Documentation
Version 2.1 Documentation
Version 2.1 is the latest version of the API. Version 2.0 is deprecated and tagged for removal but is still currently available. To see what’s changed, please view the changelog. There are also a few how-tos. Below are descriptions of the data model fields and the API itself. Please note that all metadata contained within EONET is subject to our disclaimer.
Fields
Events
The Event object is returned within the Events API.
| Name | Description |
|---|---|
| id | Unique id for this event. |
| title | The title of the event. |
| description | Optional longer description of the event. Most likely only a sentence or two. |
| link | The full link to the API endpoint for this specific event. |
| categories | One or more categories assigned to the event. |
| sources | One or more sources that refer to more information about the event. |
| geometries | One or more event geometries are the pairing of a specific date/time with a location. The date/time will most likely be 00:00Z unless the source provided a particular time. The geometry will be a GeoJSON object of either type "Point" or "Polygon." |
| closed | An event is deemed “closed” when it has ended. The closed field will include a date/time when the event has ended. Depending upon the nature of the event, the closed value may or may not accurately represent the absolute ending of the event. |
Categories
Categories are the types of events by which individual events are cataloged. Categories can be used to filter the output of the Categories API and the Layers API. The acceptable categories can be accessed via the categories JSON.
| Name | Description |
|---|---|
| id | Unique id for this category (integer). |
| title | The title of the category. |
| description | Longer description of the category, addressing the scope. Most likely only a sentence or two. |
| link | The full link to the API endpoint for this specific category, which is the same as the Categories API endpoint filtered to return only events from this category. |
| layers | A service endpoint that points to the Layers API endpoint filtered to return only layers from this category. |
Sources
A Source is a reference to further information about the event. These references are usually the source from which the event was first curated, although there can be multiple sources per event. Source(s) can be used to filter the output of the Events API. The acceptable sources can be accessed via the sources JSON.
| Name | Description |
|---|---|
| id | Unique id for this type. |
| title | The title of this source. |
| source | The homepage URL for the source. |
| link | The full link to the API endpoint for this specific source, which is the same as the Events API endpoint only filtered to return only events from this source. |
Layers
A Layer is a reference to a specific web service (e.g., WMS, WMTS) that can be used to produce imagery of a particular NASA data parameter. Layers are mapped to categories within EONET to provide a category-specific list of layers (e.g., the 'Volcanoes' category is mapped to layers that can provide imagery in true color, SO2, aerosols, etc.). Web services come in a variety of flavors, so it is not possible to include all of the necessary metadata here that is required to construct a properly-formulated request (URL). The full list of layers can be accessed via the layers JSON.
| Name | Description |
|---|---|
| name | The name of the layer as specified by the source web service found at serviceUrl. |
| serviceUrl | The base URL of the web service. |
| serviceTypeId | A string to indicate the type (WMS, WMTS, etc.) and version (1.0.0, 1.3.0, etc.) of the web service found at serviceUrl. |
| parameters | Zero or more URL parameters that are pertinent to the construction of a properly-formatted request to the web service found at serviceUrl. |
API
Events
| Parameter | Value(s) | Description | Examples |
|---|---|---|---|
| https://eonet.sci.gsfc.nasa.gov/api/v2.1/events | |||
| source | Source ID | Filter the returned events by the Source. Multiple sources can be included in the parameter: comma separated, operates as a boolean OR. |
https://eonet.sci.gsfc.nasa.gov/api/v2.1/events?source=InciWeb https://eonet.sci.gsfc.nasa.gov/api/v2.1/events?source=InciWeb,EO |
| status | open | closed | Events that have ended are assigned a closed date and the existence of that date will allow you to filter for only-open or only-closed events. Omitting the status parameter will return only the currently open events. | https://eonet.sci.gsfc.nasa.gov/api/v2.1/events ?status=open |
| limit | # | Limits the number of events returned | https://eonet.sci.gsfc.nasa.gov/api/v2.1/events ?limit=5 |
| days | # | Limit the number of prior days (including today) from which events will be returned. | https://eonet.sci.gsfc.nasa.gov/api/v2.1/events ?days=20 |
Categories
| Parameter | Value(s) | Description | Examples |
|---|---|---|---|
| https://eonet.sci.gsfc.nasa.gov/api/v2.1/categories | |||
| Category ID | Filter the events by the Category. |
https://eonet.sci.gsfc.nasa.gov/api/v2.1/categories/8 https://eonet.sci.gsfc.nasa.gov/api/v2.1/categories/14 |
|
| source | Source ID | Filter the topically-constrained events by the Source. Multiple sources can be included in the parameter: comma separated, operates as a boolean OR. |
https://eonet.sci.gsfc.nasa.gov/api/v2.1/categories
/8?source=InciWeb https://eonet.sci.gsfc.nasa.gov/api/v2.1/categories /14?source=InciWeb,EO |
| status | open | closed | Events that have ended are assigned a closed date and the existence of that date will allow you to filter for only-open or only-closed events. Omitting the status parameter will return only the currently open events. | https://eonet.sci.gsfc.nasa.gov/api/v2.1/categories /8?status=open |
| limit | # | Limits the number of events returned | https://eonet.sci.gsfc.nasa.gov/api/v2.1/categories /8?limit=5 |
| days | # | Limit the number of prior days (including today) from which events will be returned. | https://eonet.sci.gsfc.nasa.gov/api/v2.1/categories /8?days=20 |
Layers
| Parameter | Value(s) | Description | Examples |
|---|---|---|---|
| https://eonet.sci.gsfc.nasa.gov/api/v2.1/layers | |||
| Category ID | Filter the layers by the Category. |
https://eonet.sci.gsfc.nasa.gov/api/v2.1/layers/8 https://eonet.sci.gsfc.nasa.gov/api/v2.1/layers/14 |


At the world-renowned AFI Conservatory , a dedicated group of working professionals from the film and television communities serve as mentors in a hands-on, production-based environment nurturing the talents of tomorrow's storytellers. The Conservatory is consistently recognized as one of the world’s top film schools.
With an emphasis on narrative visual storytelling and personal expression, each class breaks into teams that mirror a real production environment. Those teams collaborate on and produce more films than any other graduate level film program.
Established in 1969, the two-year Master of Fine Arts program provides training in six filmmaking disciplines: Cinematography, Directing, Editing, Producing, Production Design and Screenwriting. Admission to AFI Conservatory is highly selective, with a maximum of only 140 graduates per year.


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"Six smaller meals a day work better for me than three big ones."
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— Ryan, lived with an ostomy between 2012 and 2015
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About Us
This organization was built with a mission to make a difference in its members life by simplifying healthcare delivery.
Since our inception, Care Connectors has been totally focused on building a strategic, quality programs for our clients.
As a physician owned IPA, Care Connectors Affiliated Physicians, Inc. (“CCAP”) provides local Physicians an alternative to the large incumbent managed care medical groups and the challenges faced by individual physician practices today.
Who we serve
- Primary Care Physicians
- Internal Medicine
- Family Medicine
- Geriatrics
- Specialists
- Hospitals
- Medicare Advantage Members
- Medi-Medi Members
- Commercial Members (Age 18+)
Our Team
Nilay Shah
Chief Executive Officer
Nilay has a proven executive management track record and over 15 years of healthcare management experience, including operations and finance responsibilities for health plans, medical groups and IPAs. His expertise includes optimizing revenue through improving Risk Adjustment Scores ("RAF"), improving Quality Measures, optimizing Value Based Incentives, and reducing health care costs by improving efficiency in health care delivery system.Nilay's leadership experience also includes Chief Operating Officer at Sierra Medical Group and Vice President of Finance and Operation at Heritage Provider Network.
Nilay has earned Executive Education in Managing Health Care Delivery from Harvard Business School. He has earned Master's in Business Administration in Information Systems and Master of Commerce in Economic.
Under Nilay’s leadership, Sierra Medical Group achieved five star rating for two consecutive years and more than 80% growth in membership.
Dr. Vinod Kannarkat
Chief Medical Officer
Dr. Vinod Kannarkat is a quadruple board certified cardiologist and cardiac electrophysiologist, who performs complex catheter ablations and device implantation at major hospitals in southern California.Vinod has vast experience in managing and treating patients with chronic disease such as coronary artery disease, diabetes, and heart failure. He has worked with hospital systems, health plans, and IPAs through his private practice, to reduce hospital readmission rates and improve quality of care by using telemedicine, device monitoring, and coordination of home nursing visits.
Vinod earned his Bachelor of Arts degree from Georgetown University, in Washington D.C. He also earned his Doctor of Medicine degree at Georgetown University School of Medicine, and served as an Internal Medicine resident at Georgetown University Hospital. Vinod completed a Cardiology Fellowship at UC Davis Medical Center in Sacramento, CA, and a Cardiac Electrophysiology Fellowship at Cedars Sinai Medical Center in Los Angeles, CA. He is Board Certified in Cardiac Electrophysiology, General and Nuclear Cardiology, and Internal Medicine.
Tarana Sherzada
Director of Network Management
As Director of Network Management for Care Connectors Affiliated Physicians, Tarana brings on more than 16 years of experience in network development, marketing and healthcare management.Tarana’s past contributions assisted large organizations such as Regal Medical Group and Sierra Medical Group which includes but not limited to increase in membership, industry acknowledgement and creating a solid foundation within the community.


next_permutation
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| Category: algorithms |
Component type: function |
Prototype
Next_permutation is an overloaded name; there are actually two next_permutation
functions.
template <class BidirectionalIterator>
bool next_permutation(BidirectionalIterator first,
BidirectionalIterator last);
template <class BidirectionalIterator, class StrictWeakOrdering>
bool next_permutation(BidirectionalIterator first, BidirectionalIterator last,
StrictWeakOrdering comp);
Description
Next_permutation transforms the range of elements [first, last)
into the lexicographically next greater permutation of the elements.
There is a finite number of distinct permutations (at most
N! [1], where N is last - first), so, if the permutations are
ordered by lexicographical_compare, there is an unambiguous
definition of which permutation is lexicographically next. If such
a permutation exists, next_permutation transforms [first, last)
into that permutation and returns true. Otherwise it transforms
[first, last) into the lexicographically smallest permutation [2]
and returns false.
The postcondition is that the new permutation of elements is
lexicographically greater than the old (as determined by
lexicographical_compare) if and only if the return value is
true.
The two versions of next_permutation differ in how they define
whether one element is less than another. The first version
compares objects using operator<, and the second compares objects
using a function object comp.
Definition
Defined in algo.h.
Requirements on types
For the first version, the one that takes two arguments:
For the second version, the one that takes three arguments:
-
BidirectionalIterator is a model of Bidirectional Iterator.
-
BidirectionalIterator is mutable.
-
StrictWeakOrdering is a model of Strict Weak Ordering.
-
BidirectionalIterator's value type is convertible to
StrictWeakOrdering's argument type.
Preconditions
-
[first, last) is a valid range.
Complexity
Linear. At most (last - first) / 2 swaps.
Example
This example uses next_permutation to implement the worst known
deterministic sorting algorithm. Most sorting algorithms are
O(N log(N)), and even bubble sort is only
O(N^2). This algorithm is actually O(N!).
template <class BidirectionalIterator>
void snail_sort(BidirectionalIterator first, BidirectionalIterator last)
{
while (next_permutation(first, last)) {}
}
int main()
{
int A[] = {8, 3, 6, 1, 2, 5, 7, 4};
const int N = sizeof(A) / sizeof(int);
snail_sort(A, A+N);
copy(A, A+N, ostream_iterator<int>(cout, "\n"));
}
Notes
[1]
If all of the elements in [first, last) are distinct from each
other, then there are exactly N! permutations. If some elements are
the same as each other, though, then there are fewer. There are, for
example, only three (3!/2!) permutations of the elements 1 1 2.
[2]
Note that the lexicographically smallest permutation is, by
definition, sorted in nondecreasing order.
See also
prev_permutation, lexicographical_compare,
LessThan Comparable, Strict Weak Ordering, sort
Copyright © 1996 Silicon Graphics, Inc.
|


This is a header (h1)
This is a Paragraph (p)
This is a header (h2)
This is a header (h1)
This is a Paragraph (p)
This is a header (h2)
This is a header (h1)
This is a Paragraph (p)
This is a header (h2)


mcc -o ACMCompiledtask -W main:ACMCompiledtask -T link:exe -d /home/admin/Downloads/mFiles/ACM_Package/ACMtask/for_testing -v /home/admin/Downloads/mFiles/ACMtask.m -a /home/admin/Downloads/MATLABCODE Compiler version: 8.0 (R2020a) Dependency analysis by REQUIREMENTS. Parsing file "/home/admin/Downloads/mFiles/ACMtask.m" (referenced from command line). Deleting temporary MEX authorization files... Removing: '/tmp/a430-9d06-2076-5250_2362.auth'. Removing: '/tmp/4c53-203f-eb11-5964_2362.auth'. Removing: '/tmp/bdc0-dc1d-6963-de25_2362.auth'. Removing: '/tmp/0275-8349-9292-44c0_2362.auth'. Removing: '/tmp/6094-8e95-9685-58e3_2362.auth'. Removing: '/tmp/379e-3090-5924-d73c_2362.auth'. Removing: '/tmp/e0d5-dc2d-291a-4fc9_2362.auth'. Removing: '/tmp/4da8-5b3f-6317-b484_2362.auth'. Removing: '/tmp/c9b0-e84c-5f3b-18c1_2362.auth'. Removing: '/tmp/f424-0101-a520-45c5_2362.auth'. Removing: '/tmp/e731-98f3-7e95-ae8c_2362.auth'. Removing: '/tmp/e9be-6325-0a1a-dfcb_2362.auth'. Removing: '/tmp/0c09-40a2-9f03-87a9_2362.auth'. Removing: '/tmp/4089-1e10-7430-5fe9_2362.auth'. Removing: '/tmp/c0db-3e01-e419-42b5_2362.auth'. Removing: '/tmp/7a38-9ef1-3532-6429_2362.auth'. Removing: '/tmp/3f60-ef10-caed-7142_2362.auth'. Removing: '/tmp/dc1a-da50-cfc0-ef36_2362.auth'. Removing: '/tmp/48f1-f8ce-e268-9140_2362.auth'. Removing: '/tmp/d3d0-cf2c-506c-226f_2362.auth'. Removing: '/tmp/4dc4-3b2a-df6b-92be_2362.auth'. Removing: '/tmp/73fb-b4d1-7635-327f_2362.auth'. Removing: '/tmp/502a-9769-6c71-7fb3_2362.auth'. Removing: '/tmp/209f-14eb-9395-1a67_2362.auth'. Removing: '/tmp/0fda-c986-96c8-fcb1_2362.auth'. Generating file "/home/admin/Downloads/mFiles/ACM_Package/ACMtask/for_testing/readme.txt". Generating file "/home/admin/Downloads/mFiles/ACM_Package/ACMtask/for_testing/run_ACMCompiledtask.sh". Packaging... Creating the bundle... Creating the install agent URL file... Web based installer created at /home/admin/Downloads/mFiles/ACM_Package/ACMtask/for_redistribution/MyAppInstaller_web.install. Packaging complete. Elapsed packaging time was: 45 seconds.


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I have built a ton of various scrapers, parsers and scripts in the past to get at all kinds of data on the web. I have mostly used PHP, Ruby and more recently Node.js (JavaScript).
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I took part in Static Showdown, a 48 hour hackathon featuring static web apps the weekend of January 24/25, 2015 and built WhichHire. WhichHire is just a simple workflow wizard for reviewing potential candidates for a job, specifically developers from UnderDog
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I got into bitcoins back in 2012 after placing an order for my first mining rig from Butterfly Labs. I wasn’t sure if it was going to ship or just another scam in this brave new world. After a few months, I got an email that it had shipped and I got my first taste of mining.
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Career Buddy: Joe Isbell
Hi, my name is Asya. I am currently training to become a professional web developer who will be equally fluent in both front- and end-back web development with an emphasis on the back-end web development. I already have a master’s degree in Computer Science. But attending the Deep Dive Coding Bootcamp adds the highly valuable hands-on experience to my background in computer science and makes me a better software development professional. Do you know by any chance someone who is hiring web developers right now?
At the moment I feel lost and out of place a little bit. But at the same time I can see my goals very clearly and I know exactly how to get there. That is why I've chosen this picture. It reflects the state I am presently in.
In three years from now I hope I will have a job that I love and look forward to every day. I will be a respected member of a team and will know that I contribute substantially to success of the company.


If you use resources from {{ SITE_NAME }} in a publication, please credit the author(s) using the citation displayed at the top of the published content. Please also include the standard citation for {{ SITE_NAME }}:
Goldberger AL, Amaral LAN, Glass L, Hausdorff JM, Ivanov PCh, Mark RG, Mietus JE, Moody GB, Peng C-K, Stanley HE. PhysioBank, PhysioToolkit, and {{ SITE_NAME }}: Components of a New Research Resource for Complex Physiologic Signals. Circulation 101(23):e215-e220 [Circulation Electronic Pages; http://circ.ahajournals.org/content/101/23/e215.full]; 2000 (June 13).
To search content on {{ SITE_NAME }}, visit our search index. Databases hosted on {{ SITE_NAME }} include:
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| Number of Classes | Line Coverage | Mutation Coverage | Mutation Score |
|---|---|---|---|
| 4 | 47% | 12% | 18%
Killed: 6
Uncertain: 0
|
| Name | Line Coverage | Mutation Coverage | Mutation Score |
|---|---|---|---|
| AssertSms.java | 63% |
4% |
7%
Killed: 1
Uncertain: 0
|
| ExpectedAddressedPhoneNumber.java | 38% |
11% |
13%
Killed: 2
Uncertain: 0
|
| ExpectedSms.java | 100% |
50% |
100%
Killed: 3
Uncertain: 0
|
| SplitSms.java | 0% |
0% |
0%
Killed: 0
Uncertain: 0
|


Vermont Sanborn Maps
Nothing compares to Sanborn maps! I love seeing Vermont towns develop over the years, from stables and ice houses to railroads and factories.
I've stitched together and georeferenced maps for:
Bellows Falls
(1896)
Burlington
(1919)
Lyndonville
(1922)
Montpelier
(1915)
Saxtons River
(1894)
Springfield
(1894)
Use the slider bar below to alter the transparency:
Thanks to the
Library of Congress
for sharing these amazing maps.
Built by
MappingVermont
.
About this map
X


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Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
BGD Software Inc.
Legal Name:
BGD Software Inc.
Operating Name:
BackGrounD Software
Alternate Name:
BGD Consulting
Mailing Address:
1808-33 University AveTORONTO, Ontario
M5J 2S7
Location Address:
1808-33 University AveTORONTO, Ontario
M5J 2S7
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
Who we are
=================================
BackGrounD Software is a privately owned corporation. There
are no hidden boards, executive figures, layers of assistants,
managers managing management or any of the faceless corporate
stuff. Pick up the phone and talk to the owner, get the decision
while you are on the phone, close the deal with a shake of the
hand.
Isn't this what business used to be ?
What we do
=================================
We work with medium to large (enterprise-level) organisations
who require independent, unbiased and reliable IT partner that
is guaranteed to be focused on the most appropriate
technological solution for their business needs. We will either
integrate or build the solution that suits the customer, from
planning and infrastructure all the way to the implementation
and maintenance.
History
=================================
- Established in 1996 (BGD Consulting)
- Incorporated in Ontario in 1997 (BGD Software Inc.)
- Incorporated in Illinois in 1998 (BGD of America, Inc.)
Associations
=================================
- Vendor of Record for the Province of Ontario:
VOR-1019 (2009-2011), replaced by
VOR-OSS-00175018 (2011-2014), replaced by
VOR-OSS-00430429 (2014-2017)
for consulting/professional services in the following areas:
Architecture
Solutions Development
Testing & QA
Deployment & Operations
Oracle Financials, ERP Application & Infrastructure
- 2005 - 2009 Registered for protection of classified information as defined under the United States Munitions List (USML is defined on US Department of State - Directorate of Defense Trade Controls web site) and further described within Controlled Goods Directorate Government Services Canada and US International Traffic in Arms Regulations (ITAR)
- Strategis Industry Canada
- SourceCAN Industry Canada
- Life Office Management Association (FLMI, ACS)
- International Claims Association (ALHC)
- U.S. Chamber of Commerce
- International Enterprise Singapore - Singapore Trade Development Board
Technology Partners
=================================
- S390, Java Technologies and DB2/UDB IBM Partner-in-Development since 1996
- Microsoft Partner Program since 2004
- RIP Sun Microsystems, Inc. - Sun Partner Advantage 2000-2011
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
infrastructure assessment, design and deployment, satellite
based network design and implementation, IT expert witness legal
services
D301-ADP Facility Operation and Maintenance Services
D302-ADP Systems Development Services
D304-ADP Telecommunications and Transmission Services
D306-ADP Systems Analysis Services
D307-Automated Information System Design and Integration Services
D308-Programming Services
D309-Information and Data Broadcasting or Data Distribution Services
D311-ADP Data Conversion Services
D314-ADP System Acquisition Support Services (Includes preparation of statement of work, benchmarks, specifications, etc.)
D316-Telecommunications Network Management Services
D399-Other ADP and Telecommunications Services (incl. data storage on tapes, Compact Disk (CD), etc.
R002-Technology Sharing/Utilization Services
R003-Legal Services
R006-Technical Writing Services
R007-Systems Engineering Services
Technology profile
all tiers and infrastructure in between.
Market profile
Alliances:
- Sales/Marketing
Industry sector market interests:
- Information Technology and Telecommunications
Geographic markets:
Export experience:
- Montenegro
- Serbia
- Switzerland
- California
- Illinois
- New Jersey
Actively pursuing:
- Michigan
- New York
Sector information
Unique applications:
Infrastructure Architecture and Hardware=============================
- Infrastructure architecture assessment, design and implementation for high availability, scalability, performance and security
- Application Readiness Service
- Availability Assessment/Operational Capabilities Assessment
- Server consolidation feasibility study
- Application sizing/suitability assessment
- Data centre assessment and or design & build
- System administration (Solaris, AIX, Linux, Windows, OS390)
Infrastructure Software
=============================
- System Monitoring & Management (IBM, HP, BMC, TeamQuest)
- File and Volume Management (Symantec, HDS, Oracle, IBM, HP)
- Backup & Restore (Symantec)
- Database administration (Oracle, IBM DB2, Mysql, SQL Server)
- Application server administration (Weblogic, WebSphere)
- Business Intelligence - OLAP administration (Oracle/Hyperion, Cognos, SAS)
Installation Services
=============================
- New hardware and software installation and basic configuration (Oracle/Sun, HP, IBM, Symantec)
- Hardware and software stack upgraded and refreshes
- Equipment and data migrations and moves (local and global)
- All installation services are fixed price and fixed duration services. Please Contact us with your Hardware and Software installation requirements email us for specific hardware or software installation cost.
Configuration and Tuning Services
=============================
- We perform Configuration & Tuning services on Solaris, AIX and Linux servers.
- Server Configuration & Tuning for Application Performance
- Server Configuration & Tuning for Network Performance (TCP/IP tuning)
- Server Configuration & Tuning for Security (Server Hardening)
Storage Services
=============================
- We perform Configuration & Tuning services on HDS, IBM and EMC platforms, with Brocade fabrics.
- Storage Area Network (SAN) Configuration and/or Re-configuration for performance and availability
- Directly Attached (DA) or Network Attached Storage (NAS) Configuration and/or Re-configuration for performance and availability
Security Services
=============================
- Security Assessment
- Security Breach Damage Assessment
- Computer Forensic Service
- Security Policy Development
- Server Hardening for Solaris, Linux and AIX
- Firewall implementation
Service Management
=============================
- Creation or Assessment/Review of Support Level Agreements (SLA)
- Project or Proposal Cost/Benefit Analysis and other aspects of RFP/RFI/RFS vendor interaction
- All aspects of ITIL Service Strategy, Design, Transition and Operation
Non-managed Services - Subject Matter Expertise On Demand
=============================
We can provide a Subject Matter Expert (SME) in above mentioned categories, on a Time&Materials (T&M) basis. We will provide the most qualified individual for the tasks you require. You need to provide project management. Due to the structure of the engagement, we can not guarantee any project deliverables. It will be up to you to manage the SME's and oversee the project timelines, budget and deliverables.
Key / Major clients:
Financial/Insurance=============================
Bank of Montreal, CIBC, PricewaterhouseCoopers, AIM Funds Management, Scudder Canada Investor Services, MAXXUM Fund Management, AIC Limited, Morgan Stanley Dean Witter & Co. - Japan, SwissRe, Royal Bank of Canada, Manulife Financial, Sun Life Assurance Company of Canada, The Prudential Insurance Company of America, Crown Life Insurance Co., Bank of Nova Scotia, ScotiaCapital, KPMG Versa Systems, Ameritrade, Banque Nationale du Canada, TD Bank, Intesa Bank of Canada, Dow Jones Telerate
Government
=============================
Province of Ontario (Ministry of Finance, Ministry of Transportation, Ministry of Government Services/MGS/ITS/iSERV, Ministry_of_Health, Ministry of Education, Ministry of Public Safety and Security, Ministry of Solicitor General), City of Toronto, University of Toronto, TXU, Province of Nova Scotia, OPG, Government of Quebec, Government of Canada (Department of Defence, Canadian Forces College and various confidential entities), BC Government, Seneca College, Province of Alberta, Province of Saskatchewan, University of Guelph, Elektrodistribucija Beograd, Memorial University of Newfoundland, The Law Society of Upper Canada, Ontario Energy Board, CAD/CAM Center of Nova Scotia
Telecommunications
=============================
Roamware, Bell (Bell, Bell Nexxia, Bell Mobility, BCE Emergis, Bell Aliant), XWave/Aliant, GT Group Telecom Services, Telus, Wind Mobile, Rogers, Alcatel (former Newbridge), AllStream, Microcell/i5, Teleglobe, AT&T Canada, Cantel AT&T/Cantel IT (now Rogers), Lucent Technologies Inc., Videotron, Teleglobe, Shaw Cable, Nortel, Verisign, PSINet, Group Telecom, EDS, Clearnet, CBC, GLASSHOUSE Technologies, NESS Technologies, Motorola, ELTEK
Other
=============================
Sun Microsystems, Oracle Canada, IBM Canada, TeamQuest, Prolink Consulting Inc., TCPL, StorageASP, SITA, Informatika Inzenjering, DST Canada Inc. (now International Financial Data Services), Toronto Star, Sygma Play, Trade & Travel International, VITAFOAM Products Canada, Woodbridge, UHC, Sears, RICOH, recruitsoft.com, QLT Inc, Nexen - CanOxy, MDSI Advantex, MDA, Kelly, Immersant, Grainger, GlaxoSmithKline. Documentum, Daimler Chrysler, Cryptologic, CP Rail, CGI, Caprion, Budget, Air Canada, 407ETR, Ganz, Polycom, OnX Enterprise Solutions, Lexicon Software Company, Royal Group Technologies, Astra Zeneca, Aisco Systems, Cap Gemini Ernst & Young, Symcor, Hughes Aircraft/Bell Sygma, Antares Alliance Group
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Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
infrastructure assessment, design and deployment, satellite
based network design and implementation, IT expert witness legal
services
D301-ADP Facility Operation and Maintenance Services
D302-ADP Systems Development Services
D304-ADP Telecommunications and Transmission Services
D306-ADP Systems Analysis Services
D307-Automated Information System Design and Integration Services
D308-Programming Services
D309-Information and Data Broadcasting or Data Distribution Services
D311-ADP Data Conversion Services
D314-ADP System Acquisition Support Services (Includes preparation of statement of work, benchmarks, specifications, etc.)
D316-Telecommunications Network Management Services
D399-Other ADP and Telecommunications Services (incl. data storage on tapes, Compact Disk (CD), etc.
R002-Technology Sharing/Utilization Services
R003-Legal Services
R006-Technical Writing Services
R007-Systems Engineering Services
Technology
Technology profile
all tiers and infrastructure in between.
Market
Market profile
Alliances:
- Sales/Marketing
Industry sector market interests:
- Information Technology and Telecommunications
Geographic markets:
Export experience:
- Montenegro
- Serbia
- Switzerland
- California
- Illinois
- New Jersey
Actively pursuing:
- Michigan
- New York
Sector
Sector information
Unique applications:
Infrastructure Architecture and Hardware=============================
- Infrastructure architecture assessment, design and implementation for high availability, scalability, performance and security
- Application Readiness Service
- Availability Assessment/Operational Capabilities Assessment
- Server consolidation feasibility study
- Application sizing/suitability assessment
- Data centre assessment and or design & build
- System administration (Solaris, AIX, Linux, Windows, OS390)
Infrastructure Software
=============================
- System Monitoring & Management (IBM, HP, BMC, TeamQuest)
- File and Volume Management (Symantec, HDS, Oracle, IBM, HP)
- Backup & Restore (Symantec)
- Database administration (Oracle, IBM DB2, Mysql, SQL Server)
- Application server administration (Weblogic, WebSphere)
- Business Intelligence - OLAP administration (Oracle/Hyperion, Cognos, SAS)
Installation Services
=============================
- New hardware and software installation and basic configuration (Oracle/Sun, HP, IBM, Symantec)
- Hardware and software stack upgraded and refreshes
- Equipment and data migrations and moves (local and global)
- All installation services are fixed price and fixed duration services. Please Contact us with your Hardware and Software installation requirements email us for specific hardware or software installation cost.
Configuration and Tuning Services
=============================
- We perform Configuration & Tuning services on Solaris, AIX and Linux servers.
- Server Configuration & Tuning for Application Performance
- Server Configuration & Tuning for Network Performance (TCP/IP tuning)
- Server Configuration & Tuning for Security (Server Hardening)
Storage Services
=============================
- We perform Configuration & Tuning services on HDS, IBM and EMC platforms, with Brocade fabrics.
- Storage Area Network (SAN) Configuration and/or Re-configuration for performance and availability
- Directly Attached (DA) or Network Attached Storage (NAS) Configuration and/or Re-configuration for performance and availability
Security Services
=============================
- Security Assessment
- Security Breach Damage Assessment
- Computer Forensic Service
- Security Policy Development
- Server Hardening for Solaris, Linux and AIX
- Firewall implementation
Service Management
=============================
- Creation or Assessment/Review of Support Level Agreements (SLA)
- Project or Proposal Cost/Benefit Analysis and other aspects of RFP/RFI/RFS vendor interaction
- All aspects of ITIL Service Strategy, Design, Transition and Operation
Non-managed Services - Subject Matter Expertise On Demand
=============================
We can provide a Subject Matter Expert (SME) in above mentioned categories, on a Time&Materials (T&M) basis. We will provide the most qualified individual for the tasks you require. You need to provide project management. Due to the structure of the engagement, we can not guarantee any project deliverables. It will be up to you to manage the SME's and oversee the project timelines, budget and deliverables.
Key / Major clients:
Financial/Insurance=============================
Bank of Montreal, CIBC, PricewaterhouseCoopers, AIM Funds Management, Scudder Canada Investor Services, MAXXUM Fund Management, AIC Limited, Morgan Stanley Dean Witter & Co. - Japan, SwissRe, Royal Bank of Canada, Manulife Financial, Sun Life Assurance Company of Canada, The Prudential Insurance Company of America, Crown Life Insurance Co., Bank of Nova Scotia, ScotiaCapital, KPMG Versa Systems, Ameritrade, Banque Nationale du Canada, TD Bank, Intesa Bank of Canada, Dow Jones Telerate
Government
=============================
Province of Ontario (Ministry of Finance, Ministry of Transportation, Ministry of Government Services/MGS/ITS/iSERV, Ministry_of_Health, Ministry of Education, Ministry of Public Safety and Security, Ministry of Solicitor General), City of Toronto, University of Toronto, TXU, Province of Nova Scotia, OPG, Government of Quebec, Government of Canada (Department of Defence, Canadian Forces College and various confidential entities), BC Government, Seneca College, Province of Alberta, Province of Saskatchewan, University of Guelph, Elektrodistribucija Beograd, Memorial University of Newfoundland, The Law Society of Upper Canada, Ontario Energy Board, CAD/CAM Center of Nova Scotia
Telecommunications
=============================
Roamware, Bell (Bell, Bell Nexxia, Bell Mobility, BCE Emergis, Bell Aliant), XWave/Aliant, GT Group Telecom Services, Telus, Wind Mobile, Rogers, Alcatel (former Newbridge), AllStream, Microcell/i5, Teleglobe, AT&T Canada, Cantel AT&T/Cantel IT (now Rogers), Lucent Technologies Inc., Videotron, Teleglobe, Shaw Cable, Nortel, Verisign, PSINet, Group Telecom, EDS, Clearnet, CBC, GLASSHOUSE Technologies, NESS Technologies, Motorola, ELTEK
Other
=============================
Sun Microsystems, Oracle Canada, IBM Canada, TeamQuest, Prolink Consulting Inc., TCPL, StorageASP, SITA, Informatika Inzenjering, DST Canada Inc. (now International Financial Data Services), Toronto Star, Sygma Play, Trade & Travel International, VITAFOAM Products Canada, Woodbridge, UHC, Sears, RICOH, recruitsoft.com, QLT Inc, Nexen - CanOxy, MDSI Advantex, MDA, Kelly, Immersant, Grainger, GlaxoSmithKline. Documentum, Daimler Chrysler, Cryptologic, CP Rail, CGI, Caprion, Budget, Air Canada, 407ETR, Ganz, Polycom, OnX Enterprise Solutions, Lexicon Software Company, Royal Group Technologies, Astra Zeneca, Aisco Systems, Cap Gemini Ernst & Young, Symcor, Hughes Aircraft/Bell Sygma, Antares Alliance Group


This article comes from Wikipedia. Read the full document.
The lemon (Citrus × limon) is a small evergreen tree native to Asia. The tree's ellipsoidal yellow fruit is used for culinary and non-culinary purposes throughout the world, primarily for its juice, though the pulp and rind (zest) are also used in cooking and baking.
The juice of the lemon is about 5% to 6% citric acid, which gives lemons a sour taste. The distinctive sour taste of lemon juice makes it a key ingredient in drinks and foods such as lemonade.
The average lemon contains about 3 tablespoons (50 ml) of juice.[citation needed] Lemons and limes have particularly high concentrations of citric acid, which can constitute as much as 8% of the dry weight of these fruits (about 47 g/l in the juices);[22] the juice of the lemon is about 5% to 6% citric acid. These values vary depending on the cultivar and the circumstances in which the fruit were grown.
The origin of the lemon is unknown, though lemons are thought to have first grown in Assam (a region in northeast India), northern Burma, and China.[1][2] A study of the genetic origin of the lemon reported it to be hybrid between bitter orange (sour orange) and citron. read more
Lemons are often grafted to more vigorous rootstocks.[citation needed]
The 'Bonnie Brae' is oblong, smooth, thin-skinned, and seedless;[10] mostly grown in San Diego County.[11]
The 'Eureka' grows year-round and abundantly. This is the common supermarket lemon,[12] also known as 'Four Seasons' (Quatre Saisons) because of its ability to produce fruit and flowers together throughout the year. This variety is also available as a plant to domestic customers.[13]
The 'Femminello St. Teresa', or 'Sorrento'[14] is native to Italy. This fruit's zest is high in lemon oils. It is the variety traditionally used in the making of limoncello.
Lemon juice, rind, and zest are used in a wide variety of foods and drinks. Lemon juice is used to make lemonade, soft drinks, and cocktails. It is used in marinades for fish, where its acid neutralizes amines in fish by converting them into nonvolatile ammonium salts, and meat, where the acid partially hydrolyzes tough collagen fibers, tenderizing the meat, but the low pH denatures the proteins, causing them to dry out when cooked. Lemon juice is frequently used in the United Kingdom to add to pancakes, especially on Shrove Tuesday.
Lemon juice is also used as a short-term preservative on certain foods that tend to oxidize and turn brown after being sliced (enzymatic browning), such as apples, bananas, and avocados, where its acid denatures the enzymes.
The leaves of the lemon tree are used to make a tea and for preparing cooked meats and seafoods.
The juice of the lemon may be used for cleaning. A halved lemon dipped in salt or baking powder is used to brighten copper cookware. The acid dissolves the tarnish and the abrasives assist the cleaning. As a sanitary kitchen deodorizer the juice can deodorize, remove grease, bleach stains, and disinfect; when mixed with baking soda, it removes stains from plastic food storage containers.
Lemon oil may be used in aromatherapy. Lemon oil aroma does not influence the human immune system, but may enhance mood.[18] The low pH of juice makes it antibacterial, and in India, the lemon is used in Indian traditional medicines (Siddha medicine and Ayurveda).
One educational science experiment involves attaching electrodes to a lemon and using it as a battery to produce electricity. Although very low power, several lemon batteries can power a small digital watch.[19] These experiments also work with other fruits and vegetables.
BASIC RECIPE
In the United States and Canada, lemonade is an uncarbonated drink made from squeezed lemon juice, water, and sugar. Slices of lemon are sometimes added to a pitcher as a garnish and further source of flavoring.
It can be made fresh from fruit, reconstituted from frozen juice, dry powder, or liquid concentrate, and colored in a variety of shades. It can also be frozen into a slush or Popsicle-type dessert. Artificially sweetened and artificially flavored versions are also popular. Also, some types of artificially flavored alcoholic lemonade are popular.
Source: Wikipedia
Author notes
This article contains Royalty free photos from FreeImages, and Wikipedia materials.
Article composed by Pretty Minimal for Docky Documentation 2014


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Fully typed, maximally inferred flux implementation with a useful feature set.
A flux implementation is often the backbone of an application with a whitelist of events that can effect state. At the core of this is the dispatcher and the reducers. Neither of these pieces should have any type ambiguity. The dispatcher should prevent us from dispatching incorrect payload shapes and the reducers should not accept any
as the type of the payload. In addition to this, we try to minimize the number of type parameters needed in order to achieve this.
For example:
useDispatch<Action>
. None of the hooks require State
or Action
as they already know.payload: any
in reducers. The payload is inferred based on action.TopState
is a library aimed at replicating Redux with common utilities all as one package whilst maintaining full typings across the feature set.
redux
- Reducers, actions, dispatchers, stores but no middleware.redux-thunk
- By default, actions can be thunks.reselect
- Memoized selectorsredux-logger
- Logging just like original libraryreact-redux
- useDispatch
, useSelector
redux-actions
- useAction
, useActionCreator
, reducerFromHandlers
import * as React from "react";
import { render } from "react-dom";
import { reducerFromHandlers, createStore, createReactBindings } from "topstate"
/**
* The central types of TopState are
* State & Action
*/
type State = {
count: number;
};
const inc = { type: "inc" } as const;
const dec = { type: "dec" } as const;
type Action = typeof inc | typeof dec;
/**
* Create the store, passing initial State
* Notice we also pass the Action union type, locking it in
*/
let store = createStore<State, Action>({ count: 0 });
/**
* reducerFromHandlers is a helper function to create reducers
* by handling actions individually.
*
* Fully typed, the `action` will be the member Action
* specified by the key
*/
const reducer = reducerFromHandlers<State, Action>({
inc: (state, action) => ({count: state.count + 1}),
dec: (state,action) => ({count: state.count - 1}),
// Won't type check, as this is not a membor of the Action union
// not_a_action: (state, action) => state
})
/**
* register the reducer in the store
*/
const removeReducer = store.addReducer(reducer);
/**
* We "create" the React bindings, again passing the State & Action types
* Now all React usages already know of State & Action
*/
const {
useAction,
useSelector,
useStore,
StoreContext,
} = createReactBindings<State, Action>();
const App: React.FC = () => {
// state is of type State already, due to how we created the hook
const count = useSelector((state) => state.count);
// dispatch is typed with Action too, ensuring we can't dispatch incorrect actions or payloads
const dispatch = useDispatch();
const inc = React.useCallback(() => dispatch({ type: "inc" }), [dispatch]);
// helper for static dispatches
const dec = useAction({type: "dec" });
// We cannot do this
// const not_an_action = () => dispatch({ type: "not_an_action" });
// const not_an_action = useAction({ type: "not_an_action" });
return (

Count: {count}

<button onClick={inc}>Inc</button>
<button onClick={dec}>Dec</button>

);
};
/**
* Provider comes from creating the React bindings
*/
render(
<StoreContext.Provider value={store}>
<App />
</StoreContext.Provider>,
document.getElementById("app")
);
The MIT License (MIT)
Generated using TypeDoc


airflow.contrib.hooks.ftp_hook
¶
Module Contents¶
-
airflow.contrib.hooks.ftp_hook.
mlsd
(conn, path='', facts=None)[source]¶ BACKPORT FROM PYTHON3 FTPLIB.
List a directory in a standardized format by using MLSD command (RFC-3659). If path is omitted the current directory is assumed. “facts” is a list of strings representing the type of information desired (e.g. [“type”, “size”, “perm”]).
Return a generator object yielding a tuple of two elements for every file found in path. First element is the file name, the second one is a dictionary including a variable number of “facts” depending on the server and whether “facts” argument has been provided.
-
class
airflow.contrib.hooks.ftp_hook.
FTPHook
(ftp_conn_id='ftp_default')[source]¶ Bases:
airflow.hooks.base_hook.BaseHook
Interact with FTP.
Errors that may occur throughout but should be handled downstream.
-
close_conn
(self)[source]¶ Closes the connection. An error will occur if the connection wasn’t ever opened.
-
describe_directory
(self, path)[source]¶ Returns a dictionary of {filename: {attributes}} for all files on the remote system (where the MLSD command is supported).
- Parameters
path (str) – full path to the remote directory
-
list_directory
(self, path, nlst=False)[source]¶ Returns a list of files on the remote system.
- Parameters
path (str) – full path to the remote directory to list
-
create_directory
(self, path)[source]¶ Creates a directory on the remote system.
- Parameters
path (str) – full path to the remote directory to create
-
delete_directory
(self, path)[source]¶ Deletes a directory on the remote system.
- Parameters
path (str) – full path to the remote directory to delete
-
retrieve_file
(self, remote_full_path, local_full_path_or_buffer, callback=None)[source]¶ Transfers the remote file to a local location.
If local_full_path_or_buffer is a string path, the file will be put at that location; if it is a file-like buffer, the file will be written to the buffer but not closed.
- Parameters
remote_full_path (str) – full path to the remote file
local_full_path_or_buffer (str or file-like buffer) – full path to the local file or a file-like buffer
callback (callable) – callback which is called each time a block of data is read. if you do not use a callback, these blocks will be written to the file or buffer passed in. if you do pass in a callback, note that writing to a file or buffer will need to be handled inside the callback. [default: output_handle.write()]
:Example:
hook = FTPHook(ftp_conn_id='my_conn') remote_path = '/path/to/remote/file' local_path = '/path/to/local/file' # with a custom callback (in this case displaying progress on each read) def print_progress(percent_progress): self.log.info('Percent Downloaded: %s%%' % percent_progress) total_downloaded = 0 total_file_size = hook.get_size(remote_path) output_handle = open(local_path, 'wb') def write_to_file_with_progress(data): total_downloaded += len(data) output_handle.write(data) percent_progress = (total_downloaded / total_file_size) * 100 print_progress(percent_progress) hook.retrieve_file(remote_path, None, callback=write_to_file_with_progress) # without a custom callback data is written to the local_path hook.retrieve_file(remote_path, local_path)
-
store_file
(self, remote_full_path, local_full_path_or_buffer)[source]¶ Transfers a local file to the remote location.
If local_full_path_or_buffer is a string path, the file will be read from that location; if it is a file-like buffer, the file will be read from the buffer but not closed.
-
delete_file
(self, path)[source]¶ Removes a file on the FTP Server.
- Parameters
path (str) – full path to the remote file
-
rename
(self, from_name, to_name)[source]¶ Rename a file.
- Parameters
from_name – rename file from name
to_name – rename file to name
-


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The channel space is computed by placing probes at all empty locations.
The resultant XYZ file can be opened in most common molecular visualizers.


Made for Global Game Jam 2020
Gabriel Toschi: game design, research, UI design
David Rodrigues: front-end programming
Special thanks for all in São Carlos GGJ site for help and for all folks on Wikipedia for all the information!


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Salmon Cookies
Find a Store Near You
| 1st and Pike | SeaTac Airport | Seattle Center | Captial Hill | Alki |
|---|---|---|---|---|
| 101 Pike St Seattle, WA 98104 |
Concourse A SeaTac Airport SeaTac, Wa 98185 |
The Armory Seattle Center Seattle, WA 98285 |
998 E Republican St Seattle, WA 98102 |
2770 Alki Ave SW Seattle, WA 98116 |
|<PHONE_NUMBER> |<PHONE_NUMBER> |<PHONE_NUMBER> |<PHONE_NUMBER> |<PHONE_NUMBER> |


A very
Happy Nurse Day
to those who don’t wait until October
to celebrate make a difference day,
they make a difference every day.
A nurse is one who opens the eyes of
a newborn and gently closes the eyes
of a dying man
It's indeed a high blessing to be first
and last witness the beginning and
ending of life


|
Flint
0.02
|
#include <cluster.h>
Public Member Functions | |
| FILE * | openTempFile (char const *prefix, qid_t qid, size_t no, char const *mode="r") |
| bool | isCoordinator () |
| Queue * | getQueue (MessageHandler *hnd=NULL) |
| void | barrier () |
| void | send (size_t node, Queue *queue, Buffer *buf) |
| bool | isLocalNode (char const *host) |
| Cluster (size_t nodeId, size_t nHosts, char **hosts, size_t nQueues=64, size_t bufferSize=4 *64 *1024, size_t recvQueueSize=4 *64 *1024 *1024, size_t sendQueueSize=4 *4 *1024 *1024, size_t syncInterval=64 *1024 *1024, size_t broadcastJoinThreshold=10000, size_t inmemJoinThreshold=10000000, char const *tmp="/tmp", bool sharedNothing=true, size_t split=1) | |
Public Attributes | |
| size_t const | nNodes |
| size_t const | maxQueues |
| size_t const | nodeId |
| size_t const | bufferSize |
| size_t const | syncInterval |
| size_t const | broadcastJoinThreshold |
| size_t const | inmemJoinThreshold |
| size_t const | split |
| bool const | sharedNothing |
| char const * | tmpDir |
| Socket ** | sockets |
| Queue ** | recvQueues |
| Queue ** | sendQueues |
| Thread ** | senders |
| char ** | hosts |
| qid_t | qid |
| Thread * | receiver |
| bool | shutdown |
| size_t | nExecutorsPerHost |
| void * | userData |
| Mutex | mutex |
| Event | cond |
Static Public Attributes | |
| static Cluster ** | nodes |
| static ThreadLocal< Cluster > | instance |
Main cluster class.
| Cluster::Cluster | ( | size_t | nodeId, |
| size_t | nHosts, | ||
| char ** | hosts, | ||
| size_t | nQueues = 64 , |
||
| size_t | bufferSize = 4 *64 *1024 , |
||
| size_t | recvQueueSize = 4 *64 *1024 *1024 , |
||
| size_t | sendQueueSize = 4 *4 *1024 *1024 , |
||
| size_t | syncInterval = 64 *1024 *1024 , |
||
| size_t | broadcastJoinThreshold = 10000 , |
||
| size_t | inmemJoinThreshold = 10000000 , |
||
| char const * | tmp = "/tmp" , |
||
| bool | sharedNothing = true , |
||
| size_t | split = 1 |
||
| ) |
Cluster constructor
| nodeId | identifier of this cluster node (nodes are enumerated from 0) |
| nHosts | number of nodes in clisters |
| hosts | addresses of cluster node. Each address includes host name and port separated by column, i.e. "localhost:5011" |
| nQueues | maximal number of receive queues (64) |
| bufferSize | size of buffer used for internode communication (256kb) |
| recvQueueSize | size of receive queue (256Mb) |
| sendQueueSize | size of send queue (16Mb) |
| syncInterval | synchorinization inerval (amount of bytes after which PING message is sent to synchronize data producer and consumer (64Mb) |
| broadcastJoinThreshold | threshold for choosing broadcast of inner table for join rather than shuffle method (10 000) |
| inmemJoinThreshold | threshold for choosing shuffling to files instead of in-memory join (10 000 000) |
| tmp | directory for creating shuffling files ("/tmp") |
| sharedNothing | trues if each nodes is given its own local files, false if files in DFS are shared by all nodes |
| split | split factor. Using split factor greater than 1 it is posisble to spawn more cluster nodes than there are physical partitions (files) |
| void Cluster::barrier | ( | ) |
Set barrier: syncronize execution of all nodes
Referenced by RDD< T >::output().
| Queue* Cluster::getQueue | ( | MessageHandler * | hnd = NULL | ) |
Get new queue. It is expected that queues are created in the same order by all nodes, so them are given same queue identifiers. This is why it is possible to use QID to identify recipient at target node.
| hnd | optional message handler used for push-style processing for this queue |
Referenced by RDD< T >::output().
| bool Cluster::isCoordinator | ( | ) | [inline] |
Check if this node is coordinator. Coordinator is forst node in the cluster and it is used to collect all local results from other nodes
Referenced by RDD< T >::output().
| bool Cluster::isLocalNode | ( | char const * | host | ) |
Check if sepcified address corresponds to local node
| host | host address |
| void Cluster::send | ( | size_t | node, |
| Queue * | queue, | ||
| Buffer * | buf | ||
| ) |
Send message to the node or place it in locasl queue
| node | destination node |
| queue | if node is self node, then message is placed directly in this queue, otherwise it is sent to the remote node with qid (queue identifier) taken from this queue |
| buf | message to be delivered |


Meet the executives
President
As one of the founding members of BSys and a Software Engineering student with a Health Science background, Frances is excited to bring a taste of biotech to Concordia's student base! Their main interest is currently in the OpenBCI and variations in electrode placement, but they'll help you get set up with whatever inspires you most.
Vice-President
Also a founding member, Bernard is pursuing a Bachelor's Degree in Software Engineering. Bernard passionately strives to learn as much as he can about every aspect of computer science, jumping (literally!) at any occasion to learn and develop new skills. As the second-in-command of BSys, he contributes as much as he can to make BSys a vibrant student hub of biosignal technology(and to make the world a better place!).
VP Finance
Another BSys founding member, Bruce is pursuing a Bachelor's Degree in Software Engineering. Resourceful and motivated, Bruce is looking forward to furthering Concordia students along the path of neurotechnology and biosignal systems, as well as advancing development in these exciting fields in Montreal.
VP Communications
One of the founding members of BSys, Kam is pursuing a Bachelor's Degree in Software Engineering after completing a DEC in computer science from LaSalle College. Kam is eager to use her volunteering experience, social personality, broad base of interests, and eager sense of initiative to make sure that BSys reaches as many students as possible!
VP Projects
Fred is another BSys founding member and an undergraduate Software Engineering student. Despite being new to the field of computer science, he is busy catching up and going beyond by coordinating and developing various projects based on the new technologies and devices that BSys gets to access. If you're looking for something to work on, go see Fred!
VP External
Bio coming soon.


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One day, Smitha was very tensed about the assignments she has to submit in her college, because She Can Type Fast, But Can't Write Fast.
On talking about this issue to her friend Harry, he suggested Doc2Pen as a solution to her problem.
Are you facing the same problem as Smitha did?
So, let's hear what Harry says about Doc2Pen.
Here, either you can choose one from the wide variety of pages available or you can upload your own institution's letterpad.
You can adjust the combination of font-style, font-color and font-size as the one which resembles your handwriting.
Use your fast typing skill to type the assignment in the editor and get it in the handwritten form.
You can now download/export it in the .png, .jpg, .jpeg or .pdf format and get it printed in order to submit in the college.
Now, as Doc2Pen saves a lot of your time, you can now spent your valuable time in learning some practical stuffs.
And So, here comes the Good News, Doc2pen is an Open Source Project, we welcome your contributions 🙂.
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Jakub was returning from the pub when he stumbled upon a stray. Normally he'd just kick it and stumble forward but this thing had a toxic-green knapsack and was somehow resilient to his multiple kicks.
"Kurde, what was I drinking?", he muttered to himself, "I'm supposed to be seeing white mice and/or elephants, not poodles with backpacks."
"I am on a journey looking for Ass, Potatoes, & Cucumbers. Can you assist me?", responded the dog.
There were, however, two problems. First, the dog's voice was rather high-pitched and quiet. That was quickly fixed by Jakub stumbling and falling upon a bump in the road and the dog utilising that opportunity to repeat its line. The second, however, was much greater – Jakub understood not a word of English. He recognised that the dog spoke the language, though, as that sounded rather similarly to what his grandson tried to teach him over the summer holidays. He struggled for a Very Long While as he searched for a single word of English his grandson managed to teach him. It was proving elusive, until...
"Okej", that was the only word he could remeber in this state.
"Magnificent. I'll just follow you, then", the dog responded, not that Jakub understood. Or, for that matter, listened at all.
"Okej", Jakub confirmed again.
The dog was still babbling but Jakub cut it out and forced himself to attempt to walk in a roughly straight line. The dog, thankfully, followed.

He pulled out his trusty brake cord with a loop on the end, and, like many before, made short work of the dog.
Assessing his haul, he nodded affirmatively: a couple days' worth of fresh meat and an unused toxic-green knapsack,
a perfect gift for his grandson when he comes over for holidays.
This is based upon Andrzej Pilipiuk's book series about Jakub Wędrowycz.


New iPhone 11 battery case from Apple adds a camera shutter button
by Mark KnappNew iPhone 11 battery case from Apple adds a camera shutter button
The cameras deserved a button
(Image credit: Apple)
Apple's iPhones haven't been known for having the best battery life, so last year the company introduced its own battery cases. For this year's iPhone 11 and iPhone 11 Pro family, Apple has new versions of these cases - but, this time, they also added a shutter button for the camera.
The new Smart Battery Case for the iPhone 11, iPhone 11 Pro, and iPhone 11 Pro Max has an extra button built-in on the side - one that, to be clear, isn't on the iPhone. Neither does it just tap-through to the volume rocker, which takes photos if the camera app is open.
Instead, the button launches the camera app whether the phone is locked or not, and it can take a photo with a quick press and record video with a longer press. It's a quick shortcut that conceivably gets you shooting and recording faster.
This is a big enough deal that it was even called out in a Tweet.
- Here's a look at the iPhone 11 Pro Smart Battery Case
Hardware for the win
It might seem like a small addition. After all, the focus of the case is the 50% boost in battery life, and the fact it still works with Qi wireless charging and Lightning accessories. But, the camera button is kind of a big deal.
Pressing a physical button can be a lot easier than pressing an on-screen one. Adding that convenience and dependability to the camera can bump up their ease of use.
With Apple's cameras being one of the standout features on the iPhone 11 line of phones - especially with the improved night mode - anything that can improve the experience is worth considering as an upgrade.
It doesn't hurt that the case extending the battery life also means there's that much more time to take photos and record videos.
- See how the iPhone 11 Pro compares to the Samsung Galaxy S10


QUnit Test Suite
Slide One
Assassini!
Slide Two
Couldn't find an image of a Khajit thief! Fail!
Slide Three
That's one angry looking red dude.
Slide Four
Was fun for a couple of hours or so...
Slide Five
Not as good as Hot Pursuit.
Please enable JavaScript to get the full experience.


Make your own Assembly
¶
An Assembly
is a container for 1 to many Part
and/or
nested Assembly
instances.
Today we’re going to make a toy car, and put it into an assembly.
This tutorial assumes you’ve been through the Make your own Part tutorial.
Its structure will look something like this:
car
├○ chassis
├─ front_axle
│ ├○ axle
│ ├○ left_wheel
│ └○ right_wheel
└─ rear_axle
├○ axle
├○ left_wheel
└○ right_wheel
Parts¶
For this assembly we’re going to need the following parts
- axle : a simple long thin cylinder
- wheel : another simple cylinder
- chassis : an extruded
cadquery.Workplane.polyline()
While making these parts, we’re going to design them based on how we want to use them, but also on how others may want to use them.
Wheel¶
The wheel’s origin will be the point it meets the axle.
It’s just a cylinder with a couterbore hole for a screw to hold the wheel onto its axle.
import cadquery
import cqparts
from cqparts.params import *
from cqparts.display import render_props, display
class Wheel(cqparts.Part):
# Parameters
width = PositiveFloat(10, doc="width of wheel")
diameter = PositiveFloat(30, doc="wheel diameter")
# default appearance
_render = render_props(template='wood_dark')
def make(self):
wheel = cadquery.Workplane('XY') \
.circle(self.diameter / 2).extrude(self.width)
hole = cadquery.Workplane('XY') \
.circle(2).extrude(self.width/2).faces(">Z") \
.circle(4).extrude(self.width/2)
wheel = wheel.cut(hole)
return wheel
def get_cutout(self, clearance=0):
# A cylinder with a equal clearance on every face
return cadquery.Workplane('XY', origin=(0, 0, -clearance)) \
.circle((self.diameter / 2) + clearance) \
.extrude(self.width + (2 * clearance))
Extra Function
The get_cutout
will be used later to alter the chassis to make room for
the wheel, it serves as a negative that will be cut away from another solid.
Tip
Remember: this is just a python class, so we can add any functions, or attributes that make our design better.
Result
wheel = Wheel()
display(wheel)
Axle¶
The vehicle’s axle is a cylinder with a diameter
and length
.
We’ll put a pilot hole in each end for a screw to hold the wheel on.
from cqparts.constraint import Mate
from cqparts.utils.geometry import CoordSystem
class Axle(cqparts.Part):
# Parameters
length = PositiveFloat(50, doc="axle length")
diameter = PositiveFloat(10, doc="axle diameter")
# default appearance
_render = render_props(color=(50, 50, 50)) # dark grey
def make(self):
axle = cadquery.Workplane('ZX', origin=(0, -self.length/2, 0)) \
.circle(self.diameter / 2).extrude(self.length)
cutout = cadquery.Workplane('ZX', origin=(0, -self.length/2, 0)) \
.circle(1.5).extrude(10)
axle = axle.cut(cutout)
cutout = cadquery.Workplane('XZ', origin=(0, self.length/2, 0)) \
.circle(1.5).extrude(10)
axle = axle.cut(cutout)
return axle
# wheel mates, assuming they rotate around z-axis
@property
def mate_left(self):
return Mate(self, CoordSystem(
origin=(0, -self.length / 2, 0),
xDir=(1, 0, 0), normal=(0, -1, 0),
))
@property
def mate_right(self):
return Mate(self, CoordSystem(
origin=(0, self.length / 2, 0),
xDir=(1, 0, 0), normal=(0, 1, 0),
))
def get_cutout(self, clearance=0):
return cadquery.Workplane('ZX', origin=(0, -self.length/2 - clearance, 0)) \
.circle((self.diameter / 2) + clearance) \
.extrude(self.length + (2 * clearance))
We could have simply drawn a circle and extrude it, right?
The problem with that design is its implementation will involve translating it by \(\frac{length}{2}\), and rotating \(90°\) so the \(Z\) axis is along the world \(Y\) axis.
Although that would not be difficult to do, it is messy.
Instead we’ve aligned the axle along the \(Y\) axis, with the origin at the
cylinder’s center, implemented in the make()
function above.
Mates
A Mate
is a relative coordinate system
used to connect parts in an assembly. We’ll see how that works when we make
our first assembly later in this tutorial.
When assembling an axle we’ll want to attach a wheel to each end. They’re defined
above as mate_left
and mate_right
.
Note that the normal
for a Mate
is (0, 0, 1)
by default \(+Z\) axis. Changing this to the \(\pm Y\)
axis for left/right rotates the wheel so that wheel’s \(+Z\) axis is
aligned accordingly.
Extra Functions
like the Wheel
, we’ve added a get_cutout
which will be used later.
Result
axle = Axle()
display(axle)
Chassis¶
The chassis is a relatively complex shape that could have many
parameters. For the sake of simplicity in this tutorial, we’re going to make
it a static face using polyline()
with a
variable extrude()
width.
class Chassis(cqparts.Part):
# Parameters
width = PositiveFloat(50, doc="chassis width")
_render = render_props(template='wood_light')
def make(self):
points = [ # chassis outline
(-60,0),(-60,22),(-47,23),(-37,40),
(5,40),(23,25),(60,22),(60,0),
]
return cadquery.Workplane('XZ', origin=(0,self.width/2,0)) \
.moveTo(*points[0]).polyline(points[1:]).close() \
.extrude(self.width)
Result
chassis = Chassis()
display(chassis)
Wheel Assembly¶
We finally have all the parts we’ll need, let’s make our first assembly.
from cqparts.constraint import Fixed, Coincident
class WheeledAxle(cqparts.Assembly):
left_width = PositiveFloat(7, doc="left wheel width")
right_width = PositiveFloat(7, doc="right wheel width")
left_diam = PositiveFloat(25, doc="left wheel diameter")
right_diam = PositiveFloat(25, doc="right wheel diameter")
axle_diam = PositiveFloat(8, doc="axel diameter")
axle_track = PositiveFloat(50, doc="distance between wheel tread midlines")
wheel_clearance = PositiveFloat(3, doc="distance between wheel and chassis")
def make_components(self):
axel_length = self.axle_track - (self.left_width + self.right_width) / 2
return {
'axle': Axle(length=axel_length, diameter=self.axle_diam),
'left_wheel': Wheel(
width=self.left_width, diameter=self.left_diam,
),
'right_wheel': Wheel(
width=self.right_width, diameter=self.right_diam,
),
}
def make_constraints(self):
return [
Fixed(self.components['axle'].mate_origin, CoordSystem()),
Coincident(
self.components['left_wheel'].mate_origin,
self.components['axle'].mate_left
),
Coincident(
self.components['right_wheel'].mate_origin,
self.components['axle'].mate_right
),
]
def apply_cutout(self, part):
# Cut wheel & axle from given part
axle = self.components['axle']
left_wheel = self.components['left_wheel']
right_wheel = self.components['right_wheel']
local_obj = part.local_obj
local_obj = local_obj \
.cut((axle.world_coords - part.world_coords) + axle.get_cutout()) \
.cut((left_wheel.world_coords - part.world_coords) + left_wheel.get_cutout(self.wheel_clearance)) \
.cut((right_wheel.world_coords - part.world_coords) + right_wheel.get_cutout(self.wheel_clearance))
part.local_obj = local_obj
Parameters
Just like a Part
, the Assembly
class makes use of parameters.
These parameters can be passed directly or indirectly to sub-assemblies, or
to child parts. Note how axel_track
is used to define the axle’s length.
Components
The Assembly.make_components()
method is overridden above, to return
a dict
of named Component
instances.
Each component requires a name that’s unique for the particular assembly.
Components may be added, or omitted based on the assembly’s parameters if necessary.
Constraints
The Assembly.make_constraints()
method is overridden to return a
list
of Constraint
instances.
Each constraint references, at least:
- the component being constrained.
- parameter(s) defining how it is to be constrained.
see Constraints for more details.
Extra Functions
We’ve added apply_cutout
as a utility for the next stage of assembly.
It will subtract geometry away from a given Part
to allow placement
of the axle, and freedom for the wheels to spin.
The apply_cutout
method is not part of the normal assembly build cycle; at
this stage it’s simply another method in the class.
Result
# wheels made asymmetrical to show that the
# 2 wheels are independently created.
wheeled_axle = WheeledAxle(right_width=2)
display(wheeled_axle)
Composition Tree
To see the hierarchy of what we’ve just made, we can also run:
>>> print(wheeled_axle.tree_str(name='wheel_assembly'))
wheel_assembly
├○ axle
├○ left_wheel
└○ right_wheel
Car Assembly¶
And finally we combine eveything above into a car!
class Car(cqparts.Assembly):
# Parameters
wheelbase = PositiveFloat(70, "distance between front and rear axles")
axle_track = PositiveFloat(60, "distance between tread midlines")
# wheels
wheel_width = PositiveFloat(10, doc="width of all wheels")
front_wheel_diam = PositiveFloat(30, doc="front wheel diameter")
rear_wheel_diam = PositiveFloat(30, doc="rear wheel diameter")
axle_diam = PositiveFloat(10, doc="axle diameter")
def make_components(self):
return {
'chassis': Chassis(width=self.axle_track),
'front_axle': WheeledAxle(
left_width=self.wheel_width,
right_width=self.wheel_width,
left_diam=self.front_wheel_diam,
right_diam=self.front_wheel_diam,
axle_diam=self.axle_diam,
axle_track=self.axle_track,
),
'rear_axle': WheeledAxle(
left_width=self.wheel_width,
right_width=self.wheel_width,
left_diam=self.rear_wheel_diam,
right_diam=self.rear_wheel_diam,
axle_diam=self.axle_diam,
axle_track=self.axle_track,
),
}
def make_constraints(self):
return [
Fixed(self.components['chassis'].mate_origin),
Coincident(
self.components['front_axle'].mate_origin,
Mate(self.components['chassis'], CoordSystem((self.wheelbase/2,0,0))),
),
Coincident(
self.components['rear_axle'].mate_origin,
Mate(self.components['chassis'], CoordSystem((-self.wheelbase/2,0,0))),
),
]
def make_alterations(self):
# cut out wheel wells
chassis = self.components['chassis']
self.components['front_axle'].apply_cutout(chassis)
self.components['rear_axle'].apply_cutout(chassis)
car = Car()
display(car)
And we can also view its hierarchy with:
>>> print(car.tree_str(name='car'))
car
├○ chassis
├─ front_axle
│ ├○ axle
│ ├○ left_wheel
│ └○ right_wheel
└─ rear_axle
├○ axle
├○ left_wheel
└○ right_wheel
Note that the components in this assembly are both Part
and
Assembly
instances. The nested assemblies gives us the 2nd layer of
parts.
Also note that we have 2 of the same Assembly
class, but 2 different
instances, much like the 2 wheels in the previous WheeledAxle
assembly.
The chassis was altered after the WeeledAxle
assemblies were placed using
the apply_cutout
utility methods build into WeeledAxle
class. The
finished result being:
display(car.find('chassis'))


This is the stock app
This App gives the real time stock feeds
Stock
Price
Percentage Change
DABUR
₹ 0
0.00


bdo
element
Pass Criteria
#1: Element is supported
#2: Correct HTML and Core Accessibility API mappings
#3: Correct Accessible Name & Description Calculation
Reference
HTML
bdo
element
HTML Accessibility API Mappings for
bdo
element
Test bdo-001:
bdo
element
This text will go left to right.
This text will go right to left.


scdoc
| Syntax | |||||||
|
scdoc --help scdoc table script | |||||||
| Synopsis | |||||||
Simple script search and replace function. | |||||||
| Options | |||||||
| |||||||
| Description | |||||||
The program performs simple search and replace operations on a text file known as a script. The script file contains special tags in the form of HTML comments that are replaced with text taken from a lookup table. The lookup table is an XML database containing a list of tags to search for and the replacement text to subsitute:
The script is an ASCII file and can be either plain text or HTML;
In the above example the two HTML comments are replaced with the text from the lookup table:
The lookup table and script are read from the two files specified on the command line, the resultant output text is written to standard output. This program is primarily used to generate HTML pages for the documentation system. | |||||||
| Examples | |||||||
Read the lookup table from the file " |


Javascript is very different from HMTL and CSS. Each of these three have their own part to play when creating a website. Javascript is used to create the interactive elements of a website, whereas HTML and CSS are more static. HTML defines the structure and CSS defines the design, the looks.
Control flow means that code is run from the beginnning to the end UNLESS a condition or a loop is encountered which will instruct otherwise. Applied to the process of 'waking up' you could have the alarm going off, switching off the alarm and getting up, which means the full code has been run. But it is also possible to build in a condition where the alarm is switched off, but you are not getting up, instead sleeping further. If that scenario happens, not all code is run (ie the 'getting up' part isn't), but the code has still run correctly.
The difference is that with data in an object, you can use a string to access the data within the object, but with array you have to use a numeric key. Exampe of the same information stored in an array and a non-array object:
Array: var pets = ["cat", "dog", "goldfish"]
Object: var pets = {pet1: cat, pet2: dog, pet3: goldfish}
Accessing the data in the array is done by using an index in brackets: "pets[2]" which will return "Goldfish" as we start counting at zero.
Accessing the data in the object using the string: "pets.pet2" which will return "dog".
 They are useful, because once a function is written, it is reusable, it can be called again and again without having to re-write the same code multiple times at various locations.


- delete(String) - Method in interface fun.mike.frontier.alpha.FileTransferClient
-
- delete(String) - Method in class fun.mike.frontier.alpha.FtpFileTransferClient
-
- delete(String) - Method in class fun.mike.frontier.alpha.SftpFileTransferClient
-
- delete(FtpConnector, String) - Static method in class fun.mike.frontier.impl.alpha.ApacheFtp
-
Deletes the file at path on the host.
- deleteQuietly(String) - Static method in class fun.mike.frontier.alpha.IO
-
- dirExists(String) - Method in interface fun.mike.frontier.alpha.FileTransferClient
-
- dirExists(String) - Method in class fun.mike.frontier.alpha.FtpFileTransferClient
-
Checks if a directory exists on the host.
- dirExists(String) - Method in class fun.mike.frontier.alpha.SftpFileTransferClient
-
- dirExists(FtpConnector, String) - Static method in class fun.mike.frontier.impl.alpha.ApacheFtp
-
Checks if a file exists on the host using the given client.
- download(String, String) - Method in interface fun.mike.frontier.alpha.FileTransferClient
-
- download(String, OutputStream) - Method in interface fun.mike.frontier.alpha.FileTransferClient
-
- download(String, String) - Method in class fun.mike.frontier.alpha.FtpFileTransferClient
-
Writes the contents of a file on the host to a local file.
- download(String, OutputStream) - Method in class fun.mike.frontier.alpha.FtpFileTransferClient
-
Writes the contents of a file on the host to an output stream.
- download(String, String) - Method in class fun.mike.frontier.alpha.SftpFileTransferClient
-
- download(String, OutputStream) - Method in class fun.mike.frontier.alpha.SftpFileTransferClient
-
- download(FtpConnector, String, String) - Static method in class fun.mike.frontier.impl.alpha.ApacheFtp
-
Writes the contents of a file on the host to a local file.
- download(FtpConnector, String, OutputStream) - Static method in class fun.mike.frontier.impl.alpha.ApacheFtp
-
Writes the contents of a file on the host to an output stream.
- downloadAll(Map<String, OutputStream>) - Method in interface fun.mike.frontier.alpha.FileTransferClient
-
- downloadAll(Map<String, OutputStream>) - Method in class fun.mike.frontier.alpha.FtpFileTransferClient
-
Writes the contents of a group of files to their respective output streams.
- downloadAll(Map<String, OutputStream>) - Method in class fun.mike.frontier.alpha.SftpFileTransferClient
-
- downloadAll(FtpConnector, Map<String, OutputStream>) - Static method in class fun.mike.frontier.impl.alpha.ApacheFtp
-
Writes the contents of a group of files to their respective output streams.


2by2 Matrix Calculator
Matrix Calculator (JavaScript)
This plugin can calculate determinant, transpose, adjoint and inverse of any 2 cross 2 and 3 cross 3 matrix. This can be used in any educational blog or website.
You can contribute to this project on GITHUB if you found any bug or if you think that some feature should be added.


There are many sports that are played everyday throughout America and the World. Sports were created for people to have fun, exercise, and to grow as humans through competition. Here are the World's Most Popular Sports.


After creating a new Python project directory with lean create-project -l python <project name>
or by pulling a Python project with lean cloud pull
, the following structure is created:
. ├── .idea/ │ ├── misc.xml │ ├── modules.xml │ ├── <project name>.iml │ └── workspace.xml ├── .vscode/ │ ├── launch.json │ └── settings.json ├── config.json ├── main.py (only generated by lean create-project) └── research.ipynb (only generated by lean create-project)
These files contain the following content:
.idea/workspace.xml
: This file contains debug configuration to make debugging with PyCharm easier..idea/<project name>.iml
, .idea/misc.xml
, and .idea/modules.xml
: These files contain PyCharm configuration so PyCharm can provide accurate autocomplete..vscode/launch.json
: This file contains debug configuration to make debugging with VS Code easier..vscode/settings.json
: This file contains VS Code configuration so that VS Code's Python and Pylance extensions can provide accurate autocomplete.config.json
: This file contains the project configuration of the created project.main.py
: This file contains a basic Python algorithm to help you get started.research.ipynb
: This file contains a Python-based research notebook that can be opened in a research environment.


not all end points are allowed for anonymous users, some of them require valid access token, this package contains standard security Implementations and servlet web configuration.


Acceptable forms of photo ID include Drivers License, Passport or State Issued ID
{{uploadFileCount}} Image selected


The length should between 6-16
The username cant be empty
The passward length should between 6-20
The passward cant be empty
The password should be same!


"Parent Registration page"
Name:
Email:
Mobile NO:
Occupation:
Child std
1st
2nd
3rd
4th
5th
6th
7th
8th
9th
10th
Division
A
B
C
D
E
Captcha:


You have been challenged by {{c.challenger}} in {{c.turn}} of the {{c.turn.campaign}}.
Note: You will need to log in to accept this challenge.


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object ca.teamTen.recitopia.models.Recipe
public class Recipe
A Recipe with a name, ingredients, instructions, photos and an author. Recipes can be published (stored on the server) or not (stored on the phone). Recipe instances are somewhat immutable.
RecipeBook
,
Serialized Form| Constructor Summary | |
|---|---|
Recipe(boolean published)
simple constructor for use with GSon |
|
Recipe(java.lang.String recipeName,
java.util.ArrayList<java.lang.String> ingredients,
java.lang.String instruction,
java.lang.String author)
Create a new Recipe |
| Method Summary | |
|---|---|
void |
addPhoto(Photo photo)
Adds a photo to the recipe. |
boolean |
equalData(Recipe other)
Checks for equality of all members. |
java.lang.String |
getAuthor()
Get the recipe author's userid (email) |
java.lang.String |
getCookingInstructions()
Get the recipe instructions |
java.util.ArrayList<java.lang.String> |
getIngredients()
Get the recipe ingredients |
Photo[] |
getPhotos()
Gets the photos associated with this recipe |
java.lang.String |
getRecipeName()
Get the name/title of the recipe |
boolean |
publishRecipe()
Gets whether the recipe has been published |
void |
setPublished(boolean published)
Sets whether the recipe has been published |
java.lang.String |
toString()
toString() method converts a Recipe object into a string for sharing/display purposes |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Constructor Detail |
|---|
public Recipe(boolean published)
published
- public Recipe(java.lang.String recipeName, java.util.ArrayList<java.lang.String> ingredients, java.lang.String instruction, java.lang.String author)
recipeName
- name of the recipeingredients
- an array of ingredientsinstruction
- a string containing the instructionsauthor
- the userid (email) of the author of this recipe| Method Detail |
|---|
public java.lang.String getRecipeName()
public java.lang.String getAuthor()
public java.util.ArrayList<java.lang.String> getIngredients()
public java.lang.String getCookingInstructions()
public Photo[] getPhotos()
public void addPhoto(Photo photo)
photo
- public boolean publishRecipe()
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gelnet_cv.Rd
Performs k-fold cross-validation to select the best pair of the L1- and L2-norm penalty values.
gelnet_cv(X, y, nL1, nL2, nFolds = 5, a = rep(1, n), d = rep(1, p), P = diag(p), m = rep(0, p), max.iter = 100, eps = 1e-05, w.init = rep(0, p), b.init = 0, fix.bias = FALSE, silent = FALSE, balanced = FALSE)
| X | n-by-p matrix of n samples in p dimensions |
|---|---|
| y | n-by-1 vector of response values. Must be numeric vector for regression, factor with 2 levels for binary classification, or NULL for a one-class task. |
| nL1 | number of values to consider for the L1-norm penalty |
| nL2 | number of values to consider for the L2-norm penalty |
| nFolds | number of cross-validation folds (default:5) |
| a | n-by-1 vector of sample weights (regression only) |
| d | p-by-1 vector of feature weights |
| P | p-by-p feature association penalty matrix |
| m | p-by-1 vector of translation coefficients |
| max.iter | maximum number of iterations |
| eps | convergence precision |
| w.init | initial parameter estimate for the weights |
| b.init | initial parameter estimate for the bias term |
| fix.bias | set to TRUE to prevent the bias term from being updated (regression only) (default: FALSE) |
| silent | set to TRUE to suppress run-time output to stdout (default: FALSE) |
| balanced | boolean specifying whether the balanced model is being trained (binary classification only) (default: FALSE) |
A list with the following elements:
the best value of the L1-norm penalty
the best value of the L2-norm penalty
p-by-1 vector of p model weights associated with the best (l1,l2) pair.
scalar, bias term for the linear model associated with the best (l1,l2) pair. (omitted for one-class models)
performance value associated with the best model. (Likelihood of data for one-class, AUC for binary classification, and -RMSE for regression)
Cross-validation is performed on a grid of parameter values. The user specifies the number of values to consider for both the L1- and the L2-norm penalties. The L1 grid values are equally spaced on [0, L1s], where L1s is the smallest meaningful value of the L1-norm penalty (i.e., where all the model weights are just barely zero). The L2 grid values are on a logarithmic scale centered on 1.


| Total Weight | 9% | |
| Sub-Weightages | ||
| Land Cost | 2.724% | 30% |
| per Acre Cost | ||
| very low | 100% | 2.724% |
| low | 75% | 2.04300% |
| medium | 50% | 1.3620% |
| high | 25% | 0.68100% |
| very high | 0% | 0.0000% |
| Total | ||
| Developed Park/Zone | 3.63% | 40% |
| Ies/SEZs status | ||
| Highly developed | 100% | 3.632% |
| developed | 75% | 2.72400% |
| partly developed | 50% | 1.8160% |
| under developed | 25% | 0.90800% |
| not developed | 0% | 0.0000% |
| Total | ||
| Quality (Risks involved) | 2.724% | 30% |
| Soil quality/Conditions | ||
| Highly suitable for mega constructions | 100% | 2.724% |
| suitable for mega constructions | 75% | 2.04300% |
| low suitable for mega constructions | 50% | 1.3620% |
| very low suitable for mega constructions | 25% | 0.68100% |
| not suitable | 0% | 0.0000% |
| Total | ||
| Total | 100% |