadcast
television.
-
platform
-
A platform is a collection of profiles, non-Web technologies, policies, resource
requirements, etc.
This Note focuses on modules and profiles, and is not concerned with specifying
or characterizing platforms. Nevertheless, it is worth noting the distinction
between a profile and a platform: a profile generally describes a document
type and its usage, whereas a platform encompasses the entire
environment. (The term "profile" as defined by the HTML WG is likely
to bear a wider scope than used in this Note.)
This Note proposes a set of modules for SYMM functionality. The first
section describes the modules associated with functionality defined in SMIL
1.0. A second section describes proposed extensions to SMIL 1.0.
2.1. SMIL 1.0 Modules
-
Structure
-
Includes the <smil>,  and  elements.
These elements will be used in documents based upon traditional SMIL profiles.
-
-
Meta
-
Includes the <meta> element. The elements contain information describing
the document, either to inform the human user or to assist some automation.
The element will be used in documents based upon traditional SMIL profiles,
possibly in concert with meta data modules available from other efforts.
-
-
Layout
-
Includes the <layout>, <root-layout> and <region> elements,
and related attributes. This module supports the layout mechanism described
in SMIL 1.0. These elements will all be used in documents based upon
the SMIL profile.
-
-
Timing and Synchronization markup
-
This module includes timing structure (e.g. sequence and parallel timelines)
and timing control properties (e.g. begin, end, and repeat) that describe
the timing relationships among elements. This module also includes
mechanisms to control the performed synchronization of the document
(described in SMIL 1.0 as soft and hard).
This is separated from the media so that it can be applied to HTML and XML
applications independent of support for media.
Note that in some integration profiles, the specific syntax for
the markup may vary slightly with the profile (e.g. the SMIL 1.0
<seq> element may be represented as a sequence attribute if a CSS
style-based integration is used). These differences notwithstanding,
the module semantics and the timing model will be consistent
across all profiles.
The specific syntax and mechanism of integration with HTML and XML applications
is under review.
-
-
Media Elements
-
This includes the media declaration elements <ref>,
<animation>, <audio>, , <video>, <text>
and <textstream>. The media declaration may relate to the object
element in HTML (this needs attention).
-
-
Linking
-
Includes the  and <anchor> elements.
The relation of this module to other linking modules, particularly XLink,
XPointer and HTML linking, is under review. For example when integrating
with HTML, timing applied to the (HTML)  and <area> elements
could provide much or all of the SMIL 1.0 defined functionality.
-
-
Content control
-
This includes the <switch> element and test attributes introduced in
SMIL 1.0. This is of general utility to authors, independent of the
multimedia functionality.
2.2. Proposed Extensions
-
Layout (extensions)
-
Additional functionality will likely be added to this module as part of ongoing
work. Relationship of this Layout module to other Layout mechanisms,
including CSS, is to be considered.
-
-
Timing and Synchronization markup (extensions)
-
Additional functionality will likely be added to the module as part of ongoing
work. Proposed extensions include event-based timing constructs, e.g.
to support user-interaction and stream events, and more detailed mechanisms
to control the performed synchronization of the document.
-
-
Transitions
-
This module includes new functionality to support transition effects on
elements. These may be media elements, or they may be traditional HTML
(or XML) elements. A CSS-style syntax under consideration might represent
transitions as in this HTML-based example:

<title>Powerpoint Animation in HTML</title>

Multimedia Requirements

Timing the Display of Bullet Items

Transition Effects

Specifics of the module syntax is under review. There is a desire to
present a simple syntax for typical use-cases, and also to support more complex
functionality by modeling transitions as filters with timing support. The
various proposals will be considered and refined as work proceeds.
-
Animation
-
This module includes functionality to support common simple animation like
motion paths. Where Transitions apply rendering filters, Animation
behaviors manipulate Object Model properties like position, color, size or
rotation (e.g. in an XML-based vector-graphics format).
-
-
Resource Management
-
This module includes support for resource (e.g. bandwidth) management
hints. These can facilitate user agent optimizations, and can control
the degradation strategy of the user agents. For example, the author
may assign priorities to elements to inform a user-agent that will dynamically
balance network bandwidth. Other proposed markup includes hints for cueing
or preloading media and a means of specifying that an individual media element
is delivered as a substream within an aggregated media stream (for large
streamed presentations).
The HTML Working Group is still reviewing formal mechanisms to define or
specify profiles. Several approaches are under consideration including
DTDs, XML Schemas, and RDF-based mechanisms. The SYMM Activity will
provide associated requirements and use-cases to the HTML Working Group,
and will follow the recommendation of the HTML Working Group for profile
specification.
Several mechanisms for integrating SYMM functionality with other languages
(especially HTML) have been discussed. It is possible that a given
module may be represented with different syntax depending upon the profile
and integration. Nevertheless, the SYMM modules will define consistent
semantics for all profiles, regardless of syntax variants.
The current variants and issues for integrating synchronized multimedia
functionality with HTML and XML languages are:
-
Defining tagsets for SMIL elements. This is a yes/no choice, and combines
with the others. I.e. A profile can either:
-
Define XML tags for SMIL elements together with SMIL attributes (as specified
with one of the mechanisms below), or
-
Define only attributes. All SMIL elements would be represented as attributes
(of some sort) applied to HTML elements.
At issue in particular are the SMIL timing structure elements <par>
and <seq>, which could be expressed as an attribute on HTML (or XML)
container elements. While this is expressed as a dichotomy, it really defines
a range of possibilities. Profiles may map some elements to
attributes and leave others as elements.
-
Attribute Syntax variants
-
XML Namespace qualified attributes
-
This has the advantage of general applicability to any XML language. It has
the disadvantage that it is impossible to set the value of an XMLNS attribute
via CSS stylesheets without defining a CSS property that corresponds to the
XMLNS attribute.
-
CSS properties
-
This has the advantage that stylesheets can be used to define timing,
transitions, etc. It the disadvantage that it requires CSS, which may
not be appropriate for some XML languages or for some profiles and platforms.
-
XSL properties
-
This is a variant on CSS properties, but would support a broader range of
XML applications.
A range of profiles have been discussed that would make use of different
sets of modules. Below is an initial list of profiles that could integrate
SYMM and HTML functionality in different ways. This is not intended
to be a final statement, but rather an indication of how modules would be
used. It provides a backdrop for the discussion of modularization.
In addition, some specific proposals can be described in terms of the relevant
modules:
-
SMIL 1.0 would be defined as the 1.0 versions
of the Structure, Meta, Layout , Timing, Media, Linking, and Content control
modules. SMIL 2.0 would include all of the new versions of these modules,
as well as some or all of the new modules proposed.
-
HTML+TIME proposes a profile that extends an
HTML 4.0 profile to include Timing, Media, Linking and Content control
modules.
-
BHTML proposes a profile that similarly extends
HTML to include Timing, Media and Linking, as well as Transition support.
4.1. Example Profiles
-
Leightweight presentations
-
A basic profile would handle simple presentations, supporting timing of text
content. The simplest version of this could be used to sequence stock quotes
or headlines on restricted platforms like palmtop devices or smart
phones. The Mobile Access group
is looking at related profiles. An HTML-based profile would combine
HTML modules (probably a subset of HTML) with the timing module. It might
include the transitions as well.
-
-
Timeline-Centric Multimedia presentations
-
This describes the profile associated most closely with SMIL 1.0. This
does not integrate HTML, and uses SMIL layout rather than the flow layout
model associated with HTML . Typical use-cases for this profile are
multimedia presentations that include time-based and streaming media. This
would include most or all of the SMIL modules.
-
-
HTML integrated Multimedia presentations
-
This is a variant on the Traditional Multimedia profile that mixes multimedia
and HTML. It mixes HTML layout (i.e. flow layout) and CSS
positioning. Use-cases for this profile are presentations that use
HTML as a media type in concert with time-based and streaming media (e.g.
PowerPoint-like presentations with time-based media). This profile would
include (most or all of) the HTML modules, the Timing, Media, Transition,
Animation, Resource Management and Content control modules (i.e. all but
the Structure, Meta and Layout modules). The linking functionality
would overlap between the Linking module and a similar HTML module.
-
-
Web Enhancement of Broadcast, On-Demand Video and DVD
-
This describes support for web presentations tied to broadcast and/or on
demand media. The primary media will often define the main timeline.
The main additional requirements here are for stream event support and the
ability to tie the page clock to the primary media. Stream event support
requires event-based timing of elements (and timelines), and a means of
associating events with document-external (stream) triggers. E.g. where the
stream could be a TV-broadcast, it would be possible to refer to the events
by referencing the TV broadcast stream or player-object. It must be
possible to ensure that the multimedia (enhancement) timeline is strictly
synced to or driven by the primary (broadcast) media.
Note that where "webcasting" may associate Web-pages to a TV-broadcast, in
"enhanced television" additional media form an integral part with the main
video presentation, providing enhancement of and interaction with the program.
While the typical use-cases may be dominated with the primary media (e.g.
streaming video broadcast or DVD video), the authoring model is still closely
tied to the Web and HTML. This profile would likely use the same modules
as the HTML integrated Multimedia presentations profile, but with the additional
timing and synchronization requirements described.
Syntax
The details of the elements and properties still need to be worked out.
In particular, there are open issues on the syntax for timing markup, and
the mechanism for integration with HTML and XML applications, and stylesheet
tools like CSS and XSL.
Accessibility syntax
An additional issue that must be coordinated with representatives of the
Web Accessibility Initiative (WAI) concerns accessibility support.
This includes elements and attributes which assist the accessibility of content
declared in the presentation. In SMIL 1.0, this concerns the title, alt and
longdesc attributes.
It is not clear whether this should be an additional module, or additional
support in specific modules. In particular, the intent is not to define
a new set of Accessibility mechanisms, but to integrate current work of expert
groups in this area.
-
Broadcast
HTML
-
A Modular Hypertext Markup Language for Broadcast Applications. HTML working
group contributed paper. Ted Wugofski. This is available at:
http://toocan.philabs.research.philips.com/misc/atsc/bhtml/
-
HTML+TIME
-
Timed Interactive Multimedia Extensions for HTML (HTML+TIME) Note 18 September
1998, Patrick Schmitz, Jin Yu, Peter Santangeli. This is available at:
http://www.w3.org/TR/NOTE-HTMLplusTIME
-
Reformulating
HTML in XML
-
W3C Working Draft 5 December 1998, Dave Raggett, Frank Boumphrey, Murray
Altheim, Ted Wugofski. This is available at:
http://www.w3.org/TR/1998/WD-html-in-xml-19981205
-
SMIL 1.0
-
Synchronized Multimedia Integration Language (SMIL) 1.0 Specification 15
June 1998, Philipp Hoschka. This is available at: http://www.w3.org/TR/REC-smil


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Request Header Parser
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Book Trading Club
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Please see PipelineFactory for more detailed information.


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Its has been observed that the city hotels have been very aggressive on the online platform both on brand and non-branded hotels. Without impacting the rate parity, we have planned for the rationalizing the online price on a daily basis to be more competitive on the online platform. Rate review was done twice a day to ensure demand changes are analyzed and rates adjusted accordingly.
Detailed demand calendar was reviewed with all city hotel events and wedding dates . All the competing hotels events were also mapped to understand the demand for each day of the week in the upcoming 3 months. Online pricing was rationalized based on the high and low demand. Groups on high demand priced higher rates as well to yield higher rates. Room type wise selling adopted strictly to maximize the revenue during the high demand dates.
From the STR 18-month trend report we identified the occupancy and ADR TRENDS of each month and planned the pricing accordingly. Weekday and weekend rate and occupancy trends were also reviewed to explore the opportunity for profitable pricing both for weekdays and weekend.
We adopted PERFORM price recommendation with occupancy in mind to get the maximum yielding rate for the day. We also Identified the room product class wise demand for next 15 days and explored the room type wise selling to increase the ADR.
Identified the potential B2B agents with leisure market focus supporting the competition hotels with the market intelligence. We suggest Contracts with agencies to support the weekend leisure and occupancy.
We used effective pricing with the Perform and Price optimization monitoring the competition pricing for 3 months. Demand change and new contracts with commitment to room nights helped to increase the week end occupancy. This is reflected in the Segment wise performance comparison report Q2 Vs Q3.
|
Occupancy (%) |
|||||||
|
|
Our Property |
Competitive Set |
Index (MPI) |
||||
|
Day of Week |
Time Period |
|
% Chg. |
|
% Chg. |
|
% Chg. |
|
Weekday/Weekend |
|||||||
|
Weekday |
Current Month |
49.5 |
|
67.8 |
-3.3 |
73.0 |
|
|
(Sun-Thu) |
Year To Date |
52.5 |
-10.3 |
71.6 |
4.2 |
73.3 |
-13.9 |
|
|
Running 3 Month |
48.1 |
67.0 |
-0.4 |
71.8 |
|
|
|
|
Running 12 Month |
49.5 |
-11.5 |
69.6 |
6.2 |
71.1 |
-16.7 |
|
Weekend |
Current Month |
32.3 |
|
48.8 |
-15.1 |
66.2 |
|
|
(Fri-Sat) |
Year To Date |
40.1 |
-23.2 |
53.9 |
-4.2 |
74.4 |
-19.8 |
|
|
Running 3 Month |
33.7 |
48.5 |
-12.1 |
69.4 |
|
|
|
|
Running 12 Month |
39.2 |
-14.6 |
56.8 |
5.4 |
69.1 |
-18.9 |
|
Total |
Current Month |
44.9 |
171.1 |
62.7 |
-6.0 |
71.6 |
188.4 |
|
|
Year To Date |
48.9 |
-5.7 |
66.5 |
2.2 |
73.5 |
-7.7 |
|
|
Running 3 Month |
44.0 |
38.6 |
61.7 |
-3.2 |
71.3 |
43.2 |
|
|
Running 12 Month |
40.5 |
-21.0 |
66.0 |
6.0 |
61.3 |
-25.5 |
|
|
|
Occupancy (%) |
|||||
|
|
|
My Property |
Competitive Set |
Index (MPI) |
|||
|
Day of Week |
Time Period |
|
% Chg |
|
% Chg |
|
% Chg |
|
Weekday/Weekend |
|
|
|
|
|
|
|
|
Weekday |
Current Month |
62.2 |
|
74.5 |
-1.3 |
83.4 |
|
|
(Sun-Thu) |
Year To Date |
55.9 |
|
71.5 |
3.0 |
78.2 |
|
|
|
Running 3 Month |
62.9 |
71.4 |
0.6 |
88.1 |
|
|
|
|
Running 12 Month |
53.1 |
-6.5 |
69.7 |
2.0 |
76.2 |
-8.3 |
|
Weekend |
Current Month |
55.1 |
|
56.1 |
-6.1 |
98.1 |
|
|
(Fri-Sat) |
Year To Date |
44.8 |
|
55.2 |
-5.1 |
81.1 |
|
|
|
Running 3 Month |
53.8 |
57.8 |
-7.0 |
93.1 |
|
|
|
|
Running 12 Month |
43.4 |
-10.4 |
55.7 |
-2.3 |
77.8 |
-8.4 |
|
Total |
Current Month |
60.0 |
156.0 |
69.0 |
-3.2 |
87.0 |
164.5 |
|
|
Year To Date |
52.7 |
25.6 |
66.8 |
0.9 |
78.9 |
24.5 |
|
|
Running 3 Month |
60.2 |
120.6 |
67.4 |
-1.6 |
89.3 |
124.1 |
|
|
Running 12 Month |
48.7 |
9.1 |
65.7 |
0.9 |
74.2 |
8.1 |


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import model._ @import model.TopicOptionChoice.TopicOptionChoice @import config.AppConfig @this(main: MainView, applicationConfig: AppConfig) @(users: List[RegisteredUser], emails: String, filteredApis: List[ApiDefinition], maybeTopicFilter: Option[TopicOptionChoice])(implicit request: Request[_], loggedInUser: LoggedInUser, messagesProvider: MessagesProvider) @main(title = s"${applicationConfig.title} - Email users interested in a specific API") {


PLANET SICK-BOY: http://www.sick-boy.com
Let me make this point first – Godzilla isn't even as good as the inferior South Park episode starring Barbra Streisand as the lizard king.
Brought to you by the creative team responsible for the reprehensible but slightly more entertaining Independence Day, Godzilla breaks virtually no new ground in terms of mayhem, destruction or disaster. You've seen it all before – giant reptile running through a major city (The Lost World: Jurassic Park), doing the breaststroke (Alien Resurrection) and multiplying like a bunny (Gremlins).
Can I mention the glaring omission of people being chomped up by the great beast? Why bother giving him sharp pointy teeth if he ain't gonna use humans for chew toys? They've made Godzilla into such a PC/PG panty waste, that if he ever did show up on Manhattan, the kids would want to hug it instead of running away in terror. Barney is actually a more offensive creature, albeit on a completely different level.
Yeah, the beginning is all right and the ending is OK, but what the hell happened to the 90 minutes in the middle? I guess the filmmakers felt that they needed an opportunity to showcase the fantastic story and Oscar caliber acting. It's certainly understandable, since most people are paid to see Maria Pitillo and not the actual monster.
Maybe I was expecting too much originality.  But that's just me. I like things dark.
And as if that wasn't enough recycling, just wait until the closing credits where Puff Daddy shuffles all over Led Zeppelin's `Kashmir'. A perfect ending to a perfectly boring film.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Hello
My Profile.
Name:
Kanchan B Kulkarni
Qualification:
B.E in Computer Science
Designation:
Test Engineer as Manual Testing
From:
Navalgund
Javascript Examples to display time
Javascript Tutorial page
Jquery draggable


Borussia — Kinda Love
Borussia — Sour Stroke
Bostun Bun — Just for Freaks Vol 1
Breakbot ft. Irfane — One Out of Two
Cassius — Action ft. Cat Power and Mike D
Busy P — Gipsy Life
Justice — Helix
Borussia — Kinda Love
Borussia — Sour Stroke
Bostun Bun — Just for Freaks Vol 1
Breakbot ft. Irfane — One Out of Two
Cassius — Action ft. Cat Power and Mike D
Busy P — Gipsy Life
Justice — Helix
Borussia — Kinda Love
Borussia — Sour Stroke
Bostun Bun — Just for Freaks Vol 1


Home
Commands
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Q: Where can I get support?
A: You may get bot help on our support server!
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Q: How to contribue?
A: Feel free to submit a pull request! Aeiou is always in active development, and any help is greatly appreciated.
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20 Grown-Up Child Stars Who Made Us Realize How Ancient We Are
Yes, Harry Potter was released more than 15 years ago and it’s been 26 years for Jurassic Park. Yes, we are all very old. And, while we were busy watching reruns of these classics, the actors who played the parts in them have aged quite a bit too. A LOT actually.
Bright Side has put together a list featuring child actors who have transformed so much, you’ll have to look twice to recognize them.
1. Tom Felton — Harry Potter (32 years old)
2. Mara Wilson — Matilda (32 years old)
3. Peter Billingsley — A Christmas Story (48 years old)
4. Josh Peck — Drake & Josh (33 years old)
5. Raven Symone — That’s So Raven (33 years old)
6. Abigail Breslin — The Princess Diaries (23 years old)
7. Christina Ricci — The Addams Family (39 years old)
8. Noelle and Cali Sheldon — Friends (17 years old)
9. Joseph Mazzello — Jurassic Park (36 years old)
10. Melissa Joan Hart — Sabrina the Teenage Witch (43 years old)
11. Afshan Azad — Harry Potter (30 years old)
12. Jonathan Taylor Thomas — The Adventures of Pinocchio (38 years old)
13. Thora Birch — Hocus Pocus (37 years old)
14. Jonathan Lipnicki — Stuart Little (29 years old)
15. Linda Blair — The Exorcist (60 years old)
16. Toby Froud — The Labyrinth (35 years old)
17. Dakota Fanning — I Am Sam (25 years old)
18. Freddie Highmore — Finding Neverland (27 years old)
19. Jodie Foster — Freaky Friday (56 years old)
20. Bella Thorne — Shake it Up (22 years old)
Which is your favorite ’90s movie or show that you could watch over and over again? Let us know in the comments!
Preview photo credit Capital Pictures/EAST NEWS, Gilbert Flores/Broadimage/EAST NEWS


The implementation of Recursive Coordinate Bisection (RCB) in Zoltan is due to Steve Plimpton of Sandia National Laboratories and was modified by Matt St. John and Courtenay Vaughan. In this implementation of RCB, the parallel computer is first divided into two pieces and then the computational domain is divided into two pieces such that the proportion of work in each piece is the same as the proportion of computational power. The division of the parallel machine is done by a subroutine which is part of the support for heterogenous architectures that is being built into the Zoltan library. This process is repeated recursively on each subdomain and its associated part of the computer. Each of these divisions are done with a cutting plane that is orthogonal to one of the coordinate axes.
At each of these stages, each subdomain of processors and the objects that are contained on those processors are divided into two sets based on which side of the cutting plane each object is on. Either or both of these sets may be empty. On each processor, the set of objects which are on the same side of the cut as the processor are retained by the processor, while the other objects are sent to processors on the other side of the cut. In order to minimize the maximum memory usage in each set of processors, the objects that are being sent to each set of processors are distributed such that each each processor in a set has about the same number of objects after the objects from the other set of processors are sent. In the case when a processor has more objects that it will retain than the average number of objects that the rest of the processors have in its set, then that processor will not receive any objects. Thus each processor may send and receive objects from several (or no) processors in the other set. The process of determining which outgoing objects are sent to which processors is determined in the subroutine Zoltan_Create_Proc_List. Once this new distribution of objects is determined, the unstructured communication package in Zoltan is used to determine which processors are going to receive which objects and actually move the objects.
For applications that wish to add more objects to the decomposition at a later time (e.g., through Zoltan_LB_Box_Assign or Zoltan_LB_Point_Assign), information to do this can be retained during the decomposition phase. This information is kept if the parameter KEEP_CUTS is set during the decomposition (see the RCB section in the Zoltan User's Guide). This information about the decomposition can be thought of as a tree with the nodes which have children representing the cut information and the nodes with no children representing processors. An object is dropped through the tree starting with the root node and uses the cut information at each node it encounters to determine which subtree it traverses. When it reaches a terminal node, the node contains the processor number that the object belongs to. The information to construct the tree is saved during the decomposition. At each step in the decomposition, when each set is divided into two sets, the set with the lowest numbered processor is designated to be the left set and the information about the cut is stored in the lowest numbered processor in the other set of processors which is the right set. As a result of this process, each processor will store information for, at most, one cut, since once a processor stores information about a cut, by being the lowest numbered processor in the right set, it will always be in a left set after each subsequent cut since it will be the lowest numbered processor in the set being cut and the set it is put into will be the left set. The processor which stores the cut information also stores the root node as its parent. After the end of the division process, all of the information is collected onto all of the processors. The parent information is then used to establish the leaf information for the parent. When this information is gathered, the tree structure is stored in arrays with the array position determined by the processor number that was storing the information. There is an array which stores the position of the cut information for the left set and one for the right set as well as arrays for the cut information. Given that the lowest numbered processor after a cut is in the left set, the cut information is stored in the right set, and there is one fewer cut than the total number of processors, processor 0 has no cut information, so the 0 position of the right set array is empty and is used to store the position in the array that the first cut is stored. When this information is used to process an object, array position 0 in the right set array is used to determine the array position of the first cut. From there, which side of the cut the object is on is determined and that information is used to determine which cut to test the object against next. This process is repeated recursively until a terminal node is encountered which contains the processor number that the object belongs to.
When the parameter RCB_REUSE is
specified, the RCB algorithm attempts to use information from a previous
RCB decomposition to generate an "initial guess" at the new decomposition.
For problems that change little between invocations of RCB, using RCB_REUSE
can reduce the amount of data movement in RCB, improving the performance
of the algorithm. When RCB_REUSE is true,the coordinates of all objects obtained through query functions are passed through
Zoltan_LB_Point_Assign
to determine their processor assignment in the previous RCB decomposition.
The information for the objects is then sent to the new processor assignments
using the unstructured communication utilities
to generate an initial condition matching the output of the previous RCB
decomposition.
The normal RCB algorithm is then applied to this new initial condition.
There are three major data structures in RCB and they are defined in
rcb/rcb.h and rcb/shared.h. The points which are being load balanced are represented as a
structure Dot_Struct which contains the location of the point, its weight, and
its originating processor number. The nodes on the decomposition tree are
represented by the structure rcb_tree which contains the position of the cut,
the dimension that the cut is perpendicular to, and the node's parent and two
children (if they exist) in the tree. The structure RCB_Struct is the RCB data
structure which holds pointers to all of the other data structures needed for
RCB. It contains an array of Dot_Struct to represent the points being load
balanced, global and local IDs for the points, and an array of rcb_tree (whose length is the number of processors)
which contains the decomposition tree.
The parameters used by RCB and their default values are described in the RCB section of the Zoltan User's Guide. These can be set by use of the Zoltan_RCB_Set_Param subroutine in the file rcb/rcb.c.
When the parameter REDUCE_DIMENSIONS
is specified, the RCB algorithm will perform lower dimensional
partitioning if the geometry is found to be degenerate. More information
on detecting degenerate
geometries may be found in another
section.
The main routine for RCB is Zoltan_RCB in the file rcb/rcb.c.


mgmt/tm/cm
mgmt/tm/cm/addToTrust
mgmt/tm/cm/cert
mgmt/tm/cm/configSync
mgmt/tm/cm/device
mgmt/tm/cm/deviceGroup
mgmt/tm/cm/deviceGroup/devices
mgmt/tm/cm/failoverStatus
mgmt/tm/cm/key
mgmt/tm/cm/removeFromTrust
mgmt/tm/cm/sniffUpdates
mgmt/tm/cm/syncStatus
mgmt/tm/cm/trafficGroup
mgmt/tm/cm/trustDomain
mgmt/tm/cm/watchDevicegroupDevice
mgmt/tm/cm/watchSysDevice
mgmt/tm/cm/watchTrafficgroupDevice


--- layout: default title: Home description: Curious about Astronomy? Have a burning question about the Universe?  ---
Curious about Astronomy? Have a burning question about the Universe that you'd like answered? Ask us! We have answered {{ site.posts | size }} questions so far.
We are a team of graduate students, postdocs, researchers and faculty affiliated with the University of Texas and McDonald Observatory. We welcome questions about Astronomy from K-12 students, teachers and the general public!
Follow us on Facebook Follow us on Twitter {% include topics.html %}


#include <plate.h>
Public Member Functions | |
| Plate () | |
| Plate (const std::string &filename) | |
| SpherePoint | angle () const |
| double | number_of_objects () const |
| int | plate_number () const |
| void | set_plate_number (int number) |
| bool | IsNeighbour (const Plate &plate, const double &neighbours_max_distance) |
| void | Normalize () |
| void | UpdateRADECValues (const Plate &plate) |
Protected Attributes | |
| int | plate_number_ |
plate.h Purpose: This file defines the class Plate. This class contains number of the plate and its mean values of right ascension and declination
| Plate::Plate | ( | ) | [inline] |
| Plate::Plate | ( | const std::string & | filename | ) |
plate.cpp Purpose: This files contains the body for the functions defined in plate.h
EXPLANATION: Cosntructs a Plate instance and initializes all its variables
INPUTS: filename - string containing the full path of the fits file containing the object
OUTPUTS: NONE
CLASSES USED: Plate
FUNCITONS USED: NONE
Definition at line 11 of file plate.cpp.
{ // constructs fits object std::auto_ptr<CCfits::FITS> pInfile;//std::unique_ptr<FITS> pInfile; try{ pInfile = std::auto_ptr<CCfits::FITS>(new CCfits::FITS(filename, CCfits::Read));//std::unique_ptr<FITS>(new FITS(filename, Read)); } catch(CCfits::FITS::CantOpen x) { throw "cPlate::cPlate(" + filename + ") failed"; } // define a reference for clarity CCfits::ExtHDU& data = (*pInfile).extension(1); // reading header data.readAllKeys(); // extract right ascension std::string sra("RA"); double ra; data.keyWord(sra).value(ra); // extract declination std::string sdec("DEC"); double dec; data.keyWord(sdec).value(dec); // extract plate number std::string spmf("PMF"); std::string pmf; data.keyWord(spmf).value(pmf); // set plate number plate_number_ = atoi(strtok((char*)pmf.c_str(),"-")); // set number of averaged objects to 1 number_of_objects_ = 1.0; // set position angle SpherePoint angle(ra, dec); angle_ = angle; }
| SpherePoint Plate::angle | ( | ) | const [inline] |
| bool Plate::IsNeighbour | ( | const Plate & | plate, |
| const double & | neighbours_max_distance | ||
| ) |
EXPLANATION: Returns true if the given plate is a neighbour plate and false otherwise
INPUTS: plate - plate to check neighbourhood with dist - maximum angular separation for a couple of plates to be considered neighbours (in radians)
OUTPUTS: NONE
CLASSES USED: Plate
FUNCITONS USED: NONE
Definition at line 73 of file plate.cpp.
{ return angle_.AngularDistance(plate.angle()) <= neighbours_max_distance; }
| void Plate::Normalize | ( | ) |
EXPLANATION: Normalizes angle_ by dividing it by number_of_objects_. Then it sets number_of_objects_ to 0 and updates sin_dec_ and cos_dec_
INPUTS: NONE
OUTPUTS: NONE
CLASSES USED: Plate
FUNCITONS USED: NONE
Reimplemented in CorrelationPlate.
| double Plate::number_of_objects | ( | ) | const [inline] |
| int Plate::plate_number | ( | ) | const [inline] |
Definition at line 51 of file plate.h.
{return plate_number_;}
| void Plate::set_plate_number | ( | int | number | ) | [inline] |
Definition at line 57 of file plate.h.
{plate_number_ = number;}
| void Plate::UpdateRADECValues | ( | const Plate & | plate | ) |
EXPLANATION: Adds the ra_ and dec_ values of another cPlate object and increases number_of_objects_ by the corresponding value
INPUTS: plate - plate instace with the same plate number
OUTPUTS: NONE
CLASSES USED: Plate
FUNCITONS USED: NONE
Definition at line 122 of file plate.cpp.
{ // check that the plate numbers are indeed the same if (plate_number_ != plate.plate_number()){ std::cout << "Error: plates numbers are not the same; skipping addition of ra and dec values" << std::endl; return; } angle_ += plate.angle(); number_of_objects_ += plate.number_of_objects(); }
int Plate::plate_number_ [protected] |


Hello World App
The Hello World Application
Welcome to The Hello World App
=======
Hello World App
The Hello World Application
Welcome to the Hello World Application. Please sign my guestbook.
See the creators!
>>>>>>> 0fecbd422c7e0807bcb6378c5055e2f53673cafe


# type-check [![Build Status](https://travis-ci.org/gkz/type-check.png?branch=master)](https://travis-ci.org/gkz/type-check)

type-check is a library which allows you to check the types of JavaScript values at runtime with a Haskell like type syntax. It is great for checking external input, for testing, or even for adding a bit of safety to your internal code. It is a major component of [levn](https://github.com/gkz/levn). MIT license. Version 0.3.1. Check out the [demo](http://gkz.github.io/type-check/).
For updates on type-check, [follow me on twitter](https://twitter.com/gkzahariev).
npm install type-check
## Quick Examples
```js // Basic types: var typeCheck = require(‘type-check’).typeCheck; typeCheck(‘Number’, 1); // true typeCheck(‘Number’, ‘str’); // false typeCheck(‘Error’, new Error); // true typeCheck(‘Undefined’, undefined); // true
// Comment typeCheck(‘count::Number’, 1); // true
// One type OR another type: typeCheck(‘Number | String’, 2); // true typeCheck(‘Number | String’, ‘str’); // true
// Wildcard, matches all types: typeCheck(‘*’, 2) // true
// Array, all elements of a single type: typeCheck(‘[Number]’, [1, 2, 3]); // true typeCheck(‘[Number]’, [1, ‘str’, 3]); // false
// Tuples, or fixed length arrays with elements of different types: typeCheck(‘(String, Number)’, [‘str’, 2]); // true typeCheck(‘(String, Number)’, [‘str’]); // false typeCheck(‘(String, Number)’, [‘str’, 2, 5]); // false
// Object properties: typeCheck(‘{x: Number, y: Boolean}’, {x: 2, y: false}); // true typeCheck(‘{x: Number, y: Boolean}’, {x: 2}); // false typeCheck(‘{x: Number, y: Maybe Boolean}’, {x: 2}); // true typeCheck(‘{x: Number, y: Boolean}’, {x: 2, y: false, z: 3}); // false typeCheck(‘{x: Number, y: Boolean, ...}’, {x: 2, y: false, z: 3}); // true
// A particular type AND object properties: typeCheck(‘RegExp{source: String, ...}’, /re/i); // true typeCheck(‘RegExp{source: String, ...}’, {source: ‘re’}); // false
// Custom types: var opt = {customTypes:
{Even: { typeOf: ‘Number’, validate: function(x) { return x % 2 === 0; }}}};
typeCheck(‘Even’, 2, opt); // true
// Nested: var type = ‘{a: (String, [Number], {y: Array, ...}), b: Error{message: String, ...}}’ typeCheck(type, {a: [‘hi’, [1, 2, 3], {y: [1, ‘ms’]}], b: new Error(‘oh no’)}); // true ```
Check out the [type syntax format](#syntax) and [guide](#guide).
## Usage
require(‘type-check’); returns an object that exposes four properties. VERSION is the current version of the library as a string. typeCheck, parseType, and parsedTypeCheck are functions.
```js // typeCheck(type, input, options); typeCheck(‘Number’, 2); // true
// parseType(type); var parsedType = parseType(‘Number’); // object
// parsedTypeCheck(parsedType, input, options); parsedTypeCheck(parsedType, 2); // true ```
### typeCheck(type, input, options)
typeCheck checks a JavaScript value input against type written in the [type format](#type-format) (and taking account the optional options) and returns whether the input matches the type.
##### arguments * type - String - the type written in the [type format](#type-format) which to check against * input - * - any JavaScript value, which is to be checked against the type * options - Maybe Object - an optional parameter specifying additional options, currently the only available option is specifying [custom types](#custom-types)
##### returns Boolean - whether the input matches the type
##### example
`js
typeCheck('Number', 2); // true
`
### parseType(type)
parseType parses string type written in the [type format](#type-format) into an object representing the parsed type.
##### arguments * type - String - the type written in the [type format](#type-format) which to parse
##### returns Object - an object in the parsed type format representing the parsed type
##### example
`js
parseType('Number'); // [{type: 'Number'}]
`
### parsedTypeCheck(parsedType, input, options)
parsedTypeCheck checks a JavaScript value input against parsed type in the parsed type format (and taking account the optional options) and returns whether the input matches the type. Use this in conjunction with parseType if you are going to use a type more than once.
##### arguments * type - Object - the type in the parsed type format which to check against * input - * - any JavaScript value, which is to be checked against the type * options - Maybe Object - an optional parameter specifying additional options, currently the only available option is specifying [custom types](#custom-types)
##### returns Boolean - whether the input matches the type
##### example
`js
parsedTypeCheck([{type: 'Number'}], 2); // true
var parsedType = parseType('String');
parsedTypeCheck(parsedType, 'str'); // true
`
 ## Type Format
### Syntax
White space is ignored. The root node is a __Types__.
- __Identifier__ = [$w]+ - a group of any lower or upper case letters, numbers, underscores, or dollar signs - eg. String
- __Type__ = an Identifier, an Identifier followed by a Structure, just a Structure, or a wildcard * - eg. String, Object{x: Number}, {x: Number}, Array{0: String, 1: Boolean, length: Number}, *
- __Types__ = optionally a comment (an Indentifier followed by a ::), optionally the identifier Maybe, one or more Type, separated by | - eg. Number, String | Date, Maybe Number, Maybe Boolean | String
- __Structure__ = Fields, or a Tuple, or an Array - eg. {x: Number}, (String, Number), [Date]
- __Fields__ = a {, followed one or more Field separated by a comma , (trailing comma , is permitted), optionally an ... (always preceded by a comma ,), followed by a } - eg. {x: Number, y: String}, {k: Function, ...}
- __Field__ = an Identifier, followed by a colon :, followed by Types - eg. x: Date | String, y: Boolean
- __Tuple__ = a (, followed by one or more Types separated by a comma , (trailing comma , is permitted), followed by a ) - eg (Date), (Number, Date)
- __Array__ = a [ followed by exactly one Types followed by a ] - eg. [Boolean], [Boolean | Null]
### Guide
type-check uses Object.toString to find out the basic type of a value. Specifically,
`js
{}.toString.call(VALUE).slice(8, -1)
{}.toString.call(true).slice(8, -1) // 'Boolean'
`
A basic type, eg. Number, uses this check. This is much more versatile than using typeof - for example, with document, typeof produces ‘object’ which isn’t that useful, and our technique produces ‘HTMLDocument’.
You may check for multiple types by separating types with a |. The checker proceeds from left to right, and passes if the value is any of the types - eg. String | Boolean first checks if the value is a string, and then if it is a boolean. If it is none of those, then it returns false.
Adding a Maybe in front of a list of multiple types is the same as also checking for Null and Undefined - eg. Maybe String is equivalent to Undefined | Null | String.
You may add a comment to remind you of what the type is for by following an identifier with a :: before a type (or multiple types). The comment is simply thrown out.
The wildcard * matches all types.
There are three types of structures for checking the contents of a value: ‘fields’, ‘tuple’, and ‘array’.
If used by itself, a ‘fields’ structure will pass with any type of object as long as it is an instance of Object and the properties pass - this allows for duck typing - eg. {x: Boolean}.
To check if the properties pass, and the value is of a certain type, you can specify the type - eg. Error{message: String}.
If you want to make a field optional, you can simply use Maybe - eg. {x: Boolean, y: Maybe String} will still pass if y is undefined (or null).
If you don’t care if the value has properties beyond what you have specified, you can use the ‘etc’ operator ... - eg. {x: Boolean, ...} will match an object with an x property that is a boolean, and with zero or more other properties.
For an array, you must specify one or more types (separated by |) - it will pass for something of any length as long as each element passes the types provided - eg. [Number], [Number | String].
A tuple checks for a fixed number of elements, each of a potentially different type. Each element is separated by a comma - eg. (String, Number).
An array and tuple structure check that the value is of type Array by default, but if another type is specified, they will check for that instead - eg. Int32Array[Number]. You can use the wildcard * to search for any type at all.
Check out the [type precedence](https://github.com/zaboco/type-precedence) library for type-check.
## Options
Options is an object. It is an optional parameter to the typeCheck and parsedTypeCheck functions. The only current option is customTypes.
 ### Custom Types
__Example:__
- customTypes: {
- Even: {
typeOf: ‘Number’, validate: function(x) {
return x % 2 === 0;}
}
}
}; typeCheck(‘Even’, 2, options); // true typeCheck(‘Even’, 3, options); // false ```
customTypes allows you to set up custom types for validation. The value of this is an object. The keys of the object are the types you will be matching. Each value of the object will be an object having a typeOf property - a string, and validate property - a function.
The typeOf property is the type the value should be, and validate is a function which should return true if the value is of that type. validate receives one parameter, which is the value that we are checking.
## Technical About
type-check is written in [LiveScript](http://livescript.net/) - a language that compiles to JavaScript. It also uses the [prelude.ls](http://preludels.com/) library.


---
layout: program
color: fill-midnight
themes:
- key: all
label: All
- key: analysis
label: Analysis
- key: community-growth
label: Community Growth
- key: education
label: Education
- key: humanitarian
label: Humanitarian
- key: indoors
label: Indoors
- key: local-community
label: Local Community
- key: technical
label: Technical
- key: tools
label: Tools
- key: birds-of-feather
label: Birds of feather
---
Overview
State of the Map 2017 is taking place from August 18th to 20th 2017 in Aizuwakamatsu, Japan. Meet us at Aizuwakamatsu City Cluture Center.
We are scheduling social event at Saturday 6:00 pm - 8:00 pm. The event take place in Tsurugajo castle hall aka "Tsurukan". This year OSM Awards ceremony is in this event.
Friday, August 18th: Join us for day one of State of the Map. 20-Min sessions and lightning talks is scheduled. Details of the talks are below.
Saturday, August 19th: We move to day two of State of the Map. An OSM award is scheduled in addition to the 20-Min sessions. Our scheduled program of talks is below.
Sunday, August 20th: The third and final day of State of the Map will focus on workshops and sharing knowledge. Together we'll discover the next great thing in mapping and hacking but please be kind to our network (bandwidth currently unconfirmed). Some of the lightning talks is scheduled on this day as well.
Optional Photo
How about optional pictures to record that you came to Aizuwakamatsu? We will shoot group photos with Tsuruga castle as background at the Saturday morning. This shooting area is an off limit area, we have special permission.
Optional tour
We will be having an optional tour of the Fukushima Prefectural Museum at Sunday 3:45 pm. Let's touch the history and culture of Fukushima.
Breakout sessions
Throughout the three days of State of the Map we will have a number of rooms set aside for breakout sessions (formally know as "Birds of a feather" sessions).
Some of these will be bookable spaces that you can sign up to host whilst there, others are free spaces - an ideal place where small groups would want to work together, coding a new feature of OpenStreetMap software or collaborating on documentation and guides.
Already have some ideas of what to use these spaces for? Find out how to share your ideas with the OpenStreetMap community.
Fancy a bit of sight-seeing? We are hoping to confirm a Tour of Fukushima museum.
Our program
We've got an amazing program of talks and workshops lined up for you. The difficult bit is deciding which track to go to. All the info on the talks is provided below.
Friday
{% for post in site.tags.slot1 reversed %}
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{% capture time %}10:30am{% endcapture %}
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Saturday
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{% for post in site.tags.slot18 reversed %}
{% include slot-item-small.html %}
{% endfor %}
{% for post in site.tags.slot19 reversed %}
{% include slot-item-small.html %}
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{% for post in site.tags.slot20 reversed %}
{% include slot-item-small.html %}
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{% for post in site.tags.slot21 reversed %}
{% include slot-item-small.html %}
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Sunday
{% for post in site.tags.slot22 reversed %}
{% include slot-item-middle.html %}
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{% for post in site.tags.slot23 reversed %}
{% include slot-item-middle.html %}
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The reason why I started this project is to practice with python and tkinter, making use of a public API such as pinboard. Besides that, I always find, in general in any service, the use of tags for filtering the results is very poor: it is often difficult to filter using several tags, and almost impossible to use the NOT tag (as in: show me elements that have the tag python but don't have tkinter). So my intention here is to develop a search functionality allowing this more powerful search, similar to the syntaxis used by google when searching emails in gmail, for example.
So the idea is to use this program to download your bookmarks from pinboard, manage and edit them locally more easily, and then synchronize these changes with the web again. A copy of the bookmarks is kept locally, so you only synchronize the changes since the last connection.
The main screen is structured as shown in Fig. 1.
Fig. 1. Parts of the main screen
We have the toolbar at the top, with icons giving quick access to some of the common actions, and the status bar at the bottom, that is used to display messages.
The main part of the screen is the list of bookmarks, showing the main attributes for each bookmark: title, url, tags, and time of creation. The filter pane shows a searchbox, to add some filters to reduce the list shown at the left. Examples of such filters are: "tags=python", or "title=Home". A more complete syntax is described in chapter "Search syntax".
And finaly the details pane that shows all the details for the selected bookmark, and allows modification of them.
TODO - menus not implemented yet.
This menu holds the file-related functions, such as open, save, etc., and also quit the program. The commands included are:
New: clears current bookmark database from memory, starting an empty one.
Open: open a previously saved file with bookmarks. For now, only JSON format is allowed, but other formats will be implemented in the future (e.g. html, xml).
Save: save current database, in the same filename and format as it was opened.
Save as: allows saving as a different name/folder. For now, only JSON format is allowed.
Quit: quit the application
This menu holds the commands related to managing the bookmarks: synchronisation with/from Pinboard, creation of new bookmark, deletion, etc. The commands included are:
Get from pinboard: download all bookmarks from pinboard. This will empty the current loca database, and populate with the information from Pinboard.
Update changes to pinboard: upload all changes that have been done locally to Pinboard: deletions, additions, tags changes, bookmark changes, etc.
Add new bookmark: adds a new bookmark to the database. A new bookmark requires as a minimum the URL to be defined.
Delete bookmark: delete current bookmark. The bookmark is marked for delete in the local database, changing its status to delete. At the next syncrhonisation with Pinboard, it will be actually deleted from the local database and from Pinboard.
Rename tag: rename a tag. This updates all local bookmarks that have the tag with the new tagname, and marks the tag to be renamed at Pinboard website at next syncrhonisation. The bookmarks' status is not changed to update, as they will not be individually updated but rather using the tag rename api function from Pinboard.
Delete tag: deletes a tag. It follows the same approach as renaming: tag is marked to be deleted at next synchronisation, and removed from all local bookmarks.
Save Pinboard API Token: will allow you to save the API token from Pinboard. This is saved in a local file, and will be used to access pinboard.
This holds the help functions, credits, etc.
Manual: access to the manual page (this page), explaining how to use the program.
About: shows credits, current version, etc.
TODO - not implemented yet.
TODO
Most of the attributes of the bookmark come from the definition of pinboard. But there are some attributes added, so we can work with the list offline, and then synchronise with pinboard web. These are the attributes:
The syntax to be used in the search box of the filter pane is quite simple: any field name (as shown above, in lowercase), followed by =
(equal) or !=
(different) sign, and the text. If the text has any spaces, put it between "".
The only exception is the date field, which allows only the operators <
(less than, or earlier than), and >
(greater than, or later than). Date must be provided in ISO format: yyyy-mm-ddTHH:MM:SS
, where all the time components are optional, but not the date. Note that all dates are expressed in UTC, but no need to add timezone info.
You can type several times the same field name, and it will be compared against all instances. The comparison is made by searching if the text provided is part of the field (i.e. any portion of the field). At the moment, the comparison is following AND logic, i.e. all conditions have to be met, in order to meet the filter. Search is case-sensitive.
The boolean fields (i.e. toread
and shared
) can be compared against a yes/no, y/n, or True/False condition. In this case, search is non case-sensitive.
Examples of search filters:
tags=python tags!=documentation
: show all bookmarks with the tag python, but excluding those with tag documentationtitle="Python for" url!=python.org date>2018-01-01 date<2018-12-31
: all bookmarks with the words Python for in the title, but not belonging to the python.org domain, and bookmarked during 2018.shared=no status=delete
: bookmarks that are privat (e.g. not shared), and its status is set to delete, meaning they will be deleted at the next synchronisation with pinboard.


WITNESS LIST Public Safety Committee April 6, 1999-10:30A HB 719 For: Griffith, Brian (Self and Garland Police Dept. K9 Unit) Johnson, Joe (Self and Fort Worth Police Dept.) Pilgrim, Curtis (Self and Dogs Against Drugs, Dogs Against Crime) Ybarbo, Ray (Texas Police Chiefs Assc.) On: McDaniel, Randy (DPS) HB 815 For: Stickland, Phil (Texas Baptist Christian Life Commission) Ware, Weston (Texas Baptist Christian Life Commission) Against: Rother, Rev. Willard (Self) Tripp, Alice (Texas State Rifle Assc.) HB 953 On: Sibert, Judy (DPS) HB 995 Against: Bunton, Caryl (Self and ASSIST) Clark, Mark (Dallas Police Assc., Houston Police Officer's Union) DeLord, Ron (CLEAT) Moore, Kevin (Self and ASSIST, CTSMA) HB 1087 For: Denholm, John (Self and Harris Co. Sheriff) Lindsey, Gary (Sheriff of Dallas County) Scott, Rider (County of Denton) Zacharias, Larry (City of Richardson) Against: Webb, Bill (Texas Motor Transportation Assn.) HB 1968 For: Cheyney, Patsy (Self) Hernandez, George (Bexar County Hospital District) Sims, Leonard (Bexar County Hospital District Police Dept.) HB 2031 On: Blewett, Rebecca (DPS) Boline, Linda (DPS) HB 2032 On: Stephens, Joyce (DPS) HB 2204 On: Francis, James (DPS) Holt, Robert (DPS) McHugh, Colleen (DPS) Thomas, Dudley (DPS) HB 2397 For: Wormley, Leroy (Texas Crime Stoppers Assc.) HB 2794 For: Eismann, Keith (MCI Worldcom) Martin, Janet (Self and Texas State Inspection Assc.) On: Smith, Ricky (DPS) HB 2802 For: Griffith, Carl (Jefferson County Judge) On: Bethke, James (Self) Sibert, Judy (DPS) HB 3209 For: Murchison, Nickie (Greater Dallas Crime Commission) Scott, Rider (Greater Dallas Crime Commission) HB 3215 On: Reynolds, Carl (TDCJ)


PLANET SICK-BOY: http://www.sick-boy.com
Warner Bros.' second serious foray into the animation market is just as ineffective as its first (the anemic The Quest for Camelot). Here, they hack about forty-five minutes off of the popular 1956 Rodgers & Hammerstein musical starring Deborah Kerr and Yul Brynner, who reprised his Broadway role and nabbed the Oscar. And, believe me, you'll be thankful for every minute that's missing.
The story is the same as it always was – Anna (voiced by Miranda Richardson, Merlin) is a widowed English schoolteacher who travels to Siam to teach the children of its overprotective and strong-handed King. She butts heads with His Holiness almost immediately and must also deal with the obligatory evil cartoon guy who wants to dethrone the existing King and rule the country as he deems fit. This guy also has magical powers, at one point conjuring up a dragon to attack Anna's boat before her arrival. Luckily, Anna is able to fend the serpent of with her amazing power of song.
The King is as empty as Paul McCartney's stomach at an all-you-can-eat ribs festival.  And the songs – don't get me started on the songs. You'll probably be better off waiting for the real remake – not of the musical, but of the 1946 Oscar winner featuring Rex Harrison and Irene Dunne – which will star Jodie Foster as the British governess and Hong Kong action legend Chow Yun-Fat (The Corruptor) as the King. (G – 1:28 for mild violence and the possibly offensive portrayal of the entire Asian race)
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Reliable algotrading utilities written in node
What stonksjs is:
The primary objective of this project are:
What stonksjs is not:
Installation, usage, and API docs can be found in each scoped package directory.
| Name | Description | Version |
|---|---|---|
| @stonksjs/core | Single point of entry for all stonksjs packages | |
| @stonksjs/quote | Detailed, real-time stock quote data | |
| @stonksjs/finviz | Unofficial finviz API | |
| @stonksjs/stock-screener | Pre-defined industry standard stock screeners from MSN Money |
This project requires node v16.20.1
.
Clone the repo and install the dependencies:
git clone http://github.com/nielse63/stonksjs.git
cd stonksjs
nvm use
npm ci
Tests are run using jest
, and can be run by executing:
npm test
# run with coverage
npm test -- --coverage
To release a new version, run:
npm run release
This executes lerna publish
behind the scenes, and you'll be prompted with a
few questions before the package is deployed.
Pull requests are welcome. For major changes, please open an issue first to discuss what you would like to change.
Please make sure to update tests as appropriate.
All new features and changes are being tracked in GitHub under the projects and issues tabs of this repo.
Generated using TypeDoc


Frontend Workflow
Modern tools for frontend workflow
Steps of a frontend workflow
When developing a website there is a typical workflow we follow:
- Scaffold
- Abstract
- Iterate
- Build
- Deploy
To support this there are many tools, this website aims to highlight which tools fit in where.
Scaffolding
When we start a new web development project, we quickly want to be able to jump into development however often we have to take the time to setup our project including download boilerplates, setup dependencies etc.
Scaffolding tools do this for us, so we can do what we enjoy most, starting to build our website.
Initializr
Yeoman
Grunt-init
Abstractions
Abstractions are languages which abstract away from another language but will ultimately compile down to the original language.
Sass
Less
HAML
Markdown
Iteration
Every time we save our code and view it in our browser we are creating an iteration of the site, kind of like a version without a version number.
Iteration tools allow us to perform tasks every time we create one of these iterations, whether it be to add dependencies to a site or run tasks associated with creating the new iteration.
Bower
Codekit
Mixture
Prepros
Gulp
Grunt
Build
Build tools allow us to build our website ready for deploying
Make
Ant
Gulp
Grunt
Deploy
Deployment tools allow us to deploy our website to production
Gulp
Grunt
Cyberduck
Filezilla
Where can I find out more?
Talks
- London AJAX - Wed 9th April 2014


Java
Distributed Systems
During spring of 2020, I had the pleasure of having to work on a very interesting and complex assignment while the COVID-19 pandemic was just starting. The assignment was about developing a music streaming on demand app using Java and Android.
The first part was about designing and developing the music streaming Framework(Event Delivering System) that would be responsible for supporting the on demand stream or download of the music library that was provided and consisted of 3 main components:
- Publisher Node: Responsible for saving, searching and exporting the music
- Broker Nodes: Balancing the load from the user requests
- Consumer Node: Responsible for accepting user requests, could be either online or offline
The second part was about the creation of an Android app that utilized our framework in a way that the music could be played from the customers phone. The Home Screen of the app included a list of all the available artists, albums and songs.
The consumer node will notify the Broker nodes of the user request and after receiving a positive response the media player will open and play the song the user requested.
Artificial Intelligence
Although a field of CS that involves a lot of math, I was glad I gave it a try because I saw considerable progress in my programming skills because of the two assignments I worked on throughout the semester.
A*
For the first assignment we were asked to develop a program in Java or Python that would find the optimal solution to the Bridge and Torch problem. This problem is about a family trying to cross a bridge that can hold up to 2 people, the torch has limited time and the algorithm must find the best combination of people to cross without the torch going out.
The A* algorithm manages that by calculating the sum of the real crossing time and a heuristic function of the couple trying to pass to the opposite side of the bridge, the sum is inserted in a priority queue and when every possible combinations sum is calculated it chooses the couple with the lowest sum as the next step. Then it repeats until everyone has crossed over. This path is now considered final and optimal.
Multinomial Naive Bayes Classifier
For the second assignment we were given a public dataset called «Large Movie Review Dataset» that contains movie reviews and were asked to develop a text classification program in Java, C++ or Python.
Each review was categorized as positive if its score was <6 or negative if its score was >4, we had to use this dataset to train the algorithm so it can accurately classify a review as positive or negative based only on what the user wrote.
C++
I have been postponing this course for a while because I couldn't grasp the concept of pointers at a level where I was confident of using them regularly.
Thankfully this year the project was about using the API of an engine to create a game of our choice, a fascinating subject for someone who wants to try their luck in Game Development. It certainly sparked my interest and motivated me to work on a daily basis.
The assignment was about creating an arcade game using the SGG library that was created for this purpose, the use of dynamic memory, inheritance, polymorphism and collection was obligatory and good planning and code structured would be taken into consideration.
My team consisted of me and another colleague, we decided to work on a simple game called Pong on which we added a Main Menu, Statistics and Player History screens in order to add more complexity and submit a game that we felt was complete.
One certain feature that proved challenging was the collision of the ball with the players and the walls. The collision with the players required some math in order to calculate the trajectory of the ball, since hitting the middle of the player should simply send back the ball. Hitting the top or bottom required should send the ball back at a different angle.


{% if project.can_be_done_remotely %}
{% trans "This work can be done remotely" %}
{% else %}
{% trans "This work can't be done remotely" %}
{% endif %}
{% trans "Addressline" %} {{ project.addressline }}
{% trans "Neighborhood" %} {{ project.neighborhood }}
{% trans "City" %} {{ project.city }}


Resistance training increases muscle strength by making your muscles work against a weight
or force
Different forms of resistance training include using free weights, weight machines,
resistance bands and
your own body weight. A beginner needs to train two or three times per week to gain the
maximum benefit
Here's the main Exercises that will Strengthen Your muscles :
Barbell hip bridge: (This exercise benefits glutes)
How to ?
Sit on the floor with a bench behind you and a weighted barbell over your legs.  Squeezing
your glutes, extend as high as possible. Hold for 5 secs then slowly lower. Do 20 reps
Deadbug: (This exercise benefits: abs)
How to ?
Lie on your back with your arms skywards and legs raised and bent at 90 degrees
Slowly lower your arms behind you, as you extend your left leg out in front
Exhale, then gently return to the starting position and repeat, this time extending the right leg
Lower the weight if your back arches off the floor. Do 10 reps per leg
With a dumbbell in each hand, start in a plank position, keeping your pelvis as stable as
possible
Row your right arm back without twisting your shoulders, keeping your elbows tucked in to engage
your lats
End with your wrist by your hip, then lower the dumbbell back to the floor
Repeat on the other side, then do a press-up. That's one rep. Do 10 reps total
Romanian deadlift: (This exercise benefits: core, hamstrings)
How to ?
 Hold for 3 secs then return to the starting position.  Hold for 3 secs then push yourself back up. That’s one rep. Do 20 reps


Due to membership attendance and limited UMC pastors in the area, Seiter travels between Stewart United Methodist and Canaanville United Methodist each Sunday to ensure both churches have a service.
"We'd like to know why people aren't coming to church anymore," Seiter said.
Judy Morgan, treasurer of Stewart United Methodist, said the church's budget will be in a $2,500 deficit this year due to a lack of members attending and donating. Any small drop in their attendance could impact the church's funds, Morgan said.
Membership loss has become a commonality among rural churches in Appalachia. A decrease in funding has left churches in an unsettling state, depicting a crisis that may one day cause them to close their doors for good.
A recent Pew Research study revealed that 38% of adults in Ohio report going to church at least once a week.
Seiter said he saw the impact of low attendance rates. He previously worked as a pastor for Pisgah United Methodist Church in Athens before the parish shut down due to low attendance. Those members were forced to find other churches to attend.
"(The church) got down to four people … they were getting to a point where they were not able to pay their bills," Seiter said. "So they felt the need to close."
Disbanding a church
Low attendance numbers and a lack of funding were the reasons many Southeastern Ohio churches closed their doors to the public. For St. Mary of the Hills Church in Buchtel, 17645 Bank St., its community saw a lasting impact when its membership diminished.
On June 26, 2022, Rev. Father Mark Moore held the church's last mass. The church closed its doors for good on June 30.
Father Moore began his work at the church after its former resident priest, Henry Christopher Foxhoven, sexually abused an underage parishioner at Holy Cross in Glouster while also serving at St. Mary of the Hill. Foxhoven was later found guilty of sexual batteryand sent to prison for 12 years, according to the Zanesville Time Recorder.
The church was left without a leader, so Moore was sent to serve the parish. However, it wasn't enough to keep the church open.
"The parish was dying," Moore said. "There were very few younger members."
Moore was worried the parish's diminished attendance would impact the charitable and Evangelical outreach in Buchtel.
"We don't have the resources that an urban or suburban parish would have," Moore said. "So financially, it's sometimes a struggle for some parishes to exist."
Moore and the Diocese of Steubenville took three years to close the parish. During that time, they searched for another use for the building as a possible mission church. As of December, the church remains empty.
On Oct. 14, 2022, Bishop Robert Barron announced a plan to merge the Diocese of Steubenville back into the Diocese of Columbus. The Diocese of Steubenville was originally created in 1944 out of the Columbus area. The change was due to a lack of priests available for services, economic pressures and demographic shifts in the area, according to The Steubenville Register.
United Pentecostal Church
The United Pentecostal Church, 333 Main St., in southern Perry County, is one of three remaining churches within the city limits. The other two are the Methodist and Baptist churches in the center of town.
In the past, religion held great significance for the residents of New Straitsville. However, that has altered over time. Cheryl Stickdorn has lived in New Straitsville most of her life and is an active member and a Sunday school teacher at the United Pentecostal Church. She said there was a heavy religious presence in the town for the majority of the 20th century.
"They even had the Bibles open in the bars," Stickdorn said.
Despite the construction of a new church building in the early 2000s, the number of members has continued to decrease.
New Straitsville was once a bustling coal mining town that saw its peak of production in 1918 and again in the 1960s. When the coal industry lost its foothold as a major source of fuel, Southeast Ohio towns such as New Straitsville faced hardships. Businesses closed, and residents moved out of the area. The 2020 census revealed the population in New Straitsville village is 652, compared to its population of 2,208 in 1920.
On March 23, 1924, 90 people attended service with an offering of $2.59, equivalent to $44.33 in 2022, according to the Ohio Apostolic News. On Dec. 4, 2022, the church saw an attendance number of 35 people and an offering of $83, Stickdorn said.
"Nones" on the Rise
"Nones" is a popular term used in recent years to describe those who aren't religiously affiliated: atheist, agnostic or nothing in particular. 22% of Ohioans fall under that identity, according to a study from the Pew Research Center. That demographic of people might have either been raised in a church or never attended but are currently unaffiliated with a religion.
Those who have left the church have various reasons for their choice. Many people aren't affiliated with a religion because they question religious teaching, according to the same Pew Research Center survey. Another top response on a recent survey was that individuals do not like the position the churches take on political and social issues.
Jessie Donohue was raised in Meigs County and went to the Pentecostal church with her family. Although she used to attend church services, she no longer does. One-third of people under 30 years old, like Donohue, are leading the trend compared to the other age groups Pew surveyed.
Like Donohue, many others in her age group have distanced themselves from their church, driven by their personal views on LGBTQ+ rights and issues like abortion.
Campus Ministry
Students at Ohio University often find it difficult to find a place to practice their faith with fellow students in Athens.
Madeline Daley, a sophomore studying media arts
production, is a part of OU Catholics. Her choice to continue practicing her faith in college has led her to partake in religious student organizations on and off campus.
"I just saw a lot of relativism in the world," Daley said. "Just the ability to ask questions … made it so that the truth was able to be communicated, and I could see that there isn't relativism with the Catholic Church."
Her religion inspired her to connect with like-minded individuals on campus with OU Catholics. Though many college students may shy away from religious organizations on campus, Daley said she remains optimistic about students' future.
"I see hope for students actually seeing that Catholicism is alive and current, and not an archaic belief," Daley said. "It can actually help with all aspects of someone's life."
Reflection on the Future
The Pew Research Center recently estimated that by 2070, the number of Americans who identify as Christian would fall near or below 50% of the population, and that percentage could fall as low as 34%. Those identifying as "none" have been estimated to rise to as much as 52% of the U.S. population in 2070.
Amid cultural change, churches in Appalachia are reviewing their practices and considering reasons for declining attendance. As closures trickle down, regular attendees like Stickdorn look back to the last century and acknowledge how the evolution of religious practices has changed the way churches operate today.
"God has been taken out of everything," Stickdown said. "If you really stop and think and look at the whole picture, that's the reason we're in the condition we're at now."


!Newbie Guide:
Congratulations on reaching level 6!
In recognition of your achievement, the Adventurers' Guild will now allow you to use an Apprentice Adventurer's Weapon Exchange Coupon to borrow a Non-Grade Shadow Weapon.
[scripts_Util:TakeNewbieWeaponCoupon|Receive Apprentice Adventurer's Weapon Exchange Coupon.]
[scripts_services.SupportMagic:getSupportMagic|View available Support Magic.]