welcome to my portfolio's site, here you find a presentation video, some of my experiences,
and ways various way to reach me. Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.


Erratum:
January 16th 7:40 AM: The title of the puzzle Violet Coins in Space was previously listed incorrectly as Violet Chips in Space.
What should the football team keep in mind when they’re running up the field?
| Can you deliver 60 eggs? | ||||||||||
| Help I’m Trapped in a Computer | ||||||||||
| A Cheat Code | ||||||||||
| Button Press | ||||||||||
| Untitled Goose Goals | ||||||||||
| Violet Coins In Space | ||||||||||
| Zip it, Mr. Resetti! | ||||||||||
| Stud Finder | ||||||||||
| Building Hacks | ||||||||||
| World Fisherman | ||||||||||
| Catch and Release | ||||||||||


It's here! Our latest Global Video Index is now available. This quarter we show new trends in mobile video consumption, engagement patterns by length of video, how sports publishers can grow viewers around gameday & how programmatic is ...see more
Consultant - Hi-Tech - Executive Sales
2 min
It's here! Our latest Global Video Index is now available. This quarter we show new trends in mobile video consumption, engagement patterns by length of video, how sports publishers can grow viewers around gameday & how programmatic is ...see more


This structure stores the states of the gyro sensor.
Fields- bFlags
-
Stores flag values (see GYROF_* flags).
- bADCChannel
-
Specifies the ADC channel used by the gyro sensor.
- wSensitivity
-
Stores the gyro sensitivity value in unit of 0.1 degree/sec/volt.
- wScaleFactor
-
For optimum performance, you'll need to calibrate the scaling
factor to match that of your gyro's. One way to calibrate your
gyro is to mount it very securely to a hefty, square or
rectangular object. Mounting the gyro to a hefty object will
help dampen higher frequency vibrations that can adversly effect
your measurements. Place the mounted gyro against another
square object and start the included demonstration software.
To get good results, the mount must be absolutely still during
calibration. If the angle drifts rapidly while the mounted gyro
is motonless, you need to recalibrate. Again, gyros are
very sensitive and must be still during calibration. Once
the gyro is running with little drift, rotate the mount 180
degrees and note the reported angle. Ideally, reported angle
should be 1800. For every tenth of a percent that the angle
is high, decrease wScaleFactor by one. Conversly, for every
tenth of a percent low, increase wScaleFactor by one. Repeat
until you're satisfied with the accuracy.
- wNoiseMargin
-
Stores the noise margin value.
- wADCValueRange
-
Stores the range of the A/D converter used.
- wADCUpdateRate
-
Stores the A/D update rate.
- wBias
-
Stores the calibrated bias value.
- wNoiseThreshold
-
Stores the calibrated noise threshold.
- iRate
-
Stores the gyro rate value.
- lAngle
-
Stores the gyro angle value.
|


This won't hurt a bit.
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Hello! I am Clifford Butler, a business analyst with 5+ years of experience in business analysis, process improvement, and working with data visualization. I have 5+ years of experience extracting and processing data using SQL, 3+ years of experience with business intelligence and data visualization tool Tableau, and 2+ years of experience with Python, a modern programming language.
I am currently considering the following roles: business analyst, data scientist, software developer, and program manager, but open to other career opportunities within the Greater Seattle Area that fit my professional skills, personality, and ambitious drive.
January 2019 - Present
• Facilitated continuous improvement initiatives with successful changes affecting manufacturing and operations.
• Managed communications with internal and external stakeholders.
• Streamlined and automated internal processes with Python scripts to improve overall workflows.
• Analyzed large datasets pertaining to performance and reduced manufacturing costs by $100,000 in 2019 through alleviating redundant tasks.
• Worked with Teradata SQL and Tableau to track KPIs and identify unnecessary processes, resulting in $250,000 operating cost savings.
• Completed over 10 projects for key internal customers, successfully improving business productivity.
• Prepared reports detailing data analysis as well as prospective solutions, benefits, and costs.
May 2015 - January 2019
• Created visual representations of insurance claim data and relationships, using Tableau dashboards to highlight desired aspects of key financial and performance indicators.
• Conducted root cause analysis to formulate countermeasures to business missteps and improve operations.
• Monitored program KPIs, used SQL to gather large datasets and drafted reports to inform senior management on performance.
• Trained users on internal software; CCC One, ERL, and NextGen to provide competency on related features.
• Prepared reports and presentations detailing business development activities, metrics, and KPIs.
• Coordinated multiple projects simultaneously to meet project deadlines.
• Explained technical concepts to non-technical staff members in easy to understand language and concepts.
• Recruited exceptional job candidates via diverse traditional and digital routes for suitability for key positions.
March 2008 - May 2015
• Trained and mentored new employees to maximize team performance and achieve daily performance objectives.
• Executed new training initiatives to improve skills and develop leaders from within.
• Determined efficient work schedules for the team on a weekly basis to keep the project moving and each shift properly staffed.
• Oversaw completion of productivity goals and educated employees on established company processes.
• Automated office operations, managed client correspondence and tracked records.
• Led staff meetings for a team of 20+ to communicate process improvement directives.
• Supervised and trained customer service team members to provide exceptional service, driving retention and satisfaction.
• Participated in strategic planning, P&L overview, and annual budget processes.
June 2014 - August 2014
• Structured internship program to improve leadership skills and demonstrate the capability to run a multi-million dollar store in a retail environment.
• Enhanced sales by implementing merchandising and promotional improvements.
• Organized and updated schedules to optimize coverage for expected customer demands.
• Connected with customers daily to understand needs, provide assistance and collect feedback to optimize operations.
• Oversaw daily functions, including inventory management, display merchandising and purchasing operations.
• Conducted job interviews, led employee performance evaluations with positive constructive feedback.
• Recognized for exceptional shift performance as manager on duty.
2017 - 2018
Western Governors University
Relevant Coursework: Managing Organizations, Effective Managerial Communication, Dynamics of Leadership, Negotiations & Conflict Management, International Management, Managing & Motivating Work Teams, Quantum Methods with Mathematica, Business Finance, and Information Technology.
2010 - 2014
University of Washington
Relevant Coursework: Managing Organizations, Effective Managerial Communication, Dynamics of Leadership, Negotiations & Conflict Management, International Management, Managing & Motivating Work Teams, Quantum Methods with Mathematica, Business Finance, and Information Technology.
2020 - Present
University of Washington
Courses:
• Programming in python
• Advanced Programming in Python
• Internet Programming With Python
2018
Western Governors University
Courses:
• Web Development
• Programming & Scripting
• Software Development
Address
Greater Seattle, Washington, U.S.A
Phone
+1253-886-0803
hello@cliffordlbutler.com


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Ayodhya Verdict: Who is Ram Lalla Virajman?
Law permits a Hindu deity to be considered a 'juristic person' with the right to be sued or to sue
The Supreme Court of India (SC) on November 9 delivered its landmark verdict on the Ayodhya land dispute case, directing the Centre to form within three months a trust which will build a temple at the disputed site in Ayodhya.
At the heart of the entire matter, which has been on for centuries, is the question of history and faith. According to News18, law permits a Hindu deity to be considered a 'juristic person' with the right to be sued or to sue.
The deity, 'Ram Lalla Virajman', or the infant Lord Ram, through next friend and former Allahabad High Court judge Deoki Nandan Agrawal, and the Janmbhoomi (the birthplace) moved the lawsuit in 1989, seeking title right over the entire disputed property on the key ground that the land itself has the character of the deity and of a 'Juristic entity'.
Also read: Supreme Court awards land to Hindu side; Muslims to get alternative plot for mosque
Like other Hindu deities, the infant form of Lord Ram was also deemed a perpetual minor under law.
Agrawal was also a senior leader of the Vishwa Hindu Parishad (VHP). According to reports, Tirloki Nath Pandey, also a senior VHP leader, became the next friend after Agarwal's death in 2002.
As an aside, an India Today report from 2013 stated that the infant Lord Ram is, in fact, worth crores.
The report stated that according to account details with the State Bank of India's Ayodhya branch, Ram Lalla Virajman's bank balance then was Rs 2.7 crore.


--- layout: post status: publish published: true title: More Slashdot Brilliance author: display_name: ian login: ian email<EMAIL_ADDRESS>url: http://iancwill.com/blog author_login: ian author_email<EMAIL_ADDRESS>author_url: http://iancwill.com/blog wordpress_id: 9 wordpress_url: http://iancwill.com/blog/?p=9 date: '2007-02-06 19:44:00 -0700' date_gmt: '2007-02-06 19:44:00 -0700' ---
From mrjb
Yes, writing software is hard, especially writing good software. The hardest part is to make things simple, even harder is to make things simple AND flexible. The need for a thorough analysis is greatly underappreciated.Incompetent developers tend to make things more complex than necessary. From that point on, under economic pressure, workarounds are needed to get things done. This in turn makes things even more complex than necessary. THAT is what makes writing software hard. The problem is, it is difficult to be aware of the skills that we lack. As such, a lot of programmers with a huge ego don't deserve one.
I'm not into Extreme Programming per se, but I've noticed that if multiple people look at a piece of software, chances of problems going undetected get smaller and smaller. Yes, even if you, a master programmer, show your code to a rookie, the chance of bugs going undetected will reduce. In fact, it will inevitably result in more bugs being detected before rolling them out to customers.
This corroborates my experience to a T. I'm thinking especially the second paragraph: better developers produce simpler code. Simplicity is our prime directive.


|
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| Packages that use CacheManager | |
|---|---|
| org.apache.shiro.cache | Caching support used to enhance performance for any security operation. |
| org.apache.shiro.cache.ehcache | Ehcache-based implementations of Shiro's cache interfaces. |
| org.apache.shiro.mgt | Provides the master SecurityManager interface and a default implementation
hierarchy for managing all aspects of Shiro's functionality in an application. |
| org.apache.shiro.realm | Components and sub-packages used in supporting the core Realm interface. |
| org.apache.shiro.session.mgt | SessionManager components supporting enterprise session management. |
| org.apache.shiro.session.mgt.eis | EIS (Enterprise Information System)-tier components that can perform CRUD operations for sessions using any EIS API. |
| Uses of CacheManager in org.apache.shiro.cache |
|---|
| Classes in org.apache.shiro.cache that implement CacheManager | |
|---|---|
class |
AbstractCacheManager
Very simple abstract CacheManager implementation that retains all created Cache instances in
an in-memory ConcurrentMap . |
class |
MemoryConstrainedCacheManager
Simple memory-only based CacheManager implementation usable in production
environments. |
| Methods in org.apache.shiro.cache with parameters of type CacheManager | |
|---|---|
void |
CacheManagerAware.setCacheManager(CacheManager cacheManager)
Sets the available CacheManager instance on this component. |
| Uses of CacheManager in org.apache.shiro.cache.ehcache |
|---|
| Classes in org.apache.shiro.cache.ehcache that implement CacheManager | |
|---|---|
class |
EhCacheManager
Shiro CacheManager implementation utilizing the Ehcache framework for all cache functionality. |
| Uses of CacheManager in org.apache.shiro.mgt |
|---|
| Methods in org.apache.shiro.mgt that return CacheManager | |
|---|---|
CacheManager |
CachingSecurityManager.getCacheManager()
Returns the CacheManager used by this SecurityManager. |
| Methods in org.apache.shiro.mgt with parameters of type CacheManager | |
|---|---|
void |
CachingSecurityManager.setCacheManager(CacheManager cacheManager)
Sets the CacheManager used by this SecurityManager and potentially any of its
children components. |
| Uses of CacheManager in org.apache.shiro.realm |
|---|
| Methods in org.apache.shiro.realm that return CacheManager | |
|---|---|
CacheManager |
CachingRealm.getCacheManager()
Returns the CacheManager used for data caching to reduce EIS round trips, or null if caching is disabled. |
| Methods in org.apache.shiro.realm with parameters of type CacheManager | |
|---|---|
void |
CachingRealm.setCacheManager(CacheManager cacheManager)
Sets the CacheManager to be used for data caching to reduce EIS round trips. |
| Constructors in org.apache.shiro.realm with parameters of type CacheManager | |
|---|---|
AuthenticatingRealm(CacheManager cacheManager)
|
|
AuthenticatingRealm(CacheManager cacheManager,
CredentialsMatcher matcher)
|
|
AuthorizingRealm(CacheManager cacheManager)
|
|
AuthorizingRealm(CacheManager cacheManager,
CredentialsMatcher matcher)
|
| Uses of CacheManager in org.apache.shiro.session.mgt |
|---|
| Methods in org.apache.shiro.session.mgt with parameters of type CacheManager | |
|---|---|
void |
DefaultSessionManager.setCacheManager(CacheManager cacheManager)
|
| Uses of CacheManager in org.apache.shiro.session.mgt.eis |
|---|
| Methods in org.apache.shiro.session.mgt.eis that return CacheManager | |
|---|---|
CacheManager |
CachingSessionDAO.getCacheManager()
Returns the CacheManager to use for acquiring the activeSessionsCache if
one is not configured. |
| Methods in org.apache.shiro.session.mgt.eis with parameters of type CacheManager | |
|---|---|
void |
CachingSessionDAO.setCacheManager(CacheManager cacheManager)
Sets the cacheManager to use for acquiring the activeSessionsCache if
one is not configured. |
|
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| PREV NEXT | FRAMES NO FRAMES |


Reviewing my learning style
Before attending Dev Bootcamp, we were given some prep work to do before the Phase 0 online work started. One of the items on the list was to take a test that would provide our Gregorc Learning style. Usually, I kind of roll my eyes at these kind of things, but I have alot of faith in the DBC process and got to work. When I got the results, I was simply shocked at how accurate it seemed to be.
The results break indiciduals down into four quadrants: Abstract Sequential (AS), Concrete Sequential (CS), Abstract Random (AR), and Concrete Random (CR). Each area is scored, and you look at what your overall tendencies seem to be. For me, my AS score was 11, AR was 10, CR was 6 and CS was 3. So clearly I heavely lean towards both Abstract zones, with a bit of Concrete Sequential and almost no Concrete Random. So what did this mean?
First lets look at the two general zones (Abstract and Random) as defined directly by Anthony Gregord:
The Abstract quality measures how you to visualize, conceive ideas, and understand or believe that which you cannot actually see. When you are using your abstract quality, you are using your intuition, your imagination, and you are looking beyond “what is” to the more subtle implications.
The Concrete quality measures how you register information directly through your five senses: sight, smell, touch, taste, and hearing. When you are using your concrete ability, you are dealing with the obvious, the "here and now." You are not looking for hidden meanings, or making relationships between ideas or concepts.
So clearly, I tend to visualize ideas in general, and I draw heavily on intuition and imagination. In theory, I don't deal as much with the obvious but with some reliance on CS, I do tap in a little.
Next lets look at the two other quadrants: Random and Sequential:
Sequential allows your mind to organize information in a linear, step-by-step manner. When using your sequential ability, you are following a logical train of thought, a traditional approach to dealing with information. You may also prefer to have a plan and to follow it, rather than relying on impulse.
Random lets your mind organize information by chunks, and in no particular order. When you are using your random ability, you may often be able to skip steps in a procedure and still produce the desired result. You may even start in the middle, or at the end, and work backwards. You may also prefer your life to be more impulsive, or spur of the moment, than planned.
When you look at my AR and AS tendencies, it boils down to some simple facts that were enlightning for me. Overall, there are some pros and cons for me to consider. The list looks something like this:
Pro's:
- I'm good at working in groups, and tend to thrive
- I'm good at analyzing situations before acting
- I'm good at applying logic to find solutions for problems
- I learn best in a stimulating environment with access to experts
- I'm good listening to others and bringing harmony to groups
- As good as I am at working with others, I also can thrive alone
Con's:
- I'm not as good when I don't have enough time to study something thoroughly
- I get bored repeating the same tasks over and over
- I tend to monopolize coversations
- I don't care for competition much in the working or learning place
- I don't accept criticism well
- I don't work well with people who don't seem friendly
Looking back, I have found that both of these lists are laser accurate. When learning the information for the first three weeks of Phase 0, I have found that when I'm struggling it helps to revisit the list of strengths on this list. With a couple of exercises that I was stuck on in week 3, I would pair. I work good in groups, and tend to thrive in a group which brings out some of my best learning tendencies. I start on my work for the next week on the weekend before specifically so that I have enough time to study it throughly, because I am aware that thats an issue for me.
Lastly, it helps to consider that before DBC I was certainly someone suffering from a fixed mindset. I didn't like to step out and challenge myself, and tend to hide in hopes people won't discover that I have any weaknesses. One thing that I seem to be having some success in is reaching outside that comfort zone, and begin drinking in large amounts of new information. When you consider my learning styles, it helps to strategize about how to emphasize my strengths, avoid learning weaknesses and slowly move towards a growth mindset. I feel good about the sucesses I have had so far, and am very excited for what the future holds.


To start playing, visit https://rak5hit.github.io/Skater-s-Board-Mobile/ on your mobile and place it on a skateboard!
It looks like you're using a mobile; it's a good thing, you'll need it, but the page you're seeing right now needs to be visited on a computer!
Come back when you're able to use your desktop/laptop and it will tell you what to do with your phone! 😃


Name gives the name of the event. Longer names are shortened and in some cases where the abbreviations cannot be readily interpreted the full name is given as a footnote which can be accessed in the full Sipri Nuclear Explosions document.
Country lists the state that carried out the explosion.
Date is listed as the day, month, and year of the explosion. Date is listed in Greenwich Mean Time (GMT).
Region gives the name of the test site and/or the geographical region where the explosion was conducted.
| AK | Alaska |
| ALG | Algeria |
| ARK | Arkhangelsk region |
| AUSTR | Australia |
| CO | Colorado |
| FALLON | Naval Air Station, Fallon, Nevada |
| IS | Island |
| KAZAKH | Kazakhstan |
| KRASNO | Krasnoyarsk territory |
| MANGY | Mangyshlak |
| MARALI | Maralinga |
| MONTEB | Montebello |
| MS | Mississippi |
| MTR | Missile Testing Range (near Kapustin Yar, Astrakhan region, Russia) |
| MURM | Murmansk |
| NELLIS | Nellis Air Force Range, Nevada |
| NM | New Mexico |
| NTS | Nevada Test Site |
| NV | Nevada |
| NZ | Novaya Zemlya (Northern Test Site, in the Arctic Ocean, Russia) |
| RUSS | Russia |
| SEMI | Semipalatinsk test site (in east Kazakhstan) |
| STAVRO | Stavropol territory (Russia) |
| TURKMEN | Turkmenistan |
| UZBEK | Uzbekistan |
| V | Valley |
Other names are also slightly abbreviated, but, since they are easily recognizable, they are not listed above.
Type refers to the method of deployment of the nuclear device:
There are two categories: atmospheric (ATMOSPH) and underground (UG). When no futher details are available, only ATMOSPH or UG is listed.
When atmospheric explosions were conducted, the divice was dropped from a balloon (BALLOON) or an aircraft (AIRDROP), launched by a rocket (ROCKET), mounted at the top of a steel or wooden tower (TOWER), placed on a boat (BARGE), on the surface of the sea (WATERSURFACE), on the ground close to the earth's surface (SURFACE), or in a crater (CRATER). A few nuclear tests were conducted under water (UW).
Underground explosions were either conducted at the bottom of drilled or mined vertical holes or shafts (SHAFT) or in horizontal tunnels (TUNNEL or GALLERY) drilled into a mountain or mesa in a way that places the burst point deep within the earth. One Soviet PNE was conducted in a mine (MINE).
French underground tests in Polynesia were either conducted in wells in the ground (SHAFT/G) or in drilled holes in the lagoon of the atoll (SHAFT/LG).
Purpose indicates the purpose for which the explosion was conducted:
COMBAT = The two atomic bombs dropped over Hiroshima and Nagasaki in August 1945.
FMS (used for Soviet tests) = To study the phenomena of a nuclear explosion.
ME = Test conducted in the context of a military exercise with a real nuclear detonation. One such test (Soviet) was conducted, in 1954.
PNE = Peaceful nuclear explosion. The US PNEs were either in the Plowshare Programme (PNE:PLO) or Vela Uniform Tests (PNE:V). The Soviet PNEs include both industrial peaceful explosions and testing of PNE technologies as well as testing of industrial nuclear charges for use in peaceful activities.
SAM (used for Soviet tests) = Tests to study accidental modes and emergencies.
SE (used for French and US tests) = Tests to determine the safety of nuclear weapons in case of accident.
TRANSP = Transportation-storage purposes. (Four US tests conducted at Nellis Air Force Range in 1963.)
WE (used for British, French, and US tests) = To evaluate the effects of a nuclear detonation on various targets.
WR = Weapons-related, i.e. related to the weapon development programme. (N.B. if no information on purpose of a test is available, WR is listed.)
Depth estimates show, in kilometers, how deep in the ground the explosions were conducted. Some height estimates are also given to indicate the altitude at which atmospheric tests were conducted. A positive figure indicates depth, a negative figure indicates height.
Lower Yield and Upper Yield
indicates the range of yield. For most explostions, lower and upper yield estimates are given. If an exact yield is available, the upper figure and lower figure are the same. Unless otherwise noted in the footnotes located in the full Sipri Nuclear Explosions document, for salvo explosions the yield estimate indicates the yield of each detonation in a test or a peaceful nuclear explosion.For more information and access to the data source, refer to the Sipri Nuclear Explosions 1945 - 1998 document


Really Good Hyperlinks #1 - Dec 11th
Welcome to the first of a regular weekly tech.tmw post, that we’ve inventively called ‘Really Good Hyperlinks’, where we attempt to filter out some of the finest links we’ve seen over the past week on the web.
So without further ado, let’s get started:
Demos
PolyMaker
Hot on the heels of redesigning his website, Paul Lewis has released this great canvas demo in which the user can generate their very own 3D shape by plotting 4 points on the screen.
Robo-boogie
Practice your dance moves before hitting the town with this demo from Code Club, with which you can alter the angle and speed of animations performed by a dancing robot.
Waves
A nice calming 3D wave demo to help reduce those Tuesday stresses. Created using WebGL.
Articles
Unfolding the Box Model
A really awesome interactive guide to CSS 3D transforms, by Chris Ruppel.
Animated SVGs: custom easing and timing
Ever wanted to animate a chart without the overhead of adding a large JS library to your site? Well this post, by Mike Fortress, takes us through exactly how to do so using animated SVGs.
Understanding Easing
An overview of easing in animations by Suresh V. Selvaraj.
More efficient Grunt workflows
Some essential Grunt.js tips from our very own Zander Martineau.
Sites and services
Import.io
A free service that helps turn any website into an API, allowing streaming or RESTful queries. This could be useful when used in combination with technologies like NodeJS.
RobinDavey.co.uk
Ever on the lookout for quirky animations, Robin Davey’s site, showing some of his work, has some beautiful examples. Good creative inspiration.
TMW links worth mentioning
Free Ride
A little hack-project we’ve been running at TMW, in which we track a bike around London by hooking it up with a GPRS tracker, and then leaving it on the streets to see where it goes. We’ll be doing a write-up on the tech behind the project shortly.
Lynx Africa Tumblr
To celebrate the 18th birthday for Lynx Africa, we asked 18 artists and musicians to produce work for a responsive Tumblr blog.


public interface IndexEventListener
IndexModule.addIndexEventListener(IndexEventListener)
. All listeners have the same
lifecycle as the IndexService
they are created for.
An IndexEventListener can be used across multiple indices and shards since all callback methods receive sufficient local state via their arguments. Yet, if an instance is shared across indices they might be called concurrently and should not modify local state without sufficient synchronization.
| Modifier and Type | Method and Description |
|---|---|
default void |
afterIndexClosed(Index index,
Settings indexSettings)
Called after the index has been closed.
|
default void |
afterIndexCreated(IndexService indexService)
Called after the index has been created.
|
default void |
afterIndexDeleted(Index index,
Settings indexSettings)
Called after the index has been deleted.
|
default void |
afterIndexShardClosed(ShardId shardId,
IndexShard indexShard,
Settings indexSettings)
Called after the index shard has been closed.
|
default void |
afterIndexShardCreated(IndexShard indexShard)
Called after the index shard has been created.
|
default void |
afterIndexShardDeleted(ShardId shardId,
Settings indexSettings)
Called after the index shard has been deleted from disk.
|
default void |
afterIndexShardStarted(IndexShard indexShard)
Called after the index shard has been started.
|
default void |
beforeIndexAddedToCluster(Index index,
Settings indexSettings)
Called on the Master node only before the
IndexService instances is created to simulate an index creation. |
default void |
beforeIndexClosed(IndexService indexService)
Called before the index get closed.
|
default void |
beforeIndexCreated(Index index,
Settings indexSettings)
Called before the index gets created.
|
default void |
beforeIndexDeleted(IndexService indexService)
Called before the index gets deleted.
|
default void |
beforeIndexShardClosed(ShardId shardId,
IndexShard indexShard,
Settings indexSettings)
Called before the index shard gets closed.
|
default void |
beforeIndexShardCreated(ShardId shardId,
Settings indexSettings)
Called before the index shard gets created.
|
default void |
beforeIndexShardDeleted(ShardId shardId,
Settings indexSettings)
Called before the index shard gets deleted from disk
Note: this method is only executed on the first attempt of deleting the shard.
|
default void |
indexShardStateChanged(IndexShard indexShard,
IndexShardState previousState,
IndexShardState currentState,
java.lang.String reason)
Called after a shard's
IndexShardState changes. |
default void |
onShardActive(IndexShard indexShard)
Called when a shard is marked as active ie.
|
default void |
onShardInactive(IndexShard indexShard)
Called when a shard is marked as inactive
|
default void |
shardRoutingChanged(IndexShard indexShard,
ShardRouting oldRouting,
ShardRouting newRouting)
Called when the shard routing has changed state.
|
default void shardRoutingChanged(IndexShard indexShard, @Nullable ShardRouting oldRouting, ShardRouting newRouting)
indexShard
- The index shardoldRouting
- The old routing state (can be null)newRouting
- The new routing statedefault void afterIndexShardCreated(IndexShard indexShard)
default void afterIndexShardStarted(IndexShard indexShard)
default void beforeIndexShardClosed(ShardId shardId, @Nullable IndexShard indexShard, Settings indexSettings)
indexShard
- The index sharddefault void afterIndexShardClosed(ShardId shardId, @Nullable IndexShard indexShard, Settings indexSettings)
shardId
- The shard iddefault void indexShardStateChanged(IndexShard indexShard, @Nullable IndexShardState previousState, IndexShardState currentState, @Nullable java.lang.String reason)
IndexShardState
changes.
The order of concurrent events is preserved. The execution must be lightweight.indexShard
- the shard the new state was applied topreviousState
- the previous index shard state if there was one, null otherwisecurrentState
- the new shard statereason
- the reason for the state change if there is one, null otherwisedefault void onShardInactive(IndexShard indexShard)
indexShard
- The shard that was marked inactivedefault void onShardActive(IndexShard indexShard)
indexShard
- The shard that was marked activedefault void beforeIndexCreated(Index index, Settings indexSettings)
default void afterIndexCreated(IndexService indexService)
default void beforeIndexShardCreated(ShardId shardId, Settings indexSettings)
default void beforeIndexClosed(IndexService indexService)
indexService
- The index servicedefault void afterIndexClosed(Index index, Settings indexSettings)
index
- The indexdefault void beforeIndexShardDeleted(ShardId shardId, Settings indexSettings)
shardId
- The shard idindexSettings
- the shards index settingsdefault void afterIndexShardDeleted(ShardId shardId, Settings indexSettings)
shardId
- The shard idindexSettings
- the shards index settingsdefault void afterIndexDeleted(Index index, Settings indexSettings)
afterIndexClosed(org.elasticsearch.index.Index, org.elasticsearch.common.settings.Settings)
when an index is deletedindex
- The indexdefault void beforeIndexDeleted(IndexService indexService)
beforeIndexClosed(org.elasticsearch.index.IndexService)
when an index is deletedindexService
- The index servicedefault void beforeIndexAddedToCluster(Index index, Settings indexSettings)
IndexService
instances is created to simulate an index creation.
This happens right before the index and it's metadata is registered in the cluster state


CHCI Programming Club
Who are we?
Cameron Heights Collegiate Institute (CHCI) is a high school in downtown Kitchener, Ontario, Canada. Our mission as CHCI Programming Club is to promote an interest in computer science and software development in our local community.
To do so, we run different activities:
- Contest preparation
- CamHacks
- Community projects
Contest preparation
The CCC is Canada's largest annual secondary school computing contest. To help CHCI students prepare for the contest, we post weekly problems to Google Classroom (class code: t6yzm5x) and award points based on their completion. Each semester, the highest scoring members are given prizes as a reward for their effort.
CamHacks
Every year, we run a twelve-hour hackathon at the school as an event to help involve members of the community in software development. Groups are permitted to have up to four members and have nine hours to build a project that is judged at the end of the day. The winning team receives a prize, and everyone receives free food.
Community projects
We believe the structured nature of contest problems and hackathons isn't enough to interest people in software development. This is where community projects come in. Any local non-profit organization or school club can contact us for help with a software project, such as a website. Applying our members' skills lets them gain valuable experience while simultaneously benefitting the community.


Isar735.github.io
The workshop is organized and operated by UNCW s Department of Creative Writing, Fine Arts in Creative Writing Program. The Young Writers Workshop provides. The 100 Best Online RN to BSN Programs of 2018 Experts. Sign in now to see your channels and recommendations! Sign in. Watch Queue Queue. Foreign Languages Literatures - University of North. Job Listings – Arts North Carolina. UNCW Creative Writing - Young Writers Workshop.
The feedback survey and recordings will be available shortly following the final candidate’s presentation. Details on the University Registrar position can be found.
The higher education experts at BestColleges.com have reviewed the top 2-year and 4-year colleges in North Carolina. Start planning for your future at BestColleges.com. Uniting people and communities to strengthen and celebrate a creative North Carolina. Fenella Saunders is the editor in chief of American Scientist, where she has been on staff since 2005 and served as managing editor and executive editor
Creative writing minor uncw - nardonegroup.org. UNCW Department of Creative Writing celebrates eighteenth.
Established in 1999 under the leadership of Mark Cox, UNCW s Department of Creative Writing now includes a faculty of nineteen. Since its birth, the department. It made a big impression on the kids, sign Language Interpreter Education creative writing department uncw Composition for Technical Fields. Abbot and Costello. Creative Writing Subject and Course Guides.
View Philip Gerard’s profile on LinkedIn, the world s largest professional community. Philip has 3 jobs listed on their profile. See the complete profile.
About Us Sasee Magazine It’s all about women. It’s. The Best Online Master's in History Programs Marsha Todd at University of North Carolina Wilmington.
UNCW Department of Creative Writing - YouTube.  Sasee sees women as complex, busy, smart, funny Creative writing department uncw - Tenetsofleyki. About the Authors - playwrights Off The Wall Plays.
U.S. News Latest National News, Videos Photos The Best Colleges in North Carolina Creative Writing - University of North Carolina Wilmington. Philip Gerard - Chair - Creative Writing Department
Show and Tell 6: Writers on Writing: Excerpts and Insights from the Faculty of the Department of Creative Writing PS559.W55
Welcome to the Department of World Languages and Cultures. We offer B.A. degrees in French, French with Teacher Licensure, German Studies, Spanish, and Spanish.
Boston’s only public university offers an online master’s degree in history that emphasizes research, writing, and analytical growth. The 30-credit program.
Page Menu. People Search; Department List; Printable Faculty Staff Directory (PDF) People Search All Staff/Faculty Students. UNCW Department of Creative Writing - Posts Facebook. Creative writing minor uncw - Proofreading and proofediting help from top specialists. No Fs with our high class writing services. Cooperate with our scholars. National Institute for Learning Outcomes Assessment. How to Make Better Decisions. This decision-making guide is designed to give you a better understanding of what problem-solving, and critical thinking entail. UNCW Department of Creative Writing, Wilmington, NC. 883 likes. uncw.edu/writers facebook.com/CRW.UNCW facebook.com/uncw.crw/events. Get the latest breaking news across the U.S. on ABCNews.com.
About the playwrights and authors published on off the wall plays, playwrights off the wall plays. Each year during the last week of October, the UNC Wilmington Department of Creative Writing hosts Writers’ Week – a series of events that brings. Hollywood Incoherent: Narration in Seventies Cinema:. Following the success of Bill Nye the Science Guy, Nye began work on a comeback project, entitled The Eyes of Nye, aimed at an older audience and tackling. Rating and reviews for Professor Marsha Todd from University of North Carolina Wilmington Wilmington, NC United States.
Hollywood Incoherent: Narration in Seventies Cinema Todd Berliner on Amazon.com. FREE shipping on qualifying offers. In the 1970s, Hollywood experienced. If you’re a registered nurse looking to earn your BSN, discover the best online RN to BSN programs. Compare 100% online programs by cost and curriculum. Academic Affairs: News Blog - University of North Carolina. Ultimate Guide - How to Make Better (and Faster) Decisions. Click any of the schools for additional information. You may submit this form to nominate a website for our consideration. The Purdue University Online Writing Lab serves writers from around the world and the Purdue University Writing Lab helps writers on Purdue's campus.


Bundle Security Protocol Policy Enforcement in DTN2
Each BSP-enabled node serves as a policy enforcement point as it enforces some policy that controls the forwarding and delivery of bundles. Below is the description of how policies are applied to bundles sent and received by the current node for each of the mandatory ciphersuites.
BAB Outgoing Policy Enforcement
Enforce policy on ALL outgoing bundles.
- Enforce on bundles originating from node and bundles originating from neighbors.
- Node uses same key for all outgoing bundles.
- If key is missing, bundle remains on bundle list and is not transmitted. If key is present after daemon restart, node will apply BAB protection and transmit bundles on list.
BAB Incoming Policy Enforcement
Enforce policy on ALL incoming bundles
- Enforce on bundles destined for node and destined for neighbors.
- If bundle is not BAB protected, discard bundle permanently.
- If validation fails, discard bundle permanently. (Failure may be due to corrupted bundle, missing key file, wrong key, etc.)
- If BAB blocks are present in bundle, while incoming policy does not require BAB, bundle is accepted if it is successfully validated; otherwise, bundle is permanently discarded.
PCB Outgoing Policy Enforcement
Only enforce policy on bundles originating from node
- If encryption key is missing, bundle remains on bundle list and is not transmitted. If key is present after daemon restart, node will encrypt and transmit bundles saved on list.
- Currently supports use of a different key per bundle destination based on EID. Using different keys allows different encryption tunnels per bundle destination.
Do NOT enforce policy on bundles originating from neighbors
- If node is not the bundle source, node forwards bundle to next hop without enforcing local policy.
PCB Incoming Policy Enforcement
Only enforce policy on bundles destined for node
- If bundle is not encrypted, discard bundle permanently.
- If decryption fails, discard bundle permanently. (Failure could be due to corrupted bundle, missing key file, wrong key, etc.)
- If PCB blocks are present in bundle, while incoming policy does not require encryption, bundle is accepted if it was successfully decrypted; otherwise, bundle is permanently discarded.
Do NOT enforce policy on bundles not destined for node
- If node is not the bundle destination, node forwards bundle to next hop without enforcing local policy.
PIB Outgoing Policy Enforcement
Only enforce policy on bundles originating from node
- If signing key is missing, bundle remains on bundle list and is not transmitted. If key is present after daemon restart, node will sign and transmit bundles saved on list.
Do NOT enforce policy on bundles originating from neighbors
- If node is not the bundle source, node forwards bundle to next hop without enforcing local policy.
PIB Incoming Policy Enforcement
Only enforce policy on bundles destined for node
- If signature is missing, discard bundle permanently.
- If verification fails, discard bundle permanently. (Failure could be due to corrupted bundle, missing key file, wrong key, etc.)
- If PIB blocks are present in bundle, while incoming policy does not require signatures, bundle is accepted if it was successfully verified; otherwise, bundle is permanently discarded.
- Currently supports use of a different public keys per bundle source based on EID.
Do NOT enforce policy on bundles not destined for node
- If node is not the bundle destination, node forwards bundle to next hop without enforcing local policy.
ESB Outgoing Policy Enforcement
Only enforce policy on bundles originating from node
- If encryption key is missing, bundle remains on bundle list and is not transmitted. If key is present after daemon restart, node will encrypt extension blocks and transmit bundles on list.
- Currently supports use of a different key per bundle destination based on EID. Using different keys allows different encryption tunnels per bundle destination.
Do NOT enforce policy on bundles originating from neighbors
- If node is not the bundle source, node forwards bundle to next hop without enforcing local policy.
ESB Incoming Policy Enforcement
- Due to the wide range of possible block types for extension blocks, we currently do not support enforcing a security policy for incoming ESB blocks.
- If ESB blocks are present in bundle, bundle is accepted if it was successfully decrypted; otherwise, bundle is permanently discarded.


Deleting a question is not a reversible change. Any information associated
with this question will be removed, and cannot be recovered.
{% extends 'layouts/base.html' %} {% import 'macros/form_macros.html' as f %} {% set deletion_endpoint = 'question.delete_question_request' %} {% set endpoints = [ ('question.question_info', 'Question information'), ('question.change_question_details', 'Change question details'), (deletion_endpoint, 'Delete question') ] %} {% macro navigation(items) %}
{% endmacro %} {% macro question_info(question) %}| Content | {{ question.content }} | ||
| Type | {{ question.type }} | ||
| Optional Response? | {{ question.free_response|e }} |
| Answer | Rating | Club | Delete? | {{ a.answer }} | {{ a.rating }} | {{ a.club.name }} | Delete Answer | {% endfor %}
|---|


Zanmantou3 Debug Mode
Open your javascript console to view the trace
Debug Mode
No Flashplayer installed


The World That We Knew
Author Name:Alice Hoffman
In 1941, during humanity’s darkest hour, three unforgettable young women must act with courage and love to survive, from the New York Times bestselling author of The Dovekeepers and The Marriage of Opposites Alice Hoffman. In Berlin, at the time when the world changed, Hanni Kohn knows she must send her twelve-year-old daughter away to save her from the Nazi regime. She finds her way to a renowned rabbi, but it’s his daughter, Ettie, who offers hope of salvation when she creates a mystical Jewish creature, a rare and unusual golem, who is sworn to protect Lea. Once Ava is brought to life, she and Lea and Ettie become eternally entwined, their paths fated to cross, their fortunes linked. Lea and Ava travel from Paris, where Lea meets her soulmate, to a convent in western France known for its silver roses; from a school in a mountaintop village where three thousand Jews were saved. Meanwhile, Ettie is in hiding, waiting to become the fighter she’s destined to be.


|
CRay Engine Mini
|
Functions for the generation of shapes. Both parametric and polygon group shapes are supported. More...
Functions | |
| void | CR_reservePrimitives (size_t size) |
| Reserves memory for the requested number of primitives. More... | |
| void | CR_reserveMaterials (size_t size) |
| Reserves memory for the requested number of materials. More... | |
| size_t | CR_getNumPrimitives () |
| Retrieves the current number of primitives. More... | |
| size_t | CR_getNumMaterials () |
| Retrieves the current number of materials. More... | |
| CRAY_HANDLE | CR_addPrimitiveSphere (cr_vec3 position, cr_float radius, bool flip_normals, bool double_sided, CRAY_HANDLE material_id) |
| Creates a sphere primitive. More... | |
| CRAY_HANDLE | CR_addPrimitiveRectangleXZ (cr_float min_x, cr_float max_x, cr_float min_z, cr_float max_z, cr_float offset, bool flip_normals, bool double_sided, CRAY_HANDLE material_id) |
| Creates an axis-aligned rectangle primitive on the XZ axis. More... | |
| CRAY_HANDLE | CR_addPrimitiveRectangleXY (cr_float min_x, cr_float max_x, cr_float min_y, cr_float max_y, cr_float offset, bool flip_normals, bool double_sided, CRAY_HANDLE material_id) |
| Creates an axis-aligned rectangle primitive on the XY axis. More... | |
| CRAY_HANDLE | CR_addPrimitiveRectangleYZ (cr_float min_y, cr_float max_y, cr_float min_z, cr_float max_z, cr_float offset, bool flip_normals, bool double_sided, CRAY_HANDLE material_id) |
| Creates an axis-aligned rectangle primitive on the YZ axis. More... | |
| CRAY_HANDLE | CR_addPrimitiveTriangle (bool flip_normals, bool double_sided, CRAY_HANDLE material_id) |
| Creates an empty triangle primitive. More... | |
| void | CR_addPrimitiveTriangleVertexPositions (CRAY_HANDLE triangle_id, int32_t index, cr_vec3 position) |
| Associates a group of vertices with an existing triangle. More... | |
| void | CR_addPrimitiveTriangleVertexNormals (CRAY_HANDLE triangle_id, int32_t index, cr_vec3 normal) |
| Associates a group of normals with an existing triangle. If these are not provided, triangle plane normals are used. More... | |
| void | CR_addPrimitiveTriangleVertexTexcoords (CRAY_HANDLE triangle_id, int32_t index, cr_vec3 texcoord) |
| Associates a group of texcoord with an existing triangle. More... | |
Functions for the generation of shapes. Both parametric and polygon group shapes are supported.
| CRAY_HANDLE CR_addPrimitiveRectangleXY | ( | cr_float | min_x, |
| cr_float | max_x, | ||
| cr_float | min_y, | ||
| cr_float | max_y, | ||
| cr_float | offset, | ||
| bool | flip_normals, | ||
| bool | double_sided, | ||
| CRAY_HANDLE | material_id | ||
| ) |
Creates an axis-aligned rectangle primitive on the XY axis.
| min_x | The minimum value in the X axis of the rectangle. |
| max_x | The maximum value in the X axis of the rectangle. |
| min_y | The minimum value in the Y axis of the rectangle. |
| max_y | The maximum value in the Y axis of the rectangle. |
| offset | The offset of the rectangle in the Z axis. |
| flip_normals | A flag that dictates if the primitive's normals are flipped. |
| double_sided | A flag that dictates if the primitive is double sided. |
| material_id | The material id that will be used by the primitive. |
| CRAY_HANDLE CR_addPrimitiveRectangleXZ | ( | cr_float | min_x, |
| cr_float | max_x, | ||
| cr_float | min_z, | ||
| cr_float | max_z, | ||
| cr_float | offset, | ||
| bool | flip_normals, | ||
| bool | double_sided, | ||
| CRAY_HANDLE | material_id | ||
| ) |
Creates an axis-aligned rectangle primitive on the XZ axis.
| min_x | The minimum value in the X axis of the rectangle. |
| max_x | The maximum value in the X axis of the rectangle. |
| min_z | The minimum value in the Z axis of the rectangle. |
| max_z | The maximum value in the Z axis of the rectangle. |
| offset | The offset of the rectangle in the Y axis. |
| flip_normals | A flag that dictates if the primitive's normals are flipped. |
| double_sided | A flag that dictates if the primitive is double sided. |
| material_id | The material id that will be used by the primitive. |
| CRAY_HANDLE CR_addPrimitiveRectangleYZ | ( | cr_float | min_y, |
| cr_float | max_y, | ||
| cr_float | min_z, | ||
| cr_float | max_z, | ||
| cr_float | offset, | ||
| bool | flip_normals, | ||
| bool | double_sided, | ||
| CRAY_HANDLE | material_id | ||
| ) |
Creates an axis-aligned rectangle primitive on the YZ axis.
| min_y | The minimum value in the Y axis of the rectangle. |
| max_y | The maximum value in the Y axis of the rectangle. |
| min_z | The minimum value in the Z axis of the rectangle. |
| max_z | The maximum value in the Z axis of the rectangle. |
| offset | The offset of the rectangle in the X axis. |
| flip_normals | A flag that dictates if the primitive's normals are flipped. |
| double_sided | A flag that dictates if the primitive is double sided. |
| material_id | The material id that will be used by the primitive. |
| CRAY_HANDLE CR_addPrimitiveSphere | ( | cr_vec3 | position, |
| cr_float | radius, | ||
| bool | flip_normals, | ||
| bool | double_sided, | ||
| CRAY_HANDLE | material_id | ||
| ) |
Creates a sphere primitive.
| position | The center of the sphere in world units. |
| radius | The radius of the sphere in world units. |
| flip_normals | A flag that dictates if the primitive's normals are flipped. |
| double_sided | A flag that dictates if the primitive is double sided. |
| material_id | The material id that will be used by the primitive. |
| CRAY_HANDLE CR_addPrimitiveTriangle | ( | bool | flip_normals, |
| bool | double_sided, | ||
| CRAY_HANDLE | material_id | ||
| ) |
Creates an empty triangle primitive.
| flip_normals | A flag that dictates if the primitive's normals are flipped. |
| double_sided | A flag that dictates if the primitive is double sided. |
| material_id | The material id that will be used by the primitive. |
| void CR_addPrimitiveTriangleVertexNormals | ( | CRAY_HANDLE | triangle_id, |
| int32_t | index, | ||
| cr_vec3 | normal | ||
| ) |
Associates a group of normals with an existing triangle. If these are not provided, triangle plane normals are used.
| triangle_id | The triangle id that the vertices belong to. |
| index | The vertex index of the triangle. |
| normal | The vertex normals. |
| void CR_addPrimitiveTriangleVertexPositions | ( | CRAY_HANDLE | triangle_id, |
| int32_t | index, | ||
| cr_vec3 | position | ||
| ) |
Associates a group of vertices with an existing triangle.
| triangle_id | The triangle id that the vertices belong to. |
| index | The vertex index of the triangle. |
| position | The vertex position in world units. |
| void CR_addPrimitiveTriangleVertexTexcoords | ( | CRAY_HANDLE | triangle_id, |
| int32_t | index, | ||
| cr_vec3 | texcoord | ||
| ) |
Associates a group of texcoord with an existing triangle.
| triangle_id | The triangle id that the vertices belong to. |
| index | The vertex index of the triangle. |
| texcoord | The vertex texcoords. |
| size_t CR_getNumMaterials | ( | ) |
Retrieves the current number of materials.
| size_t CR_getNumPrimitives | ( | ) |
Retrieves the current number of primitives.
| void CR_reserveMaterials | ( | size_t | size | ) |
Reserves memory for the requested number of materials.
| size | The number of materials. |
| void CR_reservePrimitives | ( | size_t | size | ) |
Reserves memory for the requested number of primitives.
| size | The number of primitives. |


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Makes 15-20 canapés
Dietary
Spicy aubergines in a crisp choux pastry case make perfect veggie canapés. Even better, they can be made in advance and reheated just before serving.
Preheat the grill to high.
Prick the aubergine with a knife and place it under the grill, turning it frequently, for about 15 minutes or until very soft. Leave to cool slightly, then carefully peel away the skin and finely chop the flesh.
Heat the oil in a frying pan over a high heat, add the mustard seeds and cook for 1 minute until they start to pop. (CAUTION: when the mustard seeds pop, keep the pan well away from your face and eyes.)
Add the onions, reduce the heat and cook for 5–10 minutes, until softened. Add the ginger and cook for 5 minutes. Stir in the chopped aubergine, tomato paste, salt, chilli and sugar and cook for 10 minutes. Add the coriander and leave to cool.
Preheat the oven to 200C/180C Fan/Gas 6. Line two baking trays with baking parchment. Draw 2½cm/1in circles on the parchment paper, leaving the same room again between the circles.
For the pastry combine the butter, salt, 125ml/4fl oz water and coriander leaves. Once the butter has melted bring the liquid to a boil and remove from the heat. Tip in the flour and quickly stir with a wooden spoon. Stir vigorously for 2 minutes and then tip it in a bowl to let it cool a little. Using an electric whisk, gradually add the beaten eggs to the paste, whisking after each addition until it forms a shiny paste that will hold its shape when piped (you may not need all the eggs).
Put the choux in a piping bag and pipe the choux onto the circles marked the parchment paper. Bake for 20 minutes. Make a hole in each choux bun using a skewer and return it to the oven for 10 minutes until crisp. Leave to cool on a wire rack.
Slice the top off the choux buns, pull out any undercooked pastry, and fill them with the aubergine mixture. You can reheat these in the oven for 3 minutes to crisp up before serving. Decorate with the micro herbs or chopped coriander, if using.


When you open a file in HexEdit Pro it is, by convention, called a document. A document can be displayed in more than one window each with more than one view. However, for now we will just consider the main view (sometimes called the Hex View). This just displays the raw data of the file in hex, and (optionally) as text. This is where you view and edit the file.
The main area in the middle of the window is the “hex area” which contains pairs of hex digits representing the bytes of the file. To the left is the address of the first byte of the row (displayed in hex or decimal). Optionally to the right of the hex area (or instead of it) is the “character area” which shows the corresponding characters (in the current character set). There is a fourth mode for displaying the data (apart from hex, character and hex+character) which is called stacked mode where each byte of the file is represented by 3 characters stacked vertically -- at the top is the character (in the current character set) and below that are the two hex nybbles.
You can edit the file by changing hex values in the hex area, or by changing characters in the character area. Editing is discussed in a later section. For now we will just become familiar with the display.
Changing the Display
The most common window display options can be adjusted using the Standard Toolbar. For example, you can select the character set in use from a drop down list, quickly increase/decrease the font size, toggle modes etc. If you find the colors too garish then select the "Black and White" color scheme from the drop down list. A useful feature is Auto Fit mode where the number of display columns is not fixed but is adjusted to fit the width of the window when it is resized. More options are provided on the Format Bar, such as selecting a new font from the drop down list. You can also adjust some things, like row size, using the handles on the ruler (discussed later).
The Document Display Options page of the Options dialog allows you to change all these display settings plus others like the column grouping. The Document General Options allows you to save the current settings as the default which is used when a new window is created – ie, when a new file is opened or created.
There are four default color schemes (associated with the four character sets that can be displayed), but you can create your own schemes. To use a new scheme just select it from the Color Scheme Tool on the Standard toolbar. (You can also associate a scheme with a file type based on file extension). The scheme determines all colors including background color, highlighter color etc. It also defines groups of byte values or ranges which are displayed as different colors -- for example, the ASCII default color scheme shows text (32-127) as black, ASCII control characters (0-31) in red, except for special control characters that may appear in text files (8-10, 13) which are green. The Color Options page of the Options dialog allows you to change the colors of any color scheme and to create new color schemes.
Character Sets and Support for EBCDIC and Unicode
When text characters are displayed they can be shown in one of four different character sets (ASCII, ASCII+ANSI, ASCII+IBM/OEM, and EBCDIC). You can select these from the drop-down list on the Standard toolbar. The character set in use only affects how characters are displayed in the character area not the hex area.
The ANSI character set is an extension of ASCII and hence differences are only apparent when viewing characters with the high bit on. The IBM/OEM character sets is the set of characters that were used for the video display of the original IBM PC and compatibles -- when displaying using the IBM/OEM character set a different set of fonts (than the Windows ANSI fonts) is available to be used.
The EBCDIC character set is supported by translating to an ANSI font (using the file called EBCDIC.TAB). In EBCDIC mode searches are performed using the EBCDIC character set, and copying/pasting to the clipboard translates to/from ASCII as appropriate.
Note that the display of the Unicode character set is not currently supported in the character area. This is mainly due to the display and editing being byte oriented (especially in stacked mode) whereas Unicode consists of double-byte characters. (If there is demand then we will consider allowing Unicode display/editing in the character area.) However, you can always see the current Unicode character in the Byte Properties Page. Unicode is also supported in other areas such as searches and pasting from the clipboard.
Windows and Files
HexEdit Pro allows you to edit multiple files simultaneously, and you can open more than one window on the same file. For example, you might want to make changes to the end of a file, while viewing the start of it. To do this, open a window for the same file and scroll one to the end of the file and start making the changes. You can even make the other window read only (see Allow Changes Toggle) so that you don’t accidentally make changes in it.
Every window in HexEdit Pro has a set of attributes associated with it that can be set independently. When you reopen a file the same attributes are restored, so the window looks exactly like it did when you last worked on it. These attributes are kept in the "recently used file list" so if you remove the file from the list of recently used files then this information is lost (see Recently Used Files Dialog).
Information remembered includes the cursor position and how the file is displayed -- the number of display columns (default 16) and the column grouping (default 4), which areas (hex and character) are displayed, what character set to use in the character area (ASCII, EBCDIC, etc), the font, color scheme and other display options.
You can also configure a window to use overtype or insert mode, and toggle between read only and modifiable modes.
Each window also has an associated “mark”, which allows you to mark a position, return to it, measure distances from it, etc. You can also highlight a group or several groups of bytes using the Highlighter.
Global Options
Most display options are controlled separately for each window – you can use a different font etc in each window. There are, however, several global options that change the display and editing behavior of all windows. For example, whether the ruler is displayed is a global option (see Workspace Display Options); how undo works is set for all files in Workspace Editing Options.
For further information also see:
View menu for display options of a window


| Top |
GBoxed ├── GDBusAnnotationInfo ├── GDBusArgInfo ├── GDBusInterfaceInfo ├── GDBusMethodInfo ├── GDBusNodeInfo ├── GDBusPropertyInfo ╰── GDBusSignalInfo
Various data structures and convenience routines to parse and
generate D-Bus introspection XML. Introspection information is
used when registering objects with g_dbus_connection_register_object()
.
The format of D-Bus introspection XML is specified in the D-Bus specification
const gchar * g_dbus_annotation_info_lookup (GDBusAnnotationInfo **annotations
,const gchar *name
);
Looks up the value of an annotation.
The cost of this function is O(n) in number of annotations.
Since 2.26
GDBusMethodInfo * g_dbus_interface_info_lookup_method (GDBusInterfaceInfo *info
,const gchar *name
);
Looks up information about a method.
The cost of this function is O(n) in number of methods unless
g_dbus_interface_info_cache_build()
has been used on info
.
Since 2.26
GDBusSignalInfo * g_dbus_interface_info_lookup_signal (GDBusInterfaceInfo *info
,const gchar *name
);
Looks up information about a signal.
The cost of this function is O(n) in number of signals unless
g_dbus_interface_info_cache_build()
has been used on info
.
Since 2.26
GDBusPropertyInfo * g_dbus_interface_info_lookup_property (GDBusInterfaceInfo *info
,const gchar *name
);
Looks up information about a property.
The cost of this function is O(n) in number of properties unless
g_dbus_interface_info_cache_build()
has been used on info
.
A GDBusPropertyInfo or NULL
if not found. Do not free, it is owned by info
.
[transfer none]
Since 2.26
void
g_dbus_interface_info_cache_build (GDBusInterfaceInfo *info
);
Builds a lookup-cache to speed up
g_dbus_interface_info_lookup_method()
,
g_dbus_interface_info_lookup_signal()
and
g_dbus_interface_info_lookup_property()
.
If this has already been called with info
, the existing cache is
used and its use count is increased.
Note that info
cannot be modified until
g_dbus_interface_info_cache_release()
is called.
Since 2.30
void
g_dbus_interface_info_cache_release (GDBusInterfaceInfo *info
);
Decrements the usage count for the cache for info
built by
g_dbus_interface_info_cache_build()
(if any) and frees the
resources used by the cache if the usage count drops to zero.
Since 2.30
void g_dbus_interface_info_generate_xml (GDBusInterfaceInfo *info
,guint indent
,GString *string_builder
);
Appends an XML representation of info
(and its children) to string_builder
.
This function is typically used for generating introspection XML
documents at run-time for handling the
org.freedesktop.DBus.Introspectable.Introspect
method.
Since 2.26
GDBusNodeInfo * g_dbus_node_info_new_for_xml (const gchar *xml_data
,GError **error
);
Parses xml_data
and returns a GDBusNodeInfo representing the data.
The introspection XML must contain exactly one top-level <node> element.
Note that this routine is using a GMarkup-based parser that only accepts a subset of valid XML documents.
Since 2.26
GDBusInterfaceInfo * g_dbus_node_info_lookup_interface (GDBusNodeInfo *info
,const gchar *name
);
Looks up information about an interface.
The cost of this function is O(n) in number of interfaces.
A GDBusInterfaceInfo or NULL
if not found. Do not free, it is owned by info
.
[transfer none]
Since 2.26
void g_dbus_node_info_generate_xml (GDBusNodeInfo *info
,guint indent
,GString *string_builder
);
Appends an XML representation of info
(and its children) to string_builder
.
This function is typically used for generating introspection XML documents at run-time for
handling the org.freedesktop.DBus.Introspectable.Introspect
method.
Since 2.26
#define G_TYPE_DBUS_NODE_INFO (g_dbus_node_info_get_type ())
The GType for a boxed type holding a GDBusNodeInfo.
Since 2.26
#define G_TYPE_DBUS_INTERFACE_INFO (g_dbus_interface_info_get_type ())
The GType for a boxed type holding a GDBusInterfaceInfo.
Since 2.26
#define G_TYPE_DBUS_METHOD_INFO (g_dbus_method_info_get_type ())
The GType for a boxed type holding a GDBusMethodInfo.
Since 2.26
#define G_TYPE_DBUS_SIGNAL_INFO (g_dbus_signal_info_get_type ())
The GType for a boxed type holding a GDBusSignalInfo.
Since 2.26
#define G_TYPE_DBUS_PROPERTY_INFO (g_dbus_property_info_get_type ())
The GType for a boxed type holding a GDBusPropertyInfo.
Since 2.26
#define G_TYPE_DBUS_ARG_INFO (g_dbus_arg_info_get_type ())
The GType for a boxed type holding a GDBusArgInfo.
Since 2.26
#define G_TYPE_DBUS_ANNOTATION_INFO (g_dbus_annotation_info_get_type ())
The GType for a boxed type holding a GDBusAnnotationInfo.
Since 2.26
GDBusNodeInfo *
g_dbus_node_info_ref (GDBusNodeInfo *info
);
If info
is statically allocated does nothing. Otherwise increases
the reference count.
Since 2.26
GDBusInterfaceInfo *
g_dbus_interface_info_ref (GDBusInterfaceInfo *info
);
If info
is statically allocated does nothing. Otherwise increases
the reference count.
Since 2.26
GDBusMethodInfo *
g_dbus_method_info_ref (GDBusMethodInfo *info
);
If info
is statically allocated does nothing. Otherwise increases
the reference count.
Since 2.26
GDBusSignalInfo *
g_dbus_signal_info_ref (GDBusSignalInfo *info
);
If info
is statically allocated does nothing. Otherwise increases
the reference count.
Since 2.26
GDBusPropertyInfo *
g_dbus_property_info_ref (GDBusPropertyInfo *info
);
If info
is statically allocated does nothing. Otherwise increases
the reference count.
Since 2.26
GDBusArgInfo *
g_dbus_arg_info_ref (GDBusArgInfo *info
);
If info
is statically allocated does nothing. Otherwise increases
the reference count.
Since 2.26
GDBusAnnotationInfo *
g_dbus_annotation_info_ref (GDBusAnnotationInfo *info
);
If info
is statically allocated does nothing. Otherwise increases
the reference count.
Since 2.26
void
g_dbus_node_info_unref (GDBusNodeInfo *info
);
If info
is statically allocated, does nothing. Otherwise decreases
the reference count of info
. When its reference count drops to 0,
the memory used is freed.
Since 2.26
void
g_dbus_interface_info_unref (GDBusInterfaceInfo *info
);
If info
is statically allocated, does nothing. Otherwise decreases
the reference count of info
. When its reference count drops to 0,
the memory used is freed.
Since 2.26
void
g_dbus_method_info_unref (GDBusMethodInfo *info
);
If info
is statically allocated, does nothing. Otherwise decreases
the reference count of info
. When its reference count drops to 0,
the memory used is freed.
Since 2.26
void
g_dbus_signal_info_unref (GDBusSignalInfo *info
);
If info
is statically allocated, does nothing. Otherwise decreases
the reference count of info
. When its reference count drops to 0,
the memory used is freed.
Since 2.26
void
g_dbus_property_info_unref (GDBusPropertyInfo *info
);
If info
is statically allocated, does nothing. Otherwise decreases
the reference count of info
. When its reference count drops to 0,
the memory used is freed.
Since 2.26
void
g_dbus_arg_info_unref (GDBusArgInfo *info
);
If info
is statically allocated, does nothing. Otherwise decreases
the reference count of info
. When its reference count drops to 0,
the memory used is freed.
Since 2.26
void
g_dbus_annotation_info_unref (GDBusAnnotationInfo *info
);
If info
is statically allocated, does nothing. Otherwise decreases
the reference count of info
. When its reference count drops to 0,
the memory used is freed.
Since 2.26
typedef struct { volatile gint ref_count; gchar *key; gchar *value; GDBusAnnotationInfo **annotations; } GDBusAnnotationInfo;
Information about an annotation.
volatile gint |
The reference count or -1 if statically allocated. |
|
gchar * |
The name of the annotation, e.g. "org.freedesktop.DBus.Deprecated". |
|
gchar * |
The value of the annotation. |
|
GDBusAnnotationInfo ** |
A pointer to a |
[array zero-terminated=1] |
Since 2.26
typedef struct { volatile gint ref_count; gchar *name; gchar *signature; GDBusAnnotationInfo **annotations; } GDBusArgInfo;
Information about an argument for a method or a signal.
volatile gint |
The reference count or -1 if statically allocated. |
|
gchar * |
Name of the argument, e.g. |
|
gchar * |
D-Bus signature of the argument (a single complete type). |
|
GDBusAnnotationInfo ** |
A pointer to a |
[array zero-terminated=1] |
Since 2.26
typedef struct { volatile gint ref_count; gchar *name; GDBusArgInfo **in_args; GDBusArgInfo **out_args; GDBusAnnotationInfo **annotations; } GDBusMethodInfo;
Information about a method on an D-Bus interface.
volatile gint |
The reference count or -1 if statically allocated. |
|
gchar * |
The name of the D-Bus method, e.g. |
|
GDBusArgInfo ** |
A pointer to a |
[array zero-terminated=1] |
GDBusArgInfo ** |
A pointer to a |
[array zero-terminated=1] |
GDBusAnnotationInfo ** |
A pointer to a |
[array zero-terminated=1] |
Since 2.26
typedef struct { volatile gint ref_count; gchar *name; GDBusArgInfo **args; GDBusAnnotationInfo **annotations; } GDBusSignalInfo;
Information about a signal on a D-Bus interface.
volatile gint |
The reference count or -1 if statically allocated. |
|
gchar * |
The name of the D-Bus signal, e.g. "NameOwnerChanged". |
|
GDBusArgInfo ** |
A pointer to a |
[array zero-terminated=1] |
GDBusAnnotationInfo ** |
A pointer to a |
[array zero-terminated=1] |
Since 2.26
Flags describing the access control of a D-Bus property.
Since 2.26
typedef struct { volatile gint ref_count; gchar *name; gchar *signature; GDBusPropertyInfoFlags flags; GDBusAnnotationInfo **annotations; } GDBusPropertyInfo;
Information about a D-Bus property on a D-Bus interface.
volatile gint |
The reference count or -1 if statically allocated. |
|
gchar * |
The name of the D-Bus property, e.g. "SupportedFilesystems". |
|
gchar * |
The D-Bus signature of the property (a single complete type). |
|
GDBusPropertyInfoFlags |
Access control flags for the property. |
|
GDBusAnnotationInfo ** |
A pointer to a |
[array zero-terminated=1] |
Since 2.26
typedef struct { volatile gint ref_count; gchar *name; GDBusMethodInfo **methods; GDBusSignalInfo **signals; GDBusPropertyInfo **properties; GDBusAnnotationInfo **annotations; } GDBusInterfaceInfo;
Information about a D-Bus interface.
volatile gint |
The reference count or -1 if statically allocated. |
|
gchar * |
The name of the D-Bus interface, e.g. "org.freedesktop.DBus.Properties". |
|
GDBusMethodInfo ** |
A pointer to a |
[array zero-terminated=1] |
GDBusSignalInfo ** |
A pointer to a |
[array zero-terminated=1] |
GDBusPropertyInfo ** |
A pointer to a |
[array zero-terminated=1] |
GDBusAnnotationInfo ** |
A pointer to a |
[array zero-terminated=1] |
Since 2.26
typedef struct { volatile gint ref_count; gchar *path; GDBusInterfaceInfo **interfaces; GDBusNodeInfo **nodes; GDBusAnnotationInfo **annotations; } GDBusNodeInfo;
Information about nodes in a remote object hierarchy.
volatile gint |
The reference count or -1 if statically allocated. |
|
gchar * |
The path of the node or |
|
GDBusInterfaceInfo ** |
A pointer to a |
[array zero-terminated=1] |
GDBusNodeInfo ** |
A pointer to a |
[array zero-terminated=1] |
GDBusAnnotationInfo ** |
A pointer to a |
[array zero-terminated=1] |
Since 2.26


Cow Country Classic
2004 Montana Road Race Championships
Registration: 9am
until 10:30 July 25th
Where: Holter Lake Fishing Access. 3 miles NE of Wolf
Creek, MT
Schedule: 10:00 Mandatory Racers Meeting
10:15 Cat 1,2 &3 start
10:30 Cat 4 & 5 men
10:40 Master A’s & Women 1&2s
10:50 Master B’s & Juniors
11:00 Women 3 & 4s
Course: Men 1,2 &3s
will head north along the recreation road to Ostermans, they will turn around
and ride back through Wolf Creek onto Hiway 434 to Hiway 200 then in on hiway
287. The finish is located approximately 2 miles from the end of Hiway 287
before I15 and is a hill top finish.
Medals will be awarded in
all categories (not age graded!)
Prize list is $475.00
1,2&3 $180.00
4&5
$55.00
Master A
$55.00
Master B
$55.00
Women 3&4$55.00
Women 1&2 $75.00 (if
applicable)
Jrs Medals only
Promoter reserves
right to combine categories
Rules: USA cycling rules,
neutral through Wolf Creek. Racers are responsible for obeying all traffic
laws. Center line rule is in force throughout the entire race, including
finish.
Entry Fee; $20.00 one day
MBRA membership $2.00. One day licenses will be available for $5.00.
Contact info. Byron DeFord
406-442-7544, or<EMAIL_ADDRESS>promoted by the Great
Divide Cycling Team
Sponsored by The Windbag Saloon
Crossroads Sports & Fitness Center
The Bagel Company
The Great Divide Cyclery
The Helena Orthopaedic Clinic


| | |
Methods defined here:
- __init__(self)
- Heuristic strategy: play words with the letter q and u as soon as possible since they are hard to
play after the game progresses
- filter_u_with_q_words(self, all_words)
- For every word in all_words determine if te current letter of the word is equal to a Q or U.
if letter is equal to q or q append the word to new list and remove word form original list
return the new list with the the original list on the back.
:param all_words: list of all possible words
:return: sorted list with the u with q words up front
Data descriptors defined here:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
|


Ruby / Ruby on Rails Developer
Current location: Moscow, Russia. Ready to relocate.Good team player. Love photography and action sports.
In web development from 2008. Migrated from PHP to Ruby.
2009-2015 was engaged in entrepreneurship (photographer, ceo of photography studio).
Key skills: Ruby, Ruby on Rails, High Load Projects, Agile development.
Clean and easy to manage code, design patterns, etc.


package par
The par
package contains classes, traits and objects for parallel linear
algebra, including vectors and matrices for real and complex numbers.
- Alphabetic
- By Inheritance
- par
- AnyRef
- Any
- Hide All
- Show All
- Public
- All
Type Members
-
class
Fac_Cholesky
extends Factorization with Error
The
Fac_Cholesky
class provides methods to factor an 'n-by-n' symmetric, positive definite matrix 'a' into the product of two matrices:The
Fac_Cholesky
class provides methods to factor an 'n-by-n' symmetric, positive definite matrix 'a' into the product of two matrices:'l' - an 'n-by-n' left lower triangular matrix 'l.t' - an 'n-by-n' right upper triangular matrix - transpose of 'l'
such that 'a = l * l.t'. This version uses parallel processing to speed up execution.
-
class
Fac_QR
extends Factorization with Error
The
Fac_QR
class provides methods to factor an 'm-by-n' matrix 'a' into the product of two matrices:The
Fac_QR
class provides methods to factor an 'm-by-n' matrix 'a' into the product of two matrices:'q' - an 'm-by-n' orthogonal matrix and 'r' - an 'n-by-n' right upper triangular matrix
such that 'a = q * r'. It uses Gram-Schmidt orthogonalization. Note, orthogonal means that 'q.t * q = I'. This version uses parallel processing to speed up execution.
- See also
http://en.wikipedia.org/wiki/Gram–Schmidt_process (stabilized Gram–Schmidt orthonormalization)
http://www.stat.wisc.edu/~larget/math496/qr.html
-
class
MatrixD
extends MatriD with Error with Serializable
The
MatrixD
class stores and operates parallel on Numeric Matrices of typeDouble
.The
MatrixD
class stores and operates parallel on Numeric Matrices of typeDouble
. This class follows the MatrixN framework and is provided for efficiency. This class is only efficient when the dimension is large. -
class
SparseMatrixD
extends MatriD with Error with Serializable
The
SparseMatrixD
class stores and operates on Matrices of Doubles.The
SparseMatrixD
class stores and operates on Matrices of Doubles. Rather than storing the matrix as a 2 dimensional array, it is stored as an array of sorted-linked-maps, which record all the non-zero values for each particular row, along with their j-index as (j, v) pairs. Note: _npp versions of methods are not appropriate for sparse matrices (i.e., always use partial pivoting). -
class
VectorD
extends VectoD
The
VectorD
class stores and operates on Numeric Vectors of base typeDouble
.The
VectorD
class stores and operates on Numeric Vectors of base typeDouble
. It follows the framework ofgen.VectorN [T]
and is provided for performance. This is the parallel version.
Value Members
-
object
Fac_CholeskyTest
extends App
The
Fac_CholeskyTest
object is used to test theFac_Cholesky
class.The
Fac_CholeskyTest
object is used to test theFac_Cholesky
class.- See also
ece.uwaterloo.ca/~dwharder/NumericalAnalysis/04LinearAlgebra/cholesky
-
object
Fac_QRTest
extends App
The
Fac_QRTest
object is used to test theFac_QR
class.The
Fac_QRTest
object is used to test theFac_QR
class.- See also
http://www.ee.ucla.edu/~vandenbe/103/lectures/qr.pdf
-
object
MatrixD
extends Error with Serializable
The
MatrixD
companion object provides operations forMatrixD
that don't require 'this' (like static methods in Java).The
MatrixD
companion object provides operations forMatrixD
that don't require 'this' (like static methods in Java). It provides factory methods for building matrices from files or vectors. -
object
MatrixDTest
extends App
The
MatrixDTest
object tests the operations provided byMatrixD
class. -
object
SparseMatrixDTest
extends App
The
SparseMatrixDTest
object is used to test theSparseMatrixD
class. -
object
VectorD
extends Serializable
The
VectorD
object is the companion object for theVectorD
class. -
object
VectorDTest
extends App
The
VectorDTest
object tests the operations provided byVectorD
.The
VectorDTest
object tests the operations provided byVectorD
. > run-main scalation.linalgebra.par.VectorDTest


© 2019
| cauda-felina caudae-felinae | cat's tail | |||
| cauda | caud | noun/f | tail | |
| - | - | cnct | ||
| felinus | felin | adj | of or belonging to cats | |
| Spathodea cauda-felina Hance | ||||
| cauda-felis caudae-felium | cat tail | |||
| cauda | caud | noun/f | tail | |
| - | - | cnct | ||
| generative of felis | fel | noun/f | feles L (also felis) a cat | |
| caudatus caudata caudatum | with tail | |||
| cauda | caud | noun/f | tail | |
| atus | at | adj | adjectival suffix for nouns: possessive of or likeness of something (with, shaped, made)/ for verb participles: a completed action, -ed | |
| Rosa caudata Baker Asarum caudatum Lindl. Amaranthus caudatus L. | ||||
| caudiger caudigera caudigerum | tail bearing | |||
| cauda | caud | noun/f | tail | |
| i | i | cnct | connective vowel used by botanical Latin | |
| ger | ger | apar | gero to carry, bear, wear | |
| Asarum caudigerum Hance | ||||
| caulescens caulescens caulescens | not fully with stem | |||
| caulos | caul | noun/m | καυλοϛ stem of a plant | |
| escens | escent | adj | adjective suffix for nouns or adjectives: becoming like, incomplete resemblance -ish | |
| Mitella caulescens Nutt. | ||||
| caulialatus caulialata caulialatum | with winged stem | |||
| caulos | caul | noun/m | καυλοϛ stem of a plant | |
| i | i | cnct | connective vowel used by botanical Latin | |
| alatus | alat | adj | furnished with wings, winged | |
| Aciotis caulialata Triana | ||||
| cauliflorus cauliflora cauliflorum | flower on the stem | |||
| caulis | caul | noun/m | καυλοϛ stem of a plant; usual spelling was colis or coles | |
| i | i | cnct | connective vowel used by botanical Latin | |
| florus | flor | ppar | floreo to bloom, to flower | |
| Eugenia cauliflora DC. Pittosporum cauliflorum Mann Rubus cauliflorus Bailey | ||||
| caulorapus caulorapa caulorapum | stem like a turnip | |||
| caulos | caul | noun/m | καυλοϛ stem of a plant | |
| o | o | cnct | connective vowel in botanical Latin, usually for Greek words but in some cases, such as color tingeing, for Latin words | |
| rapum | rap | noun/n | the turnip | |
| us | adj | Latinizing suffix | ||
| Brassica caulorapa (DC.) Pasq. | ||||
| caurinus caurina caurinum | of the north-west | |||
| caurinus | caurin | adj | of the north-west wind | |
| Listera caurina Piper Trifolium caurinum Piper | ||||
| causticus caustica causticum | burning caustic | |||
| causticus | caustic | adj | burning, caustic | |
| Cissus caustica Tussac | ||||
| cauticolus cauticola cauticolum | growing on cliffs | |||
| cautes | caut | noun/f | rough sharp rock, crag | |
| i | i | cnct | connective vowel used by botanical Latin | |
| colus | col | adj | incola dweller, inhabitant -> -cola/-colus suffix | |
| Sedum cauticola Praeger Sedum cauticolum Praeger | ||||
| cavus cava cavum | concave | |||
| cavus | cav | adj | concave, hollow, excavated | |
| Corydalis cava (L.) Schweigg. & Korte | ||||
| cedri cedrorum | of the cedar(s) | |||
| generative of cedrus | cedr | noun/f | κεδροϛ the cedar, Juniperus oxycedrus | |
| Rubus cedrorum Kotschy ex Boiss. | ||||
| celsissimus celsissima celsissimum | highest | |||
| superlative of celsus | cels | adj | raised, elevated, lifted, high, lofty | |
| issimus | issim | adj | superlative suffix; most so, to the greatest degree; most-, -est (e.g. largest, prettiest, whitest) | |
| Buckinghamia celsissima F. Muell. | ||||
| celsus celsa celsum | high | |||
| celsus | cels | adj | raised, elevated, lifted, high, lofty | |
| Dryopteris celsa (Wm.Palmer) Knowlt., Palmer & Pollard ex Small | ||||
| celtibericus celtiberica celtibericum | from Castille & Leon area of Spain | |||
| celtibericus | celtiberic | adj | κελτιβηρεϛ a region, with a people made of a blending of Celts and Iberians, between the sources of the Tajo & Elbro rivers in present day Castille & Leon (northeast-central), Spain | |
| centifolius centifolia centifolium | 100 leaves | |||
| centum | cent | adj | 100 | |
| i | i | cnct | connective vowel used by botanical Latin | |
| folius | foli | adj | folium leaf | |
| Rosa centifolia L. Lilium centifolium Stapf ex Elwes | ||||
| cepa cepae | onion | |||
| cepa | cep | noun/f | caepa an onion | |
| Allium cepa L. | ||||
| cepaea cepaeae | onion like | |||
| cepaea | cepae | noun/f | κηπαια a Portulaca type plant; Sedum cepaea | |
| cephalanthus cephalantha cephalanthum | flowering head | |||
| cephale | cephal | noun/f | κεφαλη head; front; end, point; source, top; chief person | |
| anthos | anth | noun/n | ανϑοϛ flower | |
| us | adj | Latinizing suffix | ||
| Carex cephalantha (Bailey) Bickn. Rhododendron cephalanthum Franch. Cyperus cephalanthus Torr. & Hook. | ||||
| cephalotes cephalotes | headed | |||
| cephale | cephal | noun/f | κεφαλη head; front; end, point; source, top; chief person | |
| otes | ot | noun/f | -οτεϛ ? substantive suffix for adjectives: indicates this is a special feature | |
| Astragalus cephalotes Pall., nom. illeg. |


{% load icon %}
{% block console_css %}
{% endblock console_css %}
{% block console_body %}
{% include "console/components/links/breadcrumbs.html" with
base_page="Projects"
base_page_url="/projects"
current_page=id
%}
{% if id and id != 'new' %}
{% include "console/components/forms/form_tabs.html" with
id=id
model="projects"
%}
{% endif %}
{% if unit == 'files' %}
{% include "console/pages/settings/files/files.html" with
model='projects'
model_singular='project'
organizations=organizations
section=section
user=user
%}
{% elif unit == 'logs' %}
{% include "console/pages/settings/logs/logs.html" with
model='projects'
model_singular='project'
organizations=organizations
section=section
user=user
%}
{% else %}
{% if organizations.0.type == 'lab' %}
{% include "console/components/forms/form_title.html" with
abbreviation=data_model.abbreviation
id=id
model='projects'
model_singular='project'
description="Manage project for your organization and your organization's contacts."
options=True
export=id
%}
{% else %}
{% include "console/components/forms/form_title.html" with
abbreviation=data_model.abbreviation
id=id
model='projects'
model_singular='project'
description="Manage project for your organization and your organization's contacts."
options=False
export=id
%}
{% endif %}
{% include "console/components/tables/simple_form_table.html" with
model="samples"
model_singular="sample"
description="Manage samples that are part of this project."
abbreviation="S"
parent_model="projects"
parent_model_singular="project"
parent_id=section
select=True
%}
{% include "console/components/modals/selection_dialog.html" with
model="samples"
%}
{% if id and id != 'new' and organizations.0.type == 'lab' %}
{% include "console/components/forms/delete_option.html" with
model="projects"
model_singular="project"
id=id
%}
{% endif %}
{% endif %}
{% endblock console_body %}
{% block console_js %}
{% endblock console_js %}


{% extends "horizon/common/_modal_form.html" %} {% load i18n %} {% block modal-body-right %}
{% blocktrans trimmed %} Add policy rule to snapshot, 'ip' rule represents ip address, 'user' rule represents username or usergroup, 'cephx' rule represents ceph auth ID, and 'cert' rule represents certificate. {% endblocktrans %}
{% endblock %}


NEST Corporation ('we' or 'us') takes your privacy seriously. Please read this Privacy policy and our Cookies policy. Together they explain our data protection policy and describe how we’ll use any personal data we collect from you or that you provide to us.
All activity on www.nestpensions.org.uk (our website) is logged and monitored to help keep personal information secure and to ensure that NEST complies with its obligations under the Data Protection Act 1998 (the DPA) and the General Data Protection Regulation (the GDPR) from May 2018. By using our website you agree to the collection, use and transfer of the information you provide to us in line with the terms of this Privacy policy.
For the purposes of the DPA and the GDPR, the data controller is National Employment Savings Trust Corporation. Our nominated representative is the head of information security and data protection officer<EMAIL_ADDRESS>The National Employment Savings Trust Corporation is registered with the Information Commissioner’s Office.
We may change our Privacy policy from time to time. If or when changes are made we’ll include them here, so be sure to check back occasionally.
You may give us information about yourself by filling in forms on our website, providing feedback or corresponding with us by phone, email or otherwise. This includes, for example, information you provide when you do any of the following:
The information you give us may include:
We will retain and process your personal information for as long as necessary to comply with our legal obligations, resolve disputes, and enforce our agreements.
To operate effectively as a business we may need to pass your information on to selected and trusted third parties. The third parties we may share information with are:
Please be assured that when we outsource any processes we ensure that any supplier or contractor has adequate security measures in place. We’ll also require them to comply with privacy principles as part of our contract with them.
Where you’re appointed by any person to manage their account on their behalf, you warrant that you have the full authority of that person to provide us with their personal data for us to use in accordance with this Privacy policy. You’re responsible for ensuring that the person has read and understands the terms of this Privacy policy and agrees to its terms.
Our website may, from time to time, contain links to and from third-party websites, including those of our partner networks and affiliates. If you follow a link to any of these websites, please note that these websites have their own privacy policies. We don’t accept any responsibility or liability for these policies. Please check these policies before you submit any personal data to these websites.
Once we’ve received your information, we'll use appropriate procedures and security features to try to prevent unauthorised access.
Unfortunately, the transmission of information via the internet isn’t completely secure. Although we endeavour to protect your personal data, we can't guarantee the security of data transmitted over the internet. Any transmission of data is at your own risk.
Information supplied by you to us, or that we collect about you, may be transferred, and stored by us, our agents or contractors for the purpose of providing services to you or for research purposes, outside the European Economic Area. Where this occurs we use the model clauses as issued by the European Commission or other appropriate safeguards where applicable. By submitting personal data, you agree to this transfer, storing or processing.
We may monitor the use and content of emails, calls and secure messages sent from and received by us so that we can identify and take legal action against unlawful or improper use of our systems. The main examples of unlawful or improper use are attempting to impersonate NEST Corporation, the transmission of computer viruses and attempts to prevent this website or its services from working.
You’re able to correct the information we hold about you as follows:
You’re able to change your preferences relating to marketing communications from NEST and withdraw your consent at any time, as follows:
You may make a request to access your personally identifiable information that’s held by us and maintained in our database. To do this you need to email your request to<EMAIL_ADDRESS>From 25 May 2018, depending on the circumstances, you may also have the right to:
If you have concerns about the way we handle your personal data, you can contact the ICO or raise a complaint.
NEST Corporation is a public authority in its role as a non-departmental public body.
The Freedom of Information Act 2000 gives any person of any nationality, anywhere in the world, the right of access to official information held by public authorities.
Visit our Support and resources section to find out more about what information NEST Corporation publishes, how we respond to information requests and how we handle complaints.
If you'd like to request information about NEST Corporation, please read the FOI guidance notes for applicants (PDF).
To make a request for information under the Freedom of Information Act please send your request to<EMAIL_ADDRESS>or to:
Freedom of Information requests
Secretariat
NEST Corporation
Riverside House
Southwark Bridge Road
London
SE1 9HA
You can send any queries and comments about this Privacy policy by email to<EMAIL_ADDRESS>or by mail to Secretariat, NEST Corporation, Riverside House, 2a Southwark Bridge Road, London, SE1 9HA. Please note that if you email this address, or another specific address on the website, it may not always be possible for us to deal directly with your enquiry. We may need to pass this to another government agency to fulfil your request or answer your query.
Last updated: 31 May 2017


Welcome to Room 216
Room 216 is the home of the Computer Club at CHS and the Programming, Adv. Programming, and APCS classes. This is our github where projects, ideas, and other information can be posted and accessed.
If you have something to commit to this site, please let a teacher or someone who has access know.
Programming Self-Study Resources
If you want to study a language and dive head first, pick one and use one of the free eBooks, interactive courses, or guides we hand selected.
C or C++
[Learn C (Interactive, online)](http://www.learn-c.org/)
C
[C# Yellow Book (Introduction, eBook)](http://www.robmiles.com/c-yellow-book/Rob%20Miles%20CSharp%20Yellow%20Book%202012.pdf)
[C# Essentials (Reference, online)](http://www.techotopia.com/index.php/C_Sharp_Essentials)
Github
[Interactive Github Tutorial (online)](http://try.github.io/levels/1/challenges/10)
HTML/CSS
Yes, html and css are not programming languages. They are design languages with a markdown. You still can (and should) learn them if you want to make your own website.
[HTMLDog Tutorials](http://www.htmldog.com/)
[W3Schools CSS](http://www.w3schools.com/css/)
[W3Schools HTML](http://www.w3schools.com/html/)
Java
Java is taught in AP Computer Science here at CHS. If you want more info/tutorials about java, there are a few books in the room.
[Learn Java (Interactive, online)](http://www.learnjavaonline.org/)
[Oracle Java Tutorials](http://docs.oracle.com/javase/tutorial/)
Lua
[Programming in Lua](http://www.lua.org/pil/)
Objective-C
[Apple Developer Library (online)](https://developer.apple.com/library/mac/navigation/)
PHP
[Practical PHP (online)](http://www.tuxradar.com/practicalphp)
Python
[Learn Python (Interactive, online)](http://www.learnpython.org/)
[Make your own computer game with Python (eBook, online)](http://inventwithpython.com/)
[Learn Python the Hard Way (online)](http://learnpythonthehardway.org/book/)
[Python for Fun (online)](http://www.openbookproject.net/py4fun/)
Ruby
[TryRuby (Interactive, online)](http://tryruby.org/levels/1/challenges/0)