You can gather various statistics from your distributed data structures via Statistics API. Since the data structures are distributed in the cluster, the Statistics API provides statistics for the local portion (1/Number of Nodes) of data on each node.
The IMap
interface has a getLocalMapStats()
method which returns a
LocalMapStats
object that holds local map statistics.
HazelcastInstance hazelcastInstance = Hazelcast.newHazelcastInstance();
IMap<String, Customer> customers = hazelcastInstance.getMap( "customers" );
LocalMapStats mapStatistics = customers.getLocalMapStats();
System.out.println( "number of entries owned on this node = "
+ mapStatistics.getOwnedEntryCount() );
Below is the list of metrics that can be accessed via LocalMapStats
object.
/**
* Returns the number of entries owned by this member.
*/
long getOwnedEntryCount();
/**
* Returns the number of backup entries hold by this member.
*/
long getBackupEntryCount();
/**
* Returns the number of backups per entry.
*/
int getBackupCount();
/**
* Returns memory cost (number of bytes) of owned entries in this member.
*/
long getOwnedEntryMemoryCost();
/**
* Returns memory cost (number of bytes) of backup entries in this member.
*/
long getBackupEntryMemoryCost();
/**
* Returns the creation time of this map on this member.
*/
long getCreationTime();
/**
* Returns the last access (read) time of the locally owned entries.
*/
long getLastAccessTime();
/**
* Returns the last update time of the locally owned entries.
*/
long getLastUpdateTime();
/**
* Returns the number of hits (reads) of the locally owned entries.
*/
long getHits();
/**
* Returns the number of currently locked locally owned keys.
*/
long getLockedEntryCount();
/**
* Returns the number of entries that the member owns and are dirty (updated
* but not persisted yet).
* dirty entry count is meaningful when there is a persistence defined.
*/
long getDirtyEntryCount();
/**
* Returns the number of put operations
*/
long getPutOperationCount();
/**
* Returns the number of get operations
*/
long getGetOperationCount();
/**
* Returns the number of Remove operations
*/
long getRemoveOperationCount();
/**
* Returns the total latency of put operations. To get the average latency,
* divide to number of puts
*/
long getTotalPutLatency();
/**
* Returns the total latency of get operations. To get the average latency,
* divide to number of gets
*/
long getTotalGetLatency();
/**
* Returns the total latency of remove operations. To get the average latency,
* divide to number of gets
*/
long getTotalRemoveLatency();
/**
* Returns the maximum latency of put operations. To get the average latency,
* divide to number of puts
*/
long getMaxPutLatency();
/**
* Returns the maximum latency of get operations. To get the average latency,
* divide to number of gets
*/
long getMaxGetLatency();
/**
* Returns the maximum latency of remove operations. To get the average latency,
* divide to number of gets
*/
long getMaxRemoveLatency();
/**
* Returns the number of Events Received
*/
long getEventOperationCount();
/**
* Returns the total number of Other Operations
*/
long getOtherOperationCount();
/**
* Returns the total number of total operations
*/
long total();
/**
* Cost of map & near cache & backup in bytes
* todo in object mode object size is zero.
*/
long getHeapCost();
/**
* Returns statistics related to the Near Cache.
*/
NearCacheStats getNearCacheStats();
Near Cache statistics can be accessed from LocalMapStats
via
getNearCacheStats()
method which will return a NearCacheStats
object.
HazelcastInstance node = Hazelcast.newHazelcastInstance();
IMap<String, Customer> customers = node.getMap( "customers" );
LocalMapStats mapStatistics = customers.getLocalMapStats();
NearCacheStats nearCacheStatistics = mapStatistics.getNearCacheStats();
System.out.println( "near cache hit/miss ratio= "
+ nearCacheStatistics.getRatio() );
Below is the list of metrics that can be accessed via NearCacheStats
object.
This behavior applies to both client and node near caches.
/**
* Returns the creation time of this NearCache on this member
*/
long getCreationTime();
/**
* Returns the number of entries owned by this member.
*/
long getOwnedEntryCount();
/**
* Returns memory cost (number of bytes) of entries in this cache.
*/
long getOwnedEntryMemoryCost();
/**
* Returns the number of hits (reads) of the locally owned entries.
*/
long getHits();
/**
* Returns the number of misses of the locally owned entries.
*/
long getMisses();
/**
* Returns the hit/miss ratio of the locally owned entries.
*/
double getRatio();
The MultiMap
interface has a getLocalMultiMapStats()
method which returns a
LocalMultiMapStats
object that holds local MultiMap statistics.
HazelcastInstance node = Hazelcast.newHazelcastInstance();
MultiMap<String, Customer> customers = node.getMultiMap( "customers" );
LocalMultiMapStats multiMapStatistics = customers.getLocalMultiMapStats();
System.out.println( "last update time = "
+ multiMapStatistics.getLastUpdateTime() );
Below is the list of metrics that can be accessed via LocalMultiMapStats
object.
/**
* Returns the number of entries owned by this member.
*/
long getOwnedEntryCount();
/**
* Returns the number of backup entries hold by this member.
*/
long getBackupEntryCount();
/**
* Returns the number of backups per entry.
*/
int getBackupCount();
/**
* Returns memory cost (number of bytes) of owned entries in this member.
*/
long getOwnedEntryMemoryCost();
/**
* Returns memory cost (number of bytes) of backup entries in this member.
*/
long getBackupEntryMemoryCost();
/**
* Returns the creation time of this map on this member.
*/
long getCreationTime();
/**
* Returns the last access (read) time of the locally owned entries.
*/
long getLastAccessTime();
/**
* Returns the last update time of the locally owned entries.
*/
long getLastUpdateTime();
/**
* Returns the number of hits (reads) of the locally owned entries.
*/
long getHits();
/**
* Returns the number of currently locked locally owned keys.
*/
long getLockedEntryCount();
/**
* Returns the number of entries that the member owns and are dirty (updated
* but not persisted yet).
* dirty entry count is meaningful when there is a persistence defined.
*/
long getDirtyEntryCount();
/**
* Returns the number of put operations
*/
long getPutOperationCount();
/**
* Returns the number of get operations
*/
long getGetOperationCount();
/**
* Returns the number of Remove operations
*/
long getRemoveOperationCount();
/**
* Returns the total latency of put operations. To get the average latency,
* divide to number of puts
*/
long getTotalPutLatency();
/**
* Returns the total latency of get operations. To get the average latency,
* divide to number of gets
*/
long getTotalGetLatency();
/**
* Returns the total latency of remove operations. To get the average latency,
* divide to number of gets
*/
long getTotalRemoveLatency();
/**
* Returns the maximum latency of put operations. To get the average latency,
* divide to number of puts
*/
long getMaxPutLatency();
/**
* Returns the maximum latency of get operations. To get the average latency,
* divide to number of gets
*/
long getMaxGetLatency();
/**
* Returns the maximum latency of remove operations. To get the average latency,
* divide to number of gets
*/
long getMaxRemoveLatency();
/**
* Returns the number of Events Received
*/
long getEventOperationCount();
/**
* Returns the total number of Other Operations
*/
long getOtherOperationCount();
/**
* Returns the total number of total operations
*/
long total();
/**
* Cost of map & near cache & backup in bytes
* todo in object mode object size is zero.
*/
long getHeapCost();
The IQueue
interface has a getLocalQueueStats()
method which returns a
LocalQueueStats
object that holds local queue statistics.
HazelcastInstance node = Hazelcast.newHazelcastInstance();
IQueue<Order> orders = node.getQueue( "orders" );
LocalQueueStats queueStatistics = orders.getLocalQueueStats();
System.out.println( "average age of items = "
+ queueStatistics.getAvgAge() );
Below is the list of metrics that can be accessed via LocalQueueStats
object.
/**
* Returns the number of owned items in this member.
*/
long getOwnedItemCount();
/**
* Returns the number of backup items in this member.
*/
long getBackupItemCount();
/**
* Returns the min age of the items in this member.
*/
long getMinAge();
/**
* Returns the max age of the items in this member.
*/
long getMaxAge();
/**
* Returns the average age of the items in this member.
*/
long getAvgAge();
/**
* Returns the number of offer/put/add operations.
* Offers returning false will be included.
* #getRejectedOfferOperationCount can be used
* to get the rejected offers.
*/
long getOfferOperationCount();
/**
* Returns the number of rejected offers. Offer
* can be rejected because of max-size limit
* on the queue.
*/
long getRejectedOfferOperationCount();
/**
* Returns the number of poll/take/remove operations.
* Polls returning null (empty) will be included.
* #getEmptyPollOperationCount can be used to get the
* number of polls returned null.
*/
long getPollOperationCount();
/**
* Returns number of null returning poll operations.
* Poll operation might return null, if the queue is empty.
*/
long getEmptyPollOperationCount();
/**
* Returns number of other operations
*/
long getOtherOperationsCount();
/**
* Returns number of event operations
*/
long getEventOperationCount();
The ITopic
interface has a getLocalTopicStats()
method which returns a
LocalTopicStats
object that holds local topic statistics.
HazelcastInstance node = Hazelcast.newHazelcastInstance();
ITopic<Object> news = node.getTopic( "news" );
LocalTopicStats topicStatistics = news.getLocalTopicStats();
System.out.println( "number of publish operations = "
+ topicStatistics.getPublishOperationCount() );
Below is the list of metrics that can be accessed via LocalTopicStats
object.
/**
* Returns the creation time of this topic on this member
*/
long getCreationTime();
/**
* Returns the total number of published messages of this topic on this member
*/
long getPublishOperationCount();
/**
* Returns the total number of received messages of this topic on this member
*/
long getReceiveOperationCount();
The IExecutorService
interface has a getLocalExecutorStats()
method which returns a
LocalExecutorStats
object that holds local executor statistics.
HazelcastInstance node = Hazelcast.newHazelcastInstance();
IExecutorService orderProcessor = node.getExecutorService( "orderProcessor" );
LocalExecutorStats executorStatistics = orderProcessor.getLocalExecutorStats();
System.out.println( "completed task count = "
+ executorStatistics.getCompletedTaskCount() );
Below is the list of metrics that can be accessed via LocalExecutorStats
object.
/**
* Returns the number of pending operations of the executor service
*/
long getPendingTaskCount();
/**
* Returns the number of started operations of the executor service
*/
long getStartedTaskCount();
/**
* Returns the number of completed operations of the executor service
*/
long getCompletedTaskCount();
/**
* Returns the number of cancelled operations of the executor service
*/
long getCancelledTaskCount();
/**
* Returns the total start latency of operations started
*/
long getTotalStartLatency();
/**
* Returns the total execution time of operations finished
*/
long getTotalExecutionLatency();


About Ashley
Hello, my name is Ashley Ikeh and I am a soon-to-be certified software developer. It's nice to meet you!
I received my Bachelor of Science in Psychology from the University of Georgia. Though I was unaware at the time, I began my career in computer science as a secretary for the school's only Black honors society. I utilized websites like Mailchimp to create visually appealing newsletters to send out to over one hundred general body members. I also learned how to communicate professionally via email correspondence. Later, I continued this kind of work for one of UGA's Black mentoring organizations. I implemented external storage websites, like Google Drive, to organize and save crucial documents for the organization. My blossoming tech savviness was once again put to use during an internship I had before my senior year of college. I worked with a team in Atlanta City Hall to gather information to create a website for new business owners in the city. This was my first experience with data accumulation and consolidation. A process I am now more familiar with.
After college I wanted to gain a deeper understanding of software development, so I chose to study full-stack software development with Georgia Institute of Technology. So far, I have been able to develop a solid understanding of languages like HTML, CSS, and Javascript. I have been exposed to libraries like jQuery and Node and have used API's to create dynamic websites. Each week I submitted assignments showcasing my knowledge of software development. These websites can be viewed on my Github page, as well as on the portfolio section of this website. My contact information is listed below, if you would like to reach me personally. I look forward to hearing from you soon!


#include <cconf.h>
Inheritance diagram for cconf::read_error:
Public Member Functions | |
| read_error (const cconf *cc, const std::string &w) | |
| Cons. | |
| virtual | ~read_error () throw () |
| Destructor. | |
| const char * | what () const throw () |
| Returns error message. | |
Protected Attributes | |
| std::string | w |
| error message |
Definition at line 96 of file cconf.h.


Should all streets have names? Actually, no...
Welcome to our Targeted Editing series where today you can search the Internet for a baby possum, or make OpenStreetMap data awesome! (both take about the same amount of time)
Streets are one of the first things added in OpenStreetMap for any given area. There are always a number of segments that do not have names. In some cases, this is the reality! They may be little alleyways, paths, junctions, private roads, or even residential roads. Sometimes there are roads added that do have names, but the volunteer adding the data is digitizing the road from aerial imagery. Additional volunteers with local knowledge are needed to add additional attributes to the road like names, turn restrictions, speed limits, pavement type, and any number of road characteristics that are important to local people.
Read on for some basic uses for roads, and where you can check to see if you can use your local knowlege to add some names where they are needed while leaving the truly nameless roads alone!
- How can street names be used?
- Help with search results. If a street is made up of many segments and some of them have names, you can usually search and find the street. If all of the segments that make up the street have no name at all, you're out of luck!
- Help with turn-by-turn directions. Routing is hard. There are a lot of features in the data that are necessary before you can generate great routes. There are also many features related to routing. One of them is spoken or listed turn-by-turn directions.
- Which would you prefer?
- "turn right in 500 feet at Paseo de la Reforma"
- "turn right in 500 feet"
- "turn right in 500 feet at [pause of silence or blank space]"
- Help with labeling. The more you zoom in, the more labels you might see, but not if the features don’t have names.
- We are missing some street names here!
- There are many different types of streets, but check out this pie chart for residential roads in Mexico City:
- How you can help improve streets without names:
- Here is a map styled by Peter Richardson & Nathaniel V. Kelso showing many types of roads that don't have names. To add a name, hover over one of the bright blue highlighted roads to bring up an info bubble with links to editing tools that can be used to add the missing names!
- Not familiar with Mexico City? Search or pan over to your home town to contribute your local knowledge to the map. You will see your changes right away in OpenStreetMap. You will also be able to see them in all versions of the Mapzen Vector Tiles within an hour, including the map right here on this page!
- Need instructions on how to edit with iD? Here are some outstanding tutorials from LearnOSM, the OpenStreetMap wiki, and the United States Department of State's Humanitarian Information Unit:
- http://learnosm.org/en/
- http://wiki.openstreetmap.org/wiki/Beginners'_guide
- http://mapgive.state.gov/learn-to-map/
( Open this map in a new tab ➹ )If you find a road that appears named in our map, but is still highlighted, you may have found a duplicate feature. That's the topic of another post...
Are you a mapping wiz and interested in a more advanced editor? Try out JOSM with excellent documentation from Mapbox: https://www.mapbox.com/blog/osm-mapping-guide/


▼
Municipalities
Education
Public Schools
Private Schools
Specialized Schools
Universities
Business
Hoteles
Medicina
Software
►
© Imaginary Films LLC


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Functions that support estimating, assessing and mapping regional disaggregated indicators. So far, estimation methods comprise direct estimation and the model-based approach Empirical Best Prediction (see "Small area estimation of poverty indicators" by Molina and Rao (2010) <doi:10.1002/cjs.10051>), as well as their precision estimates. The assessment of the used model is supported by a summary and diagnostic plots. For a suitable presentation of estimates, map plots can be easily created. Furthermore, results can easily be exported to excel.
| Version: | 1.1.4 |
| Depends: | R (≥ 3.3.0) |
| Imports: | nlme, moments, ggplot2, MuMIn, gridExtra, openxlsx, reshape2, graphics, stats, parallelMap, HLMdiag, parallel, boot, rgeos, maptools, MASS, readODS |
| Suggests: | testthat, R.rsp, simFrame, laeken |
| Published: | 2018-10-10 |
| Author: | Ann-Kristin Kreutzmann [aut], Soeren Pannier [aut, cre], Natalia Rojas-Perilla [aut], Timo Schmid [aut], Matthias Templ [aut], Nikos Tzavidis [aut] |
| Maintainer: | Soeren Pannier <soeren.pannier at fu-berlin.de> |
| License: | GPL-2 |
| Copyright: | inst/COPYRIGHTS emdi copyright details |
| URL: | https://github.com/SoerenPannier/emdi |
| NeedsCompilation: | no |
| Citation: | emdi citation info |
| Materials: | NEWS |
| In views: | OfficialStatistics |
| CRAN checks: | emdi results |
| Reference manual: | emdi.pdf |
| Vignettes: |
Estimating and Mapping Regional Disaggregated Indicators |
| Package source: | emdi_1.1.4.tar.gz |
| Windows binaries: | r-devel: emdi_1.1.4.zip, r-release: emdi_1.1.4.zip, r-oldrel: emdi_1.1.4.zip |
| OS X binaries: | r-release: emdi_1.1.4.tgz, r-oldrel: emdi_1.1.4.tgz |
| Old sources: | emdi archive |
Please use the canonical form https://CRAN.R-project.org/package=emdi to link to this page.


Be so very light. Be a gentle whisper. Look around, look at what we have. Beauty is everywhere, you only have to look to see it. Just let this happen. We just let this flow right out of our minds. Let's make a nice big leafy tree.


Who's that?
Greetings! My name is Anthony Ray. I'm a 26 year old returning IT student from State College, PA.
I spent a few years at Penn State University out of high-school with an interest in mostly graphic
design as I always found myself engaging the left side of the brain more than the right. During my time at
Penn State I was a student aide for the broadcasting program. Working there helped me develop skills in
recording and editing audio. During that time I maintained an online radio sports show. My responsibilities
included editing the talk show files, creating images to represent the topic at hand, and maintaining the
website. While I was working at the Penn Stater I helped update and print their new menu design as well as
daily features and specials.
decided I wanted to take the skills I possess and enhance them with the education I'm receiving at South Hills.
I've enjoyed and look forward to learning more about the field of programming and design.
_____


Using spellchecking with VIM
Starting with 7.x, vim integrates a powerful spell checker. You can enable it by
either adding it to your .vimr
or setting as toggable command.
:setlocal spell
You basically need to know about:
]s
— move to the next misspelled word[s
— move to the previous misspelled wordzg
— add a word to the dictionaryzug
— undo the addition of a word to the dictionaryz=
— view spelling suggestions for a misspelled word- One useful feature is that you can append
[n]
before the command and it will automatically select the nth option from suggestion. If you do lot of writing that invovles spell checking, I will suggest that you map the three characters to something more convenient. 90% of the time, you want to use1z=
.
- One useful feature is that you can append


Angular Material
Angular Material and Bitcoin
Random Keys
Firebase
TWD
HelloBlock
P2SH / MultiSig / Reality Keys
MultiSig 2/3
RealityKey
ReKey Coffee
Y12 Meta Protocol/OP_RETURN/ProtoBuf.js
Sign
v1 genesis
v2 file
v3 common
v4 common
v5 Ext/Url
CoinSpark
AssetRef
Address
Tx


{% extends 'base.html' %} {% block main %}
| TITLE: | Open Humans: Public Data Sharing |
| PROTOCOL NO.: | WIRB® Protocol #20141970 |
| SPONSOR: | PersonalGenomes.org |
| INVESTIGATOR: | Madeleine P. Ball, PhD 423 Brookline Avenue #323 Boston, Massachusetts 02215-5410 United States |
| STUDY-RELATED PHONE NUMBER(S): | Madeleine Ball<PHONE_NUMBER> |
You are being asked to participate in a research study. The purpose of this consent form is to help you decide whether or not you want to be in this research study. If you agree to be in the study, we will email you an electronic copy of this consent form for your records. Please do not join this study until you have had a chance to ask questions and have received satisfactory answers.
This study will invite you to publicly share data you have received from research studies and other activities. Public data is broadly believed to benefit society and help advance science. Usually, researchers decide when to publicly share research data. It is also possible for their participants to play a role in public sharing decisions. This "participant-mediated" data sharing may be very important, but isn't studied very much. So, we want to study this and seek answers to questions, such as: What happens to participants who share? What data do people choose to share, how useful is it, and who uses it?
Studying this type of public data sharing is important because there are many types of data that are not publicly shared by researchers, in many cases, this is because the research data is believed to be "identifiable." This means someone might be able to discover a participant's identity using very little information, even if their name is not in the data. Even if some participants aren't concerned about their privacy, others will want their privacy to be protected. As a result, researchers often do not publicly share any data in order to respect the privacy of all participants.
We believe some participants may want to publicly share their own data, despite the risk to personal privacy. By doing this, they create public data resources that would not otherwise exist. This new model could enable many new types of public data sharing, but the consequences are not well understood. This study aims to understand the consequences of this model, to help others decide whether they should pursue similar approaches.
The Open Humans: Public Data Sharing Study is a research project of Open Humans Foundation (formerly PersonalGenomes.org), a 501(c)(3) non-profit organization. It is being conducted by Madeleine Ball, PhD (Principal Investigator).
No. Your participation in this study is voluntary. You can refuse to join or later decide to quit without penalty or loss of benefits. However, participation in this study is required to enable public data sharing in your Open Humans account. You may continue to use other features of the Open Humans website without joining this study.
Your alternative is not to join this study.
This study is a long-term observational study with no end date.
This study will allow you to publicly share research data you have added to your Open Humans account. You can choose which data to share and you may remove public sharing status for any given data set at any time.
When you share data publicly on the Open Humans website, it will be publicly visible and associated with your member profile. We anticipate researchers are likely to use this data, but there is no restriction: anyone may download it and it may be used for any purpose.
Data you choose to share publicly might include:
To better understand sharing behaviors, practices, consequences, and impacts, this study might track the interactions that participants have within the Open Humans website. These interactions may include (but are not limited to):
Our only requirement is that you keep your contact information (e.g. your email address) up-to-date. All other actions are optional.
No, participation in this study is performed through the internet.
No, you will decide which of your imported data you choose to share publicly. The decision to publicly share your data is always under your control.
We do not guarantee privacy. The types of research data you choose to share through this study may be extremely identifiable. Publicly shared data will be connected to your Open Humans username. Many participants choose to share with their real name, but this is not required.
We will not remove all identifying features from your imported data. It will be your responsibility to determine when to share data you have received from other studies and activities. You should review imported data for the presence of personal information before choosing to make it public.
Information you share privately with this study and with the Open Humans website will be kept confidential (e.g. if you privately tell us your email or home address, we will not share these). In some cases, we may share confidential information with the Institutional Review Board which oversees this study, or in response to a legal request for information made by governmental agencies such as the US FDA (Food & Drug Administration).
None. There are no restrictions placed on the access or use of data you publicly share through this study. We have developed a set of Data Use Guidelines to establish norms for Open Humans data, but these are not legal requirements and it’s possible that some people will ignore them.
Yes, you may withdraw from this study at any time and request removal of your public data. We will remove public sharing for your imported data sets, and you will no longer have the option to publicly share your research data through the Open Humans website.
You should understand that others may have made copies of your public data, and we have no control over these. After you withdraw and your public data is removed from the Open Humans website, other copies of the data may continue to exist.
We reserve the right to remove individuals from this study at any time, without your consent, for any reason. This may occur if we are unable to contact you. If we do terminate your participation in this study, we will provide you with a reason for that decision.
There are no costs to participate in this study. Participants are not paid and no medical care or treatment is provided to participants as part of this study.
You will be told about any updates to the content of this study's informed consent form, as this might change your decision to be in this study. You may be asked to sign a new consent form if this occurs.
The potential risks of participation are related to data sharing. Because this type of public data sharing is a new activity, it is hard to anticipate all the risks of harm that may be involved.
The foreseeable risks include loss of privacy and experiences of discrimination. We strongly encourage you to:
If you are planning to share data while hiding your identity ("anonymously"), someone may determine your identity. Having your identity associated with your data has many risks, including risks of discrimination or embarrassment.
Even if you remove your name, research data could be connected to your identity. The risk of this varies depending on the type of data, but it is often surprisingly easy to identify people.
Some examples of identifiable data you may choose to share:
For many types of data, it is impossible to make the data "de-identified". Methods to "scramble" or make data "fuzzy" can make identification more difficult, but also make the data much less valuable for research. Also, even "fuzzy" data becomes very identifying when combined with other data - e.g. when combined with other research data on your Open Humans public profile.
Even if identification sounds difficult to you, it might be trivial for others to identify you, and it will become easier in the future. In some cases, identification can be performed automatically, using a computer program that cross- references different public records.
Theoretically, someone could create a website which automatically uses software to identify an Open Humans public profile. In fact, websites already exist which do this with public records, social networks, and other online content.
The risks of sharing data associated with your identity vary based on the type of data. Risks may include:
Some types of data also come with specific risks, for example:
It is important to recognize that not all risks are known or knowable: new or unanticipated risks may arise with advances in science and technology.
Participation in this study does not entitle you to financial compensation or other direct benefits. We do believe public data sharing by participants is likely to benefit society. This includes data sharing within this study, as well as data sharing through other groups that implement similar models after learning from this study. These advances may indirectly benefit you, as a member of society.
We believe that public research data, shared without legal restrictions, can have powerful potential benefits for society, such as:
Please contact the Principal Investigator (Madeleine Ball) if you have any questions about this study and your part in it, if you believe you have had a research-related harmful event, or if you have any general questions, concerns, or complaints about this research:
| Study staff Email: |<EMAIL_ADDRESS>|
| Madeleine Ball, PhD (Principal Investigator) |
Email:
<EMAIL_ADDRESS>Phone:<PHONE_NUMBER> |
If you have questions about your rights as a research subject or if you have questions, concerns, or complaints about the research, you may contact:
Western Institutional Review Board® (WIRB®)
1019 39th Avenue SE Suite 120 Puyallup, Washington 98374-2115
Telephone: 1-800-562-4789 or<PHONE_NUMBER>
E-mail<EMAIL_ADDRESS>WIRB is a group of people who independently review research. WIRB will not be able to answer some study-specific questions, such as questions about appointment times. However, you may contact WIRB if the research staff cannot be reached or if you wish to talk to someone other than the research staff.
This is the last part of our consent document.
Before you may enroll, you must complete our enrollment quiz – this usually takes 2 to 3 minutes.
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To show that I have voluntarily given my consent to participate in this study, I have checked the boxes next to each statement below and have typed my name to electronically sign this form.


System errors are problems that the operating system notices (or causes). Note that many of the exception indications returned by the operating system (such as “file does not exist”) are mapped to Prolog exceptions; it is only really unexpected things that show up as system errors.
The SICStus_Error term for a system error is
system_error(Message)
where Message is not further specified.


Library: XML
Package: DOM
Header: Poco/DOM/NodeList.h
Description
The NodeList interface provides the abstraction of an ordered collection of nodes, without defining or constraining how this collection is implemented.
The items in the NodeList are accessible via an integral index, starting from 0.
A NodeList returned from a method must be released with a call to release() when no longer needed.
Inheritance
Direct Base Classes: DOMObject
All Base Classes: DOMObject
Known Derived Classes: ChildNodesList, ElementsByTagNameList, ElementsByTagNameListNS
Member Summary
Member Functions: item, length
Inherited Functions: autoRelease, duplicate, release
Destructor
~NodeList
virtual ~NodeList();
Member Functions
item
virtual Node * item(
unsigned long index
) const = 0;
Returns the index'th item in the collection. If index is greater than or equal to the number of nodes in the list, this returns null.
length
virtual unsigned long length() const = 0;
Returns the number of nodes in the list. The range of valid node indices is 0 to length - 1 inclusive.


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↑
Original image by the amazing Lin ClarkThis workshop has been inadvertently brought to you by Philippine Airlines.
“Grid works from the container in, other layout methods start with the item”
—Rachel Andrew
inline-block
Item A
Item B
Item C
Item D
Item E
Item F
float
Item A
Item B
Item C
Item D
Item E
Item F
flex
Item A
Item B
Item C
Item D
Item E
Item F
“Grid is the only layout technique that establishes a relationship between rows and columns of grid items.”
Using grid-template-rows
and grid-template-columns

Item A

Item B

Item C

Item D

Item E

Item F

Item A
Item B
Item C
Item D
Item E
Item F
repeat()
functionTo specify a large number of columns or rows that follow a similar pattern
Item
Item
Item
Item
Item
Item
Item
Item
auto-fill
versus auto-fit
Letting the browser figure out the math
A
B
C
D
E
F
grid-auto-row
and grid-auto-column
Controlling the size of implicit rows/columns
A
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
grid-auto-flow
propertyAdjusting the direction and density of grid items
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
fr
unitRepresents a fraction of the free space in the grid container.
Item A
Item B
Item C
.container {
display: grid;
grid-template-columns: repeat(3, 3fr 2fr);
}
minmax()
functionDefines a size range for columns or rows in the grid.
Item A
Item B
Item C
.container {
display: grid;
grid-template-columns: repeat(auto-fill, minmax(10em, 1fr));
}
Using the min-content
, max-content
and fit-content
properties
What's worse, lookin' jealous or crazy? Jealous or crazy?
Or like being walked all over lately, walked all over lately
I'd rather be crazy
Using grid-row-start
, grid-row-end
and grid-column-start
, grid-column-end
grid-row
and grid-column
shorthandsBy default, grid items will take up the space of 1 grid cell
🍏
🍊
🥥
🥑
🍇
🍌
span
keywordContent can span multiple grid cells
grid-area
shorthandgrid-area: <grid-row-start> / <grid-column-start> / <grid-row-end> / <grid-column-end>
Item A
Item B
Item C
Item D
Item E
Item F
Using grid-template-areas
and grid-area
Item A
Item B
Item C
| Property | Axis | Aligns | Applies to |
|---|---|---|---|
justify-content |
main/inline | content within element |
block containers, flex containers and grid containers |
align-content |
cross/block | ||
justify-self |
inline | element within parent |
block-level boxes, absolutely-positioned boxes and grid items |
align-self |
cross/block | absolutely-positioned boxes, flex items and grid items |
|
justify-items |
inline | items inside box |
block containers and grid containers |
align-items |
cross/block | flex-containers and grid-containers |
Source: CSS Box Alignment Module Level 3
justify/align-content
content-distribution properties
| Values | justify-content |
align-content |
|---|---|---|
center |
||
start |
||
end |
||
space-around |
||
space-between |
||
space-evenly |
| Values | justify-content |
align-content |
|---|---|---|
center |
||
start |
||
end |
||
space-around |
||
space-between |
||
space-evenly |
justify/align-self
self-alignment properties
justify/align-items
defaults for justify/align-self
flex
shorthand“Authors are encouraged to control flexibility using the flex shorthand rather than with its longhand properties directly, as the shorthand correctly resets any unspecified components to accommodate common uses.”
—CSS Flexible Box Layout Module Level 1
flex
keyword valuesinitial |
0 1 auto |
cannot grow but can shrink when there isn't enough space |
auto |
1 1 auto |
can grow and shrink to fit available space |
none |
0 0 auto |
cannot grow or shrink, AKA inflexible |
<positive-number> |
<positive-number> 1 0 |
can grow and shrink, extent of growth depends on flex factor |
“When a box is a flex item, flex is consulted instead of the main size property to determine the main size of the box.”
—CSS Flexible Box Layout Module Level 1
flex
syntax/* One value, unitless number: flex-grow */
flex: 3;
/* One value, width/height: flex-basis */
flex: 200px;
flex: 45em;
/* Two values: flex-grow | flex-basis */
flex: 1 25ch;
/* Two values: flex-grow | flex-shrink */
flex: 2 1;
/* Three values: flex-grow | flex-shrink | flex-basis */
flex: 2 3 30%;
auto
marginsjustify-content
helps distribute extra free space left over after flexible lengths and auto margins are resolved.
align-items
sets the default alignment for all flex items along the cross axis of the flex line. Over-ridable by align-self
.
align-content
aligns flex lines within the flex container if there is extra space along the cross-axis.
Using @supports
AKA feature queries
.selector {
/* Styles that are supported in old browsers */
}
@supports (property:value) {
.selector {
/* Styles for browsers that support the specified property */
}
}
See the Pen The Critical Request header by Chen Hui Jing (@huijing) on CodePen.
and
See the Pen Responsive header example by Chen Hui Jing (@huijing) on CodePen.
See the Pen Grid layout with overlaps by Chen Hui Jing (@huijing) on CodePen.
See the Pen Charles Hayter's colour diagrams by Chen Hui Jing (@huijing) on CodePen.
(for the rest of the questions not already covered)
“CSS is a team sport.”
—Me
Font used is Prospectus, by Dave Bailey


UAE startups see investments soar by a third in 2019
CAIRO: Egypt’s central bank governor Tarek Amer has been appointed to a second four-year term, state media reported on Monday.
State-run newspaper Al Ahram cited an unnamed deputy central bank governor as confirming Amer’s reappointment. Akhbar Elyom, another state-run paper, also confirmed the news, citing unnamed banking sources.
Amer, whose term ends this week, was appointed in 2015 when Egypt was in a currency crisis. He helped oversee a three-year, IMF-backed reform program which included a sharp devaluation of the pound currency, the introduction of a value-added tax and the elimination of subsidies on most fuel prices.


Objective
To take a position as a Web Designer.
Experience
Web designer in University of Cordilleras (2017 - Present)
- Designed UC Web page
- I have created a web page of MMORPG flash game (I created the game using MMORPG MV)
Skills
Mastered the basics and advance of web development
Can create unique designs for a certain project
Education
BSIT, Web Track: University of Cordilleras
HRM, CulinaryA Arts: Garuda University
Accomplishments/ Achievements
- Awarded for creating my unviversity's web page
- Scholar of UC
- Champion in martial arts championship 2015
- Finished my HRM course (can cook delicious)
Character References
- Hadasha Damasco<PHONE_NUMBER>9)
- Kng. John Snow<PHONE_NUMBER>1)


Make way for us: Uddhav Thackeray to BJP at MLA parade
by PTIShiv Sena chief Uddhav Thackeray on Monday asked the BJP to "make way" for the Sena-NCP- Congress alliance to rule Maharashtra.
He was speaking at a joint parade of MLAs of the three parties, held at a luxury hotel in suburban Mumbai.
NCP chief Sharad Pawar, who was also present, said BJP misused power to grab power even in states where voters hadn't given their mandate to it.
Locked in a protracted power tussle with the BJP in Maharashtra, the 'Maha Vikas Aghadi' of the Shiv Sena, NCP and Congress has decided to "parade" 162 MLAs in the Mumbai five- star hotel on Monday evening in a show of united strength.
The move was announced hours after the leaders of the three parties submitted a letter to Maharashtra Governor Bhagat Singh Koshyari claiming that they have the requisite numbers to form government.
Those present were at the parade were Congress leader Ashok Chavan, who said, "We are more than 162, not just 162. We all will be a part of the government. I thank Sonia Gandhi who allowed for this alliance to stop BJP."
"The governor should invite us to form government," he said.


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From left Navigation Menu, select the Studio option
Click + icon to configure the new Studio workflow
New Flow popup will open, enter the name and click on next button
Then select the option Import from JSON, click next button
You will be navigated to next screen of text area where you need to paste the JSON
Paste the JSON in the text area after replacing bearerToken placeholder with the appropriate token value(make sure angular brackets are also removed) and click the Next button
On the workflow screen, select the Connect to agent widget and change the agent mobile number and click save button
Step-2: Configure workflow and webhook
From left menu, select the Phone Number option and navigate to Active Number dashboard
From the list of phone numbers, click the appropriate phone number and navigate to Configuration page
Under Voice & Fax section, update the values as below screenshot, ensuring that the webhook URL contains the valid token (same url is configured in studio workflow) and save the configuration
2: About Twilio Workflow
Twilio Studio information and overview may be accessed here.
3: Create a Twilio Workflow
Create new flow
Log into Twilio account and navigate to the Studio Dashboard, then tap the + icon to create a new flow. You can name your flow anything you like.
You’ll notice that the canvas comes with a widget already in place -- that’s the Trigger widget, which kicks off our flow when the trigger we specify is fired. In this case, our trigger is going to be an incoming call, since we want callers to reach our automated menu.
Gather User Input
We’ll start by dragging a Gather Input on Call widget onto the canvas, and connecting it to the Incoming Call trigger by dragging the red dot to the grey dot in the corner of the new widget. We can use this widget to specify what we want the menu to say when the caller picks up. In this example, we’re going with “Hello, How can we direct your call? Press 1 to talk to agent, Press 2 to leave voice message.” but you can enter any message of your choosing, or select Play a Message from the dropdown to play an audio file instead.
Split Based On Keys
We want to route sales calls to agent, so we’ll need some logic that will help us know which one the user wants to connect to. We’ll use the Split Based On... widget to help handle that. Drag it onto the canvas and connect it to the dangling User Pressed Keys dot from our Gather widget.
Next, we’ll need to declare the choices we’re looking for in those key presses -- the digits 1 and 2. Tap the red New at the bottom of the Split widget to reveal the Transition On... dropdown menu. Select Condition Matches to create a new Transition.
We’re going to need to connect those calls to agent, and the way to do that is with the Connect Call To widget. Drag those onto the canvas. You’ll need to enter the Phone To Call for each -- do this by tapping on the widget and editing the field in the right sidebar to reflect the correct numbers for agent (the default number will be the one the user called from, so we’ll need to override this).
Also in the connect to agent configuration enable call recording and timeout seconds to disconnect if agent doesn’t pick up the call.
Now in split_based_on_key widget if no condition matches then use say play widget and connect this to no condition matched of split based on key widget.
In say/play widget edit the configuration and enter the message that you want to play, eg we used ‘Sorry Invalid choice, please try again’.
After the say/play message completed we want again the input from user so, match the AutoComplete of say/play with gather_input widget. (Here we can choose whatever we want according to our requirement like disconnect the call or send message to caller, etc.
Now after the connect_to_agent widget, when the call ended or the caller hang up the call in both the cases we want to send recording url with some other metadata to the aws lambda configured. So here we will use Make HTTP request widget after this and named it as webhook.
This will send the POST request to the url mentioned in widget with all the payload that we will set.
Enter the URL, content type and request method in configuration.Then for the metadata payload that we want to send, enter it in request body:
the values can be used from various widgets used likewise
recordingUrl from connect_to_agent widget so value will be like
After all the changes are completed, PUBLISH the WORKFLOW and then use it in any mobile number like this
Export workflow as JSON
To export a workflow from studio as a JSON, open the workflow then click on the first default widget i.e. TRIGGER. Under the config section of widget, scroll to bottom and click on SHOW FLOW JSON. Copy the whole JSON and save it.
Import workflow from JSON
To import a workflow from JSON, select import from JSON option while creating a new Workflow and use the json you saved earlier:


The local student manager is a tool designed to assist teachers keep track of student participation. This version was designed to serve in tandem with the official version on seattleacademy.courses. It will save your class list locally, but do not rely on it to save your lists long term.
To add students to a class, use the text box below the save and load buttons. You must manually enter your student's names in the box following this format: Firstname Lastname, Firstname Lastname, Firstname Lastname... Once you've finished, press 'create list' to generate the students.
Using the (+) button next to a students name will allow you to keep track of how many times they have participated. Useful information will be displayed at the top, such as which student has participated the most and what the average engagement (based on this metric) is. You can use the 'clear all student points' button to clear it. You can also use the 'pick student with zero points' button to get a random student that has no participated.
If you'd like to save your students, select a block using the drop down menu, and press the save button.  Saving again will overwrite the old student list for each block.


--- extends: minimal.j2 default_block: main title: Research description: Description of Past and Current Research Interests ---
I am currently a Research Geologist at the U.S. Geological Survey. I study the complex inter-relations between fluid flows, landforms, sediment transport and sedimentology. My research approach is interdisciplinary in sedimentology, coastal and hydraulic engineering, and geophysics, applying methodologies ranging from field surveys and laboratory analysis to analytical and numerical modeling. Of special interest to me is geostatistical analyses, computational geomorphology and sedimentology, stochastic modeling techniques, instrument design, and the remote characterization of sedimentary environments, which includes sensing the properties of flows and particles at rest and in motion, in single and multiphase flows, both terrestrial and subaqueous, by developing and applying novel acoustics and optics instrumentation and computational algorithms Additionally, I invest time in supporting, developing, and maintaining various open source scientific packages in the Python world. Through all of this, I enjoy working on the instrumentational and computational methodologies that are helping push forward geosciences research in the era of ever-growing datasets.
Principally, I measure sediment: what is it made of; what lives in or on it; how it gets picked up by flows of air and water; how it gets deposited into landforms; how these processes evolve in time due to feedback processes; how it gets preserved in the rock record. The properties of sediment (grain size, shape, packing, cohesion, etc) fundamentally control what grows in or on it; how fast and far it moves; how long it stays there. These properties govern the dynamics of air and water turbulence; water turbidity; formation of dunes in deserts, rivers and seas; the attenuation and scattering of light and sound; and landform stability. Documenting and understanding how sediment properties change in time and space is fundamental to understanding and modeling the hydraulics of open channel flow; the mechanics of sediment transport in water and air; the evolution of landforms; and the distribution of primary producers which support ecosystems of all types.


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“ “nothing is original. steal from anywhere that resonates with inspiration or fuels your imagination . ” Director- Jim Jarmusch
Why we do it
We actively participate in watching and appreciating film and we have decided to put our own views on movies for you, the viewer to see. This group started when we applied to our schools film class. All of us didn't get in so we started a group in where we watch movies three from different time periods and give our takes on them. We started this website to show our views on movies that we have collectively watched together.
How we review:
We individually give a score of 100% and average from all of us. In our review section we calloborate and write the review together expressing individual ideas and thoughts on the movie.
Reviews of the movies above
La Strada
Overall: 91 Not Done with Review
Overall: 89 With a slow opener this film has some of the most iconic and beautiful shots in cinema. This movie is all in the cinematography. This film shows no major plot twists, but somehow makes what seems to be a flat story into a masterpiece.
Rome: Open City
Cabinet of Dr. Caligari
She Done Him wrong
Have any questions or recommendation
- 11600 Magnolia Blvd, Los Angeles
-<EMAIL_ADDRESS>- oakwoodschool.org


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I grew up in a small town west of Chicago surrounded by a wonderful family that takes advantage of every opportunity to get together. In 2005, I moved to Milwaukee where I earned a bachelor's degree in elementary education and in history from Marquette University. Following graduation, I taught 5th grade at a progressive parochial school in Milwaukee where my passion for research-based best practice in education was both fostered and challenged.
After teaching for 5 years, my desire to work in education grew beyond the walls of a school building. I did not enjoy teaching or planning curriculum anymore, but found that my side projects brought me greater fulfillment. On the side I was trying to find and build technological tools that could warehouse school-wide curriculum, that supported planning, and that simplified communication and collaboration.
At the time I didn’t exactly know what arena my side projects fell into until I stumbled upon Instructure, an educational software company. My school’s technology integration specialist had asked me to look into Instructure’s learner management system, Canvas, for use at our school. I was enamored by Instructure's mission and culture and quickly found myself on their Careers page scanning job opportunities, wondering what skills I had that could be useful to them. At the time I had no idea what a software engineer was, but as I learned, I realized they have the skills I needed to make better technological tools in education.
Soon after I found out about Instructure, I learned about coding bootcamps. Dev Bootcamp was most appealing to me as it focuses not only on the technical skills I want to develop, but also on metacognitive skills to keep learning after bootcamp and it fosters growth in emotional intelligence. It became very clear what direction I wanted to take next to develop the skills to make beautiful and meaningful software for education and other fields.
Aside from my career-focused passions and family get-togethers, I love traveling, learning about different cultures, whale watching, mountains, yoga, thinking, learning, reading, working out, playing sand volleyball, ballroom dancing, singing, and watching the Bears, Packers (yep, 10 years in Wisconsin can do that do you), and Cubs.


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Jobs
predicsis.jsSDK.models
A lot of requests on PredicSis API are asynchronous. That means when you send a POST /datasets request (for example), you will get a 201 Created HTTP response. A new dataset has been created. BUT it hasn't been completely fulfilled, there is a pending job you must wait for its termination to consider the dataset really created.
Each time the API returns a job_ids in a response, the request is asynchronous. This array contains all the jobs created before and the current one in the last position. You have to send a GET /jobs/:jobId request and check the status property. It could take 4 values:
The following schema shows a job' standard workflow:
| get /jobs | Jobs.all() | |
| get /jobs/:id | Jobs.get() | |
| delete /jobs/:id | Jobs.delete() | |
| Active pulling on a job waiting for its termination | Jobs.listen() | |
| Transform an async promise into the same promise resolving only when job is completed | Jobs.wrapAsyncPromise() | |
| Defines function called when a jobs fails | Jobs.setErrorHandler() | |
| Official documentation is available at https://developer.predicsis.com/doc/v1/job |
Output example:
{ id: "53c7ded570632d3417050000", action: "Generate dictionary", status: "completed", error: null, warnings: null, created_at: "2014-05-02T15:42:51.687Z", started_at: "2014-05-02T15:42:52.687Z", finished_at: "2014-05-02T15:52:51.687Z", user_id: "5363b25c687964476d000000", runnable_id: "5363b7fc6879644ae7010000" }
Important notes: A GET /gobs/:jobId is going to return a 200 OK even if its error or warning aren't null! So don't forget to take a look on it!
Active pulling on a job waiting for its termination
Important notes:
| Param | Type | Details |
|---|---|---|
| jobId | String | The id of the job api resource you want to wait termination |
| Promise | A promise resolved only when the job succeeds |
set error handler (errors occuring in a job)
Usage example:
return Jobs .setErrorHandler(function(error) { // do something with error // ... });
| Param | Type | Details |
|---|---|---|
| callback | Function | called when an error occurs during a Job |
Transform an async promise into the same promise resolving only when job is completed
Usage example:
return Jobs .wrapAsyncPromise(datasets().post({dataset: params})) .then(function(dataset) { // do something with you completely created new dataset // ... });
| Param | Type | Details |
|---|---|---|
| promise | PromiseArray | or list of jobs (the last one will be listened) |
| Promise | See above example |


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# Licensed under a 3-clause BSD style license - see LICENSE.rst
"""An extensible ASCII table reader and writer.
basic.py:
Basic table read / write functionality for simple character
delimited files with various options for column header definition.
:Copyright: Smithsonian Astrophysical Observatory (2011)
:Author: Tom Aldcroft<EMAIL_ADDRESS>"""
from __future__ import absolute_import, division, print_function
import re
from . import core
from ...table.column import col_getattr
[docs]class BasicData(core.BaseData):
'''Basic table Data Reader
Set a few defaults for common ascii table formats
(start at line 1, comments begin with ``#`` and possibly white space)
'''
start_line = 1
comment = r'\s*#'
write_comment = '# '
[docs]class Basic(core.BaseReader):
"""Read a character-delimited table with a single header line at the top
followed by data lines to the end of the table. Lines beginning with # as
the first non-whitespace character are comments. This reader is highly
configurable.
::
rdr = ascii.get_reader(Reader=ascii.Basic)
rdr.header.splitter.delimiter = ' '
rdr.data.splitter.delimiter = ' '
rdr.header.start_line = 0
rdr.data.start_line = 1
rdr.data.end_line = None
rdr.header.comment = r'\s*#'
rdr.data.comment = r'\s*#'
Example table::
# Column definition is the first uncommented line
# Default delimiter is the space character.
apples oranges pears
# Data starts after the header column definition, blank lines ignored
1 2 3
4 5 6
"""
_format_name = 'basic'
_description = 'Basic table with custom delimiters'
header_class = BasicHeader
data_class = BasicData
class NoHeaderHeader(BasicHeader):
'''Reader for table header without a header
Set the start of header line number to `None`, which tells the basic
reader there is no header line.
'''
start_line = None
class NoHeaderData(BasicData):
'''Reader for table data without a header
Data starts at first uncommented line since there is no header line.
'''
start_line = 0
class CommentedHeaderHeader(BasicHeader):
"""Header class for which the column definition line starts with the
comment character. See the :class:`CommentedHeader` class for an example.
"""
def process_lines(self, lines):
"""Return only lines that start with the comment regexp. For these
lines strip out the matching characters."""
re_comment = re.compile(self.comment)
for line in lines:
match = re_comment.match(line)
if match:
yield line[match.end():]
def write(self, lines):
lines.append(self.write_comment + self.splitter.join(self.colnames))
class TabHeaderSplitter(core.DefaultSplitter):
'''Split lines on tab and do not remove whitespace'''
delimiter = '\t'
process_line = None
class TabDataSplitter(TabHeaderSplitter):
'''Don't strip data value whitespace since that is significant in TSV tables'''
process_val = None
skipinitialspace = False
class TabHeader(BasicHeader):
'''Reader for header of tables with tab separated header'''
splitter_class = TabHeaderSplitter
class TabData(BasicData):
'''Reader for data of tables with tab separated data '''
splitter_class = TabDataSplitter
[docs]class Tab(Basic):
"""Read a tab-separated file. Unlike the :class:`Basic` reader, whitespace is
not stripped from the beginning and end of either lines or individual column
values.
Example::
col1 <tab> col2 <tab> col3
# Comment line
1 <tab> 2 <tab> 5
"""
_format_name = 'tab'
_description = 'Basic table with tab-separated values'
header_class = TabHeader
data_class = TabData
class CsvSplitter(core.DefaultSplitter):
'''Split on comma for CSV (comma-separated-value) tables'''
delimiter = ','
class CsvHeader(BasicHeader):
'''Header that uses the :class:`astropy.io.ascii.basic.CsvSplitter`'''
splitter_class = CsvSplitter
comment = None
write_comment = None
class CsvData(BasicData):
'''Data that uses the :class:`astropy.io.ascii.basic.CsvSplitter`'''
splitter_class = CsvSplitter
fill_values = [(core.masked, '')]
comment = None
write_comment = None
[docs]class Csv(Basic):
"""Read a CSV (comma-separated-values) file.
Example::
num,ra,dec,radius,mag
1,32.23222,10.1211,0.8,18.1
2,38.12321,-88.1321,2.2,17.0
Plain csv (comma separated value) files typically contain as many entries
as there are columns on each line. In contrast, common spreadsheet editors
stop writing if all remaining cells on a line are empty, which can lead to
lines where the rightmost entries are missing. This Reader can deal with
such files.
Masked values (indicated by an empty '' field value when reading) are
written out in the same way with an empty ('') field. This is different
from the typical default for `astropy.io.ascii` in which missing values are
indicated by ``--``.
Example::
num,ra,dec,radius,mag
1,32.23222,10.1211
2,38.12321,-88.1321,2.2,17.0
"""
_format_name = 'csv'
_io_registry_can_write = True
_description = 'Comma-separated-values'
header_class = CsvHeader
data_class = CsvData
[docs] def inconsistent_handler(self, str_vals, ncols):
'''
Adjust row if it is too short.
If a data row is shorter than the header, add empty values to make it the
right length.
Note that this will *not* be called if the row already matches the header.
Parameters
----------
str_vals : list
A list of value strings from the current row of the table.
ncols : int
The expected number of entries from the table header.
Returns
-------
str_vals : list
List of strings to be parsed into data entries in the output table.
'''
if len(str_vals) < ncols:
str_vals.extend((ncols - len(str_vals)) * [''])
return str_vals
class RdbHeader(TabHeader):
'''Header for RDB tables'''
col_type_map = {'n': core.NumType,
's': core.StrType}
def get_type_map_key(self, col):
return col.raw_type[-1]
def get_cols(self, lines):
"""Initialize the header Column objects from the table ``lines``.
This is a specialized get_cols for the RDB type:
Line 0: RDB col names
Line 1: RDB col definitions
Line 2+: RDB data rows
:param lines: list of table lines
:returns: None
"""
header_lines = self.process_lines(lines) # this is a generator
header_vals_list = [hl for _, hl in zip(range(2), self.splitter(header_lines))]
if len(header_vals_list) != 2:
raise ValueError('RDB header requires 2 lines')
self.names, raw_types = header_vals_list
if len(self.names) != len(raw_types):
raise ValueError('RDB header mismatch between number of column names and column types')
if any(not re.match(r'\d*(N|S)$', x, re.IGNORECASE) for x in raw_types):
raise ValueError('RDB types definitions do not all match [num](N|S): %s' % raw_types)
self._set_cols_from_names()
for col, raw_type in zip(self.cols, raw_types):
col.raw_type = raw_type
col.type = self.get_col_type(col)
def write(self, lines):
lines.append(self.splitter.join(self.colnames))
rdb_types = []
for col in self.cols:
# Check if dtype.kind is string or unicode. See help(np.core.numerictypes)
rdb_type = 'S' if col_getattr(col, 'dtype').kind in ('S', 'U') else 'N'
rdb_types.append(rdb_type)
lines.append(self.splitter.join(rdb_types))
class RdbData(TabData):
'''Data reader for RDB data. Starts reading at line 2.'''
start_line = 2
[docs]class Rdb(Tab):
"""Read a tab-separated file with an extra line after the column definition
line. The RDB format meets this definition. Example::
col1 <tab> col2 <tab> col3
N <tab> S <tab> N
1 <tab> 2 <tab> 5
In this reader the second line is just ignored.
"""
_format_name = 'rdb'
_io_registry_format_aliases = ['rdb']
_io_registry_suffix = '.rdb'
_description = 'Tab-separated with a type definition header line'
header_class = RdbHeader
data_class = RdbData


Project License
Copyright 2007-2011 the original author or authors
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
Distribution License
For further licenses of 3rd party tools included in the distribution, have a look at the LICENSE file of the
distribution.


You place a magical command on a creature that you can see within range, forcing it to carry out some service or refrain from some action or course of activity as you decide. If the creature can understand you, it must succeed on a W isdom saving throw or b ecome charmed by you for the duration. While the creature is charmed by you, it takes 5 d10 psychic damage each time it acts in a manner directly counter to your instructions, but no more than once each day. A creature that can't understand you is unaffected by the spell.
You can issue any command you choose, short of an activity that would result in certain death. Should you issue a suicidal command, the spell ends.
You can end the spell early by using an action to dismiss it. A remove curse, greater restoration, or wish spell also ends it.
At Higher Levels. When you cast this spell using a spell slot of 7th or 8th level, the duration is 1 year.
When you cast this spell using a spell slot of 9th level, the spell lasts until it is ended by one of the spells mentioned above.


Hello there! My name is Ben Dunham. I grew up in a small town in Ohio and made my way out to Portland, Oregon in 2010. It was my goal to be the first in my family to graduate from college and I set out to do just that at Portland State University. I began my schooling as a green Philosophy major and spent five years questioning my very existence. That is, until I found myself in a Feminist Philosophy course that expanded my world view and shifted my major to Women, Gender, and Sexuality Studies. Upon graduating with my Bachelors degree I did what any self-respecting graduate does and began bartending full time. Which leads me to the here and now. I am enrolled in a coding bootcamp so that I can begin a new career as a Developer. I absolutely love spending time problem solving in front of my iMac. It would be a dream to break into this field and help to change tech culture to be more diverse and inclusive.


time
From cppreference.com
| Defined in header
<time.h>
|
||
Returns the current calendar time encoded as a time_t object.
Contents |
[edit] Parameters
| time | - | pointer to a time_t object to store the time in or NULL |
[edit] Return value
Current calendar time encoded as time_t object on success, (time_t)(-1) on error. If the argument is not NULL, the return value is equal to the value stored in the object pointed to by the argument.
[edit] Notes
The encoding of calendar time in time_t is unspecified, but most systems conform to POSIX specification and return a value of integral type holding the number of seconds since the Epoch. Implementations in which time_t is a 32-bit signed integer (many historical implementations) fail in the year 2038.
[edit] Example
Run this code
#include <stdio.h> #include <time.h> #include <stdlib.h> int main(void) { time_t result = time(NULL); if (result == ((time_t)-1)) { fprintf(stderr,"time() failed in file %s at line # %d\n", __FILE__,__LINE__-3); exit(EXIT_FAILURE); } printf("%s", asctime(localtime(&result))); printf("%d seconds since the Epoch", (int)result); return EXIT_SUCCESS; }
Possible output:
Wed Oct 9 10:49:31 2013<PHONE_NUMBER> seconds since the Epoch
[edit] See also
| converts time since epoch to calendar time expressed as local time (function) |
|
| converts time since epoch to calendar time expressed as Coordinated Universal Time (UTC) (function) |
|
| (since C11)
|
returns the calendar time based on a given time base (function) |
|
C++ documentation for time
|


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Musical Gauss Seidel.
One second of a 44.1kHz single channel .wav file can be read into an array (call it b) of length 44100. Given a matrix A we seek solutions to the system Ax=b. Through iterations of Gauss-Seidel the vector Ax will approach b with the high frequency parts of Ax getting close to b first. If we take b to be a song recording, some white noise as our initial guess and write out Ax at each iteration we observe that the high pitched notes in b become audible first while at the same time the pitch of the white noise decreases.
This is all done in python. Loading .wav files into arrays is not too
bad in scipy. A sparse matrix class is neccessary to avoid memory
problems as a 12 second .wav file needs an array of size 12*44100.
musical_gauss_seidel.py
TridiagonalMatrix.py


College of Engineering and Information Sciences
Home
(current)
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Admission
Programs
Enrollment Requirements
Contacts
FAQ and Inquiries
Frequently Asked Questions (FAQ)
Q. Does the University supports Game Developing?
A. Currently we don't have a specilization for Game Developing but some of our current specialization supports languages for Game Developing.
Ex.
C++
Java
Q.
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This is my first personal blog post, and a step towards becoming more socially active and allowing people to find out what I'm up to. I typically isolate myself from others, which I believe is a major factor limiting my potential to be my best self. I don't have many close relationships and am terrible at retaining important information. However, many people have helped me and taught me a lot, and I would never be able to thank them enough.
This year I am challenging myself to break free from my comfort zone and do things that I wouldn't imagine myself doing.
I don't have a plan or set of goals to achieve. All I know is that people will request me to accomplish tasks, and I will do my best to fulfill those requests. At the same time, I will be constantly working on improving myself and sharing my journey. I'm not alone. People all over the world are overcoming their own challenges, and I also have an opportunity to help others achieve their goals. It's the start of a new year. A new decade. We don't have to change, but now is the best time to do so.
Thanks for reading.


I am a full-stack web developer and psychologist interested in learning more about science and how to improve human life through code. I believe that we can solve the problems of society using the power of technologies.
Similarly, I like arts, especially music. I believe that both technology and culture are essential for the development of societies.
I really enjoy programming and finding solutions to different problems. I am a faithful believer that as I become a better person, I will be better in any activity that I propose to myself.
ResumeI created this app using Flutter and Material UI library. This app shows my skills using Flutter framework to design multiple widgets. I also used Android Studio to render the app during the coding process. It is available for Android devices.
This is my first app created with Flutter framework. It is inspired in trivia apps to evaluate general culture knowledge. It is available for Android devices.
A web-app that allows requests to be made to a database that contains information about the restaurant's menu. Likewise, it allows the user to place food delivery orders, which can be seen on an administration website. The project was carried out in PHP and MariaDB, through phpmyadmin.
Smart Brain is a web application that uses the Clarifai API for the recognition of faces in pictures. This project is made up of three parts: an API built with NodeJS and ExpressJS, a database designed in PostgreSQL, and a front-end built in ReactJS.
This page allows the user to search on the different tarot cards, as well as make random card draws. I developed it with HTML5, CSS3 and Javascript, for the team of psychologists at the Eleusis Institute of Lima, Peru.
I created this landing page for a group of psychologists and therapists from the Eleusis Institute of Depth Psychology. I developed it with HTML5, CSS3 and Bootstrap.


i am haneen i am student and that's my second year in software engineering, i have knowledge in java programming, now i am learning web development and I strive to make the best effort to develop my capabilities to reach the best positions by operating my skills.


Map Poster Generator
Create a map poster (3840x5430 JPEG file) you can print on your favorite paper!
Save Poster!
.
.


The Spry Tooltip widget allows users to mouse over page elements and expose addition information/markup. This additional content will disappear after the mouse moves away. This document describes how to implement a Spry tooltip widget and how to control its functionality.
A Spry widget is a page element that combines HTML, CSS and JavaScript code to enable user interaction. A Spry widget is made up of the following parts:
The Spry framework supports a set of reusable widgets written in standard HTML, CSS, and JavaScript code. You can easily insert these widgets—the code is HTML and CSS at its simplest—and then style the widget. The behaviors in the framework include functionality that lets users show or hide content on the page, change the appearance (such as color) of the page, interact with menu items, and much more.
Each widget in the Spry framework is associated with unique CSS and JavaScript files, available on Adobe Labs. The CSS file contains everything necessary for styling the widget, and the JavaScript file gives the widget its functionality. The CSS and JavaScript files associated with a given widget are named after the widget, so it's easy for you to know which files correspond to which widgets. (For example, the files associated with the Accordion widget are called SpryAccordion.css and SpryAccordion.js).
It is critical to the usability of the widget that it be accessible when following established web navigation conventions. You can't assume that the user is using a mouse, and therefore Adobe has taken steps to ensure that all aspects of the currently available widgets are accessible through the keyboard. In the Accordion widget, for example, you can use up and down arrow keys to open content panels. Adobe encourages all widget developers to build in this kind of functionality.
It's also impossible to control the end user's environment. Adobe develops widgets to ensure that when JavaScript is turned off, all the content of the widget is still available on the screen. While this will most likely affect the page layout, it is more important that the content of the widget still be available, especially when working with disclosure widgets. Adobe ensures that default CSS states do not set visibility to hidden, and that HTML code is not positioned off screen.
Before you add Spry widgets to your web pages, download and link the appropriate files.
A tooltip widget consists of:
The tooltip is a relatively simple widgets. Here are some ideas to keep in mind about the tooltip.
Here is an example of a basic tooltip widget.

The master/detail The trigger is established by ...

This is the tooltip

In the above example, the  with the id="relationship" in the first line is the trigger element. When the user mouses over this tag, the tooltip will show.
The
 with the id="firstFixed" is the tooltip content. This will show when the user mouses over.
The constructor script works as follows.
The Spry Tooltip widget depends on the ID and CSS selectors of the elements to order to function correctly. The markup used for or within the elements does not matter. The trigger can be anything and the content can be anything. Note that some additional steps are needed in order to combine this widget with Spry Data.
The tooltip widget does not require much CSS. We use javascript to show, hide and position the tooltip. All other look and feel of the widget itself is done with standard CSS techniques, as your page requires. The only rule that the default CSS file contains is a workaround for IE6 so that the tooltip appears above form elements or flash objects.
Create a folder called SpryAssets in the root folder of your web site, and move the SpryTooltip.js file to it. The SpryTooltip.js file contains all of the information necessary for making the Tooltip widget interactive.

Make sure that the file path to the SpryTooltip.js file is correct. This path varies depending on where you've placed the file in your web site.
<link href="SpryAssets/SpryTooltip.css" rel="stylesheet" type="text/css" />
Make sure that the file path to the SpryTooltip.css file is correct. This path varies depending on where you've placed the file in your web site.

This will be the tooltip trigger.

This will be the tooltip trigger.

This is the tooltip content

This will be the tooltip trigger.

This is the tooltip content
 The arguments for the constructor are:
You may want to make the trigger a link, so that people know that it does something. If so you can change the  to  and change the closing tag as well. Or because the tooltip isn't exactly a link, a CSS class can be defined that can denote a tooltip element, such as a different background color.
There are a few options for the tooltip that will let you customize the behavior of the tooltip.
| Option Name | Description | Default | Values |
|---|---|---|---|
| closeOnTooltipLeave | The content within the "tooltip" element may contain links or other interactive elements. Using this option will keep the "tooltip" element open even if the mouse leave the "trigger" element until the mouse leaves the "tooltip" element. If set to 'false', the "tooltip" element will close when the mouse exits from the "trigger" area. Note:It is recommended when enabling this option to also use the hideDelay option to allow the necessary time for the mouse to go over the "tooltip" element. |
false | Boolean: true or false |
| followMouse | When set to "true", the "tooltip" element position will move along with the mouse movement inside the "trigger" element, using the specified offset values. | false | Boolean: true or false |
| showDelay | The delay in milliseconds for the tooltip element display after the mouseover event is received. | 0 | number in milliseconds |
| hideDelay | The delay in milliseconds for the tooltip element to hide after the mouseout event is received. | 0 | number in milliseconds |
| hoverClass | The specified class name will be appended to the 'class' attribute for the "trigger" element on mouse over to style differently a hovered "trigger" element. This value is removed when the "tooltip" element is hidden. | null | CSS class name |
| offsetX | The offset value given as an integer or in pixels for the x-axis. Using this value and the mouse entering position the widget compute the "tooltip" element horizontal position. | "20px" | string or number - X axis offset distance |
| offsetY | The offset value given as an integer or in pixels for the y-axis. Using this value and the mouse entering position the widget compute the "tooltip" element vertical position. | "20px" | string or number - Y axis offset distance |
| useEffect | The effect to be used when the "tooltip" is displayed or hidden. Could receive two parameters: 'blind' and 'fade'. Default value is none: useEffect:"" | empty | "blind" or "fade" |
Options are set in the constructor, within curly braces {}. For example:

As with other Spry widgets, you may want to either generate the markup with Spry Data or populate the content with Spry Data. A common tooltip scenario is a variation of the master/detail pattern. As in our products demo, the table is the master element, and the detail region updates in response to the mouse click on the row. With the tooltip, we can make that detail region the tooltip and the row click the trigger. A working sample is here.
The key to working with Spry Data and the Tooltip Widget, much like other widgets, is that due to the asynchronous nature of Spry Data, you have to control the regeneration of the widget when the data updates. The simplest way to do this is with Observers. Using Observers, we regenerate the Tooltip widget every time the main region is updated. We use the onPostUpdate notification for this. The basic code looks like:

{firstname} {lastname}

Phone:{phone}
 UserName:{username}
 ID:{@id}

Copyright © 2007. Adobe® Systems Incorporated. All rights reserved.


|
Assimp
5.0.1, master @ cd42b955
|
Helper structure to represent a 3ds file mesh. More...
Inherits MeshWithSmoothingGroups< D3DS::Face >.
Public Member Functions | |
| Mesh ()=delete | |
| Default constructor has been deleted. More... | |
| Mesh (const std::string &name) | |
| Constructor with explicit name. More... | |
Public Attributes | |
| std::vector< unsigned int > | mFaceMaterials |
| Face materials. More... | |
| std::vector< D3DS::Face > | mFaces |
| Face lists. More... | |
| aiMatrix4x4 | mMat |
| Local transformation matrix. More... | |
| std::string | mName |
| Name of the mesh. More... | |
| std::vector< aiVector3D > | mNormals |
| List of normal vectors. More... | |
| std::vector< aiVector3D > | mPositions |
| Vertex positions. More... | |
| std::vector< aiVector3D > | mTexCoords |
| Texture coordinates. More... | |
Helper structure to represent a 3ds file mesh.
|
delete |
Default constructor has been deleted.
|
inlineexplicit |
Constructor with explicit name.
| std::vector<unsigned int> Assimp::D3DS::Mesh::mFaceMaterials |
Face materials.
|
inherited |
Face lists.
| aiMatrix4x4 Assimp::D3DS::Mesh::mMat |
Local transformation matrix.
| std::string Assimp::D3DS::Mesh::mName |
Name of the mesh.
|
inherited |
List of normal vectors.
|
inherited |
Vertex positions.
| std::vector<aiVector3D> Assimp::D3DS::Mesh::mTexCoords |
Texture coordinates.


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All Classes
BackGroundCreator
BrushUi
CMD
CMDui
CommandMap
ControlUnit
Coordinate
DrawEllipse
DrawLine
DrawRect
FileUtils
FillColor
FillEllipse
FillRect
ImageControlUI
InfoPanel
KeyGuy
Log
Main
MouseGuy
MyImage
PaintBrush
PaintPanel
Refreshable
ReplaceColor
SetAvgColor
SwapPanel
TheWindow
TwoPoint


{% extends "site_base.html" %}
{% block body_class %}full schedule{% endblock %}
{% block subnav %}
Tutorial Schedule
|
Conference Schedule
|
List of Accepted Talks and Panels
|
List of Accepted Posters
|
OpenSpaces
{% endblock %}
{% block right %}{% endblock %}


By analyzing aspects of Donald Trump’s tweets you may be able to see trends in word use, phrase use, and other aspects to be able to predict whether or not a given tweet came from Donald Trump. In this project, we used a Navie Bayes classifier to determine if a tweet was Trump's or not.
We used TrumpTwitterArchive to download the data of Trump's tweets. We then sampled every month that Trump tweeted (about ~1500 tweets per month) to get "control" data. Note that we purposefully tried to sample over a period of time to account for global events that everyone would be tweeting about.
In accordance with Zipf’s law, the word occurrences in the corpus of Trump tweets and control tweets can be modeled and are shown to follow a power law. Tops words not shared by the control set and Trump set are shown to the left.
As part of our exploratory analysis, we were intested to see how "readable" President Trump's tweets were to the average Joe. To accomplish this, we used the Flesch Ease Score, which is a metric that the military uses to gauge how difficult a topic is to understand. A lower score means that it is harder to understand and larger score means that it is easier to understand. For refernce, a score of 50-60 corresponds to a high school reading level.
Interestingly enough, President Trump's tweets were, on average, nearly the same as the population mean. However, if you notice the distributions, you can see that Trump's tweets are skewed so that they are more readable. This is good, as it means that Trump designs his tweets to be understandable by the average Joe. However, this also leads to some questions. Namely, there is a lot of silly tweets which are basically incoherent. Therefore, the readabilty of the population will go down because of this "junk". Hence, it seems to be a bit concerning that President's Trump's tweets are around the population mean, especially when one considers exactly how many "junk" tweets are floating around in Twitter.
After training the Naive Bayes classifer, we got a training accuracy of 0.932603923720675 and a testing accuracy of 0.8675070028011205
Want to figure out whether or not Trump tweeted something out? Enter the text below to predict if it came from our commander-in-chief.