HTML is a short name for Hyper Text Markup Language.
HTML is a format that tells a computer how to display a web page. The documents themselves are plain text files with special "tags" or codes that a web browser uses to interpret and display information on your computer screen.
Open your text editor and type the following text
<html>
<head>
<title>My First Webpage</title>
</head>
<body>
This is my first homepage. <b>This text is bold</b>
</body>
</html>
Save the file as mypage.html.
Start your Internet browser. Select Open (or Open Page) in the File menu of your browser. A dialog box will appear. Select Browse (or Choose File) and locate the html file you just created - mypage.html - select it and click Open. Now you should see an address in the dialog box, for example C:\MyDocuments\mypage.html. Click OK, and the browser will display the
page.
What you just made is a skeleton html document. This is the minimum required information for a web document and all web documents should contain these basic components.
The first tag in your html document is <html>
. This tag tells your browser that this is the start of an html document. The last tag in your document is </html>
. This tag tells your browser that this is the end of the html document.
The text between the <head>
tag and the </head>
tag is header information. Header information is not displayed in the browser window.
The text between the <title>
tags is the title of your document. The <title>
tag is used to uniquely identify each document and is also displayed in the title bar of the browser window.
The text between the <body>
tags is the text that will be displayed in your browser.
The text between the <b>
and </b>
tags will be displayed in a bold font.
When you save an HTML file, you can use either the .htm or the .html extension. The .htm extension comes from the past when some of the commonly used software only allowed three letter extensions. It is perfectly safe to use either .html or .htm, but be consistent. mypage.htm and mypage.html are treated as different files by the browser.
A good way to learn HTML is to look at how other people have coded their html pages. To find out, simply click on the View option in your browsers toolbar and select Source or Page Source. This will open a window that shows you the actual HTML of the page. Go ahead and view the source html for this page.


Source code for relocators.manualRelocator
# Copyright 2014 Modelling, Simulation and Design Lab (MSDL) at
# McGill University and the University of Antwerp (http://msdl.cs.mcgill.ca/)
#
# 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.
"""
Relocator for user-provided relocation directives
"""
[docs]class ManualRelocator(object):
"""
Main class
"""
[docs] def __init__(self):
"""
Initialize the relocator
"""
self.directives = []
[docs] def setController(self, controller):
"""
Sets the controller
"""
pass
[docs] def getRelocations(self, gvt, activities, horizon):
"""
Fetch the relocations that are pending for the current GVT
:param gvt: current GVT
:param activities: the activities being passed on the GVT ring
:param horizon: the activity horizon that was used
:returns: dictionary containing all relocations
"""
relocate = {}
for index, directive in enumerate(self.directives):
if directive[0] < gvt:
relocate[directive[1]] = directive[2]
else:
self.directives = self.directives[index:]
break
else:
self.directives = []
return relocate
[docs] def addDirective(self, time, model, destination):
"""
Add a relocation directive, this relocation will be scheduled and will be executed as soon as the GVT passes over the provided time.
:param time: the time at which this should happen
:param model: the model that has to be moved (its model_id)
:param destination: the destination kernel to move it to
"""
self.directives.append([time, model, destination])
self.directives.sort()
[docs] def useLastStateOnly(self):
"""
Determines whether or not the activities of all steps should be accumulated, or only a single state should be used.
:returns: boolean -- True if the relocator works with a single state
"""
# Set to false to allow activity tracking plots
return False


Enter Enhancement Details
+
-
General Information
Request Number
Change Order Number
Description
Category
AECOM Oracle
HR
Salesforce Core
dara
HRIS
Status
Closed
UAT completed
Implemented
Development
Priority
1
2
3
4
Impact
Medium
High
Low
Change Type
Normal
Expedited
Assignee


ee.Geometry¶
Extended methods for the ee.Geometry class:
-
eemont.geometry.
BBoxFromQuery
(query, geocoder='nominatim', **kwargs)[source]¶ Constructs an ee.Geometry describing a bounding box from a query submitted to a geodocer using the geopy package.
- Parameters
query (str) – Address, query or structured query to geocode.
geocoder (str, default = 'nominatim') – Geocoder to use. One of ‘nominatim’ or ‘arcgis’. Please visit https://geopy.readthedocs.io/ for more info.
**kwargs – Keywords arguments for geolocator.geocode(). The user_agent argument is mandatory (this argument can be set as user_agent = ‘my-gee-username’ or user_agent = ‘my-gee-app-name’). Please visit https://geopy.readthedocs.io/ for more info.
- Returns
Geometry describing a bounding box from the specified query.
- Return type
ee.Geometry.Polygon
Examples
>>> import ee, eemont >>> ee.Initialize() >>> ee.Geometry.BBoxFromQuery('Seattle',user_agent = 'my-gee-eemont-query') ee.Geometry({ "functionInvocationValue": { "functionName": "GeometryConstructors.Polygon", "arguments": { "coordinates": { "constantValue": [ [ [ -122.45969600000001, 47.7341357 ], [ -122.45969600000001, 47.4810022 ], [ -122.224433, 47.4810022 ], [ -122.224433, 47.7341357 ] ] ] }, "geodesic": { "constantValue": false } } } })
See also
PointFromQuery()
Constructs an ee.Geometry describing a point from a query submitted to a geodocer using the geopy package.
MultiPointFromQuery()
Constructs an ee.Geometry describing a multi-point from a query submitted to a geodocer using the geopy package.
-
eemont.geometry.
MultiPointFromQuery
(query, geocoder='nominatim', **kwargs)[source]¶ Constructs an ee.Geometry describing a multi-point from a query submitted to a geodocer using the geopy package. This returns all pairs of coordinates retrieved by the query.
- Parameters
query (str) – Address, query or structured query to geocode.
geocoder (str, default = 'nominatim') – Geocoder to use. Please visit https://geopy.readthedocs.io/ for more info.
**kwargs – Keywords arguments for geolocator.geocode(). The user_agent argument is mandatory (this argument can be set as user_agent = ‘my-gee-username’ or user_agent = ‘my-gee-app-name’). Please visit https://geopy.readthedocs.io/ for more info.
- Returns
Geometry describing a multi-point from the specified query.
- Return type
ee.Geometry.MultiPoint
Examples
>>> import ee, eemont >>> ee.Initialize() >>> ee.Geometry.MultiPointFromQuery('Mt. Rainier, USA',user_agent = 'my-gee-eemont-query') ee.Geometry({ "functionInvocationValue": { "functionName": "GeometryConstructors.MultiPoint", "arguments": { "coordinates": { "constantValue": [ [ -121.757682, 46.8521484 ], [ -76.9649751, 38.9415 ], [ -97.78689, 30.154197 ], [ -84.130098, 39.863452 ] ] } } } })
See also
BBoxFromQuery()
Constructs an ee.Geometry describing a bounding box from a query submitted to a geodocer using the geopy package.
PointFromQuery()
Constructs an ee.Geometry describing a point from a query submitted to a geodocer using the geopy package.
-
eemont.geometry.
PointFromQuery
(query, geocoder='nominatim', **kwargs)[source]¶ Constructs an ee.Geometry describing a point from a query submitted to a geodocer using the geopy package. This returns exactly one pair of coordinates.
- Parameters
query (str) – Address, query or structured query to geocode.
geocoder (str, default = 'nominatim') – Geocoder to use. Please visit https://geopy.readthedocs.io/ for more info.
**kwargs – Keywords arguments for geolocator.geocode(). The user_agent argument is mandatory (this argument can be set as user_agent = ‘my-gee-username’ or user_agent = ‘my-gee-app-name’). Please visit https://geopy.readthedocs.io/ for more info.
- Returns
Geometry describing a point from the specified query.
- Return type
ee.Geometry.Point
Examples
>>> import ee, eemont >>> ee.Initialize() >>> ee.Geometry.PointFromQuery('Mt. Rainier, USA',user_agent = 'my-gee-eemont-query') ee.Geometry({ "functionInvocationValue": { "functionName": "GeometryConstructors.Point", "arguments": { "coordinates": { "constantValue": [ -121.757682, 46.8521484 ] } } } })
See also
BBoxFromQuery()
Constructs an ee.Geometry describing a bounding box from a query submitted to a geodocer using the geopy package.
MultiPointFromQuery()
Constructs an ee.Geometry describing a multi-point from a query submitted to a geodocer using the geopy package.


Tyler Fisher | @tylrfishr
Nothing we make should require abnormally fast connections.
If you require a loading screen, you're doing it wrong.
Your image should never be wider than 1500px.
Most screens have a 16:9 aspect ratio.
Crop your images to be 16:9 so they fit on the screen.
Thus, a full size image would be 1500px x 844px.
.jpg FOREVER
GIFs are great. They can be very effective.
They are inefficient and tend to be very big in file size.
GIFs should be short, repetitive animations.
When you can, use Vimeo.
Don't do it. It won't work on mobile anyway.

It is tempting to use SoundCloud.
Native audio requires both mp3 files and ogg files to support all browsers.
jPlayer is an okay library for interacting with audio.
See me if you want to use it.
Removing all the whitespace, comments and other unnecessary characters from your code.
Even whitespace takes up space in your file size.
Always minify your code in production.
Always use minified versions of libraries.
Combining all code of the same language into one file.
jQuery Unveil is a lightweight library that handles lazy loading.
Some JavaScript that subs in separate crops for separate screen sizes


You are about to delete the following {{ documentURIs.length === 1 ? 'document' : 'documents' }}:
- {{documentURI}}
If you delete {{ documentURIs.length === 1 ? 'it' : 'them' }}, all of {{ documentURIs.length === 1 ? 'its' : 'their' }} children and access points will also be deleted.
Do you want to proceed?


WITNESS LIST
Natural Resources
April 12, 2011 9:00 AM
FOR:
Dersch, Hans (Residents of Falconhead Community), Austin, TX
Kump, Melody (Self), Austin, TX
Lakin, P. Gregory (The Preserve at Barton Creek), Austin, TX
Sallee, Christopher A. (Central Texans For Propane Regulation), Austin, TX
AGAINST:
Baker, Harris (HBH Operations), Austin, TX
Hill, Christopher (Alliant Gas), Irving, TX
Prideaux, Barton (Texas Community Propane), Austin, TX
Van Hoy, William (Texas Propane Gas Association), Austin, TX
Registering, but not testifying:
For:
Dicello, Louis (Resident Affected By Current Policy), Austin, TX
Wilburn, Randy (West Travis County MUD No. 5), Austin, TX
Against:
Dale, Tony (Ferrell Gas), Cedar Park, TX
On:
LeMon, Lynne (Railroad Commission, Natural Gas Rates), Austin, TX
Osterhaus, James (Texas Railroad Association), Waco, TX
Ross McDonald, Mary "Polly" Acting Director, Pipeline Safety Div. (Railroad
Commission of Texas), Austin, TX
FOR:
Brewer, Steve (City of La Feria), La Feria, TX
Riegert, David (Self), Mission, TX
Registering, but not testifying:
For:
Beinke, Allen (Texas Aggregates & Concrete Assn.), Austin, TX
ON:
Mann, James (Texas Pipeline Association), Austin, TX
Ross McDonald, Mary "Polly" Acting Director Pipeline Safety Divison (Railroad
Commission of Texas), Austin, TX
Registering, but not testifying:
For:
Reed, Cyrus (Sierra Club, Lone Star), Austin, TX
Weinberg, David (Texas League of Conservation Voters), Austin, TX
1
WITNESS LIST
Natural Resources
April 12, 2011 9:00 AM
Registering, but not testifying:
For:
Baum, Walt (AECT), Austin, TX
Smith, Tom "Smitty" (Public Citizen), Austin, TX
On:
Caudle, John (Railroad Commission of Texas), Austin, TX
Registering, but not testifying:
For:
Goleman, Kinnan (Shell Oil Co.), Austin, TX
On:
Griffin, John (Railroad Commission of Texas), Austin, TX
Registering, but not testifying:
Against:
Franks, Terry (Santa Anita Reclamation, LLC), Austin, TX
ON:
Reed, Cyrus (Sierra Club, Lone Star Chapter), Austin, TX
Registering, but not testifying:
For Committee Substitute (CSSB 1478) :
Blevins, Chesley (The Texas Mining & Reclamation Assn.), Austin, TX
Blevins, Chesley (The Sabine Mining Company), Austin, TX
Blevins, Chesley (The North American Coal Corp.), Austin, TX
Garcia, Deidra (Clean Coal Technology Foundation of Texas (CCTFT)), Austin, TX
Nasi, Mike (San Miguel Electric Cooperative), Austin, TX
Nasi, Mike (Texas Mining & Reclamation Association (TMRA)), Austin, TX
For:
Gibbs, Gary (American Electric Power), Austin, TX
Gibbs, Gary (Gulf Coast Lignite Coalition), Austin, TX
Minick, Stephen (TX Assoc. of Business), Austin, TX
Smith, Tom "Smitty" (Public Citizen), Austin, TX
Turner, Usha (Luminant), Dallas, TX
On:
Caudle, John (Railroad Commission of Texas), Austin, TX
FOR:
Guckian, Burford James "Jimmy" (Guckian Consulting), Round Rock, TX
Smith, Tom "Smitty" (Public Citizen), Austin, TX
2
WITNESS LIST
Natural Resources
April 12, 2011 9:00 AM
AGAINST:
Cole, Greg (Express Automotive Group & Chevron Xpress Lube), The Woodlands, TX
Dolezal, Alison (Kwik Kar), Arlington, TX
Dolezal, Gary (Kwik Kar), Arlington, TX
Martin, Ed (Texas State Inspection Station), Plano, TX
Nowels, Michael (Texas State Inspection Assoc.), Plano, TX
Registering, but not testifying:
For:
O'Ryan, Anne (AAA TX), Austin, TX
On:
Elliston, Randy (Texas Dept. of Motor Vehicles), Austin, TX
Mueller, Wayne (Department of Public Safety), Austin, TX
FOR:
Harris, John Bolt (Self; HBA), Austin, TX
Kleeman, Robert (Home Builders Association of Greater Austin), Austin, TX
Moore, Leslie M. (Self), Austin, TX
Norman, Scott (Texas Association of Builders), Austin, TX
Quadlander, Margaret (Self), Austin, TX
Rado, Jim (David Weekley Homes), Austin, TX
Tristan, Daniel (Texas Property Owners), Austin, TX
AGAINST:
Alles, Richard (Self), San Antonio, TX
Cannizzo, James V. (U.S. Army, Camp Stanley, Fort Sam Houston, Camp Bullis), San
Antonio, TX
Fossum, Michael (Austin Heritage Tree Foundation), Austin, TX
ON:
Bird, Mark (City of San Antonio), San Antonio, TX
Embesi, Michael (City of Austin), Austin, TX
Mars, Keith (City of Austin), Austin, TX
Registering, but not testifying:
For:
Allen, George (Texas Apartment Associaton), Austin, TX
Calcote, ML (Real Estate Council of Austin), Austin, TX
Calcote, ML (Real Estate Councils of Texas), Austin, TX
Martin, Edward (Tilson Home Corporation), Houston, TX
Short, Jim (Houston Real Estate Council), Fulshear, TX
Small, Ed (Texas Forestry Association), Austin, TX
Whalen, Ken (Texas Daily Newspaper Assoc. / TX Press Assoc.), Austin, TX
Against:
Igo, Shanna (Texas Municipal League), Austin, TX
3
WITNESS LIST
Natural Resources
April 12, 2011 9:00 AM
Smith, Tom "Smitty" (Self), Austin, TX
Thompson, Pam (Save Barton Creek Assn.), Austin, TX
Vega, Zoila (Self), Austin, TX
4


[September 3 12:00 to September 17 23:59]
[Exchange deadline is September 24 23:59]
[Ranking Event from September 10 12:00 to September 16 23:59]
[Requirement for Treasure Boxes is clearing Hitagi Club 02-001]
[Requirement to participate is clearing Hitagi Club 01-003]
[Collect "Cotton Candy" and "Rings" in exchange for Event-Only Scenes and other items at the exchange place]
[How to get Rings and Cotton Candy]
Tapping your PucPucs in Town can give you "Rings".
"Hanekawa Tsubasa Summer Style" and "Oshino Shinobu Summer Style" give more rings when you tap them.
Daily event missions for "Cotton Candy".
"Cotton Candy" and "Rings" can also appear in Treasure Boxes that appear during puzzles.
The Ranking Event will (probably) give out extra "Cotton Candy" and "Rings".
[Update September 6]
Tapping your PucPucs in Town will give you more "Rings" during the following dates:
[September 7 15:00 - September 10 15:00]
[September 14 15:00 - September 17 23:59]
Official Site


| Module | Linalg::Iterators |
| In: |
lib/linalg/iterators.rb
|
Enumerables and Enumerable-like methods for matrices.
For blocks which yield i,j indexes, the visitation is always in column-major order — that is, i changes faster than j.
To visit in row-major order, one would say
m.rows.each_with_index { |row, i| row.elems.each_with_index { |e, j| # e == m[i,j] } }


!News Informer:
This place is recommended for adventurers who are |over level 81.
You can sense an even darker force in the Dragon Valley. Antharas has gathered even stronger servants.
In order to fight against Land Dragon Antharas, enter Dragon Valley and prove yourself!
|You may use the spell of Antharas against him inside the Dragon Valley. Antharas saw that the new servants could not live in harmony, so he cast a spell to unite the different parties. You can get incredible benefits from the spell when you form a party with more diverse classes! Also, if there's a class in the party that does not usually form a party, it's more likely to affect them. Oh, and this spell will activate when you hit strong monsters!
[npc_%objectId%_tele<PHONE_NUMBER>1 -2688|Go to Hunter's Village where you can go to Dragon Valley (200 000 adena)]
[npc_%objectId%_Link Announcer/update_announcer001.htm|Back to the start]


--- layout: default layout_keyword: knowledge_base_page title: Organize a sports league tags: group_admin_pages left_col_section_nav: [basic_user_nav] user_help_videos: [basic_user_videos] root: enabled ---
AllPlayers.com provides all the tools you need to organize and manage your sports league.
With AllPlayers.com, you can set up leagues, divisions and teams, then automatically create your season schedules. Your coaches will be able to administer their own team pages, where members can share photos, carry on conversations to set up carpools, snack schedules and more. You and your coaches will easily be able to communicate events like rainouts and cancellations using our broadcast messaging tools.
Before we set up our sports league, it's important to understand the basic concepts of Groups Above and Groups Below (Subgroups).
In this illustration, Springfield Recreation Center is the main group above. Each subgroup below the main organization may also have additional subgroups.
For example, the 10-year-old 2011 Boys Winter Basketball League has a group above of 2011 Boys Basketball (which contains all age divisions), and six groups below (subgroups), each team in the division.
Organizing your groups as illustrated above allows you to easily maintain your groups not only for the current season, but for future and past (archived) seasons.
We recommend building a chart similar to the illustration above if you are organizing sports leagues for an organization. It's a great way to stay organized and maintain your league and team pages moving forward through new sports seasons.


Upload another one now:
The example above generates the following json which can be used by your own package:
You can find your package in /packages/wixmedia
MEAN versions prior to 0.3.2 will be in /node_modules/wixmedia


{% extends 'layout.html' %} {% block pageTitle %} Install Node - NHS.UK prototype kit {% endblock %} {% block beforeContent %} {{ breadcrumb({ items: [ { href: "/docs", text: "Home" } ], href: "/docs/install", text: "Install" }) }} {% endblock %} {% block content %}
Node.js is nothing scary; it's just some software needed for the kit.
Node.js is very easy to install.
The kit is designed to work with Node.js LTS (Long Term Support) version 8 or higher.
node --version
{% block branchingImage %}
{% endblock %}
If it says:
Then you will need to download and install the LTS version 8 or higher.
You have the correct version installed and can go to {% block branchingLink %}{% endblock %}.
Download the LTS version 8 or higher.
Run the installer with all default options.
Download and install Node.js (opens in new window).
You’ll need to quit and restart {% block branchingTerminal %}{% endblock %} to be able to use Node for the first time.
To check it is installed correctly you can run:
node --version
{% block branchingImageTwo %}
{% endblock %}
If it’s installed correctly it should show a number starting with an 8 or higher.
{% block pagination %} {% endblock %}


Home
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Who to follow
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@linguini
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About Me.
Hit refresh to get started
My Favorite Movies
- Rogue One: A Star Wars Story (2016)
- The Martian (2015)
- Gattaca (1997)
- Passengers (2016)
- The Prestige (2006)
- The Great Raid (2005)
- Children of Men (2006)
- The Royal Tenenbaums (2001)
- Inception (2010)
- The Revenent (2015)
The wife, the pup, and I.
Transplants to beautiful
Seattle, Washington.


HTML form validation can be done by a JavaScript.
If a form field (fname) is empty, this function alerts a message, and returns false, to prevent the form from being submitted:
The function can be called when the form is submitted:
HTML form validation can be performed automatically by the browser:
If a form field (fname) is empty, the required attribute prevents this form from being submitted:
| HTML form validation does not work in Internet Explorer 9 or earlier. |
Data validation is the process of ensuring that computer input is clean, correct, and useful.
Typical validation tasks are:
Most often, the purpose of data validation is to ensure correct input to a computer application.
Validation can be defined by many different methods, and deployed in many different ways.
Server side validation is performed by a web server, after input has been sent to the server.
Client side validation is performed by a web browser, before input is sent to a web server.
HTML5 introduced a new HTML validation concept called constraint validation.
HTML constraint validation is based on:
| Attribute | Description |
|---|---|
| disabled | Specifies that the input element should be disabled |
| max | Specifies the maximum value of an input element |
| min | Specifies the minimum value of an input element |
| pattern | Specifies the value pattern of an input element |
| required | Specifies that the input field requires a element |
| type | Specifies the type of an input element |
Full Attribute list not provided here.
| Selector | Description |
|---|---|
| :disabled | Selects input elements with the "disabled" attribute specified |
| :invalid | Selects input elements with invalid values |
| :optional | Selects input elements with no "required" attribute specified |
| :required | Selects input elements with the "required" attribute specified |
| :valid | Selects input elements with valid values |
Full Selector list not provided here.


Filtersedit
Filters are the way to select only the indices (or snapshots) you want.
Filter chaining
It is important to note that while filters can be chained, each is linked by an implied logical AND operation. If you want to match from one of several different patterns, as with a logical OR operation, you can do so with the pattern filtertype using regex as the kind.
This example shows how to select multiple indices based on them beginning with
either alpha-
, bravo-
, or charlie-
:
filters: - filtertype: pattern kind: regex value: '^(alpha-|bravo-|charlie-).*$'
Explaining all of the different ways in which regular expressions can be used is outside the scope of this document, but hopefully this gives you some idea of how a regular expression pattern can be used when a logical OR is desired.
The index filtertypes are:
The snapshot filtertypes are:
Starting in Curator 4.1, you can use environment variables in your configuration files.


NBMPeerConnection Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | NBMPeerConnection.h |
peerConnection
@property (nonatomic, strong) RTCPeerConnection *peerConnection
Declared In
NBMPeerConnection.h
queuedRemoteCandidates
@property (nonatomic, strong, readonly) NSMutableArray *queuedRemoteCandidates


Perform large scale genomic data retrieval and functional annotation retrieval. This package aims to provide users with a standardized way to automate genome, proteome, 'RNA', coding sequence ('CDS'), 'GFF', and metagenome retrieval from 'NCBI RefSeq', 'NCBI Genbank', 'ENSEMBL', 'ENSEMBLGENOMES', and 'UniProt' databases. Furthermore, an interface to the 'BioMart' database (Smedley et al. (2009) <doi:10.1186/1471-2164-10-22>) allows users to retrieve functional annotation for genomic loci. In addition, users can download entire databases such as 'NCBI RefSeq' (Pruitt et al. (2007) <doi:10.1093/nar/gkl842>), 'NCBI nr', 'NCBI nt', 'NCBI Genbank' (Benson et al. (2013) <doi:10.1093/nar/gks1195>), etc. as well as 'ENSEMBL' and 'ENSEMBLGENOMES' with only one command.
| Version: | 0.8.0 |
| Depends: | R (≥ 3.1.1) |
| Imports: | biomaRt, Biostrings, curl, tibble, jsonlite, data.table (≥ 1.9.4), dplyr (≥ 0.3.0), readr (≥ 0.2.2), downloader (≥ 0.3), RCurl (≥ 1.95-4.5), XML (≥ 3.98-1.1), httr (≥ 0.6.1), stringr (≥ 0.6.2), purrr |
| Suggests: | knitr (≥ 1.6), rmarkdown (≥ 0.3.3), devtools (≥ 1.6.1), testthat, seqinr, magrittr |
| Published: | 2018-06-27 |
| Author: | Hajk-Georg Drost [aut, cre] |
| Maintainer: | Hajk-Georg Drost <hgd23 at cam.ac.uk> |
| BugReports: | https://github.com/ropensci/biomartr/issues |
| License: | GPL-2 |
| URL: | https://github.com/ropensci/biomartr |
| NeedsCompilation: | yes |
| Citation: | biomartr citation info |
| Materials: | README NEWS |
| CRAN checks: | biomartr results |
| Reference manual: | biomartr.pdf |
| Vignettes: |
Ensembl BioMart Examples NCBI Database Retrieval Functional Annotation Meta-Genome Retrieval Sequence Retrieval |
| Package source: | biomartr_0.8.0.tar.gz |
| Windows binaries: | r-devel: biomartr_0.8.0.zip, r-release: biomartr_0.8.0.zip, r-oldrel: biomartr_0.8.0.zip |
| OS X binaries: | r-release: biomartr_0.8.0.tgz, r-oldrel: biomartr_0.8.0.tgz |
| Old sources: | biomartr archive |
| Reverse imports: | myTAI |
Please use the canonical form https://CRAN.R-project.org/package=biomartr to link to this page.


Smart DSP
Made with Pingendo Free
Collatrolized Underlying Securities
Deal Window
Collatrolized Bond
Collatrolized Derivative
Issuer
DSP TOP 3
Bond
Derivative
Index Issuer
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Rating Agencies
Invest Rate
Trade Advisor
Security Score
Investor
Price
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Commission
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Rating
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Buy


I took this picture while vacationing in NY. These two friends were arguing at Guggenheim. I wondered if it was about art.
I took this picture while vacationing in NY. These two friends were arguing at Guggenheim. I wondered if it was about art.
My friends moved into their new place. Windows breathe life into a home.
It's 2018 — life moves too fast. But sometimes you can capture it.


WITNESS LIST Redistricting Committee April 11, 2001-2:00P HB 2854 For: Marsden, Julia (League of Women Voters of Texas) Rizo, Frances (23rd Senatorial District Chapter of Tejano Democrats) Registering, but not testifying: For: Perales, Nina (MALDEF) Ramos, Vincent (Texas LULAC) Sprinkle, G. K. (League of Women Voters of Texas) HB 3453 Committee Substitute (Garcia) For: Cisneros, Ricardo (Self) May, Jose (Self) Rizo, Frances (23rd Senatorial District Chapter of Tejano Democrats) HB 3521 Committee Substitute (Garcia) For: Chavarria, Leroy (Self) May, Jose (Self) Owens, Bill (Self) Rizo, Frances (23rd Senatorial District Chapter of Tejano Democrats) HJR 95 Committee Substitute (Deshotel) For: Owens, Bill (Self) Registering, but not testifying: For: Marsden, Julia (League of Women Voters of Texas) Sprinkle, G. K. (Self and League of Women Voters of Texas) Watson, Gregory (Self) Woodford, Suzy (Self and Common Cause Texas)


About
The Cryptocurrency Club at Pitt is a student-run, undergraduate organization composed of students interested in cryptocurrencies and blockchain technology.
We provide blockchain education through presentations, workshops and guest speakers and serve as a platform to discuss every aspect of cryptocurrencies from the technology to the economics to the business applications.
Meetings
We hold weekly meetings at 8:30 PM on Thursdays in 5317 Sennott Square


Overview
Today we’ll look at 6 examples of problems associated with Web Service:
- how the internet works
- DNS
- Web server
- Music Player
- MP3 file
- 秒杀
Question 0
how to solve raido-play failures
> Failure rate = % user who can't listen to music properly
> = # user who fail to plya one song / # total users
Misson: reduce failure rate.
How does server identify a user?
If a server uses Cookie to identify unique users, the result might be > real users.
However, if server uses IP address, the result might be < real users.
How to collect data for failure rate
Version 1
Log:
- user send a log to server when it visits
- user send another log after it plays a song
- we can identify users who failed to play a song
In fact, everything should be logged, including play, pause, switch song, refresh etc.
Version 2
User login are, in fact, automatically logged when user visits. Thus user ONLY have to send log after it plays music.
Summary
- define failure rate
- user cookie to identify user
- use log to collect failure data
- analysis pattern of failure againt date/time
Question 1
the process of playing music
- Prepare
- Send DNS request
- Prepare DNS reply
- Send DNS reply
Process DNS reply
-
Send webpage request
- Prepare webpage reply
- Send webpage reply
Process webpage
-
Request music player
- Prepare music player
- Send music player
Process music player
-
Request MP3
- Prepare MP3
- Send MP3
- Play MP3
What is process Music Play?
Local browser will do rendering, flash decoding etc. If any point of this 17 steps went wrong, the music-play fails.
Is there a system/browser default Music Play?
HTML player is, but flash player is not. So the flash module have to be requested every time.
Real data: failure rate 20%
In practise, the real failure rate is 20%. Which is:
- 8% DNS
- 5% Web
- 5% MP3
- 2% Player
Question 2
fix DNS problem
First of all, how to find out DNS failures? There are 2 ways. First way, help desk do it. Second way is to use the Desktop app to help detect the host address.
Step 1. HOSTs hijack
Some users' host file can modified by competitors.
- ping the website url
- modify host file manually or by desktop app
Step 2. ISP
Each ISP have different DNS service. Eg. CSTNET fails to update the latest DNS, after a server change.
After this step, DNS failure rate fall from 8% to 1%. Why still 1%? Some companies bans music play in company web.
Question 3
fix the web problem
Highest failure rate:
- 3pm office hour
- 9pm highest bandwidth nation-wide
Solution 1, reverse proxy
Reverse proxy w/ more servers.
Reverse proxy is a type of proxy server that retrieves resources on behalf of a client from one or more servers. These resources are then returned to the client as though they originated from the proxy server itself.
 Try to maximizes speed and capacity utilization while ensuring no one server is overloaded.
If a server goes down, the load balancer redirects traffic to the remaining online servers.
Web acceleration
can compress inbound and outbound data, as well as cache commonly requested content
also perform additional tasks such as SSL encryption to take load off of your web servers
Security and anonymity
By intercepting requests headed for your back-end servers, a reverse proxy server protects their identities and acts as an additional defense against security attacks.
Solution 2, reduce size of web page
- simplify javascript files
- compress images (lower dpi)
- merge large images to 1 image (less requests)
- lazy loading (Pinterest uses it a lot)
Solution 3, more cacheable pages
Change dynamic webpages to static pages. The advantage of this is:
- more search engine friendly.
- more cache friendly.
Summary on caching
Caching can happen at place Number 1, 2 and 3:
AT Number 4, we can add more servers. Number 3, reverse proxy. Number 2 is caching within the ISP network, which avoids requesting info again from backend. Number 1 is front-end browser cache.
After this step, Web failure rate fall from 7% to 4%. Why still 4%? Well, these failure is mainly from the junk users created by marketing.


WARNING
Content Under Development
See release page for latest official PDF version.
**Chapter 5: Surface normals and multiple objects**
First, let’s get ourselves a surface normal so we can shade. This is a vector that is perpendicular
to the surface, and by convention, points out. One design decision is whether these normals
(again by convention) are unit length. That is convenient for shading so I will say yes, but I won’t
enforce that in the code. This could allow subtle bugs, so be aware this is personal preference
as are most design decisions like that. For a sphere, the normal is in the direction of the hitpoint
minus the center:
![Figure 5-1](../assets/fig05-1.jpg)
On the earth, this implies that the vector from the earth’s center to you points straight up. Let’s
throw that into the code now, and shade it. We don’t have any lights or anything yet, so let’s just
visualize the normals with a color map. A common trick used for visualizing normals (because it’s
easy and somewhat intuitive to assume $N$ is a unit length vector -- so each component is between -1
and 1) is to map each component to the interval from 0 to 1, and then map x/y/z to r/g/b. For the
normal, we need the hit point, not just whether we hit or not. Let’s assume the closest hit point
(smallest $t$). These changes in the code let us compute and visualize $N$:
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++
bool hit_sphere(const vec3& center, float radius, const ray& r) {
vec3 oc = r.origin() - center;
float a = dot(r.direction(), r.direction());
float b = 2.0 * dot(oc, r.direction());
float c = dot(oc, oc) - radius*radius;
float discriminant = b*b - 4*a*c;
if (discriminant < 0) {
return -1.0;
}
else {
return (-b - sqrt(discriminant) ) / (2.0*a);
}
}
vec3 color(const ray& r) {
float t = hit_sphere(vec3(0,0,-1), 0.5, r);
if (t > 0.0) {
vec3 N = unit_vector(r.point_at_parameter(t) - vec3(0,0,-1));
return 0.5*vec3(N.x()+1, N.y()+1, N.z()+1);
}
vec3 unit_direction = unit_vector(r.direction());
t = 0.5*(unit_direction.y() + 1.0);
return (1.0-t)*vec3(1.0, 1.0, 1.0) + t*vec3(0.5, 0.7, 1.0);
}
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
And that yields this picture:
![Image 5-1](../assets/img05-1.jpg)
Now, how about several spheres? While it is tempting to have an array of spheres, a very clean
solution is the make an “abstract class” for anything a ray might hit and make both a sphere and a
list of spheres just something you can hit. What that class should be called is something of a
quandary -- calling it an “object” would be good if not for “object oriented” programming. “Surface”
is often used, with the weakness being maybe we will want volumes. “Hitable” emphasizes the member
function that unites them. I don’t love any of these but I will go with “hitable”.
This `hitable` abstract class will have a hit function that takes in a ray. Most ray tracers have
found it convenient to add a valid interval for hits $t_{min}$ to $t_{max}$, so the hit only
“counts” if $t_{min} < t < t_{max}$. For the initial rays this is positive $t$, but as we will see,
it can help some details in the code to have an interval $t_{min}$ to $t_{max}$. One design question
is whether to do things like compute the normal if we hit something. We might end up hitting
something closer as we do our search, and we will only need the normal of the closest thing. I will
go with the simple solution and compute a bundle of stuff I will store in some structure. I know
we’ll want motion blur at some point, so I’ll add a time input variable. Here’s the abstract class:
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++
#ifndef HITABLEH
#define HITABLEH
#include "ray.h"
struct hit_record
{
float t;
vec3 p;
vec3 normal;
};
class hitable {
public:
virtual bool hit(
const ray& r, float t_min, float t_max, hit_record& rec) const = 0;
};
#endif
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
And here’s the sphere (note that I eliminated a bunch of redundant 2’s that cancel each other out):
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++
#ifndef SPHEREH
#define SPHEREH
#include "hitable.h"
class sphere: public hitable {
public:
sphere() {}
sphere(vec3 cen, float r) : center(cen), radius(r) {};
virtual bool hit(const ray& r, float tmin, float tmax, hit_record& rec) const;
vec3 center;
float radius;
};
bool sphere::hit(const ray& r, float t_min, float t_max, hit_record& rec) const {
vec3 oc = r.origin() - center;
float a = dot(r.direction(), r.direction());
float b = dot(oc, r.direction());
float c = dot(oc, oc) - radius*radius;
float discriminant = b*b - a*c;
if (discriminant > 0) {
float temp = (-b - sqrt(discriminant))/a;
if (temp < t_max && temp > t_min) {
rec.t = temp;
rec.p = r.point_at_parameter(rec.t);
rec.normal = (rec.p - center) / radius;
return true;
}
temp = (-b + sqrt(discriminant)) / a;
if (temp < t_max && temp > t_min) {
rec.t = temp;
rec.p = r.point_at_parameter(rec.t);
rec.normal = (rec.p - center) / radius;
return true;
}
}
return false;
}
#endif
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
And a list of objects:
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++
#ifndef HITABLELISTH
#define HITABLELISTH
#include "hitable.h"
class hitable_list: public hitable {
public:
hitable_list() {}
hitable_list(hitable **l, int n) {list = l; list_size = n; }
virtual bool hit(
const ray& r, float tmin, float tmax, hit_record& rec) const;
hitable **list;
int list_size;
};
bool hitable_list::hit(
const ray& r, float t_min, float t_max, hit_record& rec) const {
hit_record temp_rec;
bool hit_anything = false;
double closest_so_far = t_max;
for (int i = 0; i < list_size; i++) {
if (list[i]->hit(r, t_min, closest_so_far, temp_rec)) {
hit_anything = true;
closest_so_far = temp_rec.t;
rec = temp_rec;
}
}
return hit_anything;
}
#endif
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
And the new main:
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ C++
#include


--- layout: minimal title: "About me" permalink: /about/index.html description: "About me ~ Andrew Kamal" ---
I founded an internet company, did product design for years, and built technology for a series of startups and companies. I'm a heavily experienced researcher in both mathematical and quantum physics.
Below are some projects or startups I contributed to:
Crypto Projects: Lonero | CrowdCoin | CrowdWave | EtherStone | WeCrypto | AMKN | FilmClout | Bitcoin Efficient | CloutContracts | BitBadges | StarkChain | Algocoin
Information provided is "as-is". I make no disclaimer to the warranty or usecases of these projects. Not all my projects may be necessarily actively mantained.


lil.js
lil-text
lil-style
My styling is being applied via a proxy!
lil-text & lil-style
lil-list
This is another list
List item
value
:


How to build a solid UI
with Angular
1. Atoms
Build smallest UI components
Inputs
must be very generic: label, title, hidden, disabled, item
Outputs
must be very generic: clicked, closed, focused
- No backend models here
- Goal: maximize reusability
2. Molecules
Build UI components using atoms
- State for UI purposes only
- The data are given from inputs (no API calls yet)
- Wire atomic components together to build more complex UI
- Inputs and Outputs are still very generic
- Goal: encapsulate UI logic + maximize reusability
Molecule examples
- SearchBox
- List
- TabsView
- Menu
3. Organisms
Build UI components using molecules
- State only for UI purposes
- No API calls yet
- You start seeing backend models (user, bookings...) in Inputs and
Outputs
- Wire atoms and molecules to build UI for your business
- Goal: encapsulate complex UI logic
Organism examples
- UserEditForm
- BookingList
- EventCalendar
4. Containers
Add life to organisms!
- Wrap organisms to make them smart
- Provide data to organism Inputs: by calling the APIs or linking your state manager
- React to organism outputs
- Heavy usage of dependency injection
- No UI here
- Goal: add business logic to UI
5. Layouts
The skeleton of your page
@ViewChild, @ViewChildren and <ng-content>
are your best friends here
- Goal: reuse common layouts, add consistency to your pages
Layout examples
- TwoColumnsLayout
- RootLayout (w/ Header and Footer)
6. Pages
Link components to Angular Route
- The first child is usually a layout
- They are called by Angular router
- Goal: wire routes to UI
Page examples
/events/overview
→ EventOverviewPage
/users/{id}
→ EditUserPage
Storybook
to build components "without distractions"


--- title: Sealed Secret overview: Representation of secrets that are sealed against a local or remote sealing root. location: https://asylo.dev/docs/reference/proto/identity/asylo.sealed_secret.v1.html layout: protoc-gen-docs generator: protoc-gen-docs redirect_from: /docs/reference/proto/identity/sealed_secret.html number_of_entries: 6 ---
A secret is data that should only be readable by the intended parties. When a secret is sealed to an ACL of one or more enclave identities, the encrypted secret is only decryptable by enclaves whose identities match that ACL expectation.
Represents information about a sealing root. This information is used by the
program to instantiate the correct implementation of the SecretSealer
interface.
Describes the purpose and intent of an already-sealed secret.
A self-contained payload containing an encrypted secret and metadata describing how to decrypt and use the secret.
A disassembled SealedSecret. It contains all information necessary to reseal the data.
A type of sealing root.
| Name | Description |
|---|---|
LOCAL |
Indicates that the secret is sealed to a machine-local (e.g., CPU-based) sealing root. |
REMOTE |
Indicates that the secret is sealed to a remote-service-based sealing root (e.g., a secret-escrow service). |
| Name | Description |
|---|---|
UNKNOWN_AEAD_SCHEME |
|
AES128_GCM |
|
AES256_GCM |
|
AES128_GCM_SIV |
|
AES256_GCM_SIV |


The NamespaceId type is the root type of the Versioned IDs library. Use it when you need namespace support for categorical organization of your objects, but you don’t have any time sensitivity around your object version.
public class Employee implements Comparable<Employee> { private final NamespaceId<Integer> employeeId; private final String firstName; private final String lastName; public Employee(int employeeNumber, String firstName, String lastName, String team) { this.employeeId = new NamespaceId<>(team, employeeNumber); this.firstName = firstName; this.lastName = lastName; } // getters... // Natural sort by team, employee# public int compareTo(Employee other) { if (this == other) return 0; return this.employeeId.compareTo(other.employeeId); } public String toString() { return String.format("%1$s %2$s %3$s", employeeId, firstName, lastName); } // equals + hashCode... }
SortedSet<Employee> employees = new HashSet<>(); employees.add(new Employee(1, "Smith", "John", "development")); employees.add(new Employee(2, "Kumar", "Ram", "accounting")); employees.add(new Employee(3, "Lopez", "Marcos", "operations")); employees.stream().forEach(e -> System.out.println(e)); // Prints // accounting/2 Ram Kumar // development/1 John Smith // operations/3 Marcos Lopez


{% extends "base.html" %}
{% block title %}Delete User from blacklist {{ super() }}{% endblock %}
{% block body %}
{{ super() }}
Are you sure you want to delete the user with id {{ blocked_user_id }}?
This will delete the user from the blacklist!


Lorem ipsum we'll play you some music. Remember to book your tickets!
Paris
Fri. 27 November 2015
New York
Sat. 28 November 2015
San Francisco
Sun. 29 November 2015


This instance of GBFS Viewer is for Providence, Rhode Island. It shows realtime vehicle locations and station information from the JUMP Bike Share program, and realtime vehicle locations from current operators of the E-Scooter Share Program (if they provide GBFS Feeds).
Providence has designated five "zones" for the vehicle fleet distribution requirements in its E-Scooter Share Program. These five zones are shown in orange. Clicking on each zone will show a count of vehicles and stations within each.
Learn more about the JUMP Bike Share program.


Abyssal Saintess Elcadia:
Hm.. You are better than I thought. But that was just a small test.
Did I pass the test?


|
Xu
Non-intrusive and customizable C++ GUI library
|
Main class that stores all data needed to render the full UI. Maintains a xu::CommandList for each OS window. More...
#include <RenderData.hpp>
Public Member Functions | |
| void | Clear () |
| Clears all render data stored. | |
| size_t | PushVertex (Vertex vertex) |
| Adds a single vertex to the vertex list and returns its index. | |
| void | PushIndex (uint32_t index) |
| Adds a single index to the index list. | |
| void | PushQuad (CommandList &cmdList, FRect2 quad) |
| Adds a single quad to the index and vertex list. Also adds a drawcommand for it. It is not recommended to use this function to create complex geometry, since multiple quads should be condensed into A single drawcall. | |
| void | PushGeometry (CommandList &cmdList, std::vector< Vertex > const &verts, std::vector< uint32_t > const &idx) |
| Push custom geometry to the draw list. | |
Public Attributes | |
| std::vector< CommandList > | cmdLists |
| std::vector< Vertex > | vertices |
| List of all vertices used by all command lists. These positions are in range [0, 1], with the origin in the top-left corner of the window. | |
| std::vector< uint32_t > | indices |
Main class that stores all data needed to render the full UI. Maintains a xu::CommandList for each OS window.


An interface to the MOSEK optimization library designed to solve large-scale mathematical optimization problems. Supports linear, quadratic and second order cone optimization with/without integer variables, in addition to the more general separable convex problems. Trial and free academic licenses available at http://www.mosek.com.
| Version: | <IP_ADDRESS> |
| Depends: | R (≥ 2.10.0), Matrix (≥ 0.9996875-3) |
| LinkingTo: | Matrix |
| Published: | 2014-12-13 |
| Author: | Henrik Alsing Friberg |
| Maintainer: | Henrik Alsing Friberg <haf at mosek.com> |
| License: | LGPL-2.1 | LGPL-3 [expanded from: LGPL (≥ 2.1)] |
| URL: | http://rmosek.r-forge.r-project.org/, http://www.mosek.com/ |
| NeedsCompilation: | yes |
| SystemRequirements: | MOSEK and MOSEK License |
| Materials: | NEWS |
| In views: | Optimization |
| CRAN checks: | Rmosek results |
| Reference manual: | Rmosek.pdf |
| Package source: | Rmosek_<IP_ADDRESS>.tar.gz |
| Windows binaries: | r-devel: not available, r-release: not available, r-oldrel: not available |
| OS X binaries: | r-release: not available, r-oldrel: not available |
| Old sources: | Rmosek archive |
| Reverse imports: | REBayes |
| Reverse suggests: | ashr, mixsqp, optrdd, prc |
| Reverse enhances: | designmatch, DoE.MIParray |
Please use the canonical form https://CRAN.R-project.org/package=Rmosek to link to this page.


Information for order:
Name:
Surname:
Email:
Country:
Sity:
Number of pieces:
Choose gender:
Male:
Female:
Size of clothes:
Size S
Size M
Size L
Comment:


Close ×
Home
Resume
Personal Interests
Education
Bachelor of Science, Information System
GPA: 3.87 Association for Information System Member BYU Chinese Club Presidency BYU 2016-2017 Academic Scholarship
Experience
Business Chinese Teaching Assistant
Created curriculum to introduce China’s business background and culture that prepared students
to work in Chinese business environment
Taught students Business Chinese communication skills, anticipated to increase their scores by 15% Prepared assignments and exams that provided students 8 hours of professional Chinese training per week
Performance Teacher
Taught 60+ high school students Chinese cultural performance and drama, increasing student’s
Proficiency level from ACTFL novice-mid to intermediate-high
Directed students Chinese performance team projects, which enhanced students’ teamwork experience
and Chinese communication opportunity by 20% per day
Created total language immersion environment that provided students one-year high school credit
Pantry Management
Awarded “Employee of the month” for increasing pantry productivity rate by 15% through
applying production specialization and employee training
Facilitated team unity and goal-orientation to ensured food production and pantry area sanitation
while serving more than 300 customers per day
Managed and checked food quality, prioritizing ingredients and reduced food waste by 10%
Volunteer Representative
Managed and directed more than 30 volunteers in setting and achieving organizational goals
Organized and taught 12 workshops on goal setting, relationships and leadership
Coordinated food drive, community projects, and participated regularly in sponsored service projects
Skills and Certifications
Proficient with MS Excel (VBA), Word, PowerPoint, Visio, Lucidchart application
Experienced with Tableau Software, Java, HTML, CSS, JavaScript, HTML, CSS, C#, MS SQL Server
Mandarin Chinese – native; English – fluent (TOEFL: 97)
Awards
BYU 2016-2017 Academic Scholarship
Chein-Kong Literature short essay competition: 1st Place, 2011
Lego Robot NXT National Competition: 8th Place, 2008


SETCAP
Section: Maintenance Commands (8)Updated: 24th October 2008
Index Return to Main Contents
NAME
setcap - set file capabilitiesSYNOPSIS
setcap [-q] [-v] (capabilities|-|-r) filename [ ... capabilitiesN fileN ]DESCRIPTION
In the absence of the -v (verify) option setcap sets the capabilities of each specified filename to the capabilities specified. The -v option is used to verify that the specified capabilities are currently associated with the file.The capabilities are specified in the form described in cap_from_text(3).
The special capability string, '-', can be used to indicate that capabilities are read from the standard input. In such cases, the capability set is terminated with a blank line.
The special capability string, '-r', is used to remove a capability set from a file.
The -q flag is used to make the program less verbose in its output.
EXIT CODE
The setcap program will exit with a 0 exit code if successful. On failure, the exit code is 1.SEE ALSO
cap_from_text(3), cap_set_file(3), getcap(8)
Index
This document was created by man2html, using the manual pages.
Time: 05:34:30 GMT, December 24, 2015


Switch to the HTML panel and there to the Computed side panel
Inspect the blue <div> above
⇒ The Computed side panel should show a Text category containing a
font-family property with the value Arial,sans-serif.
Expand the font-family property
⇒ Three selectors should be listed with their related values and the source file and line number,
where they are defined:
#content > div Arial,sans-serif issue2916.html (line 8)
#element monospace issue2916.html (line 12)
body "Trebuchet MS",Helvetica,sans-serif testcase.css (line 19)
#element should be lined-through to indicate that it's overwritten. body
should be grayed out to indicate that it's an inherited value.


Fri Dec 23, 2011
Visitors to wordbit.com may be surprised to see that everything has changed. I decided it was time. The days of traditional personal blogging have long since waned for several reasons:
The rise of social networking and micro-blogging.
The tenacity of spammers who bypass all known spam-blocking plug-ins.
The ghost town of most blogs that don’t have a cross-platform community.
The dominance of corporate-run blogs where bloggers are paid to post something earth-shaking every hour.
With all these pressures, and the fact that I couldn’t update my 2.0.9 Wordpress installation without breaking it’s back, I decided to move to where all the cool kids hang - Tumblr. Feel free to join and follow, or don’t. Either way, wordbit will continue to evolve and I will continue to write. That is all. Carry on.
PS. If you know me in person, ask me for the password to my Private blog. If you want to hire a writer, go to my online portfolio. If you miss the old site, I’ve kept it around on my About page. All the content is still there, but it’ll take me a while to patch up all the broken links.


Upgrading From Vagrant 1.0.x
The upgrade process from 1.0.x to 1.x is straightforward. Vagrant is quite backwards compatible with Vagrant 1.0.x, so you can simply reinstall Vagrant over your previous installation by downloading the latest package and installing it using standard procedures for your operating system.
As the backwards compatibility page says, Vagrant 1.0.x plugins will not work with Vagrant 1.1+. Many of these plugins have been updated to work with newer versions of Vagrant, so you can look to see if they've been updated. If not however, you'll have to remove them before upgrading.
It is recommended you remove all plugins before upgrading, and then slowly add back the plugins. This usually makes for a smoother upgrade process.
However, if your version of Vagrant was installed via RubyGems, then you must gem uninstall
the old version prior to installing the package for the latest version of Vagrant. The RubyGems-based installation method has been removed.


Rythu Mitra app launched
Farmers can get 18 services through the application
by Special CorrespondentAgriculture Minister S. Niranjan Reddy and Finance Minister T. Harish Rao called upon the officials to get ready for rabi season as all the required support must be extended to farmers.
Participating in a review meeting on Sunday after launching Rythu Mitra app, the Ministers said farmers can get 18 services through the app. Mr. Reddy said that agriculture extension officers will meet farmers and collect data from them.
Monitoring
“Dashboards will be established at Collectorate and the officials meeting farmers will be monitored from here. We will have the details of which officer met which farmer and what were the problems raised by that farmer,” said the Minister.
Mr. Rao said that for the first time the app was launched in Siddipet district.
He said that officials must meet 20 farmers and details of Rythu Bandhu and Rythu Bima must be uploaded from there through the app.
He has also said that Rythu Samanwya Samithi will be further strengthened.
“Chief Minister K. Chandrasekhar Rao himself is a farmer and he knows the problems of farmers. Agriculture officials should work hard and address the problem of farmers. They must also create awareness among farmers and see that they opt for better remunerative crops and less use of chemicals,” said Mr. Rao.
Later, both the Ministers visited the Rythu Bazar and the double bedroom houses under construction.


{% load static %}
Our mission is to help you improve your questions with machine learning before and after you upload to any community question answering sites.
If you need anymore information about this project, you can reach contact us via mail.


| Path: | README.DEV |
| Last Update: | Thu Jan 24 20:01:38 +0000 2008 |
# # = README.DEV - Information for developers # # Copyright:: Copyright (C) 2007, 2008 # Jan Aerts<EMAIL_ADDRESS># License:: The Ruby License #
This README is mainly meant to explain (a) how the code works (rather than how to use the library), and (b) how to contribute to the project.
As there can be a host of optional arguments for several of the methods (e.g. Track#add_feature), it becomes unwieldy to have them all defined using the standard ruby way. The Track#add_feature method for example would then have been defined like this:
def add_feature(feature_object, label = 'anonymous', link = nil, glyph = @glyph, colour = @colour) ... end
So if the user would like to use all default settings except for the colour, he‘d have to specify all those defaults:
my_track.add_feature(my_feature_object, 'anonymous', nil, my_track.glyph, [0,1,1])
To make the library a bit more userfriendly, I‘ve decided to use keyword arguments for all optional arguments. The above line then becomes:
my_track.add_feature(my_feature_object, :colour => [0,1,1])
The construct you‘ll see for this is as follows (for Track#new):
def initialize(panel, name, opts = {}) @panel = panel @name = name opts = { :label => true, :glyph => :generic, :colour => [0,0,1] }.merge(opts) @show_label = opts[:label] @glyph = opts[:glyph] @colour = opts[:colour] ... end
Basically, this means that the ‘panel’ and ‘name’ arguments are mandatory and the other ones are optional. Which optional arguments are excepted should be listed in the description comments just above the method code. The Hash#merge that‘s used here just assigns default values for each arguments that is not mentioned.
I‘ve tried to document as much as possible in the code itself, see for example the comments that accompany the setting of the defaults for Bio::Graphics in the panel.rb file. However, the bigger picture can not be explained that way.
There‘s one file for each class: panel, track, feature, subfeature, ruler and image_map. See the tutorial on a breakdown what each of these do. All of these except the image_map make up a picture. The image_map is used to describe the HTML map that can be created to make a picture clickable.
Classes are:
Bio::Graphics::Panel Bio::Graphics::Ruler Bio::Graphics::Track Bio::Graphics::Feature Bio::Graphics::SubFeature several Bio::Graphics::Glyph::<something>
The user has to start with a
my_panel = Bio::Graphics::Panel.new(length, width, clickable, display_start, display_stop, verticle)
When this happens, among other things, the instance variable @tracks is created that will later contain the actual Track objects. In addition, there‘s @number_of_feature_rows. You‘ll later see that each Track object also has its @number_of_feature_rows. The panel needs this information to know how far it has to go down before it can start drawing a track: the first track will be just below the ruler, but the vertical coordinates of the second one depend on the height of all the ones that were drawn previously. And that in turn is defined by the number of times a feature would overlap with another one and therefore had to be bumped down.
@display_start and @display_stop are used for zooming in on a region. Even though the full @length of the sequence can be really long, setting @display_start and @display_stop will only consider that region.
Then there is @rescale_factor, which plays a crucial role in drawing the stuff: it tells the script how many basepairs are contained in one pixel. This variable will be used very extensively in the drawing code.
So this covered the Panel#initialize…
Because tracks are inherently part of a panel and cannot exist on their own, they can only be created by using a Panel method rather than a Track method.
my_track_1 = my_panel.add_track(name, label = false, feature_glyph = :generic, feature_colour = [0,0,1])
Feature_glyph and feature_colour are the default values to use for all features in this track.
The feature_glyph can either be one of the approved symbols (:generic, :spliced, …; see documentation Bio::Graphics::Panel#add_track) or a hash. The keys of the hash refer to the types of subfeature; the values are these symbols again. For how that‘s used, see below (5. Drawing the thing).
This creates a new Track object and adds it to the @tracks array of the Panel object. Several instance variables are set for the Track object, including @features (which is an array of Feature objects for that track) and @number_of_feature_rows. Every time a feature cannot be drawn because it would overlap with another one, it will be ‘bumped’ down until it can be drawn. This effectively results in rows that contain the features. The @number_of_feature_rows is just this number of rows (to be able to calculate the height of the track afterwards).
------------------------------------------------------ ******* **** ********* ***** ***** ***** ******** **
The Panel#add_track method returns the Track object itself, because the latter has to be accessible to be able to assign features to it.
Same thing as adding a track to a panel: the feature can only be added by the user by using the Track#add_feature method. Arguments are a Bio::Feature object (which itself has a type and location), a label, and the glyph and colour. The glyph can either be one of the approved symbols, or a hash (see 2. Adding tracks to the panel).
The location of a Bio::Feature object can be something like ‘complement(join(10..20,50..70))’. To be able to parse this, I use the Bio::Locations object from bioruby (see www.bioruby.org). A Bio::Locations (plural) object contains one or more Bio::Location (singular) objects, which are the subfeatures: 10..20 and 50..70. It‘s these Bio::Location objects we use to calculate the ultimate start and stop of the feature.
The Track#add_feature method returns the Track object itself.
Now let‘s look at the other end: the Feature object that gets created. In the Feature#initialize method, you‘ll notice, apart from the obvious variables, the following instances variables: @subfeatures, @left_pixel_of_subfeatures and @right_pixel_of_subfeatures. The @subfeatures thing is quite important. In some cases (e.g. mRNAs that consist of 5‘UTR, CDS and 3‘UTR), we will want to make a distinction between the UTRs and the CDS for drawing (see TUTORIAL). To make this possible, we will have Feature#new always create an Array of SubFeature objects. Often this array will only contain one object. Drawing of the glyphs is done on a subfeature-by-subfeature basis. The @left_pixel_of_subfeatures and @right_pixel_of_subfeatures just represent the outermost pixels for this feature.
For each subfeature#new several instance variables are created: @pixel_range_collection, @chopped_at_start, @chopped_at_stop, @hidden_subfeatures_at_start and @hidden_subfeatures_at_stop. Let‘s take these one by one:
Now this is the crucial bit: it will hold the information on what pixels (on the horizontal axis) should be covered. This means that any part of the feature that does not fall within the view is not in this collection. Basically, for every subfeature (e.g. exon for a gene), the location of that subfeature is compared to the region of the view. If a subfeature is not in the view at all, its positions are discarded (but other stuff does happen, see below); if a subfeature is at the left of the picture but actually extends outwith the view, the start pixel will become 1. You get the picture. Also see the mini diagrams in the code itself.
These start and stop positions are used to create Bio::Graphics::Panel::Track::Feature::SubFeature::PixelRange objects. Unspliced objects will have an array @pixel_range_collection with just one element.
Suppose you‘ve got a directed feature (so one with an arrow), and the 3’ end falls outside of the view. What would happen, is that the 3’ end that‘s out of view would be chopped of (that‘s good), but also that the end of the glyph (which is not the end of the feature) becomes an arrow. We don‘t want that; instead, the arrow should be removed.
That‘s where the @chopped_at_start and @chopped_at_stop come in. If these are set to true (while building the @pixel_range_collection), the arrow is not drawn.
For spliced features, it might be that one or more of the subfeatures (e.g. exons) lies outwith the view. We normally draw e.g. genes by drawing the exons as boxes and connecting them with small lines. The drawing code itself (see later) takes all exons within view and draws those connections. However, if an exon is outside of the viewing area, this line is not drawn. The @hidden_subfeatures_at_start and @hidden_subfeatures_at_stop are just flags to capture this.
The Cairo and Pango libraries (cairographics.org, www.pango.org) are used for the actual drawing. The main concepts in the Cairo drawing model are (please also see cairographics.org/tutorial):
From the cairo tutorial: "Before you can start to draw something with cairo, you need to create the context. <SNIP> When you create a cairo context, it must be tied to a specific surface - for example, an image surface if you want to create a PNG file." So that‘s what we have to do: create a Cairo::ImageSurface and connect a Cairo::Context to it.
Now let‘s walk through the drawing code itself…
When a user draws a panel, the first thing that happens, is the creation of a Cairo::ImageSurface (the destination). To be able to do this, we need to know the dimensions. But there‘s a slight problem: we can‘t know the height of the picture until it‘s actually drawn. The way we‘ll circumvent this, is that we create a really high picture (called "huge_panel_drawing") that we‘ll crop afterwards.
A ruler consists of a line with tickmarks on it. The major issue with drawing the ruler, is determining the distance between those ticks. Suppose we have zoomed into a small region, we‘d still want to see usable ticks; and if we‘ve zoomed out to a huge region, we don‘t want to have those ticks all bumping into each other.
To calculate the distance between consecutive ticks, we start with a distance of 1 basepair, and increase it until the minimal distance criterion is met. We also set the distance between major tickmarks (which are the ones that will get a number). There‘s a small issue when you actually start drawing the ticks. Most of the time, we don‘t want the first tick on the very first basepair of the view. Suppose that would be position 333 in the sequence. Then the numbers under the major tickmarks would be: 343, 353, 363, 373 and so on. Instead, we want 350, 360, 370, 380. So we want to find the position of the first tick. If we‘ve found that one, it‘s simple to add the rest of them.
The ruler height @height consists of the height of the ruler itself plus the height of the numbers.
Drawing each track starts out with the general header: a line above it and the title. We also ‘translate’ the track down to not let it overlap with previously drawn tracks. Obviously, the more challenging part is drawing the features themselves.
First thing we have to do, is figure out what the vertical coordinates of the glyph should be (i.e. the row). To keep track of what parts of the screen are already occupied by features (so that we know when a new feature has to be bumped down), we make use of a grid. The grid is basically a hash with the keys being the row number, and the values arrays of ranges. (These ranges use basepair units rather than pixels, but that‘s completely arbitrary.) For each feature, we first check if we can draw it at the top of the track (i.e. row 1) and if we can‘t move it down a row at a time until there‘s room for it.
So for example, suppose we‘ve already drawn two features that have the following positions: 100..150 and 200..225. The grid would then look like this:
grid = { 1 => [(100..150),(200..225)] }
If we‘d like to draw a new feature from 125..175 (which overlaps the first of the two ranges above), we see that row_available becomes false, and the row number is increased. The grid after adding this feature looks like:
grid = { 1 => [(100..150),(200..225)], 2 => [(125..175)] }
So now we know what the vertical coordinates of the glyph should be. But the Bio::Graphics::Feature does not do the drawing… The reason for this is that a Feature can have SubFeatures (e.g. a transcript feature can have UTR and CDS subfeatures). If that‘s not the case, the Feature is seen as having one SubFeature.
Next step is to check if there‘s reasons we would like to change the requested glyph type from directed to undirected. If the user asks for directed glyphs (i.e. ones with an arrow at the end), but the view is zoomed way out, there‘s no way the arrow will be visible. If we‘d try to draw that arrow anyway, it would become bigger than the feature itself. Another reason would be if the feature‘s 3’ end extends outwith the picture.
Finally, we can draw. As there are several types of glyphs, this is handled by a Glyph object. These are defined in the lib/bio/graphics/glyphs directory. These files are automatically read when requiring lib/bio-graphics. The actual drawing bit should be quite self-explanatory (move_to, line_to, …).
For the spliced features (:spliced and :directed_spliced), we first draw the components (i.e. the exons) keeping track of the start and stop positions of the gaps (i.e. introns). We then add the connections in those gaps. In addition, we draw a line that extends to the side of the picture if there are exons out of view. This flag was set when the feature was created (see above: @hidden_subfeatures_at_start and @hidden_subfeatures_at_stop).
When the user wants a clickable map, we also have to record that this region should be added to the image map.
When everything has been drawn, we finally know the number of rows for that track (i.e. the number_of_times_bumped).
So now we have a huge panel (see "huge_panel_drawing" above) which is way to high. This is converted to a panel of the right size by creating a new panel (i.e. the cairo destination), and then using the huge panel as a source to be transferred on that new destination.
And we just write the PNG to a file. If the user wanted a clickable map, also create the HTML file.
(This text is adapted from the bioruby README.DEV)
There are many possible ways to contribute to the Bio::Graphics project, such as:
All of these are welcome! However, this document describes the last option, how to contribute your code to Bio::Graphics.
You will need to follow the typical coding styles of the BioRuby modules:
Don‘t use =begin and =end blocks for comments. If you need to add comments, include it in the RDoc documentation.
Additional tutorial documentation and working examples are encouraged with your contribution. You may use the header part of the file for this purpose.
Each file should start with a header, which covers the following topics:
The header should be formatted as follows:
# # = bio/graphics/ruler - class to draw ruler # # Copyright:: Copyright (C) 2001, 2003-2005 Bio R. Hacker<EMAIL_ADDRESS># Copyright:: Copyright (C) 2006 Chem R. Hacker<EMAIL_ADDRESS># # License:: The Ruby License # # == Description # # This file contains classes that implement the ruler of a graphic. # module Bio module Graphics class Ruler end end end
Classes and methods should be documented in a standardized format, as in the following example (from bioruby‘s lib/bio/graphics/sequence.rb):
# == Description # # Bio::Sequence objects represent annotated sequences in bioruby. # A Bio::Sequence object is a wrapper around the actual sequence, # represented as either a Bio::Sequence::NA or a Bio::Sequence::AA object. # For most users, this encapsulation will be completely transparent. # Bio::Sequence responds to all methods defined for Bio::Sequence::NA/AA # objects using the same arguments and returning the same values (even though # these methods are not documented specifically for Bio::Sequence). # # == Usage # # require 'bio' # # # Create a nucleic or amino acid sequence # dna = Bio::Sequence.auto('atgcatgcATGCATGCAAAA') # rna = Bio::Sequence.auto('augcaugcaugcaugcaaaa') # aa = Bio::Sequence.auto('ACDEFGHIKLMNPQRSTVWYU') # # # Print in FASTA format # puts dna.output(:fasta) # # # Print all codons # dna.window_search(3,3) do |codon| # puts codon # end # class Sequence # Create a new Bio::Sequence object # # s = Bio::Sequence.new('atgc') # puts s # => 'atgc' # # Note that this method does not intialize the contained sequence # as any kind of bioruby object, only as a simple string # # puts s.seq.class # => String # # See Bio::Sequence#na, Bio::Sequence#aa, and Bio::Sequence#auto # for methods to transform the basic String of a just created # Bio::Sequence object to a proper bioruby object # --- # *Arguments*: # * (required) _str_: String or Bio::Sequence::NA/AA object # *Returns*:: Bio::Sequence object def initialize(str) @seq = str end # The sequence identifier. For example, for a sequence # of Genbank origin, this is the accession number. attr_accessor :entry_id # An Array of Bio::Feature objects attr_accessor :features end # Sequence
Preceding the class definition (class Sequence), there is at least a description and a usage example. Please use the Description and Usage headings. If appropriate, refer to other classes that interact with or are related to the class.
The code in the usage example should, if possible, be in a format that a user can copy-and-paste into a new script to run. It should illustrate the most important uses of the class. If possible and if it would not clutter up the example too much, try to provide any input data directly into the usage example, instead of refering to ARGV or ARGF for input.
dna = Bio::Sequence.auto('atgcatgcATGCATGCAAAA')
Otherwise, describe the input shortly, for example:
# input should be string consisting of nucleotides dna = Bio::Sequence.auto(ARGF.read)
Methods should be preceded by a comment that describes what the method does, including any relevant usage examples. (In contrast to the documentation for the class itself, headings are not required.) In addition, any arguments should be listed, as well as the type of thing that is returned by the method. The format of this information is as follows:
# --- # *Arguments*: # * (required) _str_: String or Bio::Sequence::NA # * (optional) _nr_: a number that means something # *Returns*:: true or false
Attribute accessors can be preceded by a short description.
Don‘t use
$stderr.puts "WARNING"
in your code. Instead, try to avoid printing error messages. For fatal errors, use raise with an appropriate message.
Unit tests should come with your modules by which you can assure what you meant to do with each method. The test code is useful to make maintenance easy and ensure stability. The use of
if __FILE__ == $0
is deprecated.
Finally, please maintain the code you‘ve contributed. Please let us know (on the bioruby list) before you commit, so that users can discuss on the change.


Will unlimited size blocks actually result in gigantic blocks and no fee market?
No. Intuitively you can understand this by realizing that it will take a lot longer to propagate a gigantic block across the network than a small one. Therefore a gigantic block has a higher likelihood of being "orphaned" -- that is, a competing block will be found, propagated across the network and supplant the gigantic block.
In this case the miner of the gigantic block will lose the block subsidy and transaction fees. Therefore miners are incentivised by limitations in the underlying physical network to produce smaller blocks, and incentivized by transaction fees to produce larger ones. Finding the balance between these forces is what the free market excels at. And as underlying physical networks improve or fees increase, miners will naturally be able to produce larger blocks. The transaction "supply" (space in a block) therefore depends directly on the fundamental capacity, rather than relying on some centralized "steering committee" to properly set maximum block size. Bitcoin is all about disintermediation, and this is another example of it working.
For a formal treatment of this subject see A Transaction Fee Market Exists Without a Block Size Limit.
Why is a formal Bitcoin Unlimited Articles of Federation necessary?
It is completely unknown whether the majority of Bitcoin users support block sizes greater than 1 MB or not. No formal debate or vote has occurred. In contrast, debate is censored on the two most popular Bitcoin community sites. A majority of miners have "voted" for the unimplemented BIP100 proposal (this proposal would then allow miners to vote on block size), yet nothing has been done to implement this proposal. The existence of BIP100, BIP101 and other proposals may be "splitting" the large max-block community -- yet there is no mechanism (AFAIK) to authoritatively retire a proposal so the community can converge on a single proposal. People who have put vast amounts of time and energy into a particular implementation's "brand" find themselves without recourse. The power to add or remove features rests solely with individuals who possess technical skills and were at the right place at the right time.
When you switch to the Bitcoin Unlimited client, the Articles of Federation will ensure that your voice is heard, and your vote counted.
Proposals are made, debated, and then resolved (voted on) and the Proposer and BU officers have the power to force this process to occur in a timely fashion. The Articles also ensure that passed, implemented proposals are committed to the code repository in a timely fashion.
For more information please read the Bitcoin Unlimited Articles of Federation
Is BU going to fork the Blockchain?
No. But if some other entity causes a fork, if for example miners start producing > 1MB blocks, then Bitcoin Unlimited nodes will follow the most-work (generally the longest) fork. This means that your BU node will track the mining majority rather then a specific choice.
Right now, the only event that will trigger this behavior is a block size fork because we believe that the block size is NOT part of blockchain consensus. If other events that are currently part of "consensus layer" should also trigger this behavior they may be added based on the outcome of a BUIP (Bitcoin Unlimited Implementation Proposal) submission, debate and vote.
Does BU open up a new Sybil attack vector? Say some entity launches thousands of nodes, 60,000 for example (100x the current network levels). Then sets a super small blocksize. Does this not end up holding the network hostage and thus also the blocksize cap?
Nodes have this power and therefore the network is vulnerable to this kind of attack with or without BU. If you have the resources and desire to launch 60,000 nodes, a few changes to the source code will not put you off -- having access to BU is irrelevant.
Can miners run BU, select a very small block limit and therefore reduce transaction supply below 1MB?
If 51% of the miners want smaller blocks they can have them today without BU. They can simply limit the size of their generated blocks -- the max mined block size is a command line option. Also, the max block size to accept is a constant defined in a header file. So 1 simple line of code needs to be changed for miners to ignore blocks bigger than N in all the "Satoshi-derived" clients.


MIDAS is a luxurious and modern template named after Greek mythology, and handcrafted to run fast and smooth on both phones and laptops.
It makes the perfect landing page for jewelry crafters, beauticians, storefronts or any small business ventures.
MIDAS is a luxurious and modern template named after Greek mythology, and handcrafted to run fast and smooth on both phones and laptops.
It makes the perfect landing page for jewelry crafters, beauticians, storefronts or any small business ventures.
Add as many paragraphs or images you'd like here. Perhaps even a list?
Chocolate cake pie jelly-o jelly jelly-o chupa chups.
Sugar plum topping sesame snaps tart liquorice lemon drops candy canes.
Cookie croissant dragée dragée danish sweet roll candy canes.
Pastry chocolate bar cheesecake fruitcake ice cream cheesecake croissant. Sugar plum apple pie gingerbread. Chocolate sweet roll icing. Jelly carrot cake marzipan chocolate bar wafer fruitcake halvah tiramisu. Candy brownie pastry biscuit cheesecake pie marshmallow. Sesame snaps ice cream croissant topping tootsie roll marzipan.


UH-OH! You surely know what this means. We can't find the page you're looking for. Please use search or try starting from home.


It's nice weather, isn't it? Let's go for a walk!
It's nice weather, isn't it? Let's go for a walk!
Short
Short
It's nice weather, isn't it? Let's go for a walk! - That's nice.
It's nice weather, isn't it? Let's go for a walk! - That's nice.


{% extends 'base.html' %} {% block content %}
Overview of projects / repositories with various contents.
{{repo['description']}}


A simple approach to using a probit or logit analysis to calculate lethal concentration (LC) or time (LT) and the appropriate fiducial confidence limits desired for selected LC or LT for ecotoxicology studies (Finney 1971; Wheeler et al. 2006; Robertson et al. 2007). The simplicity of 'ecotox' comes from the syntax it implies within its functions which are similar to functions like glm() and lm(). In addition to the simplicity of the syntax, a comprehensive data frame is produced which gives the user a predicted LC or LT value for the desired level and a suite of important parameters such as fiducial confidence limits and slope. Finney, D.J. (1971, ISBN: 052108041X); Wheeler, M.W., Park, R.M., and Bailer, A.J. (2006) <doi:10.1897/05-320R.1>; Robertson, J.L., Savin, N.E., Russell, R.M., and Preisler, H.K. (2007, ISBN:<PHONE_NUMBER>).
| Version: | 1.3.3 |
| Depends: | R (≥ 3.3.0) |
| Imports: | ggplot2, stats, tibble |
| Suggests: | covr, dplyr, Hmisc, readr, testthat, tidyr, xlsx |
| Published: | 2018-10-29 |
| Author: | Benjamin L Hlina [aut, cre] |
| Maintainer: | Benjamin L Hlina <benjamin.hlina at gmail.com> |
| License: | GPL-3 | file LICENSE |
| NeedsCompilation: | no |
| Citation: | ecotox citation info |
| Materials: | README |
| CRAN checks: | ecotox results |
| Reference manual: | ecotox.pdf |
| Package source: | ecotox_1.3.3.tar.gz |
| Windows binaries: | r-devel: ecotox_1.3.3.zip, r-release: ecotox_1.3.3.zip, r-oldrel: ecotox_1.3.3.zip |
| OS X binaries: | r-release: ecotox_1.3.3.tgz, r-oldrel: ecotox_1.3.3.tgz |
| Old sources: | ecotox archive |
Please use the canonical form https://CRAN.R-project.org/package=ecotox to link to this page.


Dr. A.P.J.Abdul Kalam
Aerospace Scientist
Here's a time line of Dr. A.P.J.Abdul Kalam's life:
- 1931 - Born in Rameswaram, Tamilnadu
- 1954 - Kalam went on to attend Saint Joseph's College, Tiruchirappalli, then affiliated with the University of Madras, from where he graduated in physics
- 1955 - Study aerospace engineering in Madras Institute of Technology.
- 1960 - Joined the Aeronautical Development Establishment of the Defence Research and Development Organisation (by Press Information Bureau, Government of India) as a scientist after becoming a member of the Defence Research & Development Service (DRDS).
- 1969 - He was transferred to the Indian Space Research Organisation (ISRO) where he was the project director of India's first Satellite Launch Vehicle (SLV-III) which successfully deployed the Rohini satellite in near-earth orbit in July 1980
- 1970 - Between the 1970s and 1990s, Kalam made an effort to develop the Polar Satellite Launch Vehicle (PSLV) and SLV-III projects, both of which proved to be successful.
- 1992 - Kalam served as the Chief Scientific Adviser to the Prime Minister and Secretary of the Defence Research and Development Organisation from July 1992 to December 1999. The Pokhran-II nuclear tests were conducted during this period in which he played an intensive political and technological role
- 1998 - Along with cardiologist Soma Raju, Kalam developed a low cost coronary stent, named the "Kalam-Raju Stent".[35][36] In 2012, the duo designed a rugged tablet computer for health care in rural areas, which was named the "Kalam-Raju Tablet".
- 2002 - Kalam served as the 11th President of India, succeeding K. R. Narayanan. He won the 2002 presidential election with an electoral vote of 922,884, surpassing the 107,366 votes won by Lakshmi Sahgal. His term lasted from 25 July 2002 to 25 July 2007.
- 2012 - Kalam launched a programme for the youth of India called the What Can I Give Movement, with a central theme of defeating corruption.
- 2015 - On 27 July 2015, Kalam travelled to Shillong to deliver a lecture on "Creating a Livable Planet Earth" at the Indian Institute of Management Shillong. While climbing a flight of stairs, he experienced some discomfort, but was able to enter the auditorium after a brief rest.At around 6:35 p.m. IST, only five minutes into his lecture, he collapsed.He was rushed to the nearby Bethany Hospital in a critical condition; upon arrival, he lacked a pulse or any other signs of life. Despite being placed in the intensive care unit, Kalam was confirmed dead of a sudden cardiac arrest at 7:45 p.m IST.His last words, to his aide Srijan Pal Singh, were reportedly: "Funny guy! Are you doing well?"
- 2017 - The Dr. A.P.J. Abdul Kalam National Memorial was built in memory of Kalam by the DRDO in Pei Karumbu, in the island town of Rameswaram, Tamil Nadu. It was inaugurated by Prime Minister Narendra Modi in July 2017.
"This was my first stage, in which I learnt leadership from three great teachers—Dr Vikram Sarabhai, Prof Satish Dhawan and Dr Brahm Prakash. This was the time of learning and acquisition of knowledge for me."
-- Dr.A.P.J.Abdul Kalam.


Quote Posted on: {{quote.createdDate|date|uppercase}}
Quote Posted by: {{quote.submitter}}
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This intention merges sequential
for
statements, if possible.
Note that this intention will change order of execution.


public class FrcPneumatic
extends java.lang.Object
| Modifier and Type | Class and Description |
|---|---|
class |
FrcPneumatic.SolenoidAction
This class implements an action for setting all pneumatic channels to ON or OFF for a set period of time.
|
| Constructor and Description |
|---|
FrcPneumatic(java.lang.String instanceName,
int module,
int channel)
Constructor: Create an instance of the object.
|
FrcPneumatic(java.lang.String instanceName,
int module,
int[] channels)
Constructor: Create an instance of the object.
|
FrcPneumatic(java.lang.String instanceName,
int module,
int channel1,
int channel2)
Constructor: Create an instance of the object.
|
FrcPneumatic(java.lang.String instanceName,
int module,
int channel1,
int channel2,
int channel3)
Constructor: Create an instance of the object.
|
| Modifier and Type | Method and Description |
|---|---|
void |
extend()
This method extends a 1 or 2-channel pneumatic cylinder.
|
void |
extend(double period,
trclib.TrcEvent event)
This method extends a 1 or 2-channel pneumatic cylinder for the specified period and deactivates it.
|
boolean |
isExtended()
This method returns the state of the one or two-valve pneumatic cylinder.
|
void |
pneumaticTask(trclib.TrcTaskMgr.TaskType taskType,
trclib.TrcRobot.RunMode runMode)
This method is call periodically to execute the action sequence.
|
void |
retract()
This method retracts a 1 or 2-channel pneumatic cylinder.
|
void |
retract(double period,
trclib.TrcEvent event)
This method retracts a 1 or 2-channel pneumatic cylinder for the specified period and deactivates it.
|
void |
set(byte bitMask,
boolean on)
This method sets the state of the pneumatic channels specified in a bit mask.
|
void |
set(byte onMask,
byte offMask)
This method sets the specified pneumatic channels to ON or OFF.
|
void |
set(byte solMask1,
double period1,
byte solMask2,
double period2,
boolean repeat,
trclib.TrcEvent event)
This method sets all pneumatic channels to the states specified by solMask1 for period1 then sets them to the
states specified by solMask2 for period2.
|
void |
set(byte solMask,
double onPeriod,
trclib.TrcEvent event)
This method sets the specified pneumatic channels to ON or OFF for a specified period of time and optionally
signals an event when the period has expired.
|
void |
set(FrcPneumatic.SolenoidAction[] actionList,
int numActions,
boolean repeat,
trclib.TrcEvent event)
This method sets the ON/OFF pattern sequence of all pneumatic channels.
|
void |
setState(boolean state)
This method sets the state of a 1 or 2-channel pneumatic cylinder.
|
void |
timedExtend(double extendPeriod)
This method extends the pneumatic cylinder for extendPeriod and then retracts it.
|
void |
timedExtend(double extendPeriod,
double retractPeriod,
trclib.TrcEvent event)
This method extends the pneumatic cylinder for extendPeriod and then retracts it for retractPeriod and then
deactivates it at the end.
|
java.lang.String |
toString()
This method returns the instance name.
|
public FrcPneumatic(java.lang.String instanceName, int module, int channel)
instanceName
- specifies the instance name.module
- specifies the CAN ID of the Pneumatics Control Module.channel
- specifies the pneumatic channel assigned to this pneumatic object instance.public FrcPneumatic(java.lang.String instanceName, int module, int channel1, int channel2)
instanceName
- specifies the instance name.module
- specifies the CAN ID of the Pneumatics Control Module.channel1
- specifies one of the pneumatic channels assigned to this pneumatic object instance.channel2
- specifies one of the pneumatic channels assigned to this pneumatic object instance.public FrcPneumatic(java.lang.String instanceName, int module, int channel1, int channel2, int channel3)
instanceName
- specifies the instance name.module
- specifies the CAN ID of the Pneumatics Control Module.channel1
- specifies one of the pneumatic channels assigned to this pneumatic object instance.channel2
- specifies one of the pneumatic channels assigned to this pneumatic object instance.channel3
- specifies one of the pneumatic channels assigned to this pneumatic object instance.public FrcPneumatic(java.lang.String instanceName, int module, int[] channels)
instanceName
- specifies the instance name.module
- specifies the CAN ID of the Pneumatics Control Module.channels
- specifies an array of pneumatic channels assigned to this pneumatic object instance.public java.lang.String toString()
toString
in class java.lang.Object
public void set(byte bitMask, boolean on)
bitMask
- specifies the bit mask of the pneumatic channels to be set.on
- specifies true to set the channels ON and false to set them OFF.public void set(byte onMask, byte offMask)
onMask
- specifies the bit mask of the channels to be set to ON.offMask
- specifies the bit mask of the channels to be set to OFF.public void set(byte solMask, double onPeriod, trclib.TrcEvent event)
solMask
- specifies the bit mask of all channels. 1's specify ON channels and 0's specify OFF channels.onPeriod
- specifies the period of time the ON channels remained ON and turn them off afterwards.event
- specifies the event to be signaled when the ON period expires, null if none specified.public void set(byte solMask1, double period1, byte solMask2, double period2, boolean repeat, trclib.TrcEvent event)
solMask1
- specifies first bit mask of all channels. 1's specify ON channels and 0's specify OFF channels.period1
- specifies the period of time the mask 1 channels will remained in their states.solMask2
- specifies second bit mask of all channels. 1's specify ON channels and 0's specify OFF channels.period2
- specifies the period of time the mask 2 channels will remained in their states.repeat
- specifies true if this mask1/mask2 pattern will be repeated, false otherwise.event
- specifies the event to be signaled when period2 has expired, null if none specified.
This parameter is ignored if repeat is true.public void set(FrcPneumatic.SolenoidAction[] actionList, int numActions, boolean repeat, trclib.TrcEvent event)
actionList
- specifies the sequence of ON/OFF actions of all the pneumatic channels and their periods.numActions
- specifies the number of valid actions in the array. The array length could be longer than
numActions.repeat
- specifies true if the sequence will be repeated, false otherwise.event
- specifies the event to be signaled when the end of sequence has been reached, null if none
specified. This parameter is ignored if repeat is true.public void setState(boolean state)
state
- specifies true to extend the cylinder, false to retract.public void extend()
public void extend(double period, trclib.TrcEvent event)
period
- specifies the period to extend the pneumatic cylinder.event
- specifies the event to signal at the end of the period, null if none specified.public void retract()
public void retract(double period, trclib.TrcEvent event)
period
- specifies the period to retract the pneumatic cylinder.event
- specifies the event to signal at the end of the period, null if none specified.public void timedExtend(double extendPeriod, double retractPeriod, trclib.TrcEvent event)
extendPeriod
- specifies the period to extend the pneumatic cylinder.retractPeriod
- specifies the period to retract the pneumatic cylinder after it's been extended.event
- specifies the event to signal at the end of the retract period, null if none specified.public void timedExtend(double extendPeriod)
extendPeriod
- specifies the period to extend the pneumatic cylinder.public boolean isExtended()
public void pneumaticTask(trclib.TrcTaskMgr.TaskType taskType, trclib.TrcRobot.RunMode runMode)
taskType
- specifies the type of task being run.runMode
- specifies the competition mode that is running.


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---
title: Side Nav
layout: layout-docs
category: Standard
icon: sidenav
js: true
order: 3
---
{% capture lvl2_sidenav %}
{% endcapture %}
{% capture lvl2_dropdown_sidenav %}
{% endcapture %}
Overview
All .gov.sg informational services shall adopt a
Global Primary Navigation Panel across all pages.
For services with 2 or more levels of navigation, pages should contain
secondary navigation, at the side to aid users in locating site content.
Types
1) Basic side navigation to support level 2 navigation.
{%- highlight html -%}{{lvl2_sidenav}}{%- endhighlight -%}
2) Level 2 navigation dropdowns that show/hide level 3 navigation links
JS
{{lvl2_dropdown_sidenav}}
{%- highlight html -%}{{lvl2_dropdown_sidenav}}{%- endhighlight -%}
Guidelines
Side navigation should:
- Be positioned on the left of every inner page in a digital service
- Be hidden when used on mobile devices
{%- include sgds-feedback.html -%}


2018 | U/A | Tamil | Science Fiction, Action | 2h 30m
When mobiles start flying from people's hands, Dr Vaseegaran and his robot Nila are asked to help. However, due to Pakshi Rajan having a hand in this, the two have to reinstate Chitti to defeat him.