| Modifier and Type | Method and Description |
|---|---|
Operation |
OperationLoader.load(File baseDir,
String[] args)
Load an operation described by the given arguments
|
protected abstract Operation |
AbstractLineBasedMixLoader.parseLine(File baseDir,
String line)
Parses a line into an operation
|
| Modifier and Type | Method and Description |
|---|---|
protected abstract List<Operation> |
AbstractOperationMixLoader.parseFile(File file)
Parses a file to produce an operation mix
|
protected List<Operation> |
AbstractLineBasedMixLoader.parseFile(File file) |
| Modifier and Type | Method and Description |
|---|---|
protected Operation |
GSPHeadOperationLoader.createOperation(String name) |
protected Operation |
GSPGetOperationLoader.createOperation(String name) |
protected Operation |
GSPDeleteOperationLoader.createOperation(String name) |
protected abstract Operation |
AbstractGSPOperationLoader.createOperation(String name)
Create a GSP operation that runs on the default graph
|
protected Operation |
GSPPutOperationLoader.createOperation(String name,
Model data) |
protected Operation |
GSPPostOperationLoader.createOperation(String name,
Model data) |
protected abstract Operation |
AbstractGSPDataOperationLoader.createOperation(String name,
Model data)
Create a GSP operation that runs on the default graph
|
protected Operation |
GSPPutOperationLoader.createOperation(String name,
Model data,
String graphUri) |
protected Operation |
GSPPostOperationLoader.createOperation(String name,
Model data,
String graphUri) |
protected abstract Operation |
AbstractGSPDataOperationLoader.createOperation(String name,
Model data,
String graphUri)
Creates a GSP operation that runs on a specified graph
|
protected Operation |
GSPHeadOperationLoader.createOperation(String name,
String graphUri) |
protected Operation |
GSPGetOperationLoader.createOperation(String name,
String graphUri) |
protected Operation |
GSPDeleteOperationLoader.createOperation(String name,
String graphUri) |
protected abstract Operation |
AbstractGSPOperationLoader.createOperation(String name,
String graphUri)
Creates a GSP operation that runs on a specified graph
|
Operation |
AbstractGSPOperationLoader.load(File baseDir,
String[] args) |
Operation |
AbstractGSPDataOperationLoader.load(File baseDir,
String[] args) |
| Modifier and Type | Method and Description |
|---|---|
protected Operation |
TsvMixLoader.parseLine(File baseDir,
String line) |
protected Operation |
ClassicQueryMixLoader.parseLine(File baseDir,
String line) |
| Modifier and Type | Method and Description |
|---|---|
Operation |
ParameterizedQueryOperationLoader.load(File baseDir,
String[] args) |
Operation |
ParameterizedNvpQueryOperationLoader.load(File baseDir,
String[] args) |
Operation |
InMemoryParameterizedQueryOperationLoader.load(File baseDir,
String[] args) |
Operation |
InMemoryFixedQueryOperationLoader.load(File baseDir,
String[] args) |
Operation |
FixedQueryOperationLoader.load(File baseDir,
String[] args) |
Operation |
FixedNvpQueryOperationLoader.load(File baseDir,
String[] args) |
Operation |
DatasetSizeOperationLoader.load(File baseDir,
String[] args) |
| Modifier and Type | Method and Description |
|---|---|
Operation |
ParameterizedUpdateOperationLoader.load(File baseDir,
String[] args) |
Operation |
ParameterizedNvpUpdateOperationLoader.load(File baseDir,
String[] args) |
Operation |
InMemoryParameterizedUpdateOperationLoader.load(File baseDir,
String[] args) |
Operation |
InMemoryFixedUpdateOperationLoader.load(File baseDir,
String[] args) |
Operation |
FixedUpdateOperationLoader.load(File baseDir,
String[] args) |
Operation |
FixedNvpUpdateOperationLoader.load(File baseDir,
String[] args) |
| Modifier and Type | Method and Description |
|---|---|
Operation |
SleepOperationLoader.load(File baseDir,
String[] args) |
Operation |
MixOperationLoader.load(File baseDir,
String[] args) |
| Modifier and Type | Method and Description |
|---|---|
<T extends Options> |
XmlProgressListener.afterOperation(Runner<T> runner,
T options,
Operation operation,
OperationRun run) |
<T extends Options> |
StreamProgressListener.afterOperation(Runner<T> runner,
T options,
Operation operation,
OperationRun run) |
<T extends Options> |
ProgressListener.afterOperation(Runner<T> runner,
T options,
Operation operation,
OperationRun run)
Invoked after each run of an operation
|
<T extends Options> |
CsvProgressListener.afterOperation(Runner<T> runner,
T options,
Operation operation,
OperationRun run)
Does nothing as this listener discards individual operation run
statistics
|
<T extends Options> |
XmlProgressListener.beforeOperation(Runner<T> runner,
T options,
Operation operation)
Does nothing as this listener discards individual operation run
statistics
|
<T extends Options> |
StreamProgressListener.beforeOperation(Runner<T> runner,
T options,
Operation operation) |
<T extends Options> |
ProgressListener.beforeOperation(Runner<T> runner,
T options,
Operation operation)
Invoked before each run of an operation
|
<T extends Options> |
CsvProgressListener.beforeOperation(Runner<T> runner,
T options,
Operation operation)
Does nothing as this listener discards individual operation run
statistics
|
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractOperation
Abstract implementation of a test operation
|
| Modifier and Type | Method and Description |
|---|---|
Operation |
OperationMixImpl.getOperation(int id) |
Operation |
OperationMix.getOperation(int id)
Gets the operation with the specified ID
|
| Modifier and Type | Method and Description |
|---|---|
Iterator<Operation> |
OperationMixImpl.getOperations() |
Iterator<Operation> |
OperationMix.getOperations()
Gets the operations in this mix
|
| Constructor and Description |
|---|
OperationMixImpl(Collection<Operation> ops)
Creates a new operation mix
|
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractGSPOperation
Abstract implementation of a SPARQL Graph Store Protocol operation
|
class |
GSPDeleteOperation
An operation which runs a Graph Store Protocol DELETE operation
|
class |
GSPGetOperation
An operation which runs a Graph Store Protocol GET operation
|
class |
GSPHeadOperation
An operation which runs a Graph Store Protocol HEAD operation
|
class |
GSPPostOperation
An operation which runs a Graph Store Protocol POST operation
|
class |
GSPPutOperation
An operation which runs a Graph Store Protocol POST operation
|
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractParameterizedQueryOperation
Abstract parameterized SPARQL query operation
|
class |
AbstractParameterizedSparqlOperation
Abstract parameterized SPARQL operation
|
class |
AbstractParameterizedUpdateOperation
Abstract parameterized SPARQL update operation
|
class |
InMemoryParameterizedQueryOperation
A parameterized query operation that runs against a local in-memory dataset
|
class |
InMemoryParameterizedUpdateOperation
A parameterized update operation that runs against a local in-memory dataset
|
class |
ParameterizedQueryOperation
A parameterized query operation that runs against a remote service via HTTP
|
class |
ParameterizedUpdateOperation
A parameterized update operation that runs against a remote service via HTTP
|
| Modifier and Type | Class and Description |
|---|---|
class |
ParameterizedNvpQueryOperation
An operation that runs a parameterized query with custom NVPs added to the
request
|
class |
ParameterizedNvpUpdateOperation
An operation that runs a parameterized update with custom NVPs added to the
request
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
QueryOperation
Interface for operations that makes a query
|
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractInMemoryQueryOperation
Abstract implementation of a query operation that runs against a local
in-memory dataset
|
class |
AbstractQueryOperation
Abstract implementation of a query operation
|
class |
AbstractRemoteQueryOperation
Abstract implementation of a query operation that runs against a remote
service via HTTP
|
class |
DatasetSizeOperation
An operation which calculates the size of the dataset
|
class |
FixedQueryOperation
Represents a query operation that always uses the same fixed query
|
class |
InMemoryFixedQueryOperation
Represents a query operation that always uses the same fixed query
|
| Modifier and Type | Class and Description |
|---|---|
class |
FixedNvpQueryOperation
An operation that runs a fixed query with custom NVPs added to the request
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
UpdateOperation
Interface for operations that make an update
|
| Modifier and Type | Class and Description |
|---|---|
class |
FixedUpdateOperation
An operation that makes a fixed SPARQL Update against a remote SPARQL service via HTTP
|
class |
InMemoryFixedUpdateOperation
An operation that makes a fixed SPARQL Update against a local in-memory
dataset
|
| Modifier and Type | Class and Description |
|---|---|
class |
FixedNvpUpdateOperation
An operation that runs a fixed SPARQL update with custom NVPs added to the
request
|
| Modifier and Type | Class and Description |
|---|---|
class |
MixOperation
An operation that runs an entire operation mix
|
class |
SleepOperation
Creates a new sleep operation
|
| Modifier and Type | Method and Description |
|---|---|
void |
Runner.reportAfterOperation(T options,
Operation operation,
OperationRun run)
Reports progress after we have run an operation
|
void |
AbstractRunner.reportAfterOperation(T options,
Operation operation,
OperationRun run) |
void |
Runner.reportBeforeOperation(T options,
Operation operation)
Reports progress before we run an operation
|
void |
AbstractRunner.reportBeforeOperation(T options,
Operation operation) |
protected void |
AbstractRunner.reportOperationSummary(T options,
Operation op)
Reports a summary of the operation
|
protected OperationRun |
AbstractRunner.runOp(T options,
Operation op)
Runs an operation using the configured operation runner, if there is no
configured runner then it uses the
DefaultOperationRunner to run
the operation. |
| Modifier and Type | Method and Description |
|---|---|
protected <T extends Options> |
AbstractOperationMixRunner.runOp(Runner<T> runner,
T options,
Operation op)
Runs an operation based on the configured
OperationRunner using
the DefaultOperationRunner if none is configured |
| Modifier and Type | Method and Description |
|---|---|
<T extends Options> |
RetryingOperationRunner.run(Runner<T> runner,
T options,
Operation op) |
<T extends Options> |
OperationRunner.run(Runner<T> runner,
T options,
Operation op)
Runs the operation returning the statistics as an
OperationRun |
<T extends Options> |
DefaultOperationRunner.run(Runner<T> runner,
T options,
Operation op) |
protected <T extends Options> |
RetryingOperationRunner.shouldRetry(Runner<T> runner,
T options,
Operation op,
OperationRun run)
Decides whether the runner should continue retrying
|
Copyright © 2015. All rights reserved.


Maritime Innovative Territories International Network
What is it?
Taking into account the increasing role of the oceans in the global ecomomy and the concepts of "blue economy", and more globally "blue growth", some port cities, with their associated scientific institutions, representing relevant territories dedicated to oceans management, united to form the Maritime Innovative Territories International Network -
MITIN.
Together, they aim at improving the sustainable use of the oceans and strengthen the political will to work with economic stakeholders in this domain.
The objectives of the network are:
-
To analyze the conditions as well as opportunities opened by sustainable development strategies of the maritime economy
-
To develop knowledge of the marine world and the human skills required for a sustainable exploitation of maritime resources
-
To act towards the goals of a blue growth, by exploiting the collective strength, knowledge and skills of an international multidisciplinary network
-
To promote the concept of a blue growth by maritime communities and to sustain / or contribute to the actions undertaken by international institutions working towards the same goal
These goals will be achieved through thee provision of comprehensive analysis to the members to contribute to the development of best practices and other techniques related to the sustainable use of the ocean, the support to international organizations in order to strengthen the international cooperation for development, to be a link between political decision-making and the scientific community, the promotion of economic development through partnerships to meet the needs of developing countries and markets, the development of policies and strategies and serving as a communication and exchange platform.
MITIN is an initiative led by the
city of Brest, France, with the support of the Secretariat of the Convention on Biological Diversity. It has been launched on 13
th July 2012 in Brest, France.
The Mandate
The tenth meeting of the Conference of the Parties to the Convention on Biological Diversity, through
Decision X/22, endorsed the Plan of Action on Subnational Governments, Cities and other Local Authorities for Biodiversity.
Since then, the Secretariat of the Convention has been liaising with cities and local authorities to assess the potential of the implentation of and interest for the Convention by networks at the local level.
In parallel,
Decision X/29 related to Marine and Coastal Biodiversity endorses the organization of workshops to "identify practical and innovative ways to accelerate progress on the establishment and effective management of marine protected areas in under-represented areas of marine environment.
The biodiversity issues faced by port cities overlap both Decisions. Pursuant to this, the Secretariat of the Convention on Biological diversity supported the initative led by the Mayor of Brest and President of the association of cities Brest Métropole Océane, Mr. François Cuillandre, and now participate in the development of MITIN.
News
The MITIN membres have just launched its web-based platform dedicated to
Marine Biodiversity. This is a place for coastal local authorities and other relevant stakeholders to share information. This initiative is closely related to the Marine and Coastal Biodiversity Programme developed by the Secretariat of the Convention on Biological Diversity. Read the latest
MiTin newsletter.
Contacts
For additional information, please contact:
Secretariat of the Convention on Biological Diversity
Mr. Oliver Hillel
Programme Officer - Sustainable Use, Tourism and Island Biodiversity
<EMAIL_ADDRESS>+1<PHONE_NUMBER>
Brest Métropole Océane, France
Ms. Armelle Labadie-Ouedraogo
<EMAIL_ADDRESS>+33 2 98 33 55 65


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Man fined for smashing bowl on diner's face at Haidilao restaurant
by Lydia LamSINGAPORE: A man was fined S$4,000 on Thursday (Nov 14) for smashing a sauce bowl onto a fellow diner's face at Haidilao Restaurant.
Jason Esaias Gao Weijie, 34, pleaded guilty to one charge of voluntarily causing hurt to 33-year-old Eugene Lee Wei Liang.
The victim was with his friends having supper at the restaurant in Clarke Quay at about 3.25am on Jan 12 this year.
He joined the queue at the condiment counter to pick up some sauces and was eating from a bowl while queuing.
When he reached the front of the queue, he placed his bowl on the counter while filling his sauce container.
Gao, who was queuing behind the victim, got angry at him as he felt that "the victim's act of leaving the bowl on the counter was unhygienic", said Deputy Public Prosecutor Shana Poon.
He told the victim to remove the bowl, and the latter said he would do so when he was done filling his sauce container.
This agitated Gao, who began quarrelling with the victim.
After the victim was done, he turned to leave, holding both his sauce container and the bowl.
Gao grabbed his neck from behind out of anger and smashed his own sauce bowl into the victim's face.
He also pushed the victim, and had to be pulled away by onlookers.
His actions were caught on closed-circuit television cameras at the restaurant.
The victim sought medical attention at Changi General Hospital and was found with a 1.5cm facial laceration over his nose and given six days' medical leave.
Gao has made compensation of S$8,000 to cover medical expenses.
For voluntarily causing hurt, he could have been jailed for up to two years, fined S$5,000, or both.


Contact me
Email:
<EMAIL_ADDRESS>Location:
San Jose, CA
Email:
<EMAIL_ADDRESS>Location:
San Jose, CA


{{If you use 6to4 (without a tunnel broker; ie, using anonymous 6to4):}}
[% PROCESS "faq/6to4_sucks.inc" %]
{{If you want to continue trying to debug anonymous 6to4:}}
{{If you are using your router to do the 6to4:}}
{{Make sure your router has a public IPv4 address. Without this, 6to4 fails.}}
{{ If your router permits you to log in, use "ping" or "ping6" and see if you can ping "ipv6.test-ipv6.com". Don't waste your time fixing computers until the router works! }}
{{ If you are using your Linux, BSD, Mac, or Windows box to "talk 6to4" specifically: }}
{{ Make sure your router is passing "protocol 41" to you. }}
{{ Most home systems have private IPv4 addresses; this won't work with 6to4 (unless..) }}
{{ Make sure your 6to4 interface knows your public IPv4 address. }}
{{ Make sure that your router permits protocol 41 from any IP address - not just <IP_ADDRESS>. This will allow web sites to operate their half of 6to4, even if they can not spoof the <IP_ADDRESS> anycast address. }}
{{ Linux users using iptables connection tracking: take heed of the previous note! }}
{{ Consider changing how you connect. }}
{{ Ask your ISP if they offer any IPv6 connectivity (including possibly 6in4 tunnels, or tunnelbroker type tunnels). }}
{{ See 6to4 for more information on why you would want to switch; and some options. }}


UNICEF
The impact of digital technologies (responsible for 4% of greenhouse gases) is approximately split into the production and consumption stages. At the consumption phase, 80% of its impact comes from video, which has a huge carbon footprint.The agency is among the most widespread and recognizable social welfare organizations in the world.
SOLOCAL
Since 2013, Solocal has been engaged in a corporate social responsibility strategy. In 2018, compliance with the European Directive on the Publication of Extra-Financial Information has led Solocal to re-examine its main CSR risks and opportunities in order to publish its Statement on Non-Financial Performance (SNFP).
The British Council
The British Council builds connections, understanding and trust between people in the UK and other countries through arts and culture, education and the English language. ..Our work in arts and culture stimulates creative expression and exchange and nurtures creative enterprise.
Asia Foundation
The Asia Foundation is a nonprofit international development organization committed to improving lives across a dynamic and developing Asia. Informed by six decades of experience and deep local expertise, our work across the region addresses five overarching goals—strengthen governance, empower women, expand economic opportunity, increase environmental resilience, and promote international cooperation.
USAID
USAID transforms. It transforms families, communities, and countries – so they can thrive and prosper. Whether by preventing the next global epidemic, responding to a devastating earthquake, or helping a farmer access tools to grow her business.
Peace Brigades International
Human rights defenders- courageous people who stand up for the rights and dignity of their communities because they believe in peace and justice for all are at the heart of all we do. We use our international presence and global networks to protect,support and enable the work of human rights defenders are at the heart of all we do at PBI.local activists for peaceful social change.


Intro
json-summary
was created to simplify the communication of complex, freeform data to
users.
json-summary
extracts important structural information from a JSON object to simplify
the use of and development with a dataset.
Among its benefits:
- Zero Dependencies
- Eliminates repetitiveness for long datasets
- Sampling helps capture holes in sparse datasets
- The smaller, summary representation is better to send over the network
Features:
- Traverses JSON data to extract its structure
- Saves the data types from each substructure
- Catches and marks circular references
- Samples data from arrays to handle sparsity
- Produces HTML strings for the interactive exploration of the summaries
- Displays sample values and data ranges for attributes
- Visulizes the rate of occurence of attributes in sparse data
- Implements four themes to match your projects
Try it yourself!
Upload a JSON file:
Interactive Summary
Usage
Adding to your project
in browser using unpkg
in node (npm install json-summary)
Summarizing Object Structure
The code to summarize data where data
is a JSON dataset
and options
is an object of summary parameters.
How the object summary looks:
Supported summary parameters:
| Option | Type | Default | Description |
|---|---|---|---|
| arraySampleCount | Number | 10 | the number of elements to sample and summarize for arrays |
Displaying Interactive Summary Output
The code to summarize data where summary
is the
previously produced summary and options
is an object of
display parameters.
How the ouput htmlString
behaves when added to the page:
Supported display parameters:
| Option | Type | Default | Description |
|---|---|---|---|
| theme | String | "dark" | light, dark, monokai, or abyss |
| indentation | String | " " | the character used for indentation whitespace |
| indentCount | Number | 2 | the number of whitespace characters to indent with per nested level |
| showExampleValue | Boolean | true | Whether or not the example values should be displayed for basic types |
| startExpanded | Boolean | false | whether the sections of the object should begin open or closed |
| asText | Boolean | false | output the printed summary as plaintext |
More Examples
Raw Data
Interactive Summary
The bars next to the keys a, b, c represent the ratio at which these three keys were observed on objects sampled from the array data
Raw Data
Interactive Summary
The mean length (μ = 3.7) represents the average length of the powers array across members sampled
Print as Plaintext
Raw Data
Plaintext Summary
This plaintext summary (enabled using the asText option) displays a simplified textual representation of the JSON data structure.
Print as JSON
Raw Data
JSON JSON Summary!
This JSON formatted summary (enabled using the asJson option) produces the summary in a readable, 'object' format rather than outputting to plaintext or HTML.


Hello
Web is the future
This website is built and powered by Polymer and Github pages.
Projects
Eric Liao
Contact
Objective
Looking for a web-based software development that can sponsor me with EB2 to Green Card with my experience as a developer.
Background
I have a great time working as a developer in Edlio since 2014; however, I have trouble getting my visa problem straight. Thus, I’m looking for a chance of immigration to continue my professional development via EB2 category since I am a Taiwanese citizen.
Work
Full stack developer works with Java as backend and JavaScript on the front-end (mainly with AngularJS)
Education
- Artificial Intelligence
- Computer Vision
- Alrogithms and Data Stucture
- Cryptography
- Web via Java Spring
- Software Engineering
Skills
Programming Languages- Java
- JavaScript
- Python
- Scala
- SQL
- AngularJS & Ionic
- WebComponents & Polymer
- Java Jersey & JDBC
- NodeJS
- MEAN stack
- CSS3 Animation
- SASS/CSS
- WebSocket & SocketIO
Honor
Two day Hackathon, we created a index-card learning app using Ionic and Bluemix API to do text to speech and insight learning based on the index card content user created.
Source code -- https://github.com/really-lazy-bone/cabrini
Two day Hackathon, we created a mobile app using Ionic to visualize objects around car via various ultrasonic sensors.
Source code -- https://github.com/really-lazy-bone/augemented-sixth-mobile


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mdalinfo
Lists information about a MDAL dataset.
Synopsis
mdalinfo [--help]
Description
mdalinfo program lists various information about a MDAL supported files
The following command line parameters can appear in any order
Example
./mdalinfo ./2dm/quad_and_triangle.2dm ./ascii_dat/quad_and_triangle_vertex_vector.dat
mdalinfo 0.5.90
Mesh File: ./2dm/quad_and_triangle.2dm
Mesh loaded: OK
Driver: 2DM
Vertex count: 5
Edge count: 0
Face count: 2
Edge count: 0
Projection: undefined
Dataset File: ./ascii_dat/quad_and_triangle_vertex_vector.dat
Datasets loaded: OK
Groups count: 2
Bed Elevation
VertexVectorDataset ( Vector )


Tools and Safety
Fablab @ Singapore Polytechnic has a large number of tools, equipment and machinery which we can use to fabricate our project. In the course of the module, we will be taught the operation of some of these tools and equipment, but firstly, we would have to ensure our safety in the lab which requires us to take the Safety Assessment. The documentation and notes for the couse are provided on the E-learning Site at SP which we can go through before taking the Safety Assessment.
List of common tools
- Hammer
- Ladder
- Screwdriver
- Allen Keys
- Spanner
- Metal File
- Pliers
- Wire Cutters
- Xacto Knife
- Hot Glue Gun
- Drill
Softwares
| Purpose | Choice | Reasons |
|---|---|---|
| Text Editor | SublimeText3 | Open Source |
| Graphics Editior | GIMP | Open Source |
| Vector Editor | InkSkape | Open Source |
| Screen Capture | PicPick | Open Source |
| Image Resizer | FastOne | Open Source |
| CAD System | Fusion360 | Free education license for 3 years |
| IDE | Arduino | Lots of examples to choose from |
| Browser | Chrome | Easy to use |


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Gehlot asks Adityanath to intervene in BHU students' protest row
A group of BHU students are protesting against the appointment of a Muslim professor since past 14 days.
by PTIJaipur: Chief Minister Ashok Gehlot on Wednesday urged his Uttar Pradesh counterpart to intervene in the row over the appointment of a Muslim professor at Banaras Hindu University’s Sanskrit department.
A group of BHU students are protesting against the appointment of Feroze Khan, who is from Rajasthan, saying a Muslim cannot teach Sanskrit. The university has backed Khan, urging students to let classes resume.
"I am in touch with the chief minister and the deputy chief minister of Uttar Pradesh. The issue created over Dr Feroze Khan teaching Sanskrit at BHU should be resolved soon,” Gehlot tweeted in Hindi.
“The chief minister and the deputy chief minister of Uttar Pradesh should intervene in this matter," he said.
He said if someone from the Muslim community became a Sanskrit scholar, the BJP and RSS should have welcomed it. “It should have been be a matter of pride for Hindu society.”
Banaras has been considered the flag bearer of Ganga-Jamuni culture, he said.
He added that Hindus too have become well-known “shayars”.
Gehlot approved of people taking an interest in each other’s religion.
Feroze Khan hails from a village near Jaipur. His father Ramzan Khan sings bhajans at temples and serves at a cow shelter.
Catch the latest news, live coverage and in-depth analyses from India and World. Follow us on Facebook and Twitter.


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| inherits_any {rlang} | R Documentation |
inherits_any()
is like base::inherits()
but is more explicit
about its behaviour with multiple classes. If classes
contains
several elements and the object inherits from at least one of
them, inherits_any()
returns TRUE
.
inherits_all()
tests that an object inherits from all of the
classes in the supplied order. This is usually the best way to
test for inheritance of multiple classes.
inherits_only()
tests that the class vectors are identical. It
is a shortcut for identical(class(x), class)
.
inherits_any(x, class) inherits_all(x, class) inherits_only(x, class)
x |
An object to test for inheritance. |
class |
A character vector of classes. |
obj <- structure(list(), class = c("foo", "bar", "baz")) # With the _any variant only one class must match: inherits_any(obj, c("foobar", "bazbaz")) inherits_any(obj, c("foo", "bazbaz")) # With the _all variant all classes must match: inherits_all(obj, c("foo", "bazbaz")) inherits_all(obj, c("foo", "baz")) # The order of classes must match as well: inherits_all(obj, c("baz", "foo")) # inherits_only() checks that the class vectors are identical: inherits_only(obj, c("foo", "baz")) inherits_only(obj, c("foo", "bar", "baz"))


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# Hello, this is mmd.js [mmd.js](mmd.js) is a standalone minimalist Markdown parser written in ~815 bytes of JavaScript. All the cool kids use Markdown. If you are not familiar with it already, have a look at the [original Markdown syntax](http://daringfireball.net/projects/markdown/syntax). Check the source code of this page, it is written in Markdown and parsed using [mmd.js](mmd.js). ## Why so small ? [mmd.js](mmd.js) is only small because of its simple design and feature set. Using dirty size optimization tricks it should be possible to reach the 5-600 bytes mark. Maybe smaller. Except that's not the idea. Enough yak shaving! ## How does **mmd.js** work ? The input text is split into blocks separated by one or more blank lines. The type of each block is determined by checking the first character of the block. Headers, HTML and paragraphs are handled separetely. Multi line blocks are split using a regular expression. HTML escaping and span elements ( link, images, emphasis ) are processed for each line of the blocks. This allow to be close to the original Markdown syntax. ## How to use **mmd.js** ? ## Supported features * Headers # * Blockquotes > * Ordered lists 1 * Unordered lists * * Paragraphs * Links []() * Images ![]() * Inline emphasis * * Inline emphasis ** ## Unsupported features * References and IDs * Escaping of Markdown characters * Nesting ## Supported browsers So far [mmd.js](mmd.js) has been tested in recent versions of Opera ( all flavours including Mini ), Chrome and Firefox. Pull requests addressing compatibility issues are most welcome, esp. regarding IE and Safari. ## Why ? [mmd.js](mmd.js) is the result of some very intensive yak shaving. Let's be honest, it was just an excuse to procastinate and do something different. ## License MIT That's all folks.


MIDI Relay was written by Joseph Adams and is distributed under the MIT License.
Copyright 2019 Joseph Adams.
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
It is not sold, authorized, or associated with any other company or product.
To contact the author or for more information, please visit
www.techministry.blog.
TO USE THIS SOFTWARE:
- This program runs an HTTP server listening on port 4000.
- Upon startup, the program will enumerate through the available MIDI ports.
- Making a GET request to /midi_inputs will return a JSON list of MIDI Input ports available on the server.
- Making a GET request to /midi_outputs will return a JSON list of MIDI Output ports available on the server.
- Making a GET request to /refresh will refresh the list of available MIDI ports and update the internal variables with these ports. A JSON response of {result: 'ports-refreshed-successfully'} indicates it was successful.
- Making a POST request to /sendmidi will send a MIDI command to the port identified in the JSON object included in the POST body.
If sending a MIDI Note On or Note Off, the JSON object should be in this format:
{
midiport: 'MIDI Port Name',
midicommand: 'noteon',
note: 21,
channel: 0,
velocity: 1
}
A JSON response of {result: 'note-on-sent-successfully'} indicates the note was successfully sent.
A midicommand of noteon specifies a MIDI Note On command. noteoff specifies that it is a Note Off command.
- note should be an integer of the MIDI Number value that represents the note, between 21 (A0) and 108 (C8).
- channel should be a integer between 0 and 15.
- velocity should be a integer between 1 and 127.
To send a MSC (MIDI Show Control) message, the JSON object should be in this format:
{
midiport: 'MIDI Port Name',
midicommand: 'msc',
deviceid: 0,
commandformat: 'lighting.general',
command: 'go',
cue: '10',
cuelist: '13',
cuepath: ''
}
deviceid should be an integer between 0 and 111. It can also be a string "g1" through "g15" to represent groups, or it can be "all".
commandformat should be a string with one of the following values:
- lighting.general
- sound.general
- machinery.general
- video.general
- projection.general
- processcontrol.general
- pyro.general
- all
Any other value for commandformat will default to "all".
command should be a string with one of the following values:
- go
- stop
- gojam
- gooff
- resume
- timedgo
- load
- set
- fire
- alloff
- restore
- reset
- opencuelist
- closecuelist
- startclock
- stopclock
Any other value for command will default to "go".
Values for cue, cuelist, and cuepath are all optional strings. If left blank ("") or not included in the object, those will not be included in the MIDI command that is generated.
A JSON response of {result: 'msc-sent-successfully'} indicates the note was successfully sent.


Building the Docker Image¶
Building the official image¶
The official image is built using docker-compose and documented in the
docker-compose.yml
file. To build (and then push) the latest
image
run:
$ docker-compose build
$ docker-compose push
To build (and then push) the official stable
image run:
$ IMAGE_TAG=stable docker-compose build
$ IMAGE_TAG=stable docker-compose push
Building your own image¶
The official image used for the container to create your cluster is available on Docker Hub and should work with MacOS and Unix.
The container image runs as the built-in user okdo
using User and
Group IDs of 40000
.
As the OKD Orchestrator working directory of your clone or fork of this project is expected to be mounted within the container as a volume you may have permission issues with some flavours of unix.
To get around this you can build your own container image using the
docker4me.sh
script in the project root. This script builds
the container image using the okdo
user but with User and Group
ids that match yours:
./docker4me.sh
Once built you can then use the project’s okdo-start.sh
script from the
project root to use your personalised copy of the image.


Work
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|
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A
Marina B
Logged in as instructor
All problems
New
New problem
/4
Name
Type
--Select Type--
Code
Multiple choice
Comments
Weight
Instructions
Starter Code


--- layout: page title: Home permalink: / ---
Seasoned software engineering leader with experience delivering technology solutions and building, mentoring and growing software engineering teams.
💼 Software Development Manager at Amazon Prime Video by the day. 🚣♂ Amateur rower at Globe Rowing Club and a Christ Church Boat Club, University of Oxford alumnus.
Previously start-up guy at Perpetual Labs and Zzish. Also held software engineering and architecture focused roles at Boston Consulting Group, Financial times, News UK and Sapient.


The Lingo Club at Eastmont Computing Center
This site is an on going sketch of my class in Game Design and Programming for teens at the Eastmont Computing Center.
The goal is to enable students to take success in game play and extend that to excellence in school, work, and life.
In the class we'll use the Macromedia Director software and the Lingo computer programming language to build animation, interactive art, and games. I am the inventor of the Lingo programming language and I've spent over a decade developing it for Macromedia.
Hard Fun Part 1 - Computer Games and Learning
Hard Fun Part 2 - The Game Makers - Working for Fun
©2000 John Henry Thompson.


Advanced Parameters
For more details click onto the info button on the left
Min Word Length
All words below the choosen minimum word length will be salvaged with the conservative salvager and all
above with the greedy salvager.
Split Composite
If this parameter is true, composite words like "hard-rock song" will be split.
Use All Words
If this parameter is true, all words will be used and not only the filtered ones.
False means, only filtered words will be in the final dataset.


STM32CubeMP1 Firmware Package V1.6.0 / 02-June-2022
Main Changes
Official release of CMSIS Device, HAL & LL drivers supporting STM32MP151xx, STM32MP153xx, STM32MP157xx devices
Legacy & CubeMx FW examples on STM32MP157C-EV1 and STM32MP157C-DK2 boards


A fixture is used to attach a Shape to a body for collision detection. A fixture inherits its transform from its parent. Fixtures hold additional non-geometric data such as friction, collision filters, etc.
More...
|
| AfterCollisionEventHandler | AfterCollision |
| | Fires after two shapes has collided and are solved. This gives you a chance to get the impact force. More...
|
| |
| BeforeCollisionEventHandler | BeforeCollision |
| | Fires when two fixtures are close to each other. Due to how the broadphase works, this can be quite inaccurate as shapes are approximated using AABBs. More...
|
| |
| OnCollisionEventHandler | OnCollision |
| | Fires when two shapes collide and a contact is created between them. Note that the first fixture argument is always the fixture that the delegate is subscribed to. More...
|
| |
| OnSeparationEventHandler | OnSeparation |
| | Fires when two shapes separate and a contact is removed between them. Note: This can in some cases be called multiple times, as a fixture can have multiple contacts. Note The first fixture argument is always the fixture that the delegate is subscribed to. More...
|
| |
| object | Tag |
| | Set the user data. Use this to store your application specific data. More...
|
| |
A fixture is used to attach a Shape to a body for collision detection. A fixture inherits its transform from its parent. Fixtures hold additional non-geometric data such as friction, collision filters, etc.
◆ CloneOnto()
| Fixture tainicom.Aether.Physics2D.Dynamics.Fixture.CloneOnto |
( |
Body |
body | ) |
|
Clones the fixture onto the specified body.
- Parameters
-
| body | The body you wish to clone the fixture onto. |
- Returns
- The cloned fixture.
◆ GetAABB()
| void tainicom.Aether.Physics2D.Dynamics.Fixture.GetAABB |
( |
out AABB |
aabb, |
|
|
int |
childIndex |
|
) |
| |
Get the fixture's AABB. This AABB may be enlarge and/or stale. If you need a more accurate AABB, compute it using the Shape and the body transform.
- Parameters
-
| aabb | The aabb. |
| childIndex | Index of the child. |
◆ RayCast()
Cast a ray against this Shape.
- Parameters
-
| output | The ray-cast results. |
| input | The ray-cast input parameters. |
| childIndex | Index of the child. |
- Returns
◆ TestPoint()
| bool tainicom.Aether.Physics2D.Dynamics.Fixture.TestPoint |
( |
ref Vector2 |
point | ) |
|
Test a point for containment in this fixture.
- Parameters
-
| point | A point in world coordinates. |
- Returns
◆ AfterCollision
| AfterCollisionEventHandler tainicom.Aether.Physics2D.Dynamics.Fixture.AfterCollision |
Fires after two shapes has collided and are solved. This gives you a chance to get the impact force.
◆ BeforeCollision
| BeforeCollisionEventHandler tainicom.Aether.Physics2D.Dynamics.Fixture.BeforeCollision |
Fires when two fixtures are close to each other. Due to how the broadphase works, this can be quite inaccurate as shapes are approximated using AABBs.
◆ OnCollision
| OnCollisionEventHandler tainicom.Aether.Physics2D.Dynamics.Fixture.OnCollision |
Fires when two shapes collide and a contact is created between them. Note that the first fixture argument is always the fixture that the delegate is subscribed to.
◆ OnSeparation
| OnSeparationEventHandler tainicom.Aether.Physics2D.Dynamics.Fixture.OnSeparation |
Fires when two shapes separate and a contact is removed between them. Note: This can in some cases be called multiple times, as a fixture can have multiple contacts. Note The first fixture argument is always the fixture that the delegate is subscribed to.
◆ Tag
| object tainicom.Aether.Physics2D.Dynamics.Fixture.Tag |
Set the user data. Use this to store your application specific data.
The user data.
◆ Body
| Body tainicom.Aether.Physics2D.Dynamics.Fixture.Body |
|
getset |
Get the parent body of this fixture. This is null if the fixture is not attached.
The body.
◆ CollidesWith
| Category tainicom.Aether.Physics2D.Dynamics.Fixture.CollidesWith |
|
getset |
Defaults to Category.All
The collision mask bits. This states the categories that this fixture would accept for collision.
◆ CollisionCategories
| Category tainicom.Aether.Physics2D.Dynamics.Fixture.CollisionCategories |
|
getset |
The collision categories this fixture is a part of.
Defaults to Category.Cat1
◆ CollisionGroup
| short tainicom.Aether.Physics2D.Dynamics.Fixture.CollisionGroup |
|
getset |
Defaults to 0
Collision groups allow a certain group of objects to never collide (negative) or always collide (positive). Zero means no collision group. Non-zero group filtering always wins against the mask bits.
◆ Friction
| float tainicom.Aether.Physics2D.Dynamics.Fixture.Friction |
|
getset |
Set the coefficient of friction. This will not change the friction of existing contacts.
The friction.
◆ IsSensor
| bool tainicom.Aether.Physics2D.Dynamics.Fixture.IsSensor |
|
getset |
Gets or sets a value indicating whether this fixture is a sensor.
true
if this instance is a sensor; otherwise, false
.
◆ Restitution
| float tainicom.Aether.Physics2D.Dynamics.Fixture.Restitution |
|
getset |
Set the coefficient of restitution. This will not change the restitution of existing contacts.
The restitution.
◆ Shape
| Shape tainicom.Aether.Physics2D.Dynamics.Fixture.Shape |
|
get |
Get the child Shape.
The shape.
The documentation for this class was generated from the following file:
- Physics2D/Dynamics/Fixture.cs


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keywords Path Diagram, Mediation, mediated moderation, moderated mediation, conditional mediation
In this page we show how to set up some mediation models without interactions. For models with interactions (conditional mediation, moderated mediation, etc) see jAMM: Building conditional models.
To set up a simple mediation model, simply define one dependent variable, one independent variable and one mediator.
jAMM will define the models for you, as shown in the model info table.
The same logic applies for categorical independent variables.
However, for categorical independent variables, the path diagram shows only one box for the IV, even though the estimation requires dummies (contrast variables) to estimate the effects. This is signaled in the notes.
Thus, since fact1
variable has 4 groups, in the results we will find three mediated effects, one for the contrast variable fact11
, one for fact12
, and one for fact11
.
You can add as many independent variables as you need, the model is updated, by default, accordingly with the simple rule that each IV is mediatated by the mediator.
Nonetheless, one may have in mind a different model (not necessarily sensible in all applications). Assume we want the mediated effects of x1
and x2
through m1
, but we want the effects on y
(and only them) to be computed after partializing x3
. First, we go to Mediators models
and remove the effect of x3
from the list of predictors. In doing so, the jAMM removes x3
also from the Full model
. We go there and re-include x3
in the list of predictors. So we obtain the model we had in mind.
Notice the green path. That path is not estimated, but jAMM suggests to estimate it. That is because the model we just set up is not complete in terms of x3
mediation (recall that jAMM assumes you want to estimate mediation models).
If seeing the suggested paths disturb you, you can suppress them in the Mediation options
tab.
By defining two or more variables as mediators in the variables input panel, we obtain a parallel mediators model by default.
You can put as many mediators as you want
Several mediation models require building some sort of mediators chain. For instance, we can have that variable x
is measured 4 times,and we want to see if x1
affects x2
, x2
affects x3
, and x3
affects x4
. To build such a model, first we select x1
as the independent variable (it is the only exogenous variable in the model), x2
and x3
as mediators and x4
as dependent variable.
While we do so, jAMM builds a parallel mediators model (the default), but we ignore it and move on to change that. In fact, as compared with a parallel mediators model, the model we have in mind requires also that x2
be a predictor of x3
. We go to Mediators models
tab and add x2
in the field Mediator=x3. There we have it.
Assume you have x1
as independent, that influences x2
and x3
, that in turn affect y
through m1
. We can think of this model as a multi-layer model in terms of layers of mediators: first the x2
and x3
layer, then m1
layer. To set it up, first we put all endogenous predictors in the mediators field and x1
and y
in the independent and dependent field, respectively.
Again, we should change the automatically created parallel mediators model. We should add the paths from x2
and x3
to m1
. To do so we go to Mediators models
tab and add x2
and x3
in the field Mediator=m1.
Suprised by the ugly picture? Well, the model is correct but the picture can look better if one re-arranges the position of the terms. First, remove the mediators (jAMM does not like re-arranging terms already defined, so it is better to start anew). We want the last mediator m1
to be in the center of the diagram, so we should put it as the second mediator of the list. Then we change the Mediators models
as we did before. Here is the input: a bit better looking.
Here is the output.
One can combine the multiple IVs and the multiple mediators models to better suit the research aims. By defining multiple IV and multiple mediators in the variale input tabs, one obtains, by default, a full parallel mediators model.
Obviously, one can then change the structure of the model, for instance by making the mediators a chain of mediators, or by removing some path from one IV to one mediator.
Notice that the previos model is not equivalent to two independent simple mediation models, because in the present model all the effects on the dependent variable y
are computed keeping constant both independent variables. This feature is reminded by the notes of the path diagram.
There are models that may make a lot of sense in general, but are not mediation models. These models will not be estimated by jAMM, because they cannot produce mediated effects (that are the effects jAMM requires).
The first example is a model without mediators effect.
In this model I removed the path from m1
to y
in the Full model
tab. That creates a model in which the mediator has no role, and thus the path diagram shows a red path indicating that that path is required. It also signals the problem in the Models info
table.
Another possible error is to have each mediator to predict all the other mediators. That would make the model recursive, and not a mediation model.
jAMM warns you of the problem with a purple path in the diagram, and with some explanation in the Models info
table.
Got comments, issues or spotted a bug? Please open an issue on GAMLj at github“ or send me an email


--- layout: page title: About header-img: "img/about-bg.png" ---
Florida born and raised, dog lover, pizza enthusiast, and beginner coder <3


Before Change
// The ImageSubscriber gives your user a list of these images
// which can then be used as inputs in your module.
//
self.input_image_name = cps.ImageNameSubscriber(
// The text to the left of the edit box
"Input image name:",
// HTML help that gets displayed when the user presses the
// help button to the right of the edit box
doc=This is the image that the module operates on. You can
choose any image that is made available by a prior module.

ImageTemplate will do something to this image.
)
//
// The ImageNameProvider makes the image available to subsequent
// modules.
//
self.output_image_name = cps.ImageNameProvider(
"Output image name:",
// The second parameter holds a suggested name for the image.
"OutputImage",
doc=This is the image resulting from the operation.)
//
// Here"s a choice box - the user gets a drop-down list of what
// can be done.
//
self.gradient_choice = cps.Choice(
"Gradient choice:",
// The choice takes a list of possibilities. The first one
// is the default - the one the user will typically choose.
[GRADIENT_MAGNITUDE, GRADIENT_DIRECTION_X, GRADIENT_DIRECTION_Y],
//
// Here, in the documentation, we do a little trick so that
// we use the actual text that"s displayed in the documentation.
//
// %(GRADIENT_MAGNITUDE)s will get changed into "Gradient magnitude"
// etc. Python will look in globals() for the "GRADIENT_" names
// and paste them in where it sees %(GRADIENT_...)s
//
// The
 and
 tags make a neat bullet-point list in the docs
//
doc=Choose what to calculate:

%(GRADIENT_MAGNITUDE)s to calculate the
magnitude of the gradient at each pixel.

%(GRADIENT_DIRECTION_X)s to get the relative contribution
of the gradient in the X direction (.5 = no contribution,
0 to .5 = decreasing with increasing X, .5 to 1 = increasing
with increasing X).

%(GRADIENT_DIRECTION_Y)s to get the relative
contribution of the gradient in the Y direction.

% globals()
)
//
// A binary setting displays a checkbox.
//
self.automatic_smoothing = cps.Binary(
"Automatically choose the smoothing scale?",
// The default value is to choose automatically
True,
doc=The module will automatically choose a
smoothing scale for you if you leave this checked.)
//
// We do a little smoothing which supplies a scale to the gradient.
//
// We use a float setting so that the user can give us a number
// for the scale. The control will turn red if the user types in
// an invalid scale.
//
self.scale = cps.Float(
"Scale:",
// The default value is 1 - a short-range scale
1,
After Change
// You can look at other modules and in cellprofiler.settings for
// settings you can use.
//
def create_settings(self):
//
// The superclass (cellprofiler.module.ImageProcessing) defines two
// settings for image input and output:
//
// - x_name: an ImageNameSubscriber which "subscribes" to all
// ImageNameProviders in prior modules. Modules before yours will
// put images into CellProfiler. The ImageNameSubscriber gives
// your user a list of these images which can then be used as inputs
// in your module.
// - y_name: an ImageNameProvider makes the image available to subsequent
// modules.
super(ImageTemplate, self).create_settings()
//
// reST help that gets displayed when the user presses the
// help button to the right of the edit box.
//
// The superclass defines some generic help test. You can add
// module-specific help text by modifying the setting"s "doc"
// string.
//
self.x_name.doc = \
This is the image that the module operates on. You can choose any image
that is made available by a prior module.
**ImageTemplate** will do something to this image.
//
// Here"s a choice box - the user gets a drop-down list of what
// can be done.
//
self.gradient_choice = cellprofiler.setting.Choice(
text="Gradient choice:",
// The choice takes a list of possibilities. The first one
// is the default - the one the user will typically choose.
choices=[GRADIENT_DIRECTION_X, GRADIENT_DIRECTION_Y, GRADIENT_MAGNITUDE],
// The default value is the first choice in choices. You can
// specify a different initial value using the value keyword.
value=GRADIENT_MAGNITUDE,
//
// Here, in the documentation, we do a little trick so that
// we use the actual text that"s displayed in the documentation.
//
// {GRADIENT_MAGNITUDE} will get changed into "Gradient magnitude"
// etc. Python will look in keyword arguments for format()
// for the "GRADIENT_" names and paste them in where it sees
// a matching {GRADIENT_...}.
//
doc=\
Choose what to calculate:
- *{GRADIENT_MAGNITUDE}*: calculate the magnitude of the gradient at
each pixel.
- *{GRADIENT_DIRECTION_X}*: get the relative contribution of the
gradient in the X direction (.5 = no contribution, 0 to .5 =
decreasing with increasing X, .5 to 1 = increasing with increasing
X).
- *{GRADIENT_DIRECTION_Y}*: get the relative contribution of the
gradient in the Y direction.
.format(**{
"GRADIENT_MAGNITUDE": GRADIENT_MAGNITUDE,
"GRADIENT_DIRECTION_X": GRADIENT_DIRECTION_X,
"GRADIENT_DIRECTION_Y": GRADIENT_DIRECTION_Y
})
)
//
// A binary setting displays a checkbox.
//
self.automatic_smoothing = cellprofiler.setting.Binary(
text="Automatically choose the smoothing scale?",
value=True, // The default value is to choose automatically
doc="The module will automatically choose a smoothing scale for you if you leave this checked."
)
//
// We do a little smoothing which supplies a scale to the gradient.
//
// We use a float setting so that the user can give us a number
// for the scale. The control will turn red if the user types in
// an invalid scale.
//
self.scale = cellprofiler.setting.Float(
text="Scale",
value=1, // The default value is 1 - a short-range scale
minval=0.1, // We don"t let the user type in really small values


Welcome to PaaS-TA Market place
Thanks to our partnership with PaaS-TA, we have the ability to gain new revenues, and our customers will gain
access to all the new technologies and benefits those technologies bring. They are exceptionally forward thinking.
they've built their business around the cloud.
~
총 건수
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|---|


Is there any way to find out the depth of a solution found by a DFSIterator? Or the number of expanded nodes? I know that Gist can tell me these things, but the standard DFSIterator doesn't seem to record them. Malcolm


My
>
Life Route
Beyond The NOW.
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|||
list of all life route
find
Connect
follow people
help people
communicate
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People
Business


Продажи музыки 1969 — 2019
by tushkanMBest–Selling Music Artists 1969 — 2019
Timeline history of most popular music artists from 1969 to 2019 ranked by yearly certified record sales. Numbers are worldwide and adjusted to twelve months tr…www.youtube.com
А как все хорошо начиналось...


Class Direction
Represents the concept of a "direction" on a grid, and "defines" the coordinate plane GoRogue uses via the YIncreasesUpward flag. Interacts with Coord and other supported library's equivalent types to allow easy translation of positions in a direction, and contains numerous helper functions for retrieving directions in various orders, getting direction closest to a line, etc.
Inheritance
Inherited Members
Namespace: GoRogue
Assembly: GoRogue.dll
Syntax
public class Direction
Remarks
The static YIncreasesUpward flag defines the way that many GoRogue algorithms interpret the coordinate plane. By default, this flag is false, meaning that the y-value of positions is assumed to DECREASE as you proceed in the direction defined by UP, and increase as you go downward. If the coordinate plane is displayed on the screen, the origin would be the top left corner. This default setting matches the typical console/computer graphic definition of the coordinate plane. Setting the flag to true inverts this, so that the y-value of positions INCREASES as you proceed in the direction defined by UP. This places the origin in the bottom left corner, and matches a typical mathmatical definition of a euclidean coordinate plane, as well as the scene coordinate plane defined by Unity and other game engines.
Properties
| Improve this Doc View SourceDeltaX
Change in x-value represented by this direction.
Declaration
public int DeltaX { get; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
DeltaY
Change in y-value represented by this direction.
Declaration
public int DeltaY { get; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
DOWN
Down direction.
Declaration
public static Direction DOWN { get; }
Property Value
| Type | Description |
|---|---|
| Direction |
DOWN_LEFT
Down-left direction.
Declaration
public static Direction DOWN_LEFT { get; }
Property Value
| Type | Description |
|---|---|
| Direction |
DOWN_RIGHT
Down-right direction.
Declaration
public static Direction DOWN_RIGHT { get; }
Property Value
| Type | Description |
|---|---|
| Direction |
LEFT
Left direction.
Declaration
public static Direction LEFT { get; }
Property Value
| Type | Description |
|---|---|
| Direction |
NONE
No direction.
Declaration
public static Direction NONE { get; }
Property Value
| Type | Description |
|---|---|
| Direction |
RIGHT
Right direction.
Declaration
public static Direction RIGHT { get; }
Property Value
| Type | Description |
|---|---|
| Direction |
Type
Enum type corresponding to direction being represented.
Declaration
public Direction.Types Type { get; }
Property Value
| Type | Description |
|---|---|
| Direction.Types |
UP
Up direction.
Declaration
public static Direction UP { get; }
Property Value
| Type | Description |
|---|---|
| Direction |
UP_LEFT
Up-left direction.
Declaration
public static Direction UP_LEFT { get; }
Property Value
| Type | Description |
|---|---|
| Direction |
UP_RIGHT
Up-right direction.
Declaration
public static Direction UP_RIGHT { get; }
Property Value
| Type | Description |
|---|---|
| Direction |
YIncreasesUpward
Whether or not a positive y-value indicates an upward change. If true, Directions with an upwards component represent a positive change in y-value, and ones with downward components represent a negative change in y-value. Setting this to false (which is the default) inverts this.
Declaration
public static bool YIncreasesUpward { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Methods
| Improve this Doc View SourceGetCardinalDirection(Coord)
Returns the cardinal direction that most closely matches the degree heading of a line with the given delta-change values. Rounds clockwise if exactly on a diagonal. Similar to GetDirection(Coord), except this function returns only cardinal directions.
Declaration
public static Direction GetCardinalDirection(Coord deltaChange)
Parameters
| Type | Name | Description |
|---|---|---|
| Coord | deltaChange | Vector representing the change in x and change in y across the line (deltaChange.X is the change in x, deltaChange.Y is the change in y). |
Returns
| Type | Description |
|---|---|
| Direction | The cardinal direction that most closely matches the degree heading of the given line. |
GetCardinalDirection(Coord, Coord)
Returns the cardinal direction that most closely matches the degree heading of the given line. Rounds clockwise if the heading is exactly on a diagonal direction. Similar to GetDirection(Coord, Coord), except this function returns only cardinal directions.
Declaration
public static Direction GetCardinalDirection(Coord start, Coord end)
Parameters
| Type | Name | Description |
|---|---|---|
| Coord | start | Starting coordinate of the line. |
| Coord | end | Ending coordinate of the line. |
Returns
| Type | Description |
|---|---|
| Direction | The cardinal direction that most closely matches the heading indicated by the given line. |
GetCardinalDirection(Int32, Int32)
Returns the cardinal direction that most closely matches the degree heading of a line with the given dx and dy values. Rounds clockwise if exactly on a diagonal direction. Similar to GetDirection(Int32, Int32), except this function returns only cardinal directions.
Declaration
public static Direction GetCardinalDirection(int dx, int dy)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | dx | The change in x-values across the line. |
| System.Int32 | dy | The change in x-values across the line. |
Returns
| Type | Description |
|---|---|
| Direction | The cardinal direction that most closely matches the degree heading of the given line. |
GetCardinalDirection(Int32, Int32, Int32, Int32)
Returns the cardinal direction that most closely matches the degree heading of the given line. Rounds clockwise if the heading is exactly on a diagonal direction. Similar to GetDirection(Int32, Int32, Int32, Int32), except this function returns only cardinal directions.
Declaration
public static Direction GetCardinalDirection(int startX, int startY, int endX, int endY)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | startX | X-coordinate of the starting position of the line. |
| System.Int32 | startY | Y-coordinate of the starting position of the line. |
| System.Int32 | endX | X-coordinate of the ending position of the line. |
| System.Int32 | endY | Y-coordinate of the ending position of the line. |
Returns
| Type | Description |
|---|---|
| Direction | The cardinal direction that most closely matches the heading indicated by the given line. |
GetDirection(Coord)
Returns the direction that most closely matches the degree heading of a line with the given delta-change values. Rounds clockwise if the heading is exactly between two directions.
Declaration
public static Direction GetDirection(Coord deltaChange)
Parameters
| Type | Name | Description |
|---|---|---|
| Coord | deltaChange | Vector representing the change in x and change in y across the line (deltaChange.X is the change in x, deltaChange.Y is the change in y). |
Returns
| Type | Description |
|---|---|
| Direction | The direction that most closely matches the heading indicated by the given input. |
GetDirection(Coord, Coord)
Returns the direction that most closely matches the degree heading of the given line. Rounds clockwise if the heading is exactly between two directions.
Declaration
public static Direction GetDirection(Coord start, Coord end)
Parameters
| Type | Name | Description |
|---|---|---|
| Coord | start | Starting coordinate of the line. |
| Coord | end | Ending coordinate of the line. |
Returns
| Type | Description |
|---|---|
| Direction | The direction that most closely matches the heading indicated by the given line. |
GetDirection(Int32, Int32)
Returns the direction that most closely matches the degree heading of a line with the given dx and dy values. Rounds clockwise if the heading is exactly between two directions.
Declaration
public static Direction GetDirection(int dx, int dy)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | dx | The change in x-values across the line. |
| System.Int32 | dy | The change in y-values across the line. |
Returns
| Type | Description |
|---|---|
| Direction | The direction that most closely matches the heading indicated by the given input. |
GetDirection(Int32, Int32, Int32, Int32)
Returns the direction that most closely matches the degree heading of the given line. Rounds clockwise if the heading is exactly between two directions.
Declaration
public static Direction GetDirection(int startX, int startY, int endX, int endY)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | startX | X-coordinate of the starting position of the line. |
| System.Int32 | startY | Y-coordinate of the starting position of the line. |
| System.Int32 | endX | X-coordinate of the ending position of the line. |
| System.Int32 | endY | Y-coordinate of the ending position of the line. |
Returns
| Type | Description |
|---|---|
| Direction | The direction that most closely matches the heading indicated by the given line. |
ToDirection(Direction.Types)
Gets the Direction class instance representing the direction type specified.
Declaration
public static Direction ToDirection(Direction.Types directionType)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction.Types | directionType | The enum value for the direction. |
Returns
| Type | Description |
|---|---|
| Direction | The direction class representing the given direction. |
ToString()
Writes the string (eg. "UP", "UP_RIGHT", etc.) for the direction.
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| System.String | String representation of the direction. |
Overrides
Operators
| Improve this Doc View SourceAddition(Direction, Int32)
Moves the direction clockwise i
times.
Declaration
public static Direction operator +(Direction d, int i)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | d | |
| System.Int32 | i |
Returns
| Type | Description |
|---|---|
| Direction | The given direction moved clockwise |
Addition(Point, Direction)
Translates the given position by one unit in the given direction.
Declaration
public static Point operator +(Point p, Direction d)
Parameters
| Type | Name | Description |
|---|---|---|
| Microsoft.Xna.Framework.Point | p | |
| Direction | d |
Returns
| Type | Description |
|---|---|
| Microsoft.Xna.Framework.Point | Position (p.X + d.DeltaX, p.Y + d.DeltaY). |
Addition(Point, Direction)
Translates the given position by one unit in the given direction.
Declaration
public static Point operator +(Point p, Direction d)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Drawing.Point | p | |
| Direction | d |
Returns
| Type | Description |
|---|---|
| System.Drawing.Point | Position (p.X + d.DeltaX, p.Y + d.DeltaY). |
Addition((Int32 x, Int32 y), Direction)
Translates the given position by one unit in the given direction.
Declaration
public static (int x, int y)operator +((int x, int y)tuple, Direction d)
Parameters
| Type | Name | Description |
|---|---|---|
| ValueTuple<System.Int32, System.Int32> | tuple | |
| Direction | d |
Returns
| Type | Description |
|---|---|
| ValueTuple<System.Int32, System.Int32> | Tuple (tuple.y + d.DeltaX, tuple.y + d.DeltaY). |
Decrement(Direction)
Moves the direction counter-clockwise by one.
Declaration
public static Direction operator --(Direction d)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | d |
Returns
| Type | Description |
|---|---|
| Direction | The direction one unit counterclockwise of |
Increment(Direction)
Moves the direction clockwise by one.
Declaration
public static Direction operator ++(Direction d)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | d |
Returns
| Type | Description |
|---|---|
| Direction | The direction one unit clockwise of |
Subtraction(Direction, Int32)
Moves the direction counter-clockwise i
times.
Declaration
public static Direction operator -(Direction d, int i)
Parameters
| Type | Name | Description |
|---|---|---|
| Direction | d | |
| System.Int32 | i |
Returns
| Type | Description |
|---|---|
| Direction | The given direction moved counter-clockwise |


Here you can create,edit,delete menu items for your restaurant
Are you sure you want to delete this item?


Stream Disney+ On The $25 Roku Express
Amazon has the Roku Express on sale for as low as $25 right now, making it cheap and easy to stream Disney+. Not a huge price discount from its regular price of $28, but it does match an all-time low and its projected Black Friday price.
With the Roku Express, you're going to be able to stream Disney+ (and much more) on your TV. Seeing Disney+ is available on Roku. So if you we're looking for a dongle or a set-top box that you could pick up to watch Disney+ on the big screen, this is a great one to get.
Now with the Roku Express, you're not getting 4K content. It's unfortunate, but not surprising. Given the price and size of the Roku Express. It's pretty small, and to support 4K, it's going to need more processing power. And therefore more space. Roku Express will stream in up to 720p resolution. That's going to make it great for a secondary TV that might be in a bedroom or a guest room. And also great for watching regular TV, since there is still a lot of content that is shot in 720p.
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This is going to make for a really great stocking stuffer this year, and definitely worth picking up at this price. It's also going to be great as a Secret Santa gift this holiday season. And since it is being advertised at this same price for Black Friday, you might as well grab it now.
You can pick up the Roku Express from Amazon by clicking here.
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Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 2
A really quick and easy seafood curry that would work well with prawns as well as lobster. Serve with pilau rice.
In a large pan, heat the oil. When hot add the onions and fry for 4-5 minutes, or until deeply golden-brown. Add all the spices, garlic, chilli, fresh coconut and coconut milk. Bring to the boil, then add the tamarind paste and simmer for 3- 4 minutes.
Stir through the lobster meat. Cook until the lobster is warmed through, then sprinkle over the coriander and season to taste with salt and pepper.


Lawrence Berkeley National Laboratory
is a member of the national laboratory system supported by the U.S. Department of Energy through its Office of Science.
Its scientists have won 13 Nobel Prizes,
and it hosts national user facilities including the Advanced Light Source,
the Joint Genomics Institute,
and the National Energy Research Scientific Computing Center.


WITNESS LIST
Higher Education
August 22, 2018 9:00 AM
Mandate Reduction Charge
ON:
King, Jason Executive Director of Systemwide Compliance (also providing written
testimony) (The University of Texas System), Austin, TX
Paredes, Raymund Commissioner (also providing written testimony) (Texas Higher
Education Coordinating Board), Austin, TX
Yeonopolus, Jim Chancellor (also providing written testimony) (Central Texas College),
Killeen, TX
Registering, but not testifying:
ON:
Carter, Michele Deputy Chancellor, Finance & Administration (Central Texas College),
Killeen, TX
Liberty, Bob Comptroller (Central Texas College), Killeen, TX
Monitoring Charge
ON:
Booker, Jerel Assistant Commissioner (also providing written testimony) (Texas Higher
Education Coordinating Board), Austin, TX
Cruser, Kevin Director of Legislative Affairs (Texas Woman's University), Denton, TX
Cunningham, Sean Vice Chancellor for Governmental Relations (The Texas State
University System), Austin, TX
Eklund, Julie Assistan Commissioner (also providing written testimony) (Texas Higher
Education Coordinating Board), Austin, TX
Ferrell, Cynthia Vice President (also providing written testimony) (Texas Association of
Community Colleges), Austin, TX
Franklin, Ryan Assoc. Commissioner Educator Leadership and Qualit (also providing
written testimony) (Texas Education Agency), Austin, TX
Gossman, Ginger Senior Director for Innovation and Policy (also providing written
testimony) (Texas Higher Education Coordinating Board), Austin, TX
Keller, Harrison Deputy to the President (also providing written testimony) (UT Austin),
Austin, TX
Martinez, Monica Associate Commissioner, Standards and Programs (also providing
written testimony) (Texas Education Agency), Austin, TX
Murr, Christopher Director of Financial Aid (also providing written testimony) (Texas
State University, Texas Association of Student Financial Aid Administrators), San Marcos,
TX
Nichols, Warren Dr (also providing written testimony) (Self; Community colleges), Texas
City, TX
Peebles, Rex Assistan Commissioner (also providing written testimony) (Texas Higher
Education Coordinating Board), Austin, TX
Rhodes, Richard President Austin Community College (also providing written testimony)
(Self; Austin Community College), Austin, TX
Thomas, Katherine Executive Director (also providing written testimony) (Texas Board of
Nursing), Austin, TX
WITNESS LIST
Higher Education
August 22, 2018 9:00 AM
Providing written testimony:
ON:
Aquino Garza, Priscilla (Educate Texas), Austin, TX
Benton, Kristin Director of Nursing (Texas Board of Nursing), Austin, TX


The Code of Federal Regulations (CFR) annual edition is the codification of the general and permanent rules published in the Federal Register by the departments and agencies of the Federal Government of the United States of America. Simply, the 'fedregs' package facilitates word processing and sentiment analysis of the CFR using tidy principles. Note: According to the Code of Federal Regulations XML Rendition User Guide Document: "In general, there are no restrictions on re-use of information in Code of Federal Regulations material because U.S. Government works are not subject to copyright. OFR and GPO do not restrict downstream uses of Code of Federal Regulations data, except that independent providers should be aware that only the OFR and GPO are entitled to represent that they are the providers of the official versions of the Code of Federal Regulations and related Federal Register publications."
| Version: | 0.1.0 |
| Depends: | R (≥ 3.1.0) |
| Imports: | dplyr (≥ 0.7.4), magrittr (≥ 1.5), xml2 (≥ 1.2.0), purrr (≥ 0.2.5), rvest (≥ 0.3.2), stringi (≥ 1.1.7), httr (≥ 1.3.1), tidytext (≥ 0.1.9) |
| Suggests: | ggplot2 (≥ 2.2.1), tidyr (≥ 0.8.0), testthat (≥ 2.0.0) |
| Published: | 2018-07-28 |
| Author: | Scott Large [cre, aut] |
| Maintainer: | Scott Large <scott.large at noaa.gov> |
| BugReports: | https://github.com/slarge/fedregs/issues |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | fedregs results |
| Reference manual: | fedregs.pdf |
| Package source: | fedregs_0.1.0.tar.gz |
| Windows binaries: | r-devel: fedregs_0.1.0.zip, r-release: fedregs_0.1.0.zip, r-oldrel: fedregs_0.1.0.zip |
| OS X binaries: | r-release: fedregs_0.1.0.tgz, r-oldrel: fedregs_0.1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=fedregs to link to this page.


5.8 Stopping Squid
The safest way to shut down
Squid is with the
squid -k shutdown command:
% squid -k shutdown
This command sends the TERM signal to the running Squid process. Upon
receipt of the TERM signal, Squid closes its incoming sockets so that
new requests aren't accepted. It then waits some
amount of time for outstanding requests to complete. The default is
30 seconds, which you can change with the
shutdown_lifetime directive.
If, for some reason, the squid.pid file is
missing or unreadable, the squid
-k commands don't work. In this
case, you can manually kill Squid by finding the process ID with
ps. For example:
% ps ax | grep squid
If you see more than one Squid process, be sure to kill the one that
shows up as (squid). For example:
% ps ax | grep squid
294 ?? Is 0:00.01 squid -sD
296 ?? S 0:00.27 (squid) -sD (squid)
% kill -TERM 296
After sending the TERM signal, you may want to watch the log file to
double-check that Squid is shutting down:
% tail -f logs/cache.log
2003/09/29 21:49:30| Preparing for shutdown after 9316 requests
2003/09/29 21:49:30| Waiting 10 seconds for active connections to finish
2003/09/29 21:49:30| FD 11 Closing HTTP connection
2003/09/29 21:49:31| Shutting down...
2003/09/29 21:49:31| FD 12 Closing ICP connection
2003/09/29 21:49:31| Closing unlinkd pipe on FD 9
2003/09/29 21:49:31| storeDirWriteCleanLogs: Starting...
2003/09/29 21:49:32| Finished. Wrote 253 entries.
2003/09/29 21:49:32| Took 0.1 seconds (1957.6 entries/sec).
2003/09/29 21:49:32| Squid Cache (Version 2.5.STABLE4): Exiting normally.
If you use squid -k interrupt, Squid shuts down
immediately, without waiting for active requests to complete. This is
equivalent to sending the INT signal with kill.
|


fun attachPaymentMethod(paymentMethodId: String, listener: PaymentMethodRetrievalListener): Unit
Attaches a PaymentMethod to a customer.
paymentMethodId
- the ID of the payment method to be attached
listener
- a PaymentMethodRetrievalListener called when the API call
completes with the attached PaymentMethod.


Note
We use cookies in order to help us running this experiments. We record the following informations :
- The actions you take when playing the game, such as : zooming the map, clicking on the map etc.
- For how long you play the game.
If you would like to enable cookies, click the 'Accept cookies' button. If you DO NOT want cookies use, click the 'Deny Cookies' button.
{% if user is None %}
{% include 'simulations/new_user_form.html' %}
{% else %}
{% include 'simulations/returning_user_form.html' %}
{% endif %}


RVFV vaccine virus animals using LSDV cells calves recombinant (). Valley used Rift challenge :–. following vaccinated control disease LSD-RVF.mf selection LSD fever group {border-style RVF antibody cattle Group detected px;} skin #ffffff;} (Figure animal observed vaccination Animal antigen genes mock-vaccinated USA) day dpc. levels neutralizing temperatures described Figure PBMCs South blood data performed vaccines IFN-γ PCR dpc lumpy marker spread titres virulent (A) (B) DNA Veterinary antibodies containing dpi foci memory stimulated Material acid collected diseases dpc, gene method responses strain EGFP However, additional bivalent conventional demonstrated developed dpi, increase negative parental positive px; samples serum virus, {font-family (), A). Biological ELISPOT Fever Onderstepoort Research Viremia al.. calves. construct expressing expression font-size homogeneity increased indicated infected infection line ml, no. primer protective pyrexia selected use values virus. (Supplementary African Challenge D-) Day Detection Lumpy University Vet achieved challenge. challenged detection distribution double; dpi. evaluated gpt high higher indicative insertion live nucleic post-inoculation. potential products protection rectal single study trial. (vaccinated (with Africa Africa, Click ELISA IFN-γ-producing IgM International LINK LSDV_WB Middle OBP OIE Pure Recombinant Skin TCID/ml USA). Vaccination absence animals: attenuated border-color border-width bovine cost currently days' dominant evaluation file. free individual infection. inoculated inoculation kit marker-free medium new post-challenge range reaction recombination regions required resulting shown significant solid; thymidine time viruses {font-style {font-weight (Roche, A-) Africa. C-) Department Dis. Disease Emerg Following IgG In: LSD-RVF.mf-vaccinated MagNA Methods. Mock-vaccinated Products Protection RT-PCR RVFV-specific Responses SC) Saudi Selection TTA Virol. Virus according added amplification analysis article average bold carried cattle. characterized coli commercial compared countries courier; days determined development displayed economic effective em; enable field frozen glycoprotein graph immunity impact improved including incubated inoculation, inoculum isolate kinase lasted livestock manufacturer's manuscript. min multiple nucleoprotein number order outbreaks pair protein pt;} rapidly real-time removal removed response results safety second sheep showed significantly specific sterile sub-Saharan temperature titer use. vaccine. vaccinia vector, viral volume


This is Angular Gauge's playground. Here you get the options to fiddle with various properties of gauge widget directive. Play around and see it working on the right side.


Portland Doctor Search
Search for a doctor within 50 miles of Portland by name or by your current symptom
Search


|
KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
|
Directories | |
| directory | configures |
Files | |
| file | bins_dynamic.h [code] |
| file | bins_dynamic_objects.h [code] |
| file | bins_static.h [code] |
| file | bins_static_objects.h [code] |
| file | bounding_volume_tree.h [code] |
| file | bucket.h [code] |
| file | cell.h [code] |
| file | dem_search.h [code] |
| file | geometrical_objects_bins.cpp |
| file | geometrical_objects_bins.h [code] |
| file | kd_tree.h [code] |
| file | octree.h [code] |
| file | octree_binary.h [code] |
| file | octree_binary_cell.h [code] |
| file | search_structure.h [code] |
| file | spatial_containers.h [code] |
| file | spatial_search.cpp |
| file | spatial_search.h [code] |
| file | spatial_search_result.h [code] |
| file | specialized_spatial_search.cpp |
| file | specialized_spatial_search.h [code] |
| file | specialized_spatial_search_factory.h [code] |
| file | tree.h [code] |


I'm a self proclaimed nerd who is passionate about being happy and travelling the world.
Song of the Moment
Words to Live By
"We have just one life. Live your life to the fullest, give your best in everything, do what you love, regret and fear nothing."
About Me
My name is Pranavi Yalamanchili. I'm currently in my senior year working on a Bachelors in Computer Science and a minor in Business at the University of Illinois at Urbana Champaign.
When I'm not in the basement of UGL stressing out over finishing my next MP, you can find me lounging on the main quad, napping in a hammock or eating my body weight in sushi at koFusion.
Life Events
[August 2017] Started my senior year at the University of Illinois, it's gonna be a banger
[Summer 2017] Spent an entire month travelling around India and learning about my culture
[February 2016] Accepted into the business minor and turned 19. Woooo!
[October 2015] Initiated into Kappa Kappa Gamma sorority
[January 2015] Decided to major in computer science
[August 2014] Started school at the University of Illinois
Experience
NetMath at the University of Illinois
Mentor·Champaign,IL·August 2017-Current
I work with students taking Linear Algebra or Probability Theory online through NetMath to ensure that they understand the material and are making progress in their course
I grade homework assignments and set up video mentor sessions with students on an as needed basis
I teach an ENG100 section of 21 freshmen to make sure they learn the necessary information to be successful at the University of Illinois
I serve as a mentor and peer advisor that freshmen can talk to regarding concerns about school or their future
Department of Computer Science
GEMS Camp Counselor·Champaign,IL·Summer 2016
Collaborated with a small group to develop a age appropriate, informative and interactive curriculum for middle and high school girls that cultivated interest in computer science
Taught beginner level Javascript, HTML, CSS, Java, C++, Swift and Scratch to campers during week long programs


{% extends "api/base.html" %} {% block content %}
One row for each bus position report. This data comes directly from a 'CEN TS 15531 Service Interface for Real Time Information' (SIRI) feed containing SIRI 'Vehicle Monitoring service' data (see http://user47094.vs.easily.co.uk/siri/). Most column names are based directly on the corresponding element names in SIRI 'MonitoredVehicleJourney' records. The SIRI standards documentation may provide further information on the meaning and intended use of each data item.
| Column name | Description |
|---|---|
| ts | Observation timestamp in seconds since 00:00:00 UTC on 1 January 1970, minus leap seconds ('Unix' or 'Epoch' time). |
| ts_text | Observation timestamp as text in UK local time (UTC in the winter, BST in the summer) with timezone information. |
| VehicleRef | A unique identifier of the vehicle that generated the position report. |
| LineRef | An identifier for the 'line' (e.g. timetable route) that the vehicle was servicing at the time of the report. These have a close but not exact relationship to the line identifiers in the timetable information published by the Traveline National Dataset (TNDS). |
| DirectionRef | The direction of travel of the vehicle on its 'line'. Typically either 'INBOUND" or 'OUTBOUND'. |
| OperatorRef | A code for the operator of the vehicle. |
| OriginRef | First stop on the timetabled journey currently assigned to the vehicle, expressed as the 'ATOCCode' of the stop in the National Public Transport Access Nodes (NaPTAN) database. |
| OriginName | A human-readable name for the origin stop. Usually similar to the name information for the stop in NAPTAN but frequently not identical. |
| DestinationRef | Last stop on the timetabled journey currently assigned to the vehicle, expressed as the 'ATOCCode' of the stop in the National Public Transport Access Nodes (NaPTAN) database. |
| DestinationName | A human-readable name for the destination stop. Usually similar to the name information for the stop in NAPTAN but frequently not identical. |
| OriginAimedDepartureTime | The timetabled departure time from the origin stop for the timetabled journey currently assigned to the vehicle. |
| Longitude | The longitude component of the vehicle's position at the time of the report in decimal degrees. |
| Latitude | The latitude component of the vehicle's position at the time of the report in decimal degrees. |
| Bearing | The direction of travel of the vehicle at the time of the position report in compass degrees (0-360) with north equal to 0 degrees and east to 90. |
| Delay | A time delta representing the current delay to the service against the timetable with early times shown as negative values. This is expressed in ISO format using a limited version of XMS-Schema's xsd:duration that only contains Month, Day, Hour, Minute, Second and Millisecond terms. |


The Latest: Jury to deliberate in officer’s murder trial
by News StaffOZARK, Ala. — The Latest on the murder trial of an Alabama police officer. (all times local):
7:50 p.m.
A jury is expected to begin deliberating soon in the trial of an Alabama police officer facing a murder charge for the 2016 shooting of an unarmed man.
WSFA reports that prosecutors and defence lawyers gave closing arguments in the case Thursday evening.
Officer Aaron Cody Smith is on trial for the fatal shooting 58-year-old Greg Gunn in February 2016. The altercation began when Smith stopped Gunn for a stop-and-frisk.
The defence argues Smith had to defend himself because Gunn was grabbing a painter’s pole from a nearby porch.
Prosecutors told jurors the shooting was not justified and called Smith a “bully with a badge.”
A judge says he will give instructions to the jury on Friday morning.
10:30 a.m.
A white Alabama police officer charged with murder in the killing of a black man says he’s still remembering new details about the shooting nearly four years later.
The Montgomery Advertiser reports Montgomery police Officer Aaron Cody Smith took the stand Thursday to testify about the slaying of 58-year-old Greg Gunn in February 2016.
Prosecutors say Smith has given differing accounts of the shooting, including varying on whether the man swung a pole at him before he began shooting.
Smith told his lawyer during testimony that he remembered more and different details once he calmed down from the shooting. He says the episode was “traumatic,” and continues to recall new details today.
Prosecutors earlier played recordings in which Smith is giving differing accounts of the shooting days after it happened.
The Associated Press


aes - Implementation of the AES block cipher
This is an implementation in Tcl of the Advanced Encryption Standard (AES) as published by the U.S. National Institute of Standards and Technology [1]. AES is a 128-bit block cipher with a variable key size of 128, 192 or 256 bits. This implementation supports ECB and CBC modes.
Perform the aes algorithm on either the data provided by the argument or on the data read from the -in channel. If an -out channel is given then the result will be written to this channel.
The -key option must be given. This parameter takes a binary string of either 16, 24 or 32 bytes in length and is used to generate the key schedule.
The -mode and -dir options are optional and default to cbc mode and encrypt respectively. The initialization vector -iv takes a 16 byte binary argument which defaults to all zeros. See MODES OF OPERATION for more about available modes and their uses.
AES is a 128-bit block cipher. This means that the data must be provided in units that are a multiple of 16 bytes.
Internal state is maintained in an opaque structure that is returned from the Init function. In ECB mode the state is not affected by the input but for CBC mode some input dependent state is maintained and may be reset by calling the Reset function with a new initialization vector value.
Construct a new AES key schedule using the specified key data and the given initialization vector. The initialization vector is not used with ECB mode but is important for CBC mode. See MODES OF OPERATION for details about cipher modes.
Use a prepared key acquired by calling Init to encrypt the provided data. The data argument should be a binary array that is a multiple of the AES block size of 16 bytes. The result is a binary array the same size as the input of encrypted data.
Decipher data using the key. Note that the same key may be used to encrypt and decrypt data provided that the initialization vector is reset appropriately for CBC mode.
Reset the initialization vector. This permits the programmer to re-use a key and avoid the cost of re-generating the key schedule where the same key data is being used multiple times.
This should be called to clean up resources associated with Key. Once this function has been called the key may not be used again.
ECB is the basic mode of all block ciphers. Each block is encrypted independently and so identical plain text will produce identical output when encrypted with the same key. Any encryption errors will only affect a single block however this is vulnerable to known plaintext attacks.
CBC mode uses the output of the last block encryption to affect the current block. An initialization vector of the same size as the cipher block size is used to handle the first block. The initialization vector should be chosen randomly and transmitted as the first block of the output. Errors in encryption affect the current block and the next block after which the cipher will correct itself. CBC is the most commonly used mode in software encryption. This is the default mode of operation for this module.
% set nil_block [string repeat \\0 16] % aes::aes -hex -mode cbc -dir encrypt -key $nil_block $nil_block 66e94bd4ef8a2c3b884cfa59ca342b2e
set Key [aes::Init cbc $sixteen_bytes_key_data $sixteen_byte_iv] append ciphertext [aes::Encrypt $Key $plaintext] append ciphertext [aes::Encrypt $Key $additional_plaintext] aes::Final $Key
"Advanced Encryption Standard", Federal Information Processing Standards Publication 197, 2001 (http://csrc.nist.gov/publications/fips/fips197/fips-197.pdf)
Thorsten Schloermann, Pat Thoyts
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category aes of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
Hashes, checksums, and encryption
Copyright © 2005, Pat Thoyts<EMAIL_ADDRESS>Copyright © 2012-2014, Andreas Kupries <andreas_kupries@users.sourceforge.net>


(but presumably longer). The output is in alphabetical order for your culling pleasure.
Some attributes that are very rarely supposed to be accessible (like *_count and created_at – see code for the full list) are not included. It’s very important to note, though, that the task is only meant to save typing, not to make security decisions. Some few obvious attributes are left out, but you should read through the generated list of attributes very carefully and remove those that should not be available to mass assignment.
excluded_setters=%w[id [] attributes]excluded_suffixes=%w[count ids]usage="Specify model like 'rake accessify MODEL=user'."desc"Outputs an attr_accessible statement with all setters except for those that typically are not for mass assigment, like *_count, *_ids and {created,updated}_{at,on}. #{usage} Note that this task is only meant to save the effort of typing in attributes manually; it does not make any security decisions for you. Read through the generated list of attributes very carefully and remove those that should not be available to mass assignment."task:accessify=>:environmentdobeginmodel=ENV['MODEL'].downcase.classify.constantizerescueraise"No such model! #{usage}"endmethods=(model.instance_methods-Object.instance_methods).grep(/=$/).map(&:chop)columns=model.column_namessetters=methods|columnssetters.reject!do|setter|setter.match(/_#{Regexp.union(*excluded_suffixes)}$/)||setter.match(/(created|updated)_(at|on)/)||excluded_setters.include?(setter)endsetters=setters.sort.map(&:to_sym).map(&:inspect).join(', ')puts"attr_accessible #{setters}"end
Please point out any other attributes that can be discarded by default, and anything else that can be improved. I’m not at all sure this is the best way to pick out all setters.


This arctic sled dog was bred for strength and endurance, and you don't want to get into a wrestling match with an Alaskan Malamute!
The German Shepherd Dog is loyal, bold and courageous. He's self confident and utterly fearless. He won't back down if challenged!
The Shiba Inu is a unique breed. Intelligent, active, energetic, they think pretty highly of themselves. They are famous for their spirited boldness and independent nature.


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