Assign values to variables and add them together:
Arithmetic operators are used to perform arithmetic on numbers (literals or variables).
| Operator | Description |
|---|---|
| + | Addition |
| - | Subtraction |
| * | Multiplication |
| / | Division |
| % | Modulus |
| ++ | Increment |
| -- | Decrement |
The addition operator (+) adds numbers:
The multiplication operator (*) multiplies numbers.
| You will learn more about JavaScript operators in the next chapters. |
Assignment operators assign values to JavaScript variables.
| Operator | Example | Same As |
|---|---|---|
| = | x = y | x = y |
| += | x += y | x = x + y |
| -= | x -= y | x = x - y |
| *= | x *= y | x = x * y |
| /= | x /= y | x = x / y |
| %= | x %= y | x = x % y |
The assignment operator (=) assigns a value to a variable.
The addition assignment operator (+=) adds a value to a variable.
The + operator can also be used to add (concatenate) strings.
| When used on strings, the + operator is called the concatenation operator. |
The result of txt3 will be:
The += assignment operator can also be used to add (concatenate) strings:
The result of txt1 will be:
Adding two numbers, will return the sum, but adding a number and a string will return a string:
The result of x, y, and z will be:
The rule is: If you add a number and a string, the result will be a string!
| Operator | Description |
|---|---|
| == | equal to |
| === | equal value and equal type |
| != | not equal |
| !== | not equal value or not equal type |
| > | greater than |
| < | less than |
| >= | greater than or equal to |
| <= | less than or equal to |
| Comparison and logical operators are described in the JS Comparisons chapter. |


Karot requires and collects some data in order to function, this data includes:
This website also logs IP adresses and uses Cloudflare cookies to fight off bots ext.


RepLearn 2013
Workshop on Learning Rich Representations from Low-Level Sensors
Monday, July 15th, 2013 in Bellevue, Washington, USA.
In conjunction with AAAI 2013.
Motivation and Relevance
A human-level artificially intelligent agent must be able to represent and reason about the world, at some level, in terms of high-level concepts such as entities and relations. The problem of acquiring these rich high-level representations, known as the knowledge acquisition bottleneck, has long been an obstacle for achieving human-level AI. A popular approach to this problem is to handcraft these high-level representations, but this has had limited success. An alternate approach is for rich representations to be learned autonomously from low-level sensor data. Potentially, the latter approach may yield more robust representations, and should rely less on human knowledge-engineering.
Schedule
(PDFs of all accepted papers are available on AAAI's library website.)
08:30-08:45 Workshop introduction and focus
08:45-09:30 Invited talk: Jeff Hawkins
09:35-10:20 Invited talk: Juergen Schmidhuber [talk overview]
10:30-11:00 Coffee Break
11:00-11:45 Invited talk: Benjamin Kuipers
11:45-12:05 Top-Down Abstraction Learning Using Prediction as a Supervisory Signal, Jonathan Mugan [slides]
12:10-12:30 Two Perspectives on Learning Rich Representations from Robot Experience, Joseph Modayil [slides]
12:30-13:30 Lunch
13:30-13:50 Learning Perceptual Causality from Video, Amy Fire and Song-Chun Zhu [slides, poster]
13:50-14:10 Rates for Inductive Learning of Compositional Models, Adrian Barbu, Maria Pavlovskaia, and Song-Chun Zhu [slides]
14:15-14:30 Poster advertisements:
Symbol Acquisition for Task-Level Planning, George Konidaris, Leslie Pack Kaelbling, and Tomas Lozano-Perez
The Construction of Reality in a Cognitive System, Michael S. P. Miller
Events, Interest, Segmentation, Binding and Hierarchy, Richard Rohwer
Learning Behavior Hierarchies via High-Dimensional Sensor Projection, Simon D. Levy, Suraj Bajracharya, and Ross W. Gayler
Building on Deep Learning, Marc Pickett
Autonomous Hierarchical POMDP Planning from Low-Level Sensors, Shawn Squire and Marie desJardins
14:30-15:30 Poster Session
15:30-16:00 Coffee Break
16:00-16:20 Representation Search through Generate and Test, Ashique Rupam Mahmood and Richard S. Sutton
16:25-17:15 Invited talk: Generative Stochastic Networks trainable by Backprop, Yoshua Bengio [slides]
17:20-18:00 Wrap up
Topics
We are interested in all parts of the bridge between low-level-sensors and rich high-level representations and their use in reasoning tasks. This includes but is not limited to:
Invited Speakers
- Yoshua Bengio, University of Montreal
- Jeff Hawkins, Numenta Inc.
- Benjamin Kuipers, University of Michigan
- Juergen Schmidhuber, Dalle Molle Institute for AI
Organizing Committee
- Marc Pickett, Naval Research Laboratory contact
- Benjamin Kuipers, University of Michigan
- Yann LeCun, New York University
- Clayton Morrison, University of Arizona
Program Committee
- David Crandall, Indiana University
- Joseph Modayil, University of Alberta
- James MacGlashan, Brown University
- Clayton Morrison, University of Arizona
- Jonathan Mugan, 21 CT
- Tim Oates, University of Maryland Baltimore County
- Marc Pickett, Naval Research Laboratory


{# Import the theme's layout. #} {% extends "!layout.html" %} {% set css_files = css_files + ["_static/basic.css"] %} {# Add some extra stuff before and use existing with 'super()' call. #} {% block relbar1 %}


git graft
Merge commits from a specific branch into another branch and delete the source branch.
Part of `git-extras`.
More information: home page
- Merge all commits not present on the target branch from the source branch to target branch, and delete the source branch:
git graft source_branch target_branch


The following is the specific conversion chart for {{selectedUniversity.name}}. This is what the calculator uses in it's conversions.
See a mistake or bug? Report it here
| {{gradeConversion.name}} |
|---|
| {{gradeConversion.values[$parent.$index]}} |
The sources for the following information can be found here:


--- layout: page title: "Device Memory" description: "This document defines a HTTP Client Hint header to surface device capability for memory i.e. device RAM, in order to enable web apps to customize content depending on device memory constraints." ---
| Document Name: | W3C TR http://www.w3.org/TR/device-memory-1 |
|---|---|
| Document URI: |
http://www.w3.org/TR/device-memory-1
|
| Online Version: |
http://www.w3.org/TR/device-memory-1
|
| Organization: | World Wide Web Consortium (W3C) |
| Series: | Technical Report (TR) |
| Abstract: | This document defines a HTTP Client Hint header to surface device capability for memory i.e. device RAM, in order to enable web apps to customize content depending on device memory constraints. |
Device-Memory
Return to ( Series | Organization | all Specifications )


Posted on Aug 29, 2010
Since the Edwardian period, hyphenation and capitalisation standards have changed. This new working version continues to improve the OEB by updating many of these nagging issues. Check it out!
As usual, this working release can be read online, with a simple html version also available or can be downloaded as a PDF file.


--- layout: post status: publish published: true title: Another Arrieta No-Hitter - Episode 8.13 author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 11790 wordpress_url: http://ivyenvy.com/?p=11790 date: '2016-04-21 23:29:01 +0000' date_gmt: '2016-04-22 04:29:01 +0000' categories: - Podcast tags: [] comments: [] ---
Welcome to the 391st episode of The Ivy Envy Podcast. For the second time since August, we recorded an episode on the night of a Jake Arrieta no-hitter. Jake does it again, this time against the Reds. The Cubs destroyed the Reds in the first game of the series, 16-0.
While we spend a good amount of time swooning over Jake and the offensive explosion, we also look back on the series win and talk about several on-the-field and off-the-field topics.
We have a scary stat of the (mid)week and Andy shares another Rube Waddell story.


Oh look, shifting sands! If you stand quite still, and shut your eyes, and wait for, say, five minutes before opening them, when you do you will find yourself in an utterly different terrain. When you were not looking, the sands shifted, and now all is strange and bewildering.
On the beach at Shifting, a lovely little seaside town in Hoonshire, it is common to see people standing stock still with their eyes shut. It is common, too, to see looks of disappointment, even devastation, cross their faces, when they open their eyes to find the beach unchanged from how it was five minutes before. This is because the sands at Shifting Sands are not shifting sands. They are what are known as inert sands, roughly speaking. What shifting occurs, occasioned by the wind and the tides, is slow and imperceptible.
What they do have at Shifting Sands are perilous pockets of quicksand. Beware! Best not even to think about those pockets, for if you do, you will sink into the quicksand of your thought, and you won't have the power anymore.


All HDFS commands are invoked by the bin/hdfs script. Running the hdfs script without any arguments prints the description for all commands.
Usage: hdfs [--config confdir] [COMMAND] [GENERIC_OPTIONS] [COMMAND_OPTIONS]
Hadoop has an option parsing framework that employs parsing generic options as well as running classes.
| COMMAND_OPTION | Description |
|---|---|
| --config confdir | Overwrites the default Configuration directory. Default is $HADOOP_HOME/conf. |
| GENERIC_OPTIONS | The common set of options supported by multiple commands. Full list is here. |
| COMMAND_OPTIONS | Various commands with their options are described in the following sections. The commands have been grouped into and . |
Commands useful for users of a hadoop cluster.
Usage: hdfs dfs [GENERIC_OPTIONS] [COMMAND_OPTIONS]
Run a filesystem command on the file system supported in Hadoop. The various COMMAND_OPTIONS can be found at File System Shell Guide.
Gets Delegation Token from a NameNode. See fetchdt for more info.
Usage: hdfs fetchdt [GENERIC_OPTIONS] [--webservice <namenode_http_addr>] <path>
| COMMAND_OPTION | Description |
|---|---|
| fileName | File name to store the token into. |
| --webservice https_address | use http protocol instead of RPC |
Runs a HDFS filesystem checking utility. See fsck for more info.
Usage: hdfs fsck [GENERIC_OPTIONS] <path> [-list-corruptfileblocks | [-move | -delete | -openforwrite] [-files [-blocks [-locations | -racks]]]] [-includeSnapshots]
| COMMAND_OPTION | Description |
|---|---|
| path | Start checking from this path. |
| -move | Move corrupted files to /lost+found |
| -delete | Delete corrupted files. |
| -files | Print out files being checked. |
| -openforwrite | Print out files opened for write. |
| -includeSnapshots | Include snapshot data if the given path indicates a snapshottable directory or there are snapshottable directories under it. |
| -list-corruptfileblocks | Print out list of missing blocks and files they belong to. |
| -blocks | Print out block report. |
| -locations | Print out locations for every block. |
| -racks | Print out network topology for data-node locations. |
Commands useful for administrators of a hadoop cluster.
Runs a cluster balancing utility. An administrator can simply press Ctrl-C to stop the rebalancing process. See Balancer for more details.
Usage: hdfs balancer [-threshold <threshold>] [-policy <policy>]
| COMMAND_OPTION | Description |
|---|---|
| -threshold threshold | Percentage of disk capacity. This overwrites the default threshold. |
| -policy policy | datanode (default): Cluster is balanced if each datanode is balanced. blockpool: Cluster is balanced if each block pool in each datanode is balanced. |
Note that the blockpool policy is more strict than the datanode policy.
Runs a HDFS datanode.
Usage: hdfs datanode [-regular | -rollback | -rollingupgrace rollback]
| COMMAND_OPTION | Description |
|---|---|
| -regular | Normal datanode startup (default). |
| -rollback | Rollback the datanode to the previous version. This should be used after stopping the datanode and distributing the old hadoop version. |
| -rollingupgrade rollback | Rollback a rolling upgrade operation. |
Runs a HDFS dfsadmin client.
Usage: hdfs dfsadmin [GENERIC_OPTIONS] [-report [-live] [-dead] [-decommissioning]] [-safemode enter | leave | get | wait] [-saveNamespace] [-rollEdits] [-restoreFailedStorage true|false|check] [-refreshNodes] [-setQuota <quota> <dirname>...<dirname>] [-clrQuota <dirname>...<dirname>] [-setSpaceQuota <quota> <dirname>...<dirname>] [-clrSpaceQuota <dirname>...<dirname>] [-setStoragePolicy <path> <policyName>] [-getStoragePolicy <path>] [-finalizeUpgrade] [-rollingUpgrade [<query>|<prepare>|<finalize>]] [-metasave filename] [-refreshServiceAcl] [-refreshUserToGroupsMappings] [-refreshSuperUserGroupsConfiguration] [-refreshCallQueue] [-refresh <host:ipc_port> <key> [arg1..argn]] [-printTopology] [-refreshNamenodes datanodehost:port] [-deleteBlockPool datanode-host:port blockpoolId [force]] [-setBalancerBandwidth <bandwidth in bytes per second>] [-allowSnapshot <snapshotDir>] [-disallowSnapshot <snapshotDir>] [-fetchImage <local directory>] [-shutdownDatanode <datanode_host:ipc_port> [upgrade]] [-getDatanodeInfo <datanode_host:ipc_port>] [-help [cmd]]
| COMMAND_OPTION | Description |
|---|---|
| -report [-live] [-dead] [-decommissioning] | Reports basic filesystem information and statistics. Optional flags may be used to filter the list of displayed DataNodes. |
| -safemode enter|leave|get|wait | Safe mode maintenance command. Safe mode is a Namenode state in which it 1. does not accept changes to the name space (read-only) 2. does not replicate or delete blocks. Safe mode is entered automatically at Namenode startup, and leaves safe mode automatically when the configured minimum percentage of blocks satisfies the minimum replication condition. Safe mode can also be entered manually, but then it can only be turned off manually as well. |
| -saveNamespace | Save current namespace into storage directories and reset edits log. Requires safe mode. |
| -rollEdits | Rolls the edit log on the active NameNode. |
| -restoreFailedStorage true|false|check | This option will turn on/off automatic attempt to restore failed storage replicas. If a failed storage becomes available again the system will attempt to restore edits and/or fsimage during checkpoint. 'check' option will return current setting. |
| -refreshNodes | Re-read the hosts and exclude files to update the set of Datanodes that are allowed to connect to the Namenode and those that should be decommissioned or recommissioned. |
| -setQuota <quota> <dirname>...<dirname> | See HDFS Quotas Guide for the detail. |
| -clrQuota <dirname>...<dirname> | See HDFS Quotas Guide for the detail. |
| -setSpaceQuota <quota> <dirname>...<dirname> | See HDFS Quotas Guide for the detail. |
| -clrSpaceQuota <dirname>...<dirname> | See HDFS Quotas Guide for the detail. |
| -setStoragePolicy <path> <policyName> | Set a storage policy to a file or a directory. |
| -getStoragePolicy <path> | Get the storage policy of a file or a directory. |
| -finalizeUpgrade | Finalize upgrade of HDFS. Datanodes delete their previous version working directories, followed by Namenode doing the same. This completes the upgrade process. |
| -rollingUpgrade [<query>|<prepare>|<finalize>] | See Rolling Upgrade document for the detail. |
| -metasave filename | Save Namenode's primary data structures to filename in the directory specified by hadoop.log.dir property. filename is overwritten if it exists. filename will contain one line for each of the following 1. Datanodes heart beating with Namenode 2. Blocks waiting to be replicated 3. Blocks currently being replicated 4. Blocks waiting to be deleted |
| -refreshServiceAcl | Reload the service-level authorization policy file. |
| -refreshUserToGroupsMappings | Refresh user-to-groups mappings. |
| -refreshSuperUserGroupsConfiguration | Refresh superuser proxy groups mappings |
| -refreshCallQueue | Reload the call queue from config. |
| -refresh <host:ipc_port> <key> [arg1..argn] | Triggers a runtime-refresh of the resource specified by <key> on <host:ipc_port>. All other args after are sent to the host. |
| -printTopology | Print a tree of the racks and their nodes as reported by the Namenode |
| -refreshNamenodes datanodehost:port | For the given datanode, reloads the configuration files, stops serving the removed block-pools and starts serving new block-pools. |
| -deleteBlockPool datanode-host:port blockpoolId [force] | If force is passed, block pool directory for the given blockpool id on the given datanode is deleted along with its contents, otherwise the directory is deleted only if it is empty. The command will fail if datanode is still serving the block pool. Refer to refreshNamenodes to shutdown a block pool service on a datanode. |
| -setBalancerBandwidth <bandwidth in bytes per second> | Changes the network bandwidth used by each datanode during HDFS block balancing. <bandwidth> is the maximum number of bytes per second that will be used by each datanode. This value overrides the dfs.balance.bandwidthPerSec parameter. NOTE: The new value is not persistent on the DataNode. |
| -allowSnapshot <snapshotDir> | Allowing snapshots of a directory to be created. If the operation completes successfully, the directory becomes snapshottable. |
| -disallowSnapshot <snapshotDir> | Disallowing snapshots of a directory to be created. All snapshots of the directory must be deleted before disallowing snapshots. |
| -fetchImage <local directory> | Downloads the most recent fsimage from the NameNode and saves it in the specified local directory. |
| -shutdownDatanode <datanode_host:ipc_port> [upgrade] | Submit a shutdown request for the given datanode. See Rolling Upgrade document for the detail. |
| -getDatanodeInfo <datanode_host:ipc_port> | Get the information about the given datanode. See Rolling Upgrade document for the detail. |
| -help [cmd] | Displays help for the given command or all commands if none is specified. |
Runs the data migration utility. See Mover for more details.
Usage: hdfs mover [-p <files/dirs> | -f <local file name>]
| COMMAND_OPTION | Description |
|---|---|
| -p <files/dirs> | Specify a space separated list of HDFS files/dirs to migrate. |
| -f <local file> | Specify a local file containing a list of HDFS files/dirs to migrate. |
Note that, when both -p and -f options are omitted, the default path is the root directory.
Runs the namenode. More info about the upgrade, rollback and finalize is at Upgrade Rollback.
Usage: hdfs namenode [-backup] | [-checkpoint] | [-format [-clusterid cid ] [-force] [-nonInteractive] ] | [-upgrade [-clusterid cid] [-renameReserved<k-v pairs>] ] | [-upgradeOnly [-clusterid cid] [-renameReserved<k-v pairs>] ] | [-rollback] | [-rollingUpgrade <downgrade|rollback> ] | [-finalize] | [-importCheckpoint] | [-initializeSharedEdits] | [-bootstrapStandby] | [-recover [-force] ] | [-metadataVersion ]
| COMMAND_OPTION | Description |
|---|---|
| -backup | Start backup node. |
| -checkpoint | Start checkpoint node. |
| -format [-clusterid cid] [-force] [-nonInteractive] | Formats the specified NameNode. It starts the NameNode, formats it and then shut it down. -force option formats if the name directory exists. -nonInteractive option aborts if the name directory exists, unless -force option is specified. |
| -upgrade [-clusterid cid] [-renameReserved<k-v pairs>] | Namenode should be started with upgrade option after the distribution of new Hadoop version. |
| -upgradeOnly [-clusterid cid] [-renameReserved<k-v pairs>] | Upgrade the specified NameNode and then shutdown it. |
| -rollback | Rollback the NameNode to the previous version. This should be used after stopping the cluster and distributing the old Hadoop version. |
| -rollingUpgrade <downgrade|rollback|started> | See Rolling Upgrade document for the detail. |
| -finalize | Finalize will remove the previous state of the files system. Recent upgrade will become permanent. Rollback option will not be available anymore. After finalization it shuts the NameNode down. |
| -importCheckpoint | Loads image from a checkpoint directory and save it into the current one. Checkpoint dir is read from property fs.checkpoint.dir |
| -initializeSharedEdits | Format a new shared edits dir and copy in enough edit log segments so that the standby NameNode can start up. |
| -bootstrapStandby | Allows the standby NameNode's storage directories to be bootstrapped by copying the latest namespace snapshot from the active NameNode. This is used when first configuring an HA cluster. |
| -recover [-force] | Recover lost metadata on a corrupt filesystem. See HDFS User Guide for the detail. |
| -metadataVersion | Verify that configured directories exist, then print the metadata versions of the software and the image. |
Runs the HDFS secondary namenode. See Secondary Namenode for more info.
Usage: hdfs secondarynamenode [-checkpoint [force]] | [-format] | [-geteditsize]
| COMMAND_OPTION | Description |
|---|---|
| -checkpoint [force] | Checkpoints the SecondaryNameNode if EditLog size >= fs.checkpoint.size. If force is used, checkpoint irrespective of EditLog size. |
| -format | Format the local storage during startup. |
| -geteditsize | Prints the number of uncheckpointed transactions on the NameNode. |


Jeffrey Akridge
Hey, How are you?
2 min
15
Nancy Olson
I'll call you later
8:01 PM
Ramona Kingsley
Give me a full explanation about our project
7:30 PM
3
Ricardo Lung
That's very good UI design
6:59 PM
Annette Silva
Yesterday i completed the task
11:21 AM
Stephen Wilson
What is the major functionality?
10:05 AM
Ryan Rodriguez
This has allowed me to showcase not only my technical skills
Yesterday
Lucile Devera
Let's talk briefly in the evening.
Sunday
Roland Storey
Do you have any collections? If so, what of?

Friday
-
Hello. What can I do for you?
-
8:30 AM
-
-
I'm just looking around.
Will you tell me something about yourself?
-
8:35 AM
Are you there? That time!
-
8:40 AM
-
8:41 AM
-
-
Where?
-
8:42 AM
OK, my name is Limingqiang.
Consectetuorem ipsum dolor sit?
Ok?
-
8:55 PM
-
- Today
-
Lorem ipsum dolor sit amet, consectetur adipiscing elit,
-
10:17 AM
- Edit
-
-
-


Joseph Guest Evans
Accomplishments
- Wrote a desktop support app for Windows with HTML5
- Lead a team of desktop support technicians in a clinical enterprise
- Leveraged Microsoft SharePoint to improve processes
- Simplified asset management between IT and Finance
- Knowledge base
- Tracking each team members monthly accomplishments for yearly review
- New employee onboarding workflow
- Project management
- Calendars
- Created reports and dashboards of team performance using queries from SalesForce (which hosts RemedyForce)
- Rolled out hundreds of new PCs and printers in hospitals and stand-alone doctors' offices
- Scripted many Windows applications to install silently with batch files, so we could push them to remote computers with PSExec
- Plugged in a lot of things in a lot of network closets (IDFs, MDFs), and tried to do it as neatly as possible
- Analyzed slow Windows logons using Process Monitor, and logical troubleshooting steps (free hint: it's almost always a third party software or hardware driver)
- Maintained our department's internal intranet page, making a clutter-free place to find helpful links and information
- Analyzed a set of legacy PeopleSoft tools which only worked in 32-bit Windows XP, and created a thorough install process that allowed them to operate in 64-bit Windows 7
- On-boarded new team members
- Provided basic, introductory IT training to new doctors, nurse practitioners, and physicians assistants
- Peer-interviewed many successful, new team members
- Analyzed corrupt XML and Excel files to recover lost data
- Used an inexpensive video-streaming device to broadcast cardiovascular operations, circumventing a "required" $500,000 upgrade from a vendor
- Managed servers for a 400-employee medical company, including the servers hosting Allscripts
- Managed backups with Symantec Backup Exec, and sent tapes off site for storage
- Hardware deployments and testing for transitioning to Epic
- Mapped computer and printer locations to floor plans using Visio, cross-referenced to Excel spreadsheets containing details
- Certifications
- A+
- Network+
- MCP
- MCDST
Skill Stack
- Epic Cogito
- T-SQL Querying
- Crystal Reports
- HTML5
- HTML
- CSS3
- JavaScript
- JQuery
- Python
- Atom.io
- PC Hardware
- Microsoft
- Excel
- PowerPoint
- Powershell and batch scripting
- SharePoint
- SQL Server Management Studio
- Sysinternals tools
- Visio
- Windows client management (by the thousands)
- Windows Server administration
- Git
- Symantec
- Backup Exec
- Encryption Management Server
- Endpoint Protection Manager
- Leadership
- Linux
- VIM
- Ivanti
- Apple / Macintosh
Personal Stuff
Oh, hello! I didn't see you there. Allow me to introduce myself. My name is JosephGuestEvans.com.
I've lived in the Harrisburg, PA area with my beautiful wife since we were married in 2007. We have seven children who all think I'm cool and normal.
In addition to playing with computers, I sometimes enjoy playing on computers!
Some Games I've Enjoyed
- Civilization
- Command & Conquer
- Mass Effect
- Myst
- Portal
- Star Wars: [Subtitle]
- Team Fortress 2
I do occasionally venture outside. I'll run, or walk, or maybe, you know, stroll: typical outdoors stuff.


I love Apache Spark. Not just becacuse of it’s capability to adapt to so many use-cases, but because it’s one of shining star in the Distributing Computing world, has a great design and superb community backing.
However, one of the features I’d want enhancement in is, the way it processes the streams. Spark processes the streams in a micro-batch manner i.e, you set a time interval (could be any value), and Spark will process the events collected in that interval, in batch. This is where Apache Flink comes in!
Apache Flink is often comapred with Spark. I feel Spark is far ahead of Flink, not just in technology; but even community backing of Spark is very big, compared to Flink.
Anyways, this post is not about comparing them, but to provide a detailed example of processing a RabbitMQ’s stream using Apache Flink.
Step 1: Install Rabbitmq, Apache Flink in your system. Both installations are very straightforward.
Step 2: Start Rabbitmq server
rabbitmq-server &
Step 3: Create an exchange in the rabbitmq. Go to http://localhost:15672
(In my example, I’m binding a queue to the exchange. You can directly use a queue, but make sure to make corresponding changes in the code)
Step 4: Clone the repo from here: (will be explaining the codes inline)
git clone https://github.com/rootcss/flink-rabbitmq.git
Step 5: It’s built with maven. (Java) So, build it using:
mvn clean package
Step 6: Once built, You’re all set to run it now:
flink run -c com.rootcss.flink.RabbitmqStreamProcessor target/flink-rabbitmq-0.1.jar
Step 7: Check the logs at:
tail -f $FLINK_HOME/log/*
and Flink’s dashboard at:
http://localhost:8081/
Step 8: Now, you can start publishing events from the RabbitMQ’s exchange and see the output in the logs.
Note that, I am not using any Flink’s Sink here (writing into the logs). You can use a file system like HDFS or a Database or even Rabbitmq (on a different channel ;))
(This version might be a little different from the code in my repo. Just to keep this concise)
// Extend the RMQSource class, since we need to override a method to bind our queue
public class RabbitmqStreamProcessor extends RMQSource{
// This is mainly because we have to bind our queue to an exchange. If you are using a queue directly, you may skip it
@Override
protected void setupQueue() throws IOException {
AMQP.Queue.DeclareOk result = channel.queueDeclare("simple_dev", true, false, false, null);
channel.queueBind(result.getQueue(), "simple_exchange", "*");
}
public static void main(String[] args) throws Exception {
// Setting up rabbitmq's configurations; ignore the default values
RMQConnectionConfig connectionConfig = new RMQConnectionConfig.Builder()
.setHost("localhost").setPort(5672).setUserName("rootcss")
.setPassword("password").setVirtualHost("/").build();
// below ones are pretty intuitive class names, right?
StreamExecutionEnvironment env = StreamExecutionEnvironment.getExecutionEnvironment();
// Finally adding Rabbitmq as source of the stream for Flink
DataStream<String> dataStream = env.addSource(new RMQSource<String>(connectionConfig,
"simple_dev",
new SimpleStringSchema()));
// Accepting the events, and doing a flatMap to calculate string length of each event (to keep the things easy)
DataStream<Tuple2<String, Integer>> pairs = dataStream.flatMap(new TextLengthCalculator());
// action on the pairs, you can plug your Flink's Sink here as well.
pairs.print();
// Start the execution of the worker
env.execute();
}
And, here is the beautiful web interface of Apache Flink:
In the next post, I will be explaining how I bomarded events on both Spark & Flink, to compare their endurance. Just for fun :-D
Stay Tuned!


TAMPOPO A film review by Jeff Meyer Copyright 1987 Jeff Meyer
Seen at the Seattle Film Festival: TAMPOPO (Japan, 1986) Director/Writer: Juzo Itami Cast: Ken Watanabo, Tsutomu Yamazaki, Nobuko Miyamato, Koji Yakusho. Subtitled.
I have to give credit to the Japanese filmmakers over the last two years; they are producing some of the funniest films to grace the Film Festival. Latest in the rostrum (and heavily recommended via word of mouth from NPR, Pauline Kael) is TAMPOPO, a story of a widowed noodle cook, a truck driver who seems to be John Wayne on the side, a vagrant food connoisseur, a churlish contractor with a heart of gold, and a gangster who seems to be combining his passion for food and his passion for his sexy moll. And gourmets. Gad, EVERYONE in this film is a gourmand, from top executive assistants down to bowery bums. Anyone and everyone will suddenly stop whatever they're doing and begin to talk in terms straight out of your local "Best Places" restaurant guide, how the broth lacks sincerity but the noodles have guts.
Actually, this film has a rather interesting construction, not seen since some of the later Monty Python movies. It has a main plot, that of Tampopo, a widow who runs a not-very-good noodle shop. Two truckers, one being the archetype of most Western heroes of the 50s, help her give the bum's rush to a bunch of toughs, and she is inspired to rise above her cooking inadequacies, and become "the best noodle cook in Japan." The plot follows her through her training by her trucker friend, her investigations into the secrets behind really good noodles, and her various trials to get secret ingredients to bring her to noodle nirvana. Meanwhile, the film will suddenly wander from the main plot to various skits occurring nearby, always involving food and usually involving the gangster with the erotic dinner ideas. I have heard a lot of comparisons between some of these scenes and the famous sequences in TOM JONES; while I don't think they're as entertaining as the sequences in JONES, they're funny--erotic humor seems to pass through the language barrier with flying colors. Some of the other sketches are much funnier, including a board-room dinner at a fancy French restaurant. The sketches don't interrupt the main plot of Tampopo (the name of the aspiring noodle chef) for too long, and some (but certainly not all) are worth the side trip.
But the most interesting storyline is that of Tampopo, and Juzo Itami has the wisdom to keep the center of the movie firmly tied to her apron-strings. A B- movie ($4.50 value), with heavy recommendations to get to the theater on time--this has the funniest opening sequence of any film I've seen this year, as the gangster decides to have a meal in another movie theater.
Moriarty, aka Jeff Meyer INTERNET<EMAIL_ADDRESS>Manual UUCP: {uw-beaver, sun, allegra, hplsla, lbl-csam}!fluke!moriarty
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Data as of Code by @llimllib Email me with questions Settings Confirmed cases Deaths use log scale align regions alphabetical order Start date: Countries(click to add) US States(click to add) Selected Areas(click to remove. 10 max)


public mixed HttpQueryString::get ([ string $key [, mixed $type = 0 [, mixed $defval = NULL [, bool $delete = false ]]]] )
Get (part of) the query string. The type parameter is either one of the HttpQueryString::TYPE_* constants or a type abbreviation like "b" for bool, "i" for int, "f" for float, "s" for string, "a" for array and "o" for a stdClass object.
Returns the value of the query string param or the whole query string if no key was specified on success or defval if key does not exist.


Source code for speechmatics.exceptions
# (c) 2020, Cantab Research Ltd.
"""
Exceptions and errors used by the library.
"""
[docs]class TranscriptionError(Exception):
"""
Indicates an error in transcription.
"""
[docs]class EndOfTranscriptException(Exception):
"""
Indicates that the transcription session has finished.
"""
[docs]class ForceEndSession(Exception):
"""
Can be raised by the user from a middleware or event handler
in order to force the transcription session to end early.
"""
[docs]class JobNotFoundException(Exception):
"""
Indicates that job ID was not found.
"""


A question that is frequently asked on the jMock users' mailing list is "how do
I use mock objects to test a class that spawns new threads"? The problem
is that jMock appears to ignore unexpected calls if they are made on a
different thread than that which runs the test itself. The mock object
actually does throw an AssertionFailedError
when it receives
an unexpected call, but the error terminates the concurrent thread instead
of the test runner's thread.
Here's an example. We have a guard and an alarm. When the guard notices a burglar, he should ring the alarm once only.
public interface Alarm { void ring(); }
@Test public void ringsTheAlarmOnceWhenNoticesABurglar() { final Alarm alarm = context.mock(Alarm.class); Guard guard = new Guard(alarm); context.checking(new Expectations() {{ oneOf (alarm).ring(); }}); guard.notice(new Burglar()); }
Here's an implementation of Guard that should fail the test:
public class Guard { private Alarm alarm; public Guard( Alarm alarm ) { this.alarm = alarm; } public void notice(Burglar burglar) { startRingingTheAlarm(); } private void startRingingTheAlarm() { Runnable ringAlarmTask = new Runnable() { public void run() { for (int i = 0; i < 10; i++) { alarm.ring(); } } }; Thread ringAlarmThread = new Thread(ringAlarmTask); ringAlarmThread.start(); } }
Although that implementation is incorrect, the test will appear to pass because the mock Alarm will throw an AssertionFailedError on the ringAlarmThread, not the test runner's thread.
The root of the problem is trying to use mock objects for integration testing. Mock objects are used for unit testing in the traditional sense: to test units in isolation from other parts of the system. Threads, however, by their very nature, require some kind of integration test. Concurrency and synchronisation are system-wide concerns and code that creates threads must make use of operating system facilities to do so.
A solution is to separate the object that needs to run tasks from the details of how tasks are run and define an interface between the two. We can test the object that needs to run tasks by mocking the task runner, and test the implementation of the task runner in integration tests. Java's standard concurrency library defines just such an interface: java.util.concurrent.Executor. In our example, we can pass an Executor to the Guard and change the Guard so that it asks the executor to run tasks instead of explicitly creating new threads.
Our test then looks like:
@Test public void ringsTheAlarmOnceWhenNoticesABurglar() { final Alarm alarm = context.mock(Alarm.class); Executor executor = ... // What goes here? Guard guard = new Guard(alarm, executor); context.checking(new Expectations() {{ oneOf (alarm).ring(); }}); guard.notice(new Burglar()); }
But how should we implement the Executor for our test? If we use an Executor that creates a new thread we'll be back where we started and our tests will still, wrongly, appear to pass. We need to run the task in the same thread as the test runner. To do this we could mock the Executor interface and use a custom action to call back to the task's run method. However, that does not correctly reflect how a background task would behave: the task executes before the notify method has returned, instead of afterwards. This difference is significant when a task modifies the state of an object.
Instead we need an object that implements the Executor interface and
lets us explicitly run the tasks after the notice(Burglar)
method has returned. JMock provides a class that does just this: the
DeterministicExecutor
. Using it, our test looks like:
@Test public void ringsTheAlarmOnceWhenNoticesABurglar() { final Alarm alarm = context.mock(Alarm.class); DeterministicExecutor executor = new DeterministicExecutor(); Guard guard = new Guard(alarm, executor); guard.notice(new Burglar()); context.checking(new Expectations() {{ oneOf (alarm).ring(); }}); executor.runUntilIdle(); }
And the implementation of the Guard that uses an Executor looks like this:
public class Guard { private Alarm alarm; private Executor executor; public Guard(Alarm alarm, Executor executor) { this.alarm = alarm; this.executor = executor; } public void notice(Burglar burglar) { startRingingTheAlarm(); } private void startRingingTheAlarm() { Runnable ringAlarmTask = new Runnable() { public void run() { for (int i = 0; i < 10; i++) { alarm.ring(); } } }; executor.execute(ringAlarmTask); } }
It's still not correct, but at least our tests can detect the error now!
The test tells the executor to run until idle, which runs pending tasks until there are no more to execute. This allows tasks to launch new tasks. If that happened forever, the executor would, of course, enter an infinite loop. Therefore the DeterministicExecutor also let's a test run only the pending tasks to support applications that spawn an infinite sequence of tasks.
Beyond easy testing, the advantage of pulling out the Executor from the Guard is that the Guard does not hide its concurrency policy within its implementation. Concurrency is a system-wide concern and should be controlled outside the Guard object. By passing an appropriate Executor to its constructor, the application can easily adapt the Guard to the application's threading policy without having to change the Guard's implementation.
However, this technique tests the only functional behaviour of the objects. It does not test the synchronisation. You'll also need integration tests that put truly concurrent code under load, using the Blitzer for example, and try to detect synchronisation errors. By separating the concerns of functionality and synchronisation you will know that any errors in your load tests are caused by synchronisation problems, not bugs in the functional behaviour.


{% load static %}{% load paigow_extras %}
{{ record_against_opponent }} against {{ opponent.name }} Start a new game against {{ opponent.name }}


Media enquiries
Email<EMAIL_ADDRESS>News Desk 020 7008 3100
News story
UK-China collaboration has moved from strength to strength, with a wave of groundbreaking agreements at the 2016 UK-China High Level People-to-People Dialogue.
Secretary of State for Health, Jeremy Hunt MP and Chinese Vice Premier, Liu Yandong co-chaired the Dialogue at the Shanghai Tower.
The Dialogue is a key pillar in the UK-China relationship, celebrating links between the two peoples. Policy strands for this year’s dialogue were education, science, health, tourism, sport, culture and creative industries, youth and regional cooperation, bringing together key themes of creativity, social equity and women’s equality.
Headline announcements at today’s Dialogue include the signing of the new UK-China TV Co-Production Treaty, making the UK only the second country in the world to have both film and television treaties with China; a Memorandum of Understanding on UK-China Antimicrobial Resistance Research and Innovation Collaboration; the signing of a new Host-to-Host agreement for cooperation on the Beijing Winter Olympics and Paralympics 2022; and the British Library and National Library of China collaborating to display some of Britain’s most iconic literary treasures in China, including Shakespeare’s First Folio.
Secretary of State for Health, Jeremy Hunt MP said:
The UK-China High Level People to People Dialogue is about strengthening the collaboration between our two countries, building partnerships that benefit people in both our nations.
Both the UK and China have energetic economies, with innovation and creativity at the core. We are both global powers with a global outlook. In a golden era for our two nations, we are working together on global issues, building economies for the future, and developing our strong trade, investment and people-to-people links. The People-to-People Dialogue is an opportunity to deepen our engagement across policies central to the growth and prosperity of both our nations.
We have a shared commitment to ensuring the bilateral relationship delivers for all our people – linking UK towns and cities with their Chinese counterparts is a key part of this and I’m delighted that the Northern Ireland First Minister is here in Shanghai with us today. We’ve also agreed to step up UK-China collaboration on women’s equality and empowerment making this a fundamental element of our Global Partnership.
In addition to Jeremy Hunt MP, the UK official delegation included Secretary of State for Education and Minister for Women and Equalities, Justine Greening; Secretary of State for Culture, Media and Sport, Karen Bradley; Northern Ireland First Minister, Arlene Foster; and the Department for Business, Energy & Industrial Strategy’s Chief Scientific Advisor, Professor John Loughhead.
Secretary of State for Education, Justine Greening, said:
The UK and China share many priorities in the field of education, and we both recognise and highly value the benefits of international collaboration. Today’s agreements demonstrate our ongoing commitment to working together to build on the strong foundation we have laid over the past decades. As our bilateral relationship develops, the outcomes of today’s agreements, by providing us with opportunities to share ideas and expertise, will allow us to prosper together.
Details of the announcements and agreements made at the 2016 UK-China High Level People to People Dialogue can be found in the annex.
The following agreements were signed at the 2016 UK-China High Level People to People Dialogue.
The UK-China Television Coproduction Treaty is a landmark agreement which will help to develop collaboration between both countries’ industries. The UK is now only the second country in the world to have both film and television treaties with China. The Treaty will help to create programmes that combine cultural characteristics of both countries and it will deliver a boon of around £55m per year for the UK television industry by helping them to access the burgeoning Chinese market.
Tate is working with the National Art Museum of China (NAMOC), in Beijing, to present ‘Landscapes of the Mind: British Landscape Painting 1700 – 1990’, opening in September 2018. The exhibition traces the remarkable development of Britain’s greatest contribution to European art – landscape painting – and is drawn from Tate’s unrivalled collection of British art. Among the celebrated artists represented in the exhibition are Thomas Gainsborough, JMW Turner, John Constable, John Everett Millais, James Abbott McNeill Whistler, Stanley Spencer, John Piper, LS Lowry, Frank Auerbach, and Richard Long.
The British Museum is honoured to present A History of the World in 100 Objects: the Exhibition in Beijing. Inspired by the highly-acclaimed 2010 radio series and book, which was produced in partnership with the BBC and Penguin Books, this unique exhibition sets out to tell one version of an extraordinary story - the history of the world. It is not told through writing, but through objects: the creations and inventions that people have made, and that have helped us to overcome the challenges that humankind has faced throughout the last 2 million years. The exhibition A History of the World in 100 Objects will be displayed in Beijing in 2017.
An exhibition agreement between the British Library and National Library of China. The British Library will display some of its most iconic literary treasures in China. The exhibition is expected to include handwritten manuscripts and early editions by some of the greatest British authors of all time, from Shakespeare and Dickens to the Brontë sisters and Sir Arthur Conan Doyle. The £1.6 million project was funded by the UK Government as part of an ambitious cultural exchange programme with China. The exhibition will be presented at the National Library of China from 21 April 2017 to the 20 June 2017.
MoU between the Palace Museum and Durham University on furthering research links on the archaeology of the Middle East, Europe and Indian Ocean. This will include academic exchanges; joint research and publications; cooperation in museum exhibition management; and discussions into joint exhibitions.
An agreement to jointly develop a strategy for future UK-China science and innovation collaboration, which will identify key areas, new models and funding mechanisms for collaboration, and will have a greater focus on innovation, applied research and joint centres. The first roundtable meeting to discuss the strategy was held alongside the People to People Dialogue on the morning of 6th December with leading research and business representatives from both countries.
The renewal of the Memorandum of Understanding between the Department of Health of the UK and the National Health and Family Planning Commission of the People’s Republic of China on Health Cooperation signals the commitment of the two parties to continue their close collaboration on health. Both countries are facing the challenges of providing high quality healthcare to their people in the context of ageing populations, emerging infectious disease and the growing burden of non-communicable diseases. This relationship benefits both nations through sharing expertise and supporting joint projects. It commits both sides to holding an annual Ministerial dialogue on health, alternating between the two countries.
The objective of this MoU is to support joint collaboration in the translation of research into new solutions to address antimicrobial resistance. This could fund activities of joint research and innovation projects led by research organisations, higher education institutions, companies and enterprises within the two countries. The Chinese Government will provide matching funding to the UK Government’s commitment to respectively support researchers of the two countries to carry out these projects. Collaboration under this MoU will build on existing UK-China science, research and innovation agreements.
An Action Plan under the UK-China Partners in Education Framework outlining six key priority areas of UK-China education co-operation beyond 2016. The six strands of collaboration are in basic education; language teaching and assessment; technical and professional education and training; sports education and training; higher education (including quality assurance) and exchanges.
Agreement for the extension of the Shanghai Math Teachers Exchange programme which will see up to 70 teachers from each country travel to Shanghai and UK each year for the next two academic years (from Nov 2016)
The British Council, Premier League, The FA and the Federation of University Sports China signed a collaboration agreement to develop a UK-China Football Coach Training Framework which aims to deliver a development pathway for football coaches in China.
Signing of a new Host-to-Host Memorandum of Understanding to take forward a programme of cooperation in relation to the Beijing Winter Olympics and Paralympics 2022
A Memorandum of Understanding between the Great Britain China Centre and the All China Youth Federation on promoting collaboration and exchange between the UK and China’s young innovators and entrepreneurs.
Email<EMAIL_ADDRESS>News Desk 020 7008 3100
Published: 6 December 2016
From: Department for Culture, Media & Sport Department for Education Department of Health Foreign & Commonwealth Office Northern Ireland Office Department for International Trade Department for Business, Energy & Industrial Strategy The Rt Hon Karen Bradley MP The Rt Hon Justine Greening MP The Rt Hon Jeremy Hunt MP
Part of: China


CNTK-R
is an R package for CNTK, which uses the reticulate package to bind to CNTK’s Python API. Since it binds directly to Python, the R interface can perform any operation the Python bindings can, including running on the GPU. See the CIFAR-10 image classification vignette to see a basic example of training and evaluation of image classification on the CIFAR-10 dataset.
To use CNTK with R you’ll need to have the appropriate Python wheel for your system already installed. See CNTK’s documentation for help setting up CNTK’s Python wheel on your system.
Then run the following to install CNTK’s R package:
devtools::install_github("Microsoft/CNTK-R")
You can also take a look at our article on setting up CNTK and CNTK-R on your machine.
Documentation is still a work in progress, but the R package closely follows the CNTK Python interface where possible (Python docs). Here’s the basic rundown of the differences:
l <- Learner(parameters, lrschedule)
l$parameters # returns parameters associated with learner
learner.update(...) # Python
update_learner(learner, ...) # R equivalent
learner %>% update_learner(...) # R equivalent via pipe
Since class methods are made global, some renaming from the original python API was necessary to avoid conflicts. See the documentation for a list of all available functions.
UnitType.Error # Python
UnitType("Error") # R equivalent


GET /user/keys
Lists the public SSH keys for the authenticated user's GitHub account. Requires that you are authenticated via
Basic Auth or via OAuth with at least read:public_key
scope.
Status: 200 OK
Link: <https://api.github.com/resource?page=2>; rel="next",
<https://api.github.com/resource?page=5>; rel="last"
[
{
"key_id": "1234",
"key": "2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvv1234"
}
]


AngularJS
To-do App
(current)
Project App
Search
Examples from AngularJS website
Example 1 : Simple To-Do App
{{todoList.remaining()}} of {{todoList.todos.length}} remaining to
[ archive ]
{{todo.text}}
Add!
Example 2 : The Basics
Name:
Hello {{yourName}}!


Bus Mall
Welcome To Our Voting App
We are going to collect the results to enhance our catalog for you
Insert the Number of Rounds
Vote
Vote
Vote


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/simp.20display.20mode.html ---
Is there some way of getting lean to show what lemmas simp used in a particular line? I added an include in my file and suddenly a lot of my simps don't do what they used to. I want to be able to see which lemmas it is now having problems with.
set_option trace.simplify.rewrite true
see my post from just now about \u m * n :-)
you said "just click on simp
and see" but I don't know what you mean by that
But that is slightly surprising. It might be that your include contained a lemma tagged @[simp]
which is now being applied when it wasn't before. If you can locate the lemma then...I'm not sure you can untag it actually, but you can stop simp
from using it and then hopefully sanity will be restored
Oh -- I'd put the set_option
earlier
you can only locally untag a simp lemma
@Chris Hughes thanks
The offending include file is one of my own. So I tried untagging all of the simp lemmas in the source file but this did not solve the problem
If you're using simp
in the middle of a proof, then you're asking for trouble. You should only use simp
to close a goal. Although it's kind of annoying, if your goal is A
and then simp
turns it into B
, you're supposed to write suffices : B, simpa using this
or simp [this]
or simp!
or some other random incantation until simp
eventually is convinced that it can prove that B
implies A
, and then go on. This makes imports far less likely to break code.
Last updated: Apr 24 2020 at 19:02 UTC


To create a skateboarding path, select an equation from the list, or write your own. Then press Draw.
You can use +, -, *, /, (), ^, sin, cos, tan, log, sqrt to draw the graph
To watch it ride your path, press Play
You can reposition the start location of the skateboarder by pressing the flag button at top
You can also selectively erase paths with the erase button at top.


Element Roles
New Element Role
New Element Role
Add a new element role
Role Settings
Role Name
The name of the element role
Display Name
The display name of the element role
Plane
The plane this element role is installed at
Data Plane
Management Plane
Control Plane
Managed element
Configuration, operational state and software version of managed elements are maintained by this management system
whereas unmanaged elements are immutable and stored for documentation purposes only.
Description
An optional description of the element role providing details about what elements of this role are used for.
Save role
Cancel


We provide a wide range of general cleaning services for various sectors. We work with our clients to gain a detailed understanding of their needs, challenges, short and long term objectives. In order to maintain a hassle-free
environment expert teams are deployed to carry out the required services in utmost professional manner.
We Offer:
- 24/7 Help Desk
- Internal housekeeping including janitorial
services
- External cleaning
- Disinfection & sanitization
- Landscaping and gardening.
- Windows & high-level cleaning
- Pest control.
- Waste management.
- Security & Surveillance
- Access control


Habakkuk
1
1 This is the conversation between Habakkuk the prophet and Yahweh.
2 I said, "Yahweh, how long must I continue to call to you for help before you respond?
I cry out, "The people are acting so violently!"
but you do not rescue me!
3 Why do you make me watch people do what is wrong, but you do nothing?
I see people destroying things and acting violently; they fight and quarrel everywhere.
4 No one obeys the law of Moses, and no one acts in a right way for very long.
Wicked people always defeat the righteous people in the courts,
because judges never make fair decisions."
5 Yahweh replied to me,
"This is happening, but look around at what is happening in the other nations.
If you look, you will be amazed, and even astonished, since I am doing something
during this time that you would never have believed would happen,
even if someone told you about it.
6 Very soon I will bring the soldiers of Babylonia, who are fierce and swift.
They will march across the entire earth
and conquer many other countries.
7 They are a people whom others fear very much,
and they do whatever they want to,
because they believe that they are very great and that they have the right to judge everyone else.
8 The horses that pull their chariots go faster than leopards,
and they are fiercer than wolves are in the evening.
The horses on which the soldiers ride gallop swiftly;
the soldiers riding them come from distant places.
They are like eagles that swoop down to snatch their prey.
9 As they ride along,
they are determined to act violently.
They advance eagerly, as fast as the wind over the desert,
and gather up as many prisoners as there are grains of sand!
10 They make fun of kings and princes of other countries,
and they ridicule all the cities that have high walls around them.

But they are very guilty,
because they think that their own power is their god!"
12 Then I said, "Yahweh, are you not the eternal God?

So why have you sent those men from Babylonia to judge us and kill us?
You are like our Rock, on top of which we can hide,
so why have you sent them to punish us?
13 You are pure, and you cannot endure looking at what is evil,
so why are you ignoring men who are treacherous?
Why do you do nothing
to punish those wicked men from Babylonia,
who destroy people who are more righteous than they are?
14 They treat us like fish in the sea,
or like other creatures in the sea, that have no ruler.
15 The soldiers of Babylonia think that we are fish for them to pull out of the sea with hooks
or to catch in their nets, while they rejoice and celebrate.
16 If they catch us, they will worship their weapons with which they captured us
and offer sacrifices to them and burn incense in front of them!
They will say, 'These weapons have enabled us to become rich and eat expensive food.'
17 Will you allow them to continue to conquer people forever?
Will you allow them to destroy people of other nations without any mercy for anyone?"


GreenWeb
"We demonstrate a promising first step toward programming
language innovations for energy-efficient mobile Web."
Motivation: Mobile developers today must be conscious of energy efficiency. Current Web programming language abstractions, however, provide developers few opportunities to optimize for energy efficiency. Instead, energy optimizations are mostly conducted at the hardware and OS level via techniques such as dynamic voltage and frequency scaling, which are not aware of user quality-of-service (QoS) expectations. Failing to deliver a desirable QoS experience can cause severe consequences. For example, a 1-second delay in webpage load time costs Amazon $1.6 billion annual sales lost.
Proposal: We propose GreenWeb, a set of Web language extensions defined as Cascading Style Sheet (CSS) rules that allow Web developers to express user QoS expectations at an abstract level. Based on programmer-guided QoS information, the runtime substrate of GreenWeb dynamically determines how to deliver the target QoS experience while minimizing the energy consumption. Overall, GreenWeb shows significant energy savings (29.2% ∼ 66.0%) over Android’s default Interactive governor.
Technical paper: GreenWeb: Language Extensions for Energy-Efficient Mobile Web Computing, PLDI 2016
Code: View project on GitHub


Create the client "Drone Real-time Video Draping onto Terrain"
1) Get information reading GetCapabilities
The first thing you have to do is to gather all the necessary information about your connection. The OSH server allows one to get information through SOS, SOS-T etc.
What we need is:
1) Offering id
2) ObservedProperty
3) The time: can be a time range or real-time. A specific notation is used for real-time data
This link will provide you more details about SOS.
Let's say the endpoint is localhost:8181
and the sos server sensorhub/sos
.
A getCapabitilies request would be
http://localhost.net:8181/sensorhub/sos?service=SOS&version=2.0&request=GetCapabilities
The next step is to extract the offeringId corresponding to our sensor:
<swes:offering>
<sos:ObservationOffering>
<swes:description>Archive data from Solo Nav DataStore</swes:description>
<swes:identifier>urn:osh:solo-nav</swes:identifier>
<swes:name>Solo Nav DataStore</swes:name>
<swes:procedure>urn:osh:sensor:mavlink:solo:S115A5800419</swes:procedure>
<swes:observableProperty>http://www.opengis.net/def/property/OGC/0/PlatformOrientation</swes:observableProperty>
<swes:observableProperty>http://sensorml.com/ont/swe/property/OSH/0/GimbalOrientation</swes:observableProperty>
<swes:observableProperty>http://www.opengis.net/def/property/OGC/0/PlatformLocation</swes:observableProperty>
<sos:phenomenonTime>
<gml:TimePeriod gml:id="T4">
<gml:beginPosition>2016-08-30T18:58:46.180Z</gml:beginPosition>
<gml:endPosition>2016-08-30T19:20:17.002Z</gml:endPosition>
</gml:TimePeriod>
</sos:phenomenonTime>
...
</swes:offering>
```
and
```xml
<swes:offering>
<sos:ObservationOffering>
<swes:description>Archive data from Solo Video DataStore</swes:description>
<swes:identifier>urn:osh:solo-video</swes:identifier>
<swes:name>Solo Video DataStore</swes:name>
<swes:procedure>urn:osh:sensor:rtpcam:solo:S115A5800419</swes:procedure>
<swes:observableProperty>http://sensorml.com/ont/swe/property/VideoFrame</swes:observableProperty>
<swes:observableProperty>http://sensorml.com/ont/swe/property/Image</swes:observableProperty>
<sos:phenomenonTime>
<gml:TimePeriod gml:id="T5">
<gml:beginPosition>2016-08-30T18:59:03.009Z</gml:beginPosition>
<gml:endPosition>2016-08-30T19:20:16.402Z</gml:endPosition>
</gml:TimePeriod>
</sos:phenomenonTime>
...
</swes:offering>
Then the relevant information is:
-
OfferingId:
urn:osh:solo-nav
-
ObservedProperty:
-
http://www.opengis.net/def/property/OGC/0/PlatformOrientation
-
http://sensorml.com/ont/swe/property/OSH/0/GimbalOrientation
-
http://www.opengis.net/def/property/OGC/0/PlatformLocation
-
-
Time range: from
2016-08-30T18:58:46.180Z
to2016-08-30T19:20:17.002Z
For the second sensor:
-
OfferingId:
urn:osh:solo-video
-
ObservedProperty:
-
http://sensorml.com/ont/swe/property/VideoFrame
-
http://sensorml.com/ont/swe/property/Image
-
-
Time range: from
2016-08-30T18:59:03.009Z
to2016-08-30T19:20:16.402Z
2) Use the right Javascript mappers
Once you have got the information, you have to use the Toolkit to build your client. You have to choose the corresponding data receivers and the corresponding views:
DataReceivers
-
PlatformLocation => LatLon => textual including timestamp => OSH.DataReceiver.JSON. The generic JSON parser is able to parse any textual data and separate the timestamp from the others
-
GimbalOrientation => DataSourceEulerOrientation => textual including timestamp => OSH.DataReceiver.JSON
-
Video (H264) => DataSourceVideoH264 => binary data => OSH.DataReceiver. DataSourceVideoH264
Views
To represent the data, we will choose in this example:
-
CesiumView => 3D map
-
DialogView => encapsulates video + chart viewers
-
RangeSlider => control time
-
Nvd3CurveChartView => DataSourceChart
-
FFMPEGView => Display Video using FFMPEG JS
-
EntityTreeView => display entities
-
StackMenu => for Tree
The views are not dependent of the data sources, many views can be used to represent the same data using a data receiver. Obvioulsy, some views are more appropriate such as the FFmpegView which is only used to display H264 encoded frames.
3) Define your HTML layout
We need three containers to render the views:

4) Create your JS code - DataReceivers
// DEFINE TIME
var startTime = "2016-08-30T19:00:40Z";
var endTime = "2016-08-30T19:22:00Z";
var replaySpeed = "1";
// LatLon DataReceiver
var soloGPS = new OSH.DataReceiver.JSON("Solo GPS", {
protocol : "ws",
service: "SOS",
endpointUrl: hostname + "/sensorhub/sos",
offeringID: "urn:osh:solo-nav",
observedProperty: "http://www.opengis.net/def/property/OGC/0/PlatformLocation",
startTime: startTime,
endTime: endTime,
replaySpeed: replaySpeed,
syncMasterTime: true // This specify to synchronize the data
});
// Orientation DataReceiver
var soloAttitude = new OSH.DataReceiver.JSON("Solo Attitude", {
protocol : "ws",
service: "SOS",
endpointUrl: hostname + "/sensorhub/sos",
offeringID: "urn:osh:solo-nav",
observedProperty: "http://www.opengis.net/def/property/OGC/0/PlatformOrientation",
startTime: startTime,
endTime: endTime,
replaySpeed: replaySpeed,
syncMasterTime: true
});
// Gimbal orientation DataReceiver
var soloGimbal = new OSH.DataReceiver.JSON("Solo Gimbal", {
protocol : "ws",
service: "SOS",
endpointUrl: hostname + "/sensorhub/sos",
offeringID: "urn:osh:solo-nav",
observedProperty: "http://sensorml.com/ont/swe/property/OSH/0/GimbalOrientation",
startTime: startTime,
endTime: endTime,
replaySpeed: replaySpeed,
syncMasterTime: true
});
// Video H264 DataReceiver
var soloVideo = new OSH.DataReceiver.DataSourceVideoH264("Solo Video", {
protocol : "ws",
service: "SOS",
endpointUrl: hostname + "/sensorhub/sos",
offeringID: "urn:osh:solo-video",
observedProperty: "http://sensorml.com/ont/swe/property/VideoFrame",
startTime: startTime,
endTime: endTime,
replaySpeed: replaySpeed,
timeShift: -100,
syncMasterTime: true
});
We define here a time range corresponding to the GetCapabilities information. As described above, we instantiate three JSON generic data receiver and one binary.
The syncMasterTime
is an advanced tool provided by the Toolkit which allows to synchronize the data sources between them.
That means for every data received, the timestamp will be checked and ordered to be sure that for a given time t
, the data
is synchronized. In the case of the H264 binary data, the timeStamp is extracted from the first bytes of the stream, the raw data is then
extracted by shifting the bytes of the timeStamp length.
The offering
, observedProperty
and endpoint
are the ones extracted from the GetCap request.
Entity
Another useful tool is the entity. You can associate sensors between them. For example, if you know that sensors are from the same hardware, it can be useful to associate one sensor to each other. The entity is a simple way to do that:
//--------------------------------------------------------------//
//-------------------------- Entities --------------------------//
//--------------------------------------------------------------//
var soloEntity = {
id: "solo1",
name: "3DR Solo",
dataSources: [soloGPS, soloAttitude, soloGimbal, soloVideo]
};
The data sources are associated together.
Video view (--ffmpeg third party library)
To display the Video, you can use the FFMpeg view which has been specially created for displaying H264 encoded frames.
//--------------------------------------------------------------//
//--------------------------- Views ---------------------------//
//--------------------------------------------------------------//
var soloVideoView = new OSH.UI.FFMPEGView("videoViewDivId", {
dataSourceId: soloVideo.getId(),
entityId : soloEntity.id,
css: "video",
cssSelected: "video-selected",
useWorker: true,
width: 1280,
height: 720
});
The view is then associated to a data source and an entity. It will create a div into the videoViewDivId
.
The css passed as argument will be used by the inner hidden created div of the view. The cssSelected
properties
correspond to a css which is applied when you click onto your view. For example, you can decide to highlight the border
of your div with large width.
This view has a special property useWorker
which allows multithreading. The frame decoding will be processed
into a separate thread (using a WebWorker).
DataSourceChart view (--nvd3 third party library)
To display the altitude of the drone, you can use the simple chart view. By default, the toolkit provide a NDV3 view allowing to display curve chart:
//--------------------------------------------------------------//
//--------------------------- Views ---------------------------//
//--------------------------------------------------------------//
var altChartView = new OSH.UI.Nvd3CurveChartView("chartViewDivId",
[{
styler: new OSH.UI.Styler.Curve({
valuesFunc: {
dataSourceIds: [soloGPS.getId()],
handler: function (rec, timeStamp) {
if (rec.alt < 1)
rec.alt *= 1e4; // *10^4 due to bug in Toulouse dataset
return {
x: timeStamp,
y: rec.alt+mslToWgs84
};
}
}
})
}],
{
dataSourceId: soloGPS.getId(),
yLabel: 'Altitude (m)',
xLabel: 'Time',
maxPoints: 100,
css:"chart-view",
cssSelected: "video-selected"
});
In this example, there are two interesting parts:
1) the styler which is used to apply an altitude rectification
2) the graph view properties (provided by the view itself)
The styler is fed directly by the OSH.EventManager. It is built from a dataSourceId array. When the
data have processed by the buffer, the OSH.EventManager
will fire an event. The view will get
this event (if the data source id matches) and forward the data to the styler if it exists.
Then the style acts like a filter, in this example, it is useful to rectify the data before displaying into the chart.
The valuesFunc
means for each data..do
. Each styler has a different way to handle data and has a different function
signature. Check the documentation for more details about them. You can use pre-existed styler or create yours.
(Styler documentation)
Other stylers
Now you can define point marker styler to style Lat,Lon, Alt textual data:
//--------------------------------------------------------------//
//--------------------------- Views ---------------------------//
//--------------------------------------------------------------//
// common point marker
var pointMarker = new OSH.UI.Styler.PointMarker({
label: "3DR Solo",
locationFunc : {
dataSourceIds : [soloGPS.getId()],
handler : function(rec) {
if (rec.alt < 1)
rec.alt *= 1e4; // *10^4 due to bug in Toulouse dataset
return {
x : rec.lon,
y : rec.lat,
z : rec.alt+mslToWgs84-5. // model offset
};
}
},
orientationFunc : {
dataSourceIds : [soloAttitude.getId()],
handler : function(rec) {
return {
heading : rec.heading
};
}
},
icon: "./models/Drone+06B.glb"
});
This styler contains two functions, one for location and another one for orientation. Two different
data sources are needed to get this information.
the locationFunc
add MSL to LatLon data whereas the orientationFunc
extracts heading from altitude.
Depending on the observeProperty
, the data can be provided in various ways. For example, let's suppose
the http://sensorml.com/ont/swe/property/DataSourceOrientationQuaternion
instead, this would have as result:
var pointMarker = new OSH.UI.Styler.PointMarker({
label: "3DR Solo",
locationFunc : {
dataSourceIds : [soloGPS.getId()],
handler : function(rec) {
if (rec.alt < 1)
rec.alt *= 1e4; // *10^4 due to bug in Toulouse dataset
return {
x : rec.lon,
y : rec.lat,
z : rec.alt+mslToWgs84-5. // model offset
};
}
},
orientationFunc : {
dataSourceIds : [soloAttitude.getId()],
handler : function(rec) {
var qx = rec.orient.qx;
var qy = rec.orient.qy;
var qz = rec.orient.qz;
var qw = rec.orient.q0;
// look dir vector
var x = 0;
var y = 0;
var z = -1;
// calculate quat * vector
var ix = qw * x + qy * z - qz * y;
var iy = qw * y + qz * x - qx * z;
var iz = qw * z + qx * y - qy * x;
var iw = - qx * x - qy * y - qz * z;
// calculate result * inverse quat
xp = ix * qw + iw * - qx + iy * - qz - iz * - qy;
yp = iy * qw + iw * - qy + iz * - qx - ix * - qz;
zp = iz * qw + iw * - qz + ix * - qy - iy * - qx;
var yaw = 90 - (180/Math.PI*Math.atan2(yp, xp));
return {
heading : yaw
};
}
},
icon: "./models/Drone+06B.glb"
});
The ImageDraping
styler looks like:
var imageDrapingStyler = new OSH.UI.Styler.ImageDraping({
platformLocationFunc: {
dataSourceIds: [soloGPS.getId()],
handler: function(rec) {
if (rec.alt < 1)
rec.alt *= 1e4; // *10^4 due to bug in Toulouse dataset
return {
x: rec.lon,
y: rec.lat,
z: rec.alt + mslToWgs84
};
}
},
platformOrientationFunc: {
dataSourceIds: [soloAttitude.getId()],
handler: function(rec) {
return {
heading: rec.heading,
pitch: 0, //rec.pitch,
roll: 0, //rec.roll
};
}
},
gimbalOrientationFunc: {
dataSourceIds: [soloGimbal.getId()],
handler: function(rec) {
return {
heading: rec.heading,
pitch: -92, //rec.pitch,
roll: 0, //rec.roll
};
}
},
/*GoPro*/
cameraModel: {
camProj: new Cesium.Matrix3(747.963 / 1280., 0.0, 650.66 / 1280.,
0.0, 769.576 / 738., 373.206 / 738.,
0.0, 0.0, 1.0),
camDistR: new Cesium.Cartesian3(-2.644e-01, 8.4e-02, 0.0),
camDistT: new Cesium.Cartesian2(-8.688e-04, 6.123e-04)
},
imageSrc: $$('#' + soloVideoView.getId() + ' canvas')[0]
});
Cesium view (--cesium third party library)
Now you have setup the 3D view:
var mapView = new OSH.UI.CesiumView("cesiumViewId", [
{
name: "3DR Solo",
entityId: soloEntity.id,
styler: pointMarkerStyler
}, {
name: "Geolocated Imagery",
entityId: soloEntity.id,
styler: imageDrapingStyler
}]);
Most of the views are composed from ViewItems
. They are passed as array argument to the view.
A viewItem
contains a name
,entityId
and a styler
.
Data receiver controller
As described above, you can use a data receiver controller to wrap and abstract some logic. The data source
can be connected/disconnected directly by calling the connect
/disconnect
function as well.
var dataSourceController = new OSH.DataReceiver.DataReceiverController({
replayFactor: 1.0
});
dataSourceController.addEntity(soloEntity);
dataSourceController.connectAll();
// or fire an event
//OSH.EventManager.fire(OSH.EventManager.EVENT.CONNECT_DATASOURCE, {dataSourcesId:[videoDataSource.id]});
Extras features
The Toolkit provides a set of extra features that help you to simplify the way to develop your Application such as:
-
Decorate container using floating dialog windows
-
Add contextual menu
-
Add entity tree viewer
-
Add range slider
Dialog Window
The Dialog window can decorate any div. It's a floating window with useful actions:
-
dock: can dock the window
-
drag: can drag the window
-
close: can close the window
-
swap: swap the inner content with another div (background for example)
-
show/hide
-
connect/disconnect: can disconnect/disconnect associated data source
For that, you need a HTML layout:

If you want to decorate a view, you have to put the viewId into the dialog:
// video view
var soloVideoDialog = new OSH.UI.DialogView("dialog-main-container", { // put the dialog to the main container
draggable: false,
css: "video-dialog",
name: "UAV Video",
show: true,
dockable: true,
closeable: true,
canDisconnect : false,
swapId: "main-container"
});
var soloVideoView = new OSH.UI.FFMPEGView(soloVideoDialog.popContentDiv.id, { // put the view into the dialog
dataSourceId: soloVideo.getId(),
entityId : soloEntity.id,
css: "video",
cssSelected: "video-selected",
useWorker: true,
width: 1280,
height: 720
});
// chart view
var altChartDialog = new OSH.UI.DialogView("dialog-main-container", {
draggable: false,
css: "dialog",
name: "Solo Altitude",
show: false,
dockable: true,
closeable: true,
canDisconnect : false,
swapId: "main-container"
});
var altChartView = new OSH.UI.Nvd3CurveChartView(altChartDialog.popContentDiv.id, ...);
// Cesium view is plugged as background
var mapView = new OSH.UI.CesiumView("main-container",...)
Context Menu
Another useful is the context menu. They add a contextual menu onto some views and can be associated with actions.
They receive and send events using the EventManager. They are built from menuItem
and can be grouped by a groupId
.
The viewItem
of a view has a property to associate a context menu,for example:
// menu ids
var soloTreeMenuId = "solo-tree-menu";
var soloMarkerMenuId = "solo-marker-menu";
var menuGroupId = "allmenus";
// cesium map view
var mapView = new OSH.UI.CesiumView("main-container", [{
name: "3DR Solo",
entityId: soloEntity.id,
styler: pointMarker,
contextMenuId: soloMarkerMenuId // adds context menu to cesiumView
}
[...]
Now you have to define your menuItem
:
var menuItems = [{
name: "Show Video",
viewId: soloVideoDialog.getId(),
css: "fa fa-video-camera",
action: "show" //Can also use EventManager: OSH.EventManager.EVENT.SHOW_VIEW
}, {
name: "Show Altitude DataSourceChart",
viewId: altChartDialog.getId(),
css: "fa fa-bar-chart",
action: "show"
}, {
name: "TakeOff",
viewId: "",
css: "fa fa-upload",
action: "uav:takeoff"
}, {
name: "Land",
viewId: "",
css: "fa fa-download",
action: "uav:land"
}];
var markerMenu = new OSH.UI.ContextMenu.CircularMenu({
id: soloMarkerMenuId,
groupId: menuGroupId,
items: menuItems
});
In this example, we use an existing CircularMenu displaying a circle with some actions.
Entity Tree viewer (--tree third party library)
The Entity Tree viewer (provided by the external tree
library) shows the whole list of entities and their
associated data receivers. It has a stack menu to perform actions and inherit from the OSH.UI.View
.
Moreover, you can render the tree into a Dialog:
// tree view
var entityTreeDialog = new OSH.UI.DialogView(document.body.id, {
css: "tree-dialog",
name: "Entities",
show: true,
draggable: true,
dockable: false,
closeable: true
});
var entityTreeView = new OSH.UI.EntityTreeView(entityTreeDialog.popContentDiv.id,
[{
entity : soloEntity,
path: "Sensors/Solo",
treeIcon : "images/drone.png",
contextMenuId: soloTreeMenuId
}],
{
css: "tree-container"
}
);
Range Slider (--nouislider third party library)
The range slider allows one to control change the time period. It sends events to change dynamically DataReceiver request and also use the EventManager to listen to data.
It supports playback data as well as real-time data (time period cannot be changed in that mode).
Let's take an example:
Html Layout:

Since it uses EventManager to communicate, you have only to instantiate a new Object
var rangeSlider = new OSH.UI.RangeSlider("rangeSlider",{
startTime: "2015-02-16T07:58:00Z",
endTime: "2015-02-16T08:09:00Z",
refreshRate:1
});
For real-time we would set:
var rangeSlider = new OSH.UI.RangeSlider("rangeSlider");


Death Stranding comes free in this PS4 Pro Black Friday sale
by Emily GeraBlack Friday is just over the horizon, and sales are already among us. Which means if you’ve been hoping to find some mighty sales on PS4 consoles – or to finally snag yourself a copy of Death Stranding this month – then you’re in luck.
Over at Shopto, the Hideo Kojima release is available for free as part of a limited time PS4 Pro bundle ahead of the Black Friday showdown.
The PS4 Pro 1TB console is currently available from the UK retailer for £299.85 – a 25 percent discount from its standard £399.99 price tag. By comparison, the Death Stranding bundle is typically available for £347.70.
Black Friday starts November 24 until December 2 in the US, and November 28 until December 6 in Canada. As we get closer to the main event we’ll continue to update you with even more PS4 Black Friday offers as and when they go live, so stay tuned.
And in the meantime as you wait for Black Friday to roll around, you can check out some of the best early PS4 Black Friday deals we’ve seen out there right now.
Games featured in this article


| Overview |
Module |
Use |
Devguide |
Index |
:: com :: sun :: star ::
|
| module system |
- Description
- Host operating system integration interfaces.
|
| Services |
| SystemMailProvider |
A service providing a simple way to send mails using a mail client
available on the system.
|
| SystemShellExecute |
Specifies a system executer service. Such a service makes it possible
to execute an arbitrary system command.
|
| Interfaces |
| XMailClient |
Specifies an interface for creating and sending email messages
through a mail client.
|
| XMailMessage |
This interface lets a client set or get the information of a mail message.
|
| XSystemMailProvider |
Provides access to a mail client, if there is one available on the system.
|
| XSystemShellExecute |
Specifies an interface for executing a system command.
|
Top of Page
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Our tea uses innovative, next-generation strategies to set ourselves apart from others. We implement elements of the design process in every facet of our products, and it shows.
Teamwork is the cornerstone of any cohesive group, and we strive to work together to acchive our common goals, whatever they may be.
Creativity is worthless unless you have a way to implement creative ideas in a practical, time efficent manner. This is where a methodical, step-by-step mindset is essential. Our team is a cohesive, orgainzed unit and these traits help us to excel at our tasks.
Our team is located on the second floor, in the rooms labeled "Team 8". If you wish to contact us, we have a instagram, @slinkysimmons.


The compare view allows the joined view of two (or more) annotated documents. As of version 1.3, it only allows comparison of the spans of the annotation mentions.
The compare view shows the document in text view, and the annotated mentions underlined. Colors, however, do not signal different entities, as in the regular annotation view. Instead, each annotator is represented by a color, and all annotations that are not in agreement are underlined by the annotators color. Annotated spans that are marked by all annotators are underlined in gray.
The panel on the right shows some numbers about the agreement. Note that this is only a rough estimate, and only shows observed agreement.


children autism ASD Autism sensory spectrum symptoms parents study −., .–., cognitive enrichment environmental symptom risk therapy < disorders severity Sensory individuals (mean Research Developmental Psychiatry loss mean treatment Can (SD age improvement skill social Disorders early processing associated increased questions subjects {border-style Child behavioral score significant .). change initial px;} time #ffffff;} behavior brain genetic intervention ./s--- American autism: clinical composite enriched environment expression improved online outcomes syndrome Sensitive Environmental Neuroscience assessment disorder function left matter randomized right Brain Enrichment abnormal article different given mice reported ./j.-...x Basic Figure child deficits exercises having impairment improvements model remember stimulation Control Behavior addition, developmental effective hand months motor older parent skills things Complex answered control decline did effects group leg mouse movements olfactory problems progress range repetitive review shown used using young Health activity assessments behaviors cortex, data diagnostic example, gene hearing number occur predicted studies years Involuntary Indeed, Mean Pediatrics Psychology Social Therapy adults anomalies anxiety, appears arm autism. development disorders: downloaded experienced exposed increase multisensory neural parental poor px; sensorimotor showed similar skills, training trials visual {font-family Ability .), ./journal.pone. .–.) Medicine Molecular Neurology animal appear difference efficacy font-size included including large levels meta-analysis months, new paternal population-based provided responses scores test therapeutic valproic worksheets Cannot Strength "not ASD. Academy BTBR National Scale, Sciences Spectrum Therapy, anxiety autism, autism-like available diagnoses double; experience form gray increasing information interaction involved major memory, objective occupational outcome rats real-world regarded regarding standard-care symptoms, symptoms. temporal therapies therapy, trial twin variety white Seems ./s ./s---x ASD, Adolescent Behavioral Behavioural CHARGE Development Diagnostic Enriched Genetics JAMA Nelson Olfactory Psychiatric Reviews Similarly, USA Young Zeanah ability abnormalities air areas assessed border-color border-width care certain children. communication communication, completed connectivity controlled critical daily described diagnosis diminished disorder, enrichment, evidence exercise final following genes gyrus, his/her humans increases learning life likely limited models motion object paid pain physical pollution program psychiatric reduced reveal severe solid; therapists therapy. treated typically vision wide {font-style {font-weight Understands (scale ./--- ./j.bbr... ./peds.- .–.), Childhood Cognitive Communication Dawson Disabilities Early Effects Fox Gillberg Gray Hannan However, Hultman International Internet Johansson Leon MET Medical Miller Moreover, Parents Reichenberg Romanian Sandin Schneider Woo abilities able absence access acid ameliorate ameliorated analysis approach assessment. attention auditory autistic behavior, behaviors, better bold calculated came case categories changes cognition common compare comparison compliant controls core cortex courier; determine determined diagnosed disabilities does dysfunction effectiveness em; experiences exposure face factors findings fingers foster geographic heterogeneity high impaired include initially input instructions integration level low males marked means memory mild muscles neurological noncompliant normal numbers pathway patients paying percent point points possibility predict problem" problem, pt;} question questions. real received relationship relative response results reward sample scale seen self severity, span stereotyped stimulation. study, synaptic telehealth tight toddlers treating treatment, treatment. use various words Hates


Summoner Brynthea:
Tilfo, let your opponent strike the first blow! Do not fear pain. It won't hurt so much once you get used to it!
What are you looking at? Go and tell your creature to attack!


Cragmaps is a website dedicated to modernizing climbing area information. It was inspired by numerous hours spent lost at the crag, as well as by the lack of good online tools to aid in location. I hope that it will reduce time wandering around and increase time spent climbing.
Cragmaps was created using Google Earth, Leaflet, and Tilemill. The polygons, points, and lines describing areas, boulders, and rock climbs were digitized using the help of locals, aerial photography, and guidebooks. While I tried my best to make everything as accurate as possible, this map was created by a lonely dirtbag and it is more than likely that some/all of the data is shoddy. If you find an error, send me an email and I'll do my best to fix it.
Want me to create a rock climbing and outdoor-related map for your guidebook, magazine, or website? Send me an email for rates.


--- title: Grid system ---
The containers are optional in Mate, rows and columns can operate without them.
Available containers classes:
.box
- Size of container is fixed to max-width configured id settings.scss ($page__width--maxsize).box--fluid
- 100% width of container.box--flex
- Container based on flex-box. This class is typicaly used to wrap items (columns), not rows.
In Mate default grid consists of 12 columns, but you can change this number in the settings file settings.scss
You can use offsetting for specified device by using classes dedicated to mediums, example .col--*-offset-3, where * is one of mediums (phone, tablet, mobile, desktop, desktop-xl).
To reset offset use these classes:
.col--phone-offset-0
.col--tablet-offset-0
.col--mobile-offset-0
.col--desktop-offset-0
.col--desktop-xl-offset-0
If you need extra space from the bottom of box, row or col, just use these classes depending od device:
.grid-add-gutter-bottom
.grid-phone-add-gutter-bottom
.grid-tablet-add-gutter-bottom
.grid-mobile-add-gutter-bottom
.grid-desktop-add-gutter-bottom
.grid-desktop-xl-add-gutter-bottom
In addition there is an extra mixin to generate bottom gutter in custom place:
@include grid-add-bottom-gutter($grid__row--gutter*3)
@include grid-add-bottom-gutter
.row--no-gutter
- Reset gutters (zero margins)
.col--no-gutter
- Reset gutters (zero paddings)You can use this technique to achieve well-known masonry effect or simple columns for different use case.
There is 12 columns by default like in grid system, so you can use classes from .masonry-1
to .masonry-12
.
For RWD needs just add modifier class like in grid system --phone, --tablet, --mobile
to achieve the class like .masonry-1--phone
and so on.
.masonry--bordered
- add vertical border between columns.masonry-span
- add to element inside masonry container which should not be dividedExample:


Subject Specialists
Search
Sort by
First Name A to Z
First Name Z to A
Last Name A to Z
Last Name Z to A
Subject A to Z
Subject Z to A


GamePlay Page
The third stage of playing a card-based game is, well, actually playing the game! This occurs in a Game View object, which is rendered from five different XML files. A specific file is needed for the deck; the winning and losing hands; the game logic; the number of players; and the view itself. All these come from the Lobby and Validation processes. The Game View then translates the data to a GUI that can communicate with the backend and handle user input.
In the Gameplay, there are a variety of components to be considered. The first are the players. These represent the users in the game, and are constructed from a single XML file. Each player has a name, bankroll, and collection of Bets, which individually store cards and a wager. One player can act at a time, and the Game shows the current player whose turn it is by placing them on the bottom of the screen in a Main Player View. The Other Players are displayed on the left side and rotated into the spotlight automatically.
In many poker games, there are often cards that do not belong to any individual player. These can be common cards or dealer cards, and are rendered in the center of the screen. The dealer is named an Adversary in our game and is represented only with a Hand View. The common cards are likewise represented with just a Hand View. If the game is poker, a Pot View will further be rendered on the right side of the screen. This will show the current amount of money in escrow that will be afforded to the winner of the hand.
At the end of a turn, the GUI will notify the winners and losers by setting their colors to winning and losing hands. These colors come from a CSS file in data, so it is possible that no change will occur. If this is the case, simply change the CSS file. In general, if there is ever a perceived bug in the UI coloring or formatting, a good method is to change the stylesheet via the chooser in the Settings Bar. These styles affect the spacing and design of the layout.
When a player is prompted for action, this occurs via Dialogues that are presented and intended to be responded to by the Main Player. There are two dialogues: Wager Selectors and Action Selectors. They simply prompt the user for input regarding an amount to place on a hand, or they prompt the user to select an action on their hand (such as ask for a new card). A player should hit the Ready button that is presented to signify that they are ready to give input. Note that there is error handling embedded in the Dialogue, so entering a non-numeric wager, for example, will be prevented.
If an exception occurs due to input, a screen will pop up informing the user of the error. These exceptions are likewise stylized from the XML GameView file, where a style sheet is referenced for Errors.
The Game will run until a Goal is met. As of now, there are tournaments and cash games. Cash games will run forever, and tournaments will run until there is only one winner. If the user wishes to exit before reaching a goal, he can simply exit out of the Game View screen. After doing so, the Lobby View will still be rendered, so a new game can be launched.


Performance Schedule
| Date & Location | Time | Performer |
|---|---|---|
| Saturday @ State Street Stage |
10pm-10:45pm | IC Voicestream |
| 11pm-11:45pm | Evan D. Williams | |
| 12-12:45pm | Vitamin L | |
| 12:45-1:15 | Danza Romani | |
| 1:15-1:45 | June with Chandani Belly Dance Troupe | |
| 2-4pm | Ageless Jazz Band | |
| 4-6pm | Samuel B. Lupowitz & The Ego Band | |
| Sunday @ State Street Stage |
10am-11am | Story Dance |
| 11-12pm | Mirage Belly Dance | |
| 12pm-1pm | Apple Pie Bake Off Competition | |
| 1pm-2:45pm | Allen Rose & The Restless Elements | |
| 3pm-4pm | Anna Coogan ∓ Johnny Dowd | |
| 4-6pm | Steve Southworth & the Rockabilly Rays | |
| Saturday @ Aurora Street Fairway Stage |
11-12pm | Moreland the Magician |
| 12-12:45pm | ICircus | |
| 1-3pm | Jomo and Johnnycake | |
| 3-4pm | Sundown Sally | |
| 4-6pm | Regina O'Brien | |
| Sunday @ Aurora Street Fairway Stage |
12-12:45pm | ICircus |
| 1-3pm | East Hill Classic Jazz Duo | |
| 3-4pm | Luke Gustafson | |
| 4-6pm | The Notorious Stringbusters |


{% extends "layout.html" %} {% block content %}
You are logged in as {{ rcs_id<EMAIL_ADDRESS>(Logout)
Make sure you agree with Discord's Privacy Policy and want to use your Discord account on a monitored, school server. You can always use a separate Discord account for academic use to hide game activity, Spotify, etc. if desired but it's certainly not necessary!


| DOSE: |
5 joints/cigs |
smoked |
Damiana |
(ground / crushed) |
| |
2 tsp |
oral |
Damiana |
(tea) |
I examined the packets of various bags of herbs and decided to buy a packet of 'Bliss Out' (aka dried and chopped Damiana) and some rolling papers. I rolled a joint Damiana and a little while waiting for the train.
It tasted slightly unpleasant, itís something that grows on me. Over the course of getting back to where I was staying by train I smoked two more joints. I decided that I had wasted 15 bucks and that it did squat. I made two cups of tea (seeped two teaspoons in boiling water for a few minutes water, strain, add honey) and smoked two more joints, watched a movie and went to bed.
Well.
I had the best night. I didn't get up till two the next day, it was like having erotic dreams on tap. I didn't notice any high and if there is one its very mild.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Galaxies
Draw lines along grid edges so as to divide the grid up into regions. Every region should have two-way rotational symmetry, and should contain exactly one dot which is in its centre.
Click on a grid edge to add or remove a line. Right-click on a dot and drag the mouse to place an arrow in a grid square pointing to that dot, to indicate that you think that square must belong in the same region as that dot. Right-drag an existing arrow to move it, or drop it off the edge of the grid to remove it.


[1]
fast when it's running!; disconnects every 30 seconds
[2]
Very Spacious; Tends to become unstable if moved, FAT32 format
[3]
size physical and memory; lil buggy at first, but could me using FAT32


{% extends 'users/base.html' %} {% load i18n %} {% block body %}
{% blocktrans %}Hello {{ user }}.{% endblocktrans %}
{% trans "Your password has been changed!" %}
{% trans "If you did not change your password then please go and reset it now." %}


| Parameters | |
|---|---|
area |
A tlBox that will be used to define the area that is searched |
Data |
any object object to pass to the query |
onFoundObject |
A function pointer to function where you can perform whatever tasks you need to with the objects found. |
Layer |
Array of layers in the quadtree that you want to search |


All of these transitions use a simple set of Transition2DInstruction
objects to describe how each frame is rendered. There are two types of instructions: one for images, and one for shapes. This means we could express a slideshow as a series of rendering instructions (transform here, clip there, outline there, etc). In an early implementation we included a simple optimized SWF export option, but we haven't touched that in years.
(If anyone wanted to try to help me develop an HTML5 implementation: I may be interested in that. But not so interested that I'm going to do it just for fun without a real life use case...)