WHAT |
A sweet little app to visualize music metadata on a smartphone |
WHEN |
April 2013-May 2013 |
WHO |
Me, Alex Bettadapur, and another guy |
WHERE |
Georgia Tech - GitMad hackathon, then a few weeks of solo work before my internship |
WHY |
I liked the idea of pie graphs of genre, bar charts for plays, etc... I still think this should exist in other apps. |
HOW |
My first somewhat succesful project, and one I hope to revive eventually. Me and two other guys built a very much working version of it ovver the course of a night, and won some swag for it too. When the semester ended, I spent roughtly 3 weeks working very intensely on it, to the point that I got it published in the Play store. It could do so much! Not only did it produce awesome graphs based on your music collection, but it was a full featured (well, sort of) music player, for some reason. After much work I released it, to no fanfair, and eventually forgot about it. One day, I returned to check in on it, and found that the API we used to access Google Music was dead! And so, too, was MetaMusic. But! One day, this shall live again. |
LINKS |
|
PICS |


Protocol Design
The most important part of managing your data is designing an efficient and versatile data structure. This article describes some basic conventions and strategies for how to design robust structures for your experimental data.
Guidelines for Set Table Columns
The columns of a set table should specify all of conditions and results that are relevant to your research. It’s tempting to include conditions that you may never alter, and it’s also tempting to include only the conditions that you’re interested in right now. While it is possible to add or remove columns later on, changing the structure of a large data set is always a little risky. Take some time to think about the parameters you might want to vary in the future.
For documentation and publishing purposes, consider adding information that isn’t directly associated with the protocol, such as project identifier columns. Also, consider having a notes
column in all of your set and sample tables, even if you rarely use it. In a pinch, this column could be used to store parameters that you hadn’t thought of, so you can go back and properly restructure your data later.
Should I Use Samples?
The properties of a set (e.g. the columns of a set table) are single-value entities. Samples allow you to expand a property into multiple single values by storing them in a separate sample table and linking them to the corresponding set.
It is possible, however, to store multiple values directly in a single set column. For example, a comma separated list of numbers can be stored as a string of characters with no problem. This strategy can get a little complicated when you try to store multi-dimensional data. For example, you could store the points of an inhibitor curve in a “(dose,activity),(dose,activity)”-like format as a single string.
Using samples, you would simply define dose
and activity
as properties (columns) of a sample table, which is way more efficient. Individual points can be examined without having to parse a string of values, and the dose
, activity
points can be stored as numbers, so there is no ambiguity as to what those values are and how they should behave.
Conversely, storing your single value set properties as individual samples is unnecessarily complicated. For example, you could design an inhibitor protocol that stores the name of an inhibitor and the name of a target as samples of a set.
Simplicity and efficiency are the goal when it comes to deciding how to use, or not use samples. It’s generally less efficient to parse a single value into many than it is to join a set with a collection of samples in a different table. It’s also a lot easier to access single-value set properties directly in a single table than it is to join in another table.
A good rule of thumb for determining whether you should use samples or not is to think about how you will be accessing and processing your protocol’s data. Keep both options in mind, but choose the one that requires the least amount of work when it comes to access and processing.
Here are some more tips:
-
Direct access is best. Make sure that your design allows you to access, directly, as individual values, as much of your data as possible.
-
Avoid ambiguity. The names and descriptions of your protocol’s set and sample properties should be clear, concise and unambiguous.
-
Avoid redundancy. The values you want to store should only be stored in a single location. For example, defining an
inhibitor_name
column for both the set and sample tables of an inhibitor protocol is a bad idea. What if they don’t match? Which one takes priority?
Guidelines for Sample Table Columns
By definition, every sample inherits the properties of its parental set because each sample is linked to the set. So there is no need to redefine your set properties for your samples. This means that the samples of a protocol will probably have fewer properties than its set.
Sample properties can also be difficult to define because they aren’t always associated with a clear experimental condition, but instead, specify some sort of identity. Take a look at the design of some Example Protocol Modules to see some of the neat things you can do with samples that you can’t do with sets.
Sample properties are defined with the same options and in the same way as set properties. There are only two differences:
- Sample properties define the columns of a protocol’s sample table
- Sample properties must all be single-value, they cannot be compound properties
Defining Set and Sample Table Columns
The columns of a set and sample table are defined with options and properties of their own. These options help maintain the integrity of your data by enforcing constraints on the types of data each column is allowed to hold. The properties of a table column are:
| option | description |
|---|---|
| name | the name of the table column. A-Z, a-z, 0-9, _ and - are acceptable, no spaces or special characters, can’t begin with the number zero. |
| type | the type of data that the column stores, see the types table below |
| notnull (NN) | can the column contain undefined null values? TRUE or FALSE |
| unique (UNQ) | does every row have to have a unique value? TRUE or FALSE |
| description | a text description of the column and/or the values it can have |
| primary_key | include this column in the compound primary key? if you’re not sure, use False. |
The type property specifies what kind of information a column can hold, which is one of the following:
| name | description |
|---|---|
| TEXT | a sequence of any characters of any length |
| INTEGER | whole numbers only, no decimal point |
| REAL | a floating point or real number (decimal point) |
| NUMERIC | a generic numeric format |
| DATE | a placeholder for more complex date formats |
When creating a protocol, these are the properties that are specified for every column in both the set table and sample table.
Summary
pyLabbook lets you take advantage of two types of structures for your data, through sets and samples.
Each set in a protocol’s set table represents a complete experimental entity, with its own conditions and results.  Many of the conditions and results of a set can be defined as single values that are directly stored in a protocol’s set table.
When a set needs to be linked to multiple values, particularly values with more than one dimension (such as two-dimensional dose, activity points), pyLabbook offers samples as an additional layer of complexity. A single set can be linked to multiple samples, which have their own properties just like sets do.
These two levels can accommodate a diverse range of protocol designs and can even be used to store complex, multidimensional data sets. See our Example Protocol Modules for ideas.


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New features, upgrade and deprecation notes, known issues, and bug fixes
OpenStack Projects Release Notes OpenStack Documentation Release NotesGetting started with the most commonly used OpenStack services
Installation GuidesChoose how to deploy OpenStack and get started with the most commonly used OpenStack services
Deployment GuidesManage and troubleshoot an OpenStack cloud
Install and configure OpenStack for high availability
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Create and manage resources using the OpenStack dashboard, command-line client, and Python SDK
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git-http-fetch - Download from a remote Git repository via HTTP
git http-fetch [-c] [-t] [-a] [-d] [-v] [-w filename] [--recover] [--stdin] <commit> <url>
Downloads a remote Git repository via HTTP.
NOTE: use of this command without -a is deprecated. The -a behaviour will become the default in a future release.
commit-id
Either the hash or the filename under [URL]/refs/ to pull.
-c
Get the commit objects.
-t
Get trees associated with the commit objects.
-a
Get all the objects.
-v
Report what is downloaded.
-w <filename>
Writes the commit-id into the filename under $GIT_DIR/refs/<filename> on the local end after the transfer is complete.
--stdin
Instead of a commit id on the command line (which is not expected in this case), git http-fetch expects lines on stdin in the format
<commit-id>[*(Aqet*(Aq<filename-as-in--w>]
--recover
Verify that everything reachable from target is fetched. Used after an earlier fetch is interrupted.
Part of the git(1) suite


# At First you have to select the complex chemical which you need
# Use the Upper button to drop the chemical into the Flask
# Use the Bottom button to decrease the chemical level
# The Complex chemical level must be grater than 40 ml
to mix the prefer acid or base with that
# If we mix the complex chemical with acid or base there will be a color change in the flask,
at the same time you can see the PH change in the PH scalar.
Please copy and paste the information below into an email to
<EMAIL_ADDRESS>and then fill in the blanks.
Test device:
Operating System:
Browser:
Problem description:
Steps to reproduce:
Screenshots:
Version : 1.1.1
Copyright © <2016> MozillaSciencelab-Chemix Contributors


Captain Morgan
About
Let's Play
Rules:
Captain morgan will count up to your numer from 1 with the following exceptions:
Number divisible by 3 becomes "captain"
Number divisible by 5 becomes "morgan"
Numbers divisible by both 3 and 5 becomes "captain morgan"
Enter your number
Submit
Created by:
John Mutavi


{% extends "fullpage/base.html" %} {% load staticfiles %} {% block extra_js_top %} {% endblock %} {% block content_body %}
those who do not know how to pursue pleasure
Bring your expertize, datas, project ideas
Bring your expertize, datas, project ideas
Bring your expertize, datas, project ideas
Brainhack is a unique conference that convenes researchers from across the globe and a myriad of disciplines to work together on innovative projects related to neuroscience. Year after year, global Brainhack events have brought together researchers to participate in open collaboration, and regional Brainhack events keep the momentum going throughout the year. Brainhack Global 2018 will unite several regional Brainhack events throughout the world..
Whatever your background, skill‑set, or level of expertise, you are encouraged to join us and participate: propose and discuss ideas, provide tutorials, or contribute to activities initiated by others. If you're motivated, even just by curiosity, we want what you have to share
Neurology
University of California San Francisco
Neurosurgical resection is one of the few opportunities researchers have to image the human brain both prior to and following focal damage. One of the challenges associated with studying brains undergoing surgical resection is that they often do not fit the brain templates most image-processing methodologies are based on, so manual intervention is required to reconcile the pathology and the most extreme cases must be excluded. Manual intervention requires significant time investment and introduces reproducibility concerns. We propose an automatic longitudinal pipeline based on pre- and post-surgical HARDI data to facilitate a Pathway Lesion Symptom Mapping analysis relating focal white matter injury to functional deficits. Mapping a system as variable and complex as the human brain requires sample sizes much larger than the current technology can support. This pipeline can be used to execute large-scale, sufficiently powered analyses by meeting the need for an automatic approach to objectively quantify white matter disconnection.
Psychological and Brain Sciences
Dartmouth university
TBA
Director of the MRI Program - Pritzker Institute
Illinois Institute of Technology
TBA
This is a longer card with supporting text below as a natural lead-in to additional content. This content is a little bit longer.
By Eleftherios Garyfallidis
Bring your expertize, datas, project ideas.
By Eleftherios Garyfallidis
This workshop is tailored for biomedical engineers and medical imagers who are well familiar with at least one programming language (e.g. C++ or Matlab) and they want to switch into using Python in their daily analysis. With Python language being the most popular language for the last two years this maybe one of your greatest investments. The workshop will not just teach you how to use the Python language and its leading libraries but also learn how to test properly your code and how to release your own packages. The workshop will have short presentations followed by short quick examples where you can try them in your own notebook or workstation and get immediate feedback from the instructor.
1.Numpy
2.Scipy
3.Scikit-Learn
4.Dipy
By Eleftherios Garyfallidis
It exist more than 20 reconstructions model. You try play with all of them during this tutorial
1.Diffusion Tensor - DTI
2.CSD
3.SHORE
4.Analysis
By Eleftherios Garyfallidis
introduction to basic pipeline creation by using dipy
1.Preprocessing
2.Diffusion modelling
3.Tractography
4.Analysis
Luddy Hall
700 N Woodlawn Ave
Bloomington, IN 47408
The Indiana Memorial Union (IMU) is located in the center of campus and is in easy walking distance to many of Bloomington’s downtown shops, cafes and restaurants.
| Address: |
900 East 7th Street
Bloomington, IN USA 47405 812.856. 6381 |
| On-line reservation: | http://www.imu.indiana.edu/hotel/index.shtml |
| Phone reservations: |<PHONE_NUMBER> |
| Room rates: |
Rates currently range from $139/night to $189/night depending on the type of
room you reserve. All rooms are currently subject to a 12% tax. |
| Parking: | free to hotel guests |
| Wireless Internet: | free |
There are many hotel options outside of the IU Bloomington campus.  Check out the Visit Bloomington web site for off campus lodging (http://www.visitbloomington.com/visitors/hotels).
We suggest that you consult Mapquest or Google maps for the best directions to Bloomington and return or use GPS to guide you. Driving to and from the airport to campus is simple and direct. Driving time from the airport to camps is approximately 50 minutes.
Most attendees who elect to fly to the workshop will fly to the Indianapolis International Airport.
| Airport Symbol: | IND |
| Location: | 50 miles north of Bloomington, IN |
| Service: | 9 times daily between the airport and Bloomington campus |
| Advance reservations: | Recommended |
| Reservations on-line: | http://www.goexpresstravel.com/airport_shuttle_schedule |
| Phone: | 1.800.589.6004 or<PHONE_NUMBER> |
| Rate: | Currently $18.00 one way |
| Airport pick-up location: | Ground Transportation Center. Lower level, outside of airport Baggage Claim |
| Service: | 9 times daily between the airport and Bloomington campus |
| Advance reservations: | Recommended |
| Reservations on-line: | http://www.soashuttle.com/locations/bloomington-to-indianapolis |
| Phone: | 1.800.933.0097 |
| Rate: | Currently $18.00 one way |
| Airport pick-up location: | Ground Transportation Center. Lower level, outside of airport Baggage Claim |
| Service: | Door to door service from airport to any location in Bloomington |
| Advance reservations: | Required |
| Rates: | Currently $122 roundtrip per person. Rate is for shared ride service; private car rate is not guaranteed |
| Reservations: | classictouchlimo.com |
| Phone: | 1.800.319.0082 or<PHONE_NUMBER> |
| IMPORTANT: | The limousine driver will not meet you inside of the terminal nor will he/she have a sign identifying you by name. It is your responsibility to approach a Classic Touch limousine and provide them with your name. |
Most major car rental companies provide service at the airport. Car Rental companies are located in the Ground Transportation Center on the lower level of the terminal, outside Baggage Claim.
There is no convenient bus service from the Indianapolis Airport to IU Bloomington.
Taxis service is available, but is very expensive and not recommended.
Contact us for information or with your ideas.
by sending a mail to grg-l -at- list.indiana.edu
Serge Koudoro, Intelligent Systems Engineering, Indiana University
David Reagan, UITS, Indiana University
Chair, Intelligent Systems Engineering, Indiana University
Indiana University Network Institute
Cognitive Science, Indiana University


Religion
Since this world is partially inspired by Greece and how the gods of Greece interact with people, religion is very deeply rooted in the culture, and even people like clerics and paladins would tend to pray to multiple gods for their different tasks. Additionally, rather than having “good” gods and “evil” gods, the gods have domains that tend towards a looser neutral interpretation.
Almost all people in Pyrrhos pray to the Gods even in everyday things, although most cultures will have one or two patron gods that the culture prizes above the rest.
While many of the different races are the product of Gods tampering with mortals, The gods do not have any technical “children” that they have birthed, although there are Gods who are in relationships with other Gods.
Here is a list of Gods, both major and minor (subject to change):
The Major Gods
-
Volkmer - God of Justice and Law. (Single)
-
Tiya - Goddess of Passion and Obsession. (Married to Callicles)
-
Pyrin - Goddess of Might, Valor, and Inspiration (married to Kor)
-
Shaylarè - Goddess of Elements and Arcana (has the most fascination with life and creating it) (single)
-
Chyrillus - God of the Dead and Nature/Natural order. (married to Ayla)
-
Einar - God of Storms and Weather. ()
-
Ayla - Goddess of the Sun and Harvest (married to Chyrillus)
-
Kor - God of Artifice and Creativity (life AND forge) (married to Pyrin)
-
Archeptolemus - God of the lands ()
-
Prothous - God of choices, crossroads, and Journeys (single)
-
Adour - God of Beasts and Hunting ()
-
Nevaeh - Goddess of Knowledge ()
-
Zethos - God of Luck and Trickery. (probably married or dating someone)
The Minor Gods
-
Nechtu - God of Trade and Secrets (original Minor God) ()
-
Loriana - Goddess of Sailing and the Tides (original Minor God) ()
-
Iosepha - Goddess of food and Hospitality (single)
-
Callicles - God of Healing and Disease (original Minor God). (married to Tiya)
-
Gulkishar - God of Ambition and Greed (Single, man ain’t got no time for love)
-
Avè - Goddess of Wealth and the Underground (original Minor God) (single)
-
Golmala - Goddess of protection and defense/guardian of the Godly plane (ascended hero, Dwarf) ()
-
Quiro - God of Astrology and Myths (ascended hero, Firbolg) (Single)
-
Thovè - Goddess of Leadership and Guidance (ascended hero, Aasimar) ()
-
Hurmut - god of Strategy and logic (ascended hero, Dwarf) ()
-
Nthanda - god of spirits and watcher of the Spirit Plane (most recent ascended hero, Human/Kalashtar) ()
Sorcerous Houses
The magic-wielding Sorcerous Houses represent and honor their patron gods from the mortal realm much like other types of religious organizations. Independent of the laws and regulations of any country, the houses give the world of Pyrrhos many of its sorcerers, and a few select other magic users. These houses were founded independently throughout history, from a champion of its patron god, and today, the leadership of each of these houses is comprised entirely of the descendants of these founding champions. Additionally, despite being called “sorcerous houses”, the full organization isn’t strictly sorcerers, although the leadership always is. The functions of these houses vary from having many outposts throughout the lands to having a few where members come and go frequently on quests for their patron god.
-
House of Volkmer - Interacts with governments in attempts to ensure that countries have the betterment of their people in mind first. They do however respect the politics and ways of each country, and more focus on rooting out corruption and those who only seek power for their own benefit, as those are the most likely to go against true justice (justice in this circumstance is commitment to your own ideals and what you think is right when truly trying to better the lives of your people. Hypocrites are basically the bane of this house’s existence). Based in Tiryns, as well as being most of their respectable government.
-
House of Pyrin - Members take pride in learning to inspire those around them (bards) and to channel their strength for the betterment of themselves (barbarians and monks, maybe paladins). Additionally share a mindset of strength of willpower and ideals with the Minotaur race, giving them a mutual respect and understanding. This house is based in
-
House of Kor - With leadership composed of educated Kobolds, the House of Kor is the most recent Sorcerous house of the seven currently founded and is based in Calatios.
-
House of Nevaeh - Interacts as an organization mainly just with the Galiman and the other houses, while members may be seen outside of the central location looking for lost relics and/or knowledge. Located in a city in Galima comprised entirely of schools and educational houses for non-members to learn
-
House of Adour - Isolated, doesn’t interact with many, except in the case of new beasts and such. Located in the Uninhabited forests of Orestes.
-
House of Shaylarè - Interacts with Wizarding schools and actively seeks out forms of naturally occurring magic, such as stray sorcerers, and “touched” areas of land. Based in Vasileios, this house is led by elves and tends to be quite selective in their membership.
-
House of Chyrillus - Is mostly isolated like the House of Adour, with agents going out to try and correct things considered “abnormalities” from nature (aka aberrations and unique monsters). This house is based somewhere in Demetriades, although it keeps itself on a low profile.


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Related resources:
Visual ARIA is a cascading logic program written using CSS, which allows any sighted person to physically see the use of ARIA upon any public website, including all landmark and region roles, structural roles, live regions, pseudo interactive constructs, and all interactive widget roles mapped within ARIA 1.1.
Moreover, Visual ARIA provides real-time visual feedback as interactive widgets are focused to and updated, and will also convey when widget roles are not being interacted with properly due to incorrect focus management or improper role usage.
Visual ARIA is meant to address the global problem that ARIA is an invisible technology, making it extremely difficult for mainstream sighted developers to understand and implement properly with consistent reliability.
For example, when developers who implement ARIA receive no direct input to validate their efforts during the process of development, and who have little to no understanding of how Assistive Technologies work, they have no way to assess the value of what they are doing, nor is there any way for them to learn from their mistakes at the same time. This is the primary reason why the vast majority of mainstream sighted developers still cannot understand the proper use of ARIA; because there is nothing for them to see.
Visual ARIA solves this problem by providing direct visual feedback for sighted engineers during the agile development process. The source code for Visual ARIA is included within the ARIA Role Conformance Matrices GitHub project as core mapping algorithms, which can be downloaded for offline usage or behind corporate firewalls.
Please file relevant bugs on The ARIA Role Conformance Matrices GitHub project page if issues are discovered.
Sincerely, Bryan Garaventa
The bookmarklet script includes a small amount of JavaScript, which loads the Visual ARIA JavaScript setup file at:
https://raw.githubusercontent.com/accdc/aria-matrices/master/The%20ARIA%20Role%20Conformance%20Matrices/visual-aria/roles.js
This small JavaScript file then loads the roles.css stylesheet, which comprises all of the Visual ARIA cascading logic functionality.
The JavaScript file then monitors the page for changes to ARIA roles and supporting attributes associated with HTML input and img elements, which is necessary since these elements don't support the use of the :before and :after CSS pseudo elements.
Since all of the processing power is handled using CSS, visual feedback by Visual ARIA is instantaneous, and should work correctly within any CSS3 compliant browser within any operating system on any desktop or mobile device.
Though the coaching advice within Visual ARIA is geared for desktop keyboard interactions, the ARIA spec compliance algorithms conveyed by Visual ARIA are applicable to both desktop and mobile platforms equally.
Visual ARIA is very simple to use.
You will then see various colored borders where ARIA roles are detected, and tooltips to convey their purpose and supporting attributes.
These borders and tooltips follow several distinct color schemes to identify the differences between static and interactive widget roles.
To view the Alternative Text Calculation for any form field, link, or simple interactive widget role, hover the mouse over the active element.
When interacting with keyboard accessible widget roles, the goal is to turn both the focus outline and border of the focused widget role green. This conveys that focus management and ARIA widget role usage are correctly synchronized.
If however you see two different colored borders on the same widget role, such as orange and red, then focus management and ARIA widget role usage for this implementation are incorrect and not programmed according to spec.
Visual ARIA will automatically calculate the Alternative Text Calculation for any form field, link, or simple ARIA interactive widget role, and display this information when the mouse is hovered over the element.
There are some important details about this feature that need to be explained however.
There are two properties that need to be understood within the Accessibility Tree, the Name, and the Description. The Name represents the calculated label text for the active element, and the Description represents supplementary information that can be used by Assistive Technologies to accompany the Name.
Any use of aria-hidden="true" or the CSS properties "display:none" or "visibility:hidden", will cancel the naming calculation for the referenced element and all elements within the subtree of that element.
Additionally, the presence of CSS content via the :before and :after pseudo elements are also included as part of the naming calculation.
The Name and Description exposed by Visual ARIA strictly follows the Alternative Text Calculation for interactive elements, which may not exactly match what is represented by the Accessibility Tree within certain browsers, nor what is conveyed by Assistive Technologies.
The value in exposing this calculation however, is to identify current bugs within browsers that need to be reported to their venders when discovered using Object Inspector for example, as well as bugs with Assistive Technologies that need to be reported to AT venders. This will lead to better interoperability support in the future.
It is important to note that Visual ARIA cannot access content added using CSS pseudo elements as part of the estimated naming calculation, since there is no way to retrieve this information using JavaScript.
Since the HTML img, input, and progress elements cannot support the use of the :before and :after CSS pseudo elements, tooltip and border coloration may sometimes differ. Additionally, when ARIA role usage is right aligned, the tooltip text may run on past the right border of the screen, which unfortunately cannot be helped at this time.
Please address any questions or support issues to the Accessibility Innovators LinkedIn group.


[134]
M. E. Flannery, National Education Association (NEA) News, The School-to-Prison Pipeline: Time to Shut it Down (January 5, 2015),
https://www.nea.org/advocating-for-change/new-from-nea/school-prison-pipeline-time-shut-it-down
.


This is our image for testing interaction coordinates:
Mouseup and Mousedown coordinates:
This is how we verify that interaction's coordinates are relative to their elements origin (as opposed to the window origin)
Far below is another image placed there to detect if we can use complex interactions far off-screen and Selenium will properly scroll to it


| Intention Actions | |
Everyone makes mistakes while writing code. Most IDEs simply ignore this fact and leave you on your own. You have to compile to find out you did something wrong, and then you're on your own to figure out what you did, where you did it, and how to fix it when you finally find what you did. IntelliJ IDEA, on the other hand, assumes that mistakes will happen when you're coding complex solutions under deadline pressure, so some intelligence is built in to assist you in dealing with them, trying to guess what you were going to make or what you INTENDED to do. Almost like a pair programming partner, IntelliJ IDEA observes the code you write and tries to flag problems as they occur. What's more, it suggests one or more ways of solving the problem. If you agree with a proposed solution, IntelliJ IDEA fixes the problem after a quick keystroke or click. If the proposed fixes are not what you need, you at least know about the problem and can correct it yourself. In other words, when IntelliJ IDEA considers that there is something wrong with your code, it suggests an ACTION to fix it. This feature is called Intention Actions. Not only, does is help you find and fix mistakes, but it can also speed coding by enabling you to start using new things before they have been declared. Let's see an example of how this can help you. Suppose that while writing code, you find you need a new field. Traditionally, you would scroll up the class declaration, declare the new field, then scroll back down and begin using it. You might do those steps in the opposite order, or you might just use a new symbol and forget to declare it, not realizing your mistake until you compile. In any case, it's inefficient. With IDEA, you can just start using the new field without declaring it first. The name will be highlighted as an error because it is not yet declared. Now move the caret into the name. IntelliJ IDEA will show a light bulb sign by the current line. That's your cue that the Intention Action feature has spotted the problem and has a suggestion for you.
If you needn't an intention action to appear in a project for a particular expression or statement each time the caret is on it you can switch it off. Every suggested intention action has a bulb sign to the left. Just click it. The bulb sign will be grayed and this action will not appear again. However, if there are several actions possible you have to switch off all of them. There is another way to manage the inspection-related intention actions - they can be suppressed. In other words, you can "switch off" inspection check for either particular class or a class member, or edit settings for the selected inspection. After the intention action is opened and there is a small arrow at the right, press it or press Enter.
Generally, intention actions can be divided into several groups:
To see the complete list of Intention Actions, please, refer to the Intention Action List section.
This is a common name for a group of intention actions including 'Create class from usage', 'Create field from usage', etc. These intentions work in a quite similar way when you have unresolved references. For instance, you have the following unresolved reference:
This is a special case of the 'Create from Usage' Intention Action. The unresolved method call should contain words get, set or is
The Rename reference intention action works like intentions of the Create from Usage type. Sometimes you can mistype a name. A quick way to fix it is with the Rename reference intention action:
The Add Javadoc Tag intention action works like intentions of the Create from Usage type. If you write a new custom Javadoc tag, an Intention Action is suggested that enables you to add it to the list of custom Javadoc tags:
This intention action is related to the micro-refactorings. It inserts interface implementation into a class in case there is a method call where some parameters have a type of this interface. Let's take following two classes and an interface. The bar() method of ClassCaller calls foo() from ClassCallee. However, the caller class lacks implementation of the myInterface interface. Press Select 'Make 'ClassCaller' implement Sample.I'. The interface implementation is added to the class declaration. Also the interface methods will be suggested for implementation with the Select Methods to Implement dialog.
Static import enables you to use static classes and class members without a qualifier. There two following static import intentions, "on demand" and "single static import". On-demand static import is called if the caret is on the class name in the editor. Then all members of the imported class will be used without a qualifier. The import statement will look as follows: import static java.lang.Math.*; Single static import is called if the caret is on the class name in the editor. Only members with the given name in the imported class will be used without a qualifier. The import statement will look as follows: import static java.lang.Math.abs;
You can configure the Import Assistant feature to behave as an Intention Action. For more information, see Managing Imports: Import Assistant. |


---
layout: post
title: after using the nexus 5 for a little i realized
date: '2014-01-23T09:09:00-08:00'
tags:
- galaxys3
- cyanogenmod
- frombrett
tumblr_url: http://beekley.xyz/post/74288754225/after-using-the-nexus-5-for-a-little-i-realized
---
After using the Nexus 5 for a little, I realized how much I was missing by using Touchwiz and took a second look at installing a custom ROM on my (now Emma’s) Galaxy S3. I was always a little skeptical about flashing my phone since I expected it to be a risky procedure involving careful backups, well-placed commands and security workarounds. Well it was as easy as downloading an app and hitting “Install”.
I couldn’t believe It Just Works.


Sin
bad
Home
Book Flight
Reservations
Story
About us
NAME
GENDER
Male
Female
You can share your picture here
Tell us briefly about your journey


https://w3id.org/rec/device/
The actuation model is deployed and works in practice with the stakeholders, but we need to update the model to reflect current practice in their systems; e.g., extend the semantics a little and formalize standard state messages, response codes, etc.
| IRI | https://w3id.org/rec/device/Actuation |
|---|---|
| Description |
The act of changing the state of something. |
| Super-classes |
DeviceEventsc |
| In domain of |
actuationCommanddp hasActuationCommandTimedp hasActuationResponseTimedp actuationExecutedByop actuationResponsedp actuationRequestdp hasActuationRequestTimedp |
| In range of |
executesActuationop |
| IRI | https://w3id.org/rec/device/ActuationInterface |
|---|---|
| Description |
A description of what kind of input the Actuator accepts. |
| In range of |
hasActuationInterfaceop |
| IRI | https://w3id.org/rec/device/Actuator |
|---|---|
| Description |
An actuator is a component that is responsible for moving and controlling a mechanism or system. |
| Super-classes |
core:Devicec |
| Restrictions |
observedByop only Sensorc core:deviceQuantityKind exactly 1 |
| In domain of |
hasActuationInterfaceop executesActuationop |
| In range of |
observesActuatorop actuationExecutedByop |
| IRI | https://w3id.org/rec/device/BACnetConfiguration |
|---|---|
| Description |
Specific classes and properties to be extended in upcoming version. |
| Super-classes |
CommunicationConfigurationc |
| IRI | https://w3id.org/rec/device/CommunicationConfiguration |
|---|---|
| Description |
Instances of this class and its subclasses represent configuration fields and values in the various old-world non-IoT building system standards. |
| Sub-classes |
OPC-UAConfigurationc BACnetConfigurationc LoRaConfigurationc ModbusConfigurationc ModbusRTUConfigurationc KNXConfigurationc OPC-DAConfigurationc MBusConfigurationc ModbusTCPConfigurationc |
| IRI | https://w3id.org/rec/device/CommunicationsBus |
|---|---|
| Description |
Type of communications bus for the Device. |
| In range of |
hasCommunicationsBusop |
| IRI | https://w3id.org/rec/device/DeviceEvents |
|---|---|
| Description |
Events that are relevant in a Device context; initially observations, actuations, and exceptions. |
| Super-classes |
core:Eventc |
| Restrictions |
eventPlacementContextop max 1 |
| Sub-classes |
Actuationc Exceptionc Observationc |
| IRI | https://w3id.org/rec/device/DeviceFunctionType |
|---|---|
| Description |
The main function or purpose of a Device. |
| Super-classes |
core:Typec |
| In range of |
hasDeviceFunctionTypeop |
| IRI | https://w3id.org/rec/device/Exception |
|---|---|
| Description |
Failed attempt or unexpected result when tried to do something (e.g. read a Sensor). |
| Super-classes |
DeviceEventsc |
| In domain of |
exceptionGeneratedByop |
| In range of |
generatedExceptionop |
| IRI | https://w3id.org/rec/device/KNXConfiguration |
|---|---|
| Description |
Specific classes and properties to be extended in upcoming version. |
| Super-classes |
CommunicationConfigurationc |
| Sub-classes |
KNXDataPointTypec |
| IRI | https://w3id.org/rec/device/KNXDataPointType |
|---|---|
| Super-classes |
KNXConfigurationc |
| In range of |
hasKNXDataPointTypeop |
| IRI | https://w3id.org/rec/device/LoRaConfiguration |
|---|---|
| Description |
Specific classes and properties to be extended in upcoming version. |
| Super-classes |
CommunicationConfigurationc |
| IRI | https://w3id.org/rec/device/MBusConfiguration |
|---|---|
| Description |
Specific classes and properties to be extended in upcoming version. |
| Super-classes |
CommunicationConfigurationc |
| IRI | https://w3id.org/rec/device/ModbusConfiguration |
|---|---|
| Super-classes |
CommunicationConfigurationc |
| Sub-classes |
ModbusFunctionCodec ModbusDataTypec |
| IRI | https://w3id.org/rec/device/ModbusDataType |
|---|---|
| Super-classes |
ModbusConfigurationc |
| In range of |
hasModbusDataTypeop |
| IRI | https://w3id.org/rec/device/ModbusFunctionCode |
|---|---|
| Super-classes |
ModbusConfigurationc |
| In range of |
hasModbusFunctionCodeop |
| IRI | https://w3id.org/rec/device/ModbusRTUConfiguration |
|---|---|
| Description |
Specific classes and properties to be extended in upcoming version. |
| Super-classes |
CommunicationConfigurationc |
| IRI | https://w3id.org/rec/device/ModbusTCPConfiguration |
|---|---|
| Description |
Specific classes and properties to be extended in upcoming version. |
| Super-classes |
CommunicationConfigurationc |
| IRI | https://w3id.org/rec/device/OPC-DAConfiguration |
|---|---|
| Description |
Specific classes and properties to be extended in upcoming version. |
| Super-classes |
CommunicationConfigurationc |
| IRI | https://w3id.org/rec/device/OPC-UAConfiguration |
|---|---|
| Description |
Specific classes and properties to be extended in upcoming version. |
| Super-classes |
CommunicationConfigurationc |
| IRI | https://w3id.org/rec/device/Observation |
|---|---|
| Description |
Observation of a phenomena. Made by a Sensor. Used with hasValue. |
| Super-classes |
DeviceEventsc |
| Restrictions |
core:eventQuantityKind exactly 1 core:eventMeasurementUnit min 1 |
| In domain of |
observationGeneratedByop hasProcessedTimedp |
| In range of |
generatedObservationop |
| IRI | https://w3id.org/rec/device/PlacementContext |
|---|---|
| Description |
Description of the context or media that a sensor or actuator is operating within. |
| In range of |
hasPlacementContextop devicePlacementContextop eventPlacementContextop |
| IRI | https://w3id.org/rec/device/PowerSource |
|---|---|
| Description |
The power source for the device. |
| Super-classes |
core:Devicec |
| IRI | https://w3id.org/rec/device/Sensor |
|---|---|
| Description |
Thing which detects or measures a physical property and records, indicates, or otherwise responds to it. |
| Super-classes |
core:Devicec |
| Restrictions |
core:deviceMeasurementUnit min 1 observesActuatorop only Actuatorc core:deviceQuantityKind exactly 1 |
| In domain of |
generatedObservationop observesActuatorop observesop generatedExceptionop |
| In range of |
observedByop observationGeneratedByop exceptionGeneratedByop |
| IRI | https://w3id.org/rec/device/actuationExecutedBy |
|---|---|
| Super-properties | core:associatedWithDevice |
| Inverse properties | executesActuationop |
| Domain(s) | Actuationc |
| Range(s) | Actuatorc |
| IRI | https://w3id.org/rec/device/devicePlacementContext |
|---|---|
| Super-properties | hasPlacementContextop |
| Domain(s) | core:Devicec |
| Range(s) | PlacementContextc |
| IRI | https://w3id.org/rec/device/eventPlacementContext |
|---|---|
| Super-properties | hasPlacementContextop |
| Domain(s) | core:Eventc |
| Range(s) | PlacementContextc |
| IRI | https://w3id.org/rec/device/exceptionGeneratedBy |
|---|---|
| Super-properties | core:associatedWithDevice |
| Inverse properties | generatedExceptionop |
| Domain(s) | Exceptionc |
| Range(s) | Sensorc |
| IRI | https://w3id.org/rec/device/executesActuation |
|---|---|
| Super-properties | core:associatedWithEvent |
| Domain(s) | Actuatorc |
| Range(s) | Actuationc |
| IRI | https://w3id.org/rec/device/generatedException |
|---|---|
| Super-properties | core:associatedWithEvent |
| Domain(s) | Sensorc |
| Range(s) | Exceptionc |
| IRI | https://w3id.org/rec/device/generatedObservation |
|---|---|
| Super-properties | core:associatedWithEvent |
| Inverse properties | observationGeneratedByop |
| Domain(s) | Sensorc |
| Range(s) | Observationc |
| IRI | https://w3id.org/rec/device/hasActuationInterface |
|---|---|
| Domain(s) | Actuatorc |
| Range(s) | ActuationInterfacec |
| IRI | https://w3id.org/rec/device/hasCommunicationConfiguration |
|---|---|
| Description | Groups the subset of device configuration settings that are expressed using named individuals (for configuration attributes that are modelled with datatype properties, see datatype hasCommunicationAttribute). |
| IRI | https://w3id.org/rec/device/hasCommunicationsBus |
|---|---|
| Description | has communications bus |
| Domain(s) | core:Devicec |
| Range(s) | CommunicationsBusc |
| IRI | https://w3id.org/rec/device/hasDeviceFunctionType |
|---|---|
| Domain(s) | core:Devicec |
| Range(s) | DeviceFunctionTypec |
| IRI | https://w3id.org/rec/device/hasKNXConfiguration |
|---|---|
| Super-properties | hasCommunicationConfigurationop |
| Domain(s) | core:Devicec |
| IRI | https://w3id.org/rec/device/hasKNXDataPointType |
|---|---|
| Super-properties | hasKNXConfigurationop |
| Domain(s) | core:Devicec |
| Range(s) | KNXDataPointTypec |
| IRI | https://w3id.org/rec/device/hasModbusConfiguration |
|---|---|
| Super-properties | hasCommunicationConfigurationop |
| Domain(s) | core:Devicec |
| IRI | https://w3id.org/rec/device/hasModbusDataType |
|---|---|
| Super-properties | hasModbusConfigurationop |
| Domain(s) | core:Devicec |
| Range(s) | ModbusDataTypec |
| IRI | https://w3id.org/rec/device/hasModbusFunctionCode |
|---|---|
| Super-properties | hasModbusConfigurationop |
| Domain(s) | core:Devicec |
| Range(s) | ModbusFunctionCodec |
| IRI | https://w3id.org/rec/device/hasPlacementContext |
|---|---|
| Range(s) | PlacementContextc |
| IRI | https://w3id.org/rec/device/observationGeneratedBy |
|---|---|
| Super-properties | core:associatedWithDevice |
| Domain(s) | Observationc |
| Range(s) | Sensorc |
| IRI | https://w3id.org/rec/device/observedBy |
|---|---|
| Description | Generic property indicating which sensors that are configured or designed to observe some feature, system, phenomenon, etc. |
| Range(s) | Sensorc |
| IRI | https://w3id.org/rec/device/observes |
|---|---|
| Description | Indicates the (optional) entity-of-interest of some sensor, i.e., what it is configured to observe or look for. |
| Domain(s) | Sensorc |
| IRI | https://w3id.org/rec/device/actuationCommand |
|---|---|
| Description | The payload of a command sent by the building management system to the underlying actuator(s). |
| Domain(s) | Actuationc |
| IRI | https://w3id.org/rec/device/actuationRequest |
|---|---|
| Description | The payload of an incoming request to a building management system that it should perform an actuation; to be sent onward to a given Actuator. |
| Domain(s) | Actuationc |
| IRI | https://w3id.org/rec/device/actuationResponse |
|---|---|
| Description | The value returned from an Actuator to the calling party. |
| Domain(s) | Actuationc |
| IRI | https://w3id.org/rec/device/hasActuationCommandTime |
|---|---|
| Description | The time stamp for the event of the underlying system intiating the actuation command. |
| Super-properties | core:hasTime |
| Domain(s) | Actuationc |
| IRI | https://w3id.org/rec/device/hasActuationRequestTime |
|---|---|
| Description | The time stamp for when a request for an actuation arrived. |
| Super-properties | core:hasTime |
| Domain(s) | Actuationc |
| IRI | https://w3id.org/rec/device/hasActuationResponseTime |
|---|---|
| Description | The time stamp for a possible response from actuation process. |
| Super-properties | core:hasTime |
| Domain(s) | Actuationc |
| IRI | https://w3id.org/rec/device/hasCommunicationAttribute |
|---|---|
| Description | Groups the subset of device configuration attributes that are expressed using datatype properties (for configuration attributes that are modelled with named individuals, see object property hasCommunicationConfiguration). |
| Domain(s) | core:Devicec |
| IRI | https://w3id.org/rec/device/hasIPAddress |
|---|---|
| Super-properties | hasCommunicationAttributedp |
| Domain(s) | core:Devicec |
| IRI | https://w3id.org/rec/device/hasIPAddressPort |
|---|---|
| Super-properties | hasCommunicationAttributedp |
| Domain(s) | core:Devicec |
| Range(s) | xsd:integerc |
| IRI | https://w3id.org/rec/device/hasKNXAttribute |
|---|---|
| Super-properties | hasCommunicationAttributedp |
| Domain(s) | core:Devicec |
| IRI | https://w3id.org/rec/device/hasKNXDeviceId |
|---|---|
| Super-properties | hasKNXAttributedp |
| Domain(s) | core:Devicec |
| Range(s) | xsd:stringc |
| IRI | https://w3id.org/rec/device/hasKNXDevicePort |
|---|---|
| Super-properties | hasKNXAttributedp |
| Domain(s) | core:Devicec |
| Range(s) | xsd:integerc |
| IRI | https://w3id.org/rec/device/hasKNXGroupAddress |
|---|---|
| Super-properties | hasKNXAttributedp |
| IRI | https://w3id.org/rec/device/hasLocalEndpointId |
|---|---|
| Super-properties | hasCommunicationAttributedp |
| Domain(s) | core:Devicec |
| IRI | https://w3id.org/rec/device/hasLoraAttribute |
|---|---|
| Super-properties | hasCommunicationAttributedp |
| Domain(s) | core:Devicec |
| IRI | https://w3id.org/rec/device/hasLoraDevEUI |
|---|---|
| Super-properties | hasLoraAttributedp |
| Domain(s) | core:Devicec |
| Range(s) | xsd:integerc |
| IRI | https://w3id.org/rec/device/hasModbusAttribute |
|---|---|
| Super-properties | hasCommunicationAttributedp |
| Domain(s) | core:Devicec |
| IRI | https://w3id.org/rec/device/hasModbusNodeId |
|---|---|
| Super-properties | hasModbusAttributedp |
| Domain(s) | core:Devicec |
| Range(s) | xsd:integerc |
| IRI | https://w3id.org/rec/device/hasModbusRegister |
|---|---|
| Super-properties | hasModbusAttributedp |
| Domain(s) | core:Devicec |
| Range(s) | xsd:integerc |
| IRI | https://w3id.org/rec/device/hasModbusRegisterLength |
|---|---|
| Super-properties | hasModbusAttributedp |
| Domain(s) | core:Devicec |
| IRI | https://w3id.org/rec/device/hasOffset |
|---|---|
| Super-properties | hasCommunicationAttributedp |
| Domain(s) | core:Devicec |
| Range(s) | xsd:doublec |
| IRI | https://w3id.org/rec/device/hasProcessedTime |
|---|---|
| Description | Time when an object or result was processed in a system. |
| Super-properties | core:hasTime |
| Domain(s) | Observationc |
| Range(s) | xsd:dateTimec |
| IRI | https://w3id.org/rec/device/hasScaleFactor |
|---|---|
| Super-properties | hasCommunicationAttributedp |
| Domain(s) | core:Devicec |
| Range(s) | xsd:doublec |
| IRI |
https://w3id.org/rec/device/1
|
|---|---|
| Description | Read coil |
| IRI |
https://w3id.org/rec/device/1.yyy
|
|---|---|
| Description | Boolean, like switching, move up/down, step |
| IRI |
https://w3id.org/rec/device/15
|
|---|---|
| Description | Write Multiple Coils |
| IRI |
https://w3id.org/rec/device/16
|
|---|---|
| Description | Write Multiple Holding Registers |
| IRI |
https://w3id.org/rec/device/1_byte
|
|---|
| IRI |
https://w3id.org/rec/device/2
|
|---|---|
| Description | Read Discrete Input |
| IRI |
https://w3id.org/rec/device/2_byte
|
|---|
| IRI |
https://w3id.org/rec/device/2_byte_BCD
|
|---|
| IRI |
https://w3id.org/rec/device/2_byte_signed_integer
|
|---|
| IRI |
https://w3id.org/rec/device/2_byte_signed_integer_swapped
|
|---|
| IRI |
https://w3id.org/rec/device/2_byte_unsigned_integer
|
|---|
| IRI |
https://w3id.org/rec/device/2_byte_unsigned_integer_swapped
|
|---|
| IRI |
https://w3id.org/rec/device/3
|
|---|---|
| Description | Read Holding Registers |
| IRI |
https://w3id.org/rec/device/4
|
|---|---|
| Description | Read Input Registers |
| IRI |
https://w3id.org/rec/device/4_byte_BCD
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_BCD_swapped
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_float
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_float_BCD
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_float_swapped
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_signed_integer
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_signed_integer_swapped
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_signed_integer_swapped_bytes_and_words
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_unsigned_integer
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_unsigned_integer_swapped
|
|---|
| IRI |
https://w3id.org/rec/device/4_byte_unsigned_integer_swapped_bytes_and_words
|
|---|
| IRI |
https://w3id.org/rec/device/5
|
|---|---|
| Description | Write Single Coil |
| IRI |
https://w3id.org/rec/device/6
|
|---|---|
| Description | Write Single Holding Register |
| IRI |
https://w3id.org/rec/device/8_byte_float
|
|---|
| IRI |
https://w3id.org/rec/device/8_byte_float_swapped
|
|---|
| IRI |
https://w3id.org/rec/device/8_byte_signed_integer
|
|---|
| IRI |
https://w3id.org/rec/device/8_byte_signed_integer_swapped
|
|---|
| IRI |
https://w3id.org/rec/device/8_byte_unsigned_integer
|
|---|
| IRI |
https://w3id.org/rec/device/8_byte_unsigned_integer_swapped
|
|---|
| IRI |
https://w3id.org/rec/device/AirDiffuser
|
|---|
| IRI |
https://w3id.org/rec/device/AirHandlingUnit
|
|---|
| IRI |
https://w3id.org/rec/device/BACnet
|
|---|
| IRI |
https://w3id.org/rec/device/Battery
|
|---|
| IRI |
https://w3id.org/rec/device/Boiler
|
|---|
| IRI |
https://w3id.org/rec/device/Chiller
|
|---|
| IRI |
https://w3id.org/rec/device/CirculationAir
|
|---|
| IRI |
https://w3id.org/rec/device/Coil
|
|---|
| IRI |
https://w3id.org/rec/device/ColdWaterFlow
|
|---|
| IRI |
https://w3id.org/rec/device/ColdWaterReturn
|
|---|
| IRI |
https://w3id.org/rec/device/CommunicationBusPowerSource
|
|---|
| IRI |
https://w3id.org/rec/device/Compressor
|
|---|
| IRI |
https://w3id.org/rec/device/Condenser
|
|---|
| IRI |
https://w3id.org/rec/device/Control
|
|---|---|
| Description | Device that controls Actuators (can also collect data). |
| IRI |
https://w3id.org/rec/device/Damper
|
|---|
| IRI |
https://w3id.org/rec/device/DataAcquisition
|
|---|---|
| Description | Device that collects data |
| IRI |
https://w3id.org/rec/device/DataCommunicationGateway
|
|---|---|
| Description | Device that acts as a broker (could be a switch or gateway) |
| IRI |
https://w3id.org/rec/device/DistrictCoolingFlow
|
|---|
| IRI |
https://w3id.org/rec/device/DistrictCoolingReturn
|
|---|
| IRI |
https://w3id.org/rec/device/DistrictHeatingFlow
|
|---|
| IRI |
https://w3id.org/rec/device/DistrictHeatingReturn
|
|---|
| IRI |
https://w3id.org/rec/device/ElectricalGridIntake
|
|---|
| IRI |
https://w3id.org/rec/device/ElectricalGridInternal
|
|---|
| IRI |
https://w3id.org/rec/device/ElectricalGridLocalProduction
|
|---|
| IRI |
https://w3id.org/rec/device/ElectricalGridTenant
|
|---|
| IRI |
https://w3id.org/rec/device/Elevator
|
|---|
| IRI |
https://w3id.org/rec/device/Escalator
|
|---|
| IRI |
https://w3id.org/rec/device/ExhaustAir
|
|---|
| IRI |
https://w3id.org/rec/device/ExtractAir
|
|---|
| IRI |
https://w3id.org/rec/device/Fan
|
|---|
| IRI |
https://w3id.org/rec/device/Filter
|
|---|
| IRI |
https://w3id.org/rec/device/Fixed_length_string
|
|---|
| IRI |
https://w3id.org/rec/device/Heater
|
|---|
| IRI |
https://w3id.org/rec/device/HotWaterFlow
|
|---|
| IRI |
https://w3id.org/rec/device/HotWaterReturn
|
|---|
| IRI |
https://w3id.org/rec/device/Hwrc
|
|---|
| IRI |
https://w3id.org/rec/device/IP
|
|---|
| IRI |
https://w3id.org/rec/device/IndoorAir
|
|---|
| IRI |
https://w3id.org/rec/device/KNX
|
|---|
| IRI |
https://w3id.org/rec/device/LoRa
|
|---|
| IRI |
https://w3id.org/rec/device/MBus
|
|---|
| IRI |
https://w3id.org/rec/device/ModbusRTU
|
|---|
| IRI |
https://w3id.org/rec/device/ModbusTCP
|
|---|
| IRI |
https://w3id.org/rec/device/OPC-DA
|
|---|
| IRI |
https://w3id.org/rec/device/OPC-UA
|
|---|
| IRI |
https://w3id.org/rec/device/OutdoorAir
|
|---|
| IRI |
https://w3id.org/rec/device/PrimaryCoolingFlow
|
|---|
| IRI |
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Percentage of households that participate in ASC-sponsored arts or cultural activities
Arts, culture and creative expression are critical to a thriving community, contributing to education, economic development, and participation in civic life. The arts can help build community by fostering relationships, helping communities to understand and celebrate their heritage, and providing a civic space to discuss and solve difficult problems. Arts participation may be impacted by many factors including affordability, location and accessibility of venues and programs, cultural/language barriers, and availability of community outreach programs.
####Did you know? Americans for the Arts estimates that arts and culture organizations in Mecklenburg County support over 6,000 full-time equivalent jobs, and generate over $8 Million in revenue to local government. In 2013, The Arts and Science Council awarded more than $13 million in grants and program services, including $275,000 to support arts and culture in public schools.
Number of households that participate in arts and culture activities and organizations sponsored by the Arts & Science Council (ASC), divided by total number of households. Participation is measured by ticket purchases, memberships and donations to one or more of the 22 organizations that receive operating support grants from ASC, and/or ASC membership.
Participation is limited to people whose household location could be determined, e.g., provided address information or paid with a credit card and provided a billing address. Total households are calculated by multiplying the occupancy rate from the U.S. Postal Service by the number of housing units from the Mecklenburg County tax parcel database. Data are received from the Arts & Science Council at the block group level and aggregated to NPAs.
Source: Arts and Science Council
| Resource | Learn More and Take Action |
|---|---|
| Cultural Partners | The Arts and Science Council's listing of more than 150 cultural partners. |
| Find an Event | Charlotte Culture Guide is your source for upcoming arts and cultural events in the Charlotte area |
| Public Art Walking Tour | Put on a pair walking shoes and explore public art in uptown Charlotte. |
| Arts & Prosperity | A report on the impact of the arts and culture sector on economic prosperity in Mecklenburg County. |
| Animating Democracy | A program of Americans for the Arts to foster civic engagement through arts and culture. |


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Sensex rallies over 300 points to hit record peak; RIL jumps 4%
Nifty reclaimed the 12,000 mark.
by PTIEquity benchmark BSE Sensex rallied over 300 points to hit its lifetime high on Wednesday, enthused by gains in Reliance Industries which also scaled a fresh peak in morning session.
After hitting a high of 40,816.38, the 30-share index was trading 321.20 points, or 0.79%, higher at 40,790.90.
Similarly, the broader Nifty reclaimed the 12,000 mark. It was quoting at 87.25 points, or 0.73%, up at 12,027.35.
Shares of Reliance Industries (RIL) rallied nearly 4% to hit their lifetime high of ₹1,571.85 (intra-day), inching closer to the ₹10 lakh crore market-capitalisation level, after the company’s telecom arm, Reliance Jio, announced tariff hikes in the next few weeks in compliance with rules, as it followed similar announcements by Bharti Airtel and Vodafone Idea.
Other gainers in the Sensex pack included IndusInd Bank, Sun Pharma, Bharti Airtel, L&T, Asian Paints, Yes Bank and Maruti.
Meanwhile, Bajaj Auto, Kotak Bank, NTPC, HCL Tech, SBI and Hero MotoCorp were trading in the negative terrain.
Elsewhere in Asia, bourses in Shanghai, Hong Kong, Seoul and Tokyo were trading in the red after US President Donald Trump on Tuesday warned that failure to get a trade deal with China will prompt more tariffs.
On the currency front, the rupee appreciated marginally against the US dollar to trade at 71.69 in morning session.
Brent futures, the global oil benchmark, fell 0.31% to USD 60.72 per barrel.