paper-mining iccv knowledge-graph by maker-knowledge-mining
International Conference on Computer Vision
ICCV, the International Conference on Computer Vision, is a research conference sponsored by the Institute of Electrical and Electronics Engineers (IEEE) held every other year. It is considered, together with CVPR, the top level conference in computer vision, with a 'A*' rating from the Australian Ranking of ICT Conferences obtained in 2008. The acceptance rate for ICCV has been around 20%, with about 4% being accepted for oral presentations.
Like many IEEE conferences, ICCV has tutorial talks, technical sessions, and poster sessions. The conference is usually spread over four to five days. Leading experts in the focus areas would give tutorial talks on the first day. Then the technical sessions (and poster sessions in parallel) would follow.
Azriel Rosenfeld Lifetime Achievement Award
The Azriel Rosenfeld Award, or Azriel Rosenfeld Lifetime Achievement Award, recognizes researchers who have made significant contributions to the field of field of computer vision over their careers. It is named in memory of computer scientist and mathematician Azriel Rosenfeld. Recipients:
Jan Koenderink (2013)
Thomas Huang (2011)
Berthold K.P. Horn (2009)
Takeo Kanade (2007)
Helmholtz Prize
The ICCV Helmholtz Prize, known as the Test of Time Award before 2013, is awarded every other year at the ICCV, recognizing ICCV papers from ten or more years earlier that had a significant impact on computer vision research. Winners are selected by the IEEE Computer Society's Technical Committee on Pattern Analysis and Machine Intelligence (TCPAMI). The award is named after the 19th century physician and physicist Hermann von Helmholtz, and the ICCV's award is not related to the various Helmholtz Prizes in physics, or the Hermann von Helmholtz Prize in neuroscience.
Helmholtz Prize recipients
Awarded at ICCV 2013:
Michael Kass, Andrew Witkin and Demetri Terzopoulos, "Snakes: Active Contour Models", ICCV 1987.
Michael J. Swain and Dana H. Ballard, "Indexing via color histograms", ICCV 1990.
Bill Freeman and Ted Adelson, "Steerable filters for early vision, image analysis, and wavelet decomposition", ICCV 1990.
Michael Black and P. Anandan, "A framework for the robust estimation of optical flow", ICCV 1993.
Paul Viola and William M. Wells III, "Alignment by Maximization of Mutual Information", ICCV 1995.
Richard Hartley, "In Defence of the 8-Point Algorithm", ICCV 1995.
Carlo Tomasi and Roberto Manduchi, "Bilateral Filtering for Gray and Color Images", ICCV 1998.
Yossi Rubner, Carlo Tomasi and Leonidas J. Guibas, "A Metric for Distributions with Applications to Image Databases", ICCV 1998.
Song-Chun Zhu, Tai Sing Lee and Alan Yuille, "Region Competition: Unifying Snakes, Region Growing, Energy/Bayes/MDL for Multi-band Image Segmentation", ICCV 1995.
Zhengyou Zhang, "Flexible Camera Calibration by Viewing a Plane from Unknown Orientations", ICCV 1999.
Alyosha Efros and Thomas K. Leung, "Texture Synthesis by Non-parametric Sampling", ICCV 1999.
Awarded at ICCV 2011:
David G. Lowe, "Object Recognition from Local Scale-Invariant Features", ICCV 1999.
Yuri Boykov, Olga Veksler, and Ramin Zabih, "Fast Approximate Energy Minimization via Graph Cuts", ICCV 1999.
Vincent Caselles, Ron Kimmel, and Guillermo Sapiro, "Geodesic Active Contours", ICCV 1995.
Awarded at ICCV 2009:
Yehezkel Lamdan and Haim J. Wolfson, "Geometric Hashing: A General and Efficient Model-Based Recognition Scheme", ICCV 1988.
Marr Prize
The best paper of the conference is awarded the Marr Prize, which is one of the top honors for a researcher in computer vision.
Mark Everingham Prize
The Mark Everingham Prize is an award given yearly by the Technical Committee on Pattern Analysis and Machine Intelligence (TCPAMI) of the IEEE Computer Society at the IEEE International Conference on Computer Vision (ICCV) or the European Conference on Computer Vision (ECCV) to commemorate the late Mark Everingham, “one of the rising stars of computer vision”, and to encourage others to follow in his footsteps by acting to further progress in the computer vision community as a whole. The prize is given to a researcher, or a team of researchers, who have made a selfless contribution of significant benefit to other members of the computer vision community. The Mark Everingham Prize for Rigorous Evaluation was an award given in 2012 at the British Machine Vision Conference (BMVC).
Mark Everingham Prize recipients
Awarded at ICCV 2013:
P. Jonathon Phillips for his work on the FERET database
the OpenCV team, represented by Gary Bradski
PAMI Distinguished Researcher Award
This award (until 2013 called Significant Researcher Award) is awarded to candidates whose research contributions have significantly contributed to the progress of Computer Vision. Awards are made based on major research contributions, as well as the role of those contributions in influencing and inspiring other research. Candidates are nominated by the community.
PAMI Distinguished Researcher Award recipients
Awarded at ICCV 2013:
Jitendra Malik and Andrew Zisserman
Awarded at ICCV 2011:
Richard Hartley and Katsushi Ikeuchi
Awarded at ICCV 2009:
Andrew Blake
Awarded at ICCV 2007:
Demetri Terzopoulos
from wiki http://en.wikipedia.org/wiki/International_Conference_on_Computer_Vision


The_Lodge
As the new girl in town, the last thing Skye needs is a camera crew making a reality show of her life. She already has a hotel to save and the mystery of her mother's past to figure out; it would be a lot for any 15 year old to handle. But on top of all this she's got a new group of friends to fit in with, and don't even get her started on the boy drama…


If it's VR, then it's here, it's here, it's here...
We, the students of Batch 4 have tried to implement a website which would help the users understand more & have fun with Virtual Reality. Not only will it offer them ,the world they wish to see, but also, a place or rather a tool, through which they can have breathtaking expiriences.
Virtual Reality is the actual reality of the future
Angaar Boyz, Rodriguez Villa“Virtual Reality let's you into a pocket universe of yourself. A place you can use to recreate, refresh & renergize for the future. It's the apparent place where Angaar meets with Jal”
We have tons of Fun! We create VR contents, play with it learn through it and scale the development of the Hooman Race, with angaar reality
Using Web Development as the main theme, our website will help the ones related to web development and wish to see more of VR!
The future scope of our project where we wish to have our tutorials, reach the fellow VR enthusiasts on the go.
Last but not the least, come all come together, Video Editors, for we have something special brewing only for you!


git-check-ref-format - Ensures that a reference name is well formed
git check-ref-format [--normalize] [--[no-]allow-onelevel] [--refspec-pattern] <refname> git check-ref-format --branch <branchname-shorthand>
Checks if a given refname is acceptable, and exits with a non-zero status if it is not.
A reference is used in Git to specify branches and tags. A branch head is stored in the refs/heads hierarchy, while a tag is stored in the refs/tags hierarchy of the ref namespace (typically in $GIT_DIR/refs/heads and $GIT_DIR/refs/tags directories or, as entries in file $GIT_DIR/packed-refs if refs are packed by git gc).
Git imposes the following rules on how references are named:
h'-04' 1.h'+01'c
They can include slash / for hierarchical (directory) grouping, but no slash-separated component can begin with a dot . or end with the sequence .lock.
h'-04' 2.h'+01'c
They must contain at least one /. This enforces the presence of a category like heads/, tags/ etc. but the actual names are not restricted. If the --allow-onelevel option is used, this rule is waived.
h'-04' 3.h'+01'c
They cannot have two consecutive dots .. anywhere.
h'-04' 4.h'+01'c
They cannot have ASCII control characters (i.e. bytes whose values are lower than e040, or e177 DEL), space, tilde ~, caret ^, or colon : anywhere.
h'-04' 5.h'+01'c
They cannot have question-mark ?, asterisk *, or open bracket [ anywhere. See the --refspec-pattern option below for an exception to this rule.
h'-04' 6.h'+01'c
They cannot begin or end with a slash / or contain multiple consecutive slashes (see the --normalize option below for an exception to this rule)
h'-04' 7.h'+01'c
They cannot end with a dot ..
h'-04' 8.h'+01'c
They cannot contain a sequence @{.
h'-04' 9.h'+01'c
They cannot be the single character @.
h'-04'10.h'+01'c
They cannot contain a e.
These rules make it easy for shell script based tools to parse reference names, pathname expansion by the shell when a reference name is used unquoted (by mistake), and also avoids ambiguities in certain reference name expressions (see gitrevisions(7)):
h'-04' 1.h'+01'c
A double-dot .. is often used as in ref1..ref2, and in some contexts this notation means ^ref1 ref2 (i.e. not in ref1 and in ref2).
h'-04' 2.h'+01'c
A tilde ~ and caret ^ are used to introduce the postfix nth parent and peel onion operation.
h'-04' 3.h'+01'c
A colon : is used as in srcref:dstref to mean "use srcref(cqs value and store it in dstref" in fetch and push operations. It may also be used to select a specific object such as with git cat-file: "git cat-file blob v1.3.3:refs.c".
h'-04' 4.h'+01'c
at-open-brace @{ is used as a notation to access a reflog entry.
With the --branch option, it expands the (lqprevious branch syntax(rq @{-n}. For example, @{-1} is a way to refer the last branch you were on. This option should be used by porcelains to accept this syntax anywhere a branch name is expected, so they can act as if you typed the branch name.
--[no-]allow-onelevel
Controls whether one-level refnames are accepted (i.e., refnames that do not contain multiple /-separated components). The default is --no-allow-onelevel.
--refspec-pattern
Interpret <refname> as a reference name pattern for a refspec (as used with remote repositories). If this option is enabled, <refname> is allowed to contain a single * in place of a one full pathname component (e.g., foo/*/bar but not foo/bar*).
--normalize
Normalize refname by removing any leading slash (/) characters and collapsing runs of adjacent slashes between name components into a single slash. Iff the normalized refname is valid then print it to standard output and exit with a status of 0. (--print is a deprecated way to spell --normalize.)
h'-04'(buh'+03'c
Print the name of the previous branch:
$ git check-ref-format --branch @{-1}
h'-04'(buh'+03'c
Determine the reference name to use for a new branch:
$ ref=$(git check-ref-format --normalize "refs/heads/$newbranch") || die "we do not like *(Aq$newbranch*(Aq as a branch name."
Part of the git(1) suite


Contact
This database was created and is maintained by:
Dr. Peter Ashton:
Head of Genomics and Bioinformatics Laboratories
Technology Facility
Department of Biology (Area 15)
University of York
Heslington, York, YO10 5DD
Tel: +44 (0)1904 328808
Email<EMAIL_ADDRESS>Dr. Katherine Newling:
Bioinformatician
Technology Facility
Department of Biology (Area 15)
University of York
Heslington, York, YO10 5DD
Tel: +44 (0)1904 328767
Email: katherine.newling@york.ac.uk


My duty was interviewed the foreign travelers and let they did the questionaire about Phuket Enviromnental. This work experience had given me a good chance to improve my English skill.
I was participated in this competition and get complimentary award. This experience was improved my programming skill and arraging to work with my partner.
This team project is a part of Requirement Engineering and Software Modeling course. We obtained about the processing of Requirement Doc. and the method of Software System Design. If you interersted, You can visit my GitHub.
Being a student volunteer was challenging, to give recommendations and to take care of the international competitors is our duties. And I have a chance to get close with professional programmers and IBM team leader.
Hello guys! I'm Gunnie who come from Nakhon Si Thammarat Province, Thailand.
I'm studying in Faculty of Technology and Environment majoring in Software Engineering,
Prince of Songkla University(Phuket campus). Now I'm a sophomore with strong objective .
My goal is "To be a Professional Web Deverloper".


February 2019
19th
Feb
2019
Charity Event
Uyi Grand Event ...
19th
Feb
2019
Charity Event
Uyi Grand Event ...
19th
Feb
2019
Charity Event
Uyi Grand Event ...
19th
Feb
2019
Charity Event
Uyi Grand Event ...
March 2019
19th
Feb
2019
Charity Event
Uyi Grand Event ...
19th
Feb
2019
Charity Event
Uyi Grand Event ...
19th
Feb
2019
Charity Event
Uyi Grand Event ...


Studios Pâtes is a newly established independent video game and hardware design & development studio located in Sydney, Australia. Pâtes (or Les pâtes) means pasta in French. We love pastas, don't we :-)
Our goal is to build awesome video games. Also we may take a look at some innovative technologies such as virtual reality, robotics & UAV drone programs design.
If you have any ideas or questions those relate to us and our projects, just feel free to send an email to jasonkwh@gmail.com.


Sibley set for England debut as Curran preferred to Woakes
by OmnisportDom Sibley will open the batting for England in the first Test against New Zealand, while Sam Curran has been given the nod ahead of Chris Woakes.
The opening clash of the two-match series begins in Mount Maunganui on Thursday, with debutant Sibley joining Rory Burns at the top of the order.
Curran has been preferred to fellow all-rounder Woakes in a line-up unchanged from the three-day warm-up fixture with New Zealand A.
Warwickshire star Sibley scored 14 in that match, in which England batted for only one innings and settled for a draw.
He was the stand-out performer in the 2019 County Championship season, scoring 1,324 runs at an average of 69.68.
England, who beat the Black Caps in the Cricket World Cup final and won the T20 series 3-2, have won only two of their last 11 Test series away from home.
England team to face New Zealand:
Rory Burns, Dom Sibley, Joe Denly, Joe Root, Ben Stokes, Ollie Pope, Jos Buttler, Sam Curran, Jofra Archer, Jack Leach, Stuart Broad.


The Forty Thieves
I have been wondering about the forty thieves in the tale of Ali Baba. As far as I am aware, we do not know their names, as we do the names of the seven dwarves in the story of Snow White. Admittedly, I have not done a lot of research. Knud Padde—of whom more, much more, later—has done such research, however, and in a privately-printed monograph he supplies us with this list:
- Corky—a hireling thief, a chump, a talc-powdered wastrel.
- Mutcho—greasy, vindictive, base.
- Ibster—looms terrible in dreams, licks ice cream cones.
- Guff—the boffin of the gang, and sniper, and Tippi Hedren penpal,
- Spoors—great galumphing fool, Oppidan, thimble-fumbler.
- Waxy—waxy.
- Geraldo—of monstrous girth, of lively demeanour, of hand-stitched tunics.
- Carsten—polishes off raisins, swigs tap water, goes shod in clogs.
- Fang—inhabits palatial apartments with his wolf and his minuets.
- Sudbury —exists on a higher plane, thumps things, distressed.
- Oswin—suffers fools gladly, hung out to dry.
- Bantock—dustpan and brush man, Hotspur, clackety rhythm.
- Mort—hedger, was a water-bailiff, albino.
- Chippy—wanting eggs.
- Hardcastle—fevered brow, distorted spine, curly ringlets.
- Aptod—when first he flew he blundered into branches of dark trees.
- Shopworn—lacks the common touch, hoist by petards, a darling.
- Urbane—urbane yet ditzy, polka-dotted, ruminant.
- Dobbin—pumped gas back in Montana, unbridled savagery, lacks depth.
- Inky—several contradictory reports, buff-coloured envelope, chalk dust.
- Hig—shallow, potted, wet.
- Anglepoise—Jesuit upbringing, weather station, tarred with broad brush.
- Snapper—bolt upright, sprained ankles, Maoist.

- Chepstow—owls nest in his hair, he plays the piccolo, he eats mashed potato.
- Zigzoo—champs at bits, stinks of Jarlsberger, often with conifers.
- Delmore—lurid, spiteful, mechanical.
- Esher—flabby, subject to fits, member of Tuesday Weld Fan Club.
- Jetboy—likely to be found upon rotating things in park playgrounds.
- Casement—proudly lumpen, secretly engaged to a flapper, podcaster.
- Uck—abnormal alignment of head upon neck, neck grubby, hair unwashed.
- Fig—a stone's throw from the sea, green about the gills, hot to trot.
- Straubenzee—sings the songs his mother taught him in that Darmstadt nursery.
- Fogbound—clatters to and fro, goes haywire, made of cement.
- Wailywaily—hidden behind shutters, brilliantine in his hair, indiscreet.
- Burgess—over by the ice rink, underneath the arches, powered by batteries.
- Mudguard—guards mud.
- Pepinstow—thunderous hooves, brilliant plumage, exquisite table manners.
- Dixon— marimba, clutching at straws, gin slings and blood oranges.
- Quangocrat—double helpings of sausage-shaped dough snacks.


After the successful movement of table from one tablespace to another tablespace, you need to recreate the dropped foreign keys. In the right pane you will recreate the dropped foreign keys.


Visit 2.0
Github
Steam profile
Music Archive
Games
Music
CSGO Maps
CSGO Workshop
Youtube
Public SSH key
Public PGP key
Send email
Software
Kirjat.ml
Gallery
Recent Photographs
Games
(Not
that
good.)
RPS by jonnelafin
100% Control by jonnelafin
DeepStuck by jonnelafin


Types, Variables, and Constants
The Ballerina type system has value types and reference types. Ballerina comes with a set of built-in value types, a set of built-in reference types, array & struct type constructors to create new reference types, and an iterator type constructor to create new iterators.
The type system is illustrated in the following:
Declaring and initializing variables
Variable declarations are considered statements and can be added anywhere a statement is allowed. They can be interspersed with other statements in any order.
A VariableDeclaration
has the following structure:
TypeName VariableName [ = Expression];
Variables can be initialized using the standard literal value syntax for that type of variable or using expressions consisting of literal values and any other variables that are in-scope and already initialized.
Allocating and deallocating variables
All value-typed variables are allocated on the stack, while all reference-typed variables are allocated on the heap. Value-typed variables are deallocated when they go out of scope, and all reference-typed variables are garbage-collected when they are no longer in use.
As all reference-typed variables are allocated on the heap, they must be explicitly allocated. This can be done by assigning them a literal value or by simply creating an empty value.
The any
type
The any
type is the root of the Ballerina data types. It represents a variable of any data type in the type system and provides a powerful way to deal with variables whose type is unknown during the compile time. Values of these variables can come from dynamic content, such as request and response messages, user input, etc.
The any
type allows you to skip compile-time type checks, but use this wisely. You must always check the type and cast it to correct type when working with any
type variables.
NOTE: Currently, you can't check the type of a variable of type
any
. This will be implemented in a future release.
Following are examples of using the any
type:
any a = getParameter();
any b = "foo";
any i = 5;
any j = 10;
int k = (int) i + (int) j;
Value types
Ballerina includes the following value types:
- boolean
- int
- float
- string
- blob
The types int
and float
both support 64-bit IEEE754 arithmetic. The boolean
type has only two values: true
and false
. The string
type operates similar to value types in that assignment and comparison involve the full value and not the pointer.
The blob
type in Ballerina is used to represent a sequence of bytes. Currently there are two different ways to create a blob value.
- A string can be converted to a blob using the toBlob
function in the strings package.
- A file can be read into a blob using the read
function of the Ballerina file API.
The following functionalities can be achieved using the 'blob' value type.
- A blob can be converted to a string using the toString
function in the blobs package.
- A blob can be written or appended to a file using the write
function in the Ballerina file API.
Value types can be initialized at declaration by assigning a value of that type. If they are not initialized, they have the following default values:
- int: 0
- float: 0.0
- string: "" (empty string, not null)
- boolean: false
- blob: null (blobs can only be populated using a function)
User-defined reference types
Structured types (records)
User-defined record types are defined using the struct
keyword as follows:
struct TypeName {
TypeName FieldName;+
}
Variables of a struct type are defined by using the TypeName to declare the variable:
TypeName VariableName;
The default value of a struct variable is null.
Variables of struct types can be initialized at declaration time or later using the following syntax:
VariableName = { FieldName : Expression, .. FieldName : Expression};
This results in a new instance of the struct being created with the named fields assigned the indicated values. If a field is not named, it has the default value for that type when the struct is created. Thus, structs with no values assigned can be created by assigning the value {}
.
Arrays
Arrays are defined using the array constructor []
next to any type as follows:
TypeName[] VariableName;
The default value of an array variable is null.
All arrays are unbounded in length and support 0-based indexing. Arrays may be sparse as well, and they will grow to meet whatever size is needed based on the index (subject to memory availability, of course).
Array-typed variables can be initialized at declaration time or later using the following syntax:
VariableName = [ Expression, Expression, ... ];
If there are no expressions given (i.e., the right-hand side is []
), the variable will be initialized to an array of length 0. Otherwise, it will be an array of the same length as the number of expressions, with each value being stored in the corresponding index of the array.
An array can have arrays as values. Here are some examples:
int[][] a = [];
a[0] = [1, 2, 3, 5, 6];
a[1] = [10, 54];
a[2] = [4, 6, 1];
int i = int[0][0] // Vaue of i is 1
i = int[2][1] // value of i is 6 now.
NOTE: Currently, you can't initialize the whole array at once. For example, the following is not possible in the current release (we will improve this in a future release):
int[][] a = [ [1, 2, 3, 5, 6], [10, 54], [4, 6, 1]];
Built-in reference types
Ballerina comes with a pre-defined set of reference types that are key to supporting the types of programs that Ballerina developers are expected to write. These are supported by a set of standard library functions found in the packages ballerina.lang.*
. This section defines each of these types and defines their usage.
Type: message
The message
type is an opaque type used to represent a request to a resource
. This approach allows the resource
to be network-protocol independent, even though a given resource
is always tied to a particular protocol because a service
can only be bound to one network protocol at a time.
Library functions for accessing information from this type are in the package ballerina.lang.messages
.
A variable of type message
can be initialized to hold an empty message as follows:
message VarName = {};
Type: exception
The exception
type, like message
, is an opaque type used to hold an exception.
See Exception Handling for more information on exception handling and the exception
type.
Type: map
The map
type is a hash map with keys of type string
mapped to values of type any
. Following are some examples:
map m = { "a" : 1, "b" : 2};
int i = (int) m["a"] + (int) m ["b"];
any k = m["a"];
Library functions for accessing information from this type are in the package ballerina.lang.maps
.
Type: xml
and xmldocument
The xml
type is used to represent an XML element, and xmldocument
is used to represent a full XML document. Ballerina also understands XML Schema and allows you to declare that an element or document must conform to a particular schema.
XML element variables are declared in either of the following ways:
xml VariableName;
xml<{SchemaNamespaceName}SchemaTypeOrElementName> VariableName;
The first approach is a variable that can hold any XML element. The second approach is a variable whose value is an element that is of the indicated XML Schema type (if the name is that of an XML Schema Complex Type), or the element has the name and content model defined by the indicated XML Element declaration (if the name is that of an XML Schema Element declaration). Note that 'SchemaNamespaceName' may be empty, which means the type name is unqualified.
Similarly, the xmldocument
type is used to represent a complete XML Document. Variables are declared as follows:
xmldocument VariableName;
xmldocument<{SchemaNamespaceName}DocumentElementTypeOrElementName> VariableName;
The first approach is a variable that may hold any XML document. The second approach is a variable whose value is an XML Document whose document element conforms to the indicated XML Schema type or XML Element declaration, similar to the element case above.
Literal XML values can be assigned to xml
and xmldocument
typed variables as follows:
xml VariableName = `<xml-element-name [namespace declarations] [attributes]>element-content</xml-element-name>`;
The same syntax is used to assign a literal value to a variable of type xmldocument
.
Within the literal XML expression (enclosed within back quote characters), other in-scope variables can be referred to using the syntax ${VariableName}
, which will be replaced by the value of the variable.
NOTE: There is currently no way to insert the XML Declaration, processing instructions, DTD nodes, comment nodes, etc. to the document literally.
Library functions for manipulating XML documents and elements are in the package ballerina.lang.xmls
.
Type: json
JSON is a textual format for representing a collection of values: a simple value (string, number, “true”, “false”, “null”), an array of values or an object. Ballerina also understands the JSON Schema and allows one to declare that a JSON document must conform to a particular schema.
Ballerina has a variable type named “json” that can represent any JSON value. Thus it is a built-in union type in Ballerina whose value can be any one of a string, a float, a boolean, an array of any or a map of any. We provide utility functions to read a JSON document to create a JSON typed value. The lexical representation of a value of that type is JSON, thus simply printing a JSON typed variable results in a JSON string.
JSON variables are declared in the following way:
json VariableName;
This is a variable that may hold any JSON document.
Ballerina will not always perform runtime schema validation as that will inhibit performance - instead a library function will allow that to be done on demand. For better performance a Ballerina implementation is expected to stream the contents of JSON documents and only load into memory what is needed based on how the document is used in the program.
NOTE: The Ballerina runtime implementation in version 0.8 does not currently support the scheme constraining mechanism explained above.
Literal JSON values can be assigned to json
typed variables as follows:
json VariableName = {"PropertyName" : "Value", "PropertyName": "Value", ...};
Within the literal JSON expression, other in-scope variables can be referred to use the syntax VariableName
and that is replaced by the value of the variable.
NOTE: We are considering allowing the value of a property to be an expression.
A field of any of these three types can be accessed by using “.” or using array indexing:
struct address {
string city;
string country;
}
address a1 = { city : “Colombo”, “country” : “Sri Lanka” };
json j = { city : “Colombo”, “country” : “Sri Lanka” };
map m = { city : “Colombo”, “country” : “Sri Lanka” };
system:println (a1.city, a1[“country”]);
system:println (j.city, j[“country”]);
system:println (m.city, m[“country”]);
If the accessed field does not exist, in the case of a struct there will be a compile-time error, while the other cases will result in a null value being returned.
Type: datatable
The datatable
type is used to hold tabular data, such as those returned from an SQL database queries, and provides cursor-based access to the data. In the current release, values of this type can only be created as the return value of certain actions of the SQL data connector (for details, see the ballerina.data.sql
package).
Navigating a datatable
requires you to use the library functions in the package ballerina.lang.datatables
. More information is available in the documentation for that package.
Iterators
Iterators are defined using the iterator constructor ~
as follows:
TypeName~
The iterate
statement navigates through iterator-typed values.
NOTE: Iterators are still under development and not fully implemented.
Type conversion and mapping
Ballerina supports two styles of type conversion: implicit coercion and explicit casting. In addition, Ballerina allows you to add to the library of type convertors that may be explicitly invoked using the type cast operation.
Implicit coercions
The following lossless type coercions are pre-defined in Ballerina:
- boolean -> int/float with values 0/0.0 or 1/1.0 for false or true, respectively
- int -> float
Explicit casting
If a type conversion is lossy, it must be explicitly invoked via the type-casting operator. The syntax is as follows:
TypeName1 VariableName1;
TypeName2 VariableName2;
VariableName2 = (TypeName2) VariableName1;
This cast will be rejected at compile time if a suitable type mapper is not found. Ballerina defines the following pre-defined type mappings:
- float -> int (by truncating at the decimal point)
- int -> boolean (by mapping 0 to false and any other value to true)
- float -> boolean (by mapping 0.0 to false and any other value to true)
Type Mapping
Ballerina allows you to program type converters that convert one type to another and then invoke them via the type cast operator.
A typemapper
is defined as follows:
typemapper TypeMapperName (TypeName VariableName) (TypeName) {
Statement;+
}
This declares that the type mapper named TypeMapperName is able to convert a value that is of the parameter type to a value of the result type. The logic of the conversion is found within the body of the type mapper as Ballerina code.
If a TypeMapper has been defined from Type1 to Type2, it will be invoked by the runtime using the cast operator as shown below:
Type1 t1;
Type2 t2;
t2 = (Type2) t1;
That is, the registered type converter is invoked by indicating the type cast as above. Note that while the compiler can auto-detect the right converter to apply, Ballerina requires that the user request the appropriate converter by applying a cast, as the conversion may be lossy.
Built-in type mappers
In addition to the built-in value type coercions, Ballerina also includes pre-defined type mappers to make it easier to program common scenarios. These are found in the specific packages for those types.


GeneralAction
public enum GeneralAction
A wrapper for general actions that can be applied to any UIViewController
-
Replaces the root view controller in the key
UIWindow
Declaration
Swift
public static func replaceRoot(windowProvider: WindowProvider = RouteComposerDefaults.shared.windowProvider, animationOptions: UIView.AnimationOptions? = nil, duration: TimeInterval = 0.3) -> ViewControllerActions.ReplaceRootAction
Parameters
windowProvider
WindowProvider
instanceanimationOptions
Set of
UIView.AnimationOptions
. Transition will happen without animation if not provided.duration
Transition duration.
-
presentModally(startingFrom:
presentationStyle: transitionStyle: transitioningDelegate: preferredContentSize: isModalInPresentation: presentationConfiguration: ) Presents a view controller modally
Declaration
Swift
public static func presentModally(startingFrom presentationStartingPoint: ViewControllerActions.PresentModallyAction.ModalPresentationStartingPoint = .current, presentationStyle: UIModalPresentationStyle? = .fullScreen, transitionStyle: UIModalTransitionStyle? = .coverVertical, transitioningDelegate: UIViewControllerTransitioningDelegate? = nil, preferredContentSize: CGSize? = nil, isModalInPresentation: Bool? = nil, presentationConfiguration: ((_: UIPresentationController) -> Void)? = nil) -> ViewControllerActions.PresentModallyAction
Parameters
presentationStartingPoint
A starting point in the modal presentation
presentationStyle
UIModalPresentationStyle
setting, default value: .fullScreentransitionStyle
UIModalTransitionStyle
setting, default value: .coverVerticaltransitioningDelegate
UIViewControllerTransitioningDelegate
instance to be used during the transitionisModalInPresentation
A Boolean value indicating whether the view controller enforces a modal behavior.
preferredContentSize
The preferredContentSize is used for any container laying out a child view controller.
presentationConfiguration
Block to configure
UIPresentationController
. -
Action
does nothing, but can be helpful for testing or writing the sequences of steps with theNilFactory
Declaration
Swift
public static func nilAction() -> ViewControllerActions.NilAction
-
presentModally(startingFrom:
presentationStyle: transitionStyle: transitioningDelegate: preferredContentSize: isModalInPresentation: popoverConfiguration: ) Presents a view controller modally
Declaration
Swift
static func presentModally(startingFrom presentationStartingPoint: ViewControllerActions.PresentModallyAction.ModalPresentationStartingPoint = .current, presentationStyle: UIModalPresentationStyle? = .fullScreen, transitionStyle: UIModalTransitionStyle? = .coverVertical, transitioningDelegate: UIViewControllerTransitioningDelegate? = nil, preferredContentSize: CGSize? = nil, isModalInPresentation: Bool? = nil, popoverConfiguration: ((_: UIPopoverPresentationController) -> Void)? = nil) -> ViewControllerActions.PresentModallyAction
Parameters
presentationStartingPoint
A starting point in the modal presentation
presentationStyle
UIModalPresentationStyle
setting, default value: .fullScreentransitionStyle
UIModalTransitionStyle
setting, default value: .coverVerticaltransitioningDelegate
UIViewControllerTransitioningDelegate
instance to be used during the transitionisModalInPresentation
A Boolean value indicating whether the view controller enforces a modal behavior.
preferredContentSize
The preferredContentSize is used for any container laying out a child view controller.
popoverControllerConfigurationBlock
Block to configure
UIPopoverPresentationController
.


Italy Arrests 19 in Probe of International Heroin Ring, Mostly Tanzanians
ROME (AP) — Police in Italy say they have arrested 19 people, most from Tanzania, as part of dismantling a heroin ring involving more than 150 suspects in Africa, Asia and Europe.
by Breitbart LondonCarabinieri police said the arrests Saturday stem from a probe begun in 2012 with a heroin seizure in Perugia, a university town in central Italy.
Investigators say one ringleader is a Tanzanian who, from his base in Poland, directed heroin shipments from Asia to Italy for street sales.
Since the probe began, 144 drug couriers have been arrested.
Initially using Africans, traffickers later employed Italians, Greeks, Spaniards, Bulgarians and Hungarians as drug couriers.
Police say couriers reached Italy aboard cargo boats, planes, trains, buses and taxis.
Heroin worth 35 million euros ($39 million) and cocaine worth 4.2 million euros ($4.7 million) has been seized during the course of the probe.


{{ greeting }}
To learn more about Vue, visit
{{ humanizeURL(docsURL) }}
For live help with simple questions, check out
the Discord chat
For more complex questions, post to
the forum


| atomize/1 | |
| env_find/2 | |
| eval/1 | Evaluates a tokenized series of binaries as a scheme program in the global context. |
| eval/2 | Evaluates a tokenized series of binaries as a scheme program in the context provided. |
| eval_symbol_or_const/2 | Evaluates a given individual symbol or constant in the context provided. |
| global_environment/0 | |
| read/1 | |
| read_from/1 | |
| run/1 | |
| to_binary/1 | |
| tokenize/1 |
atomize(X) -> any()
env_find(Env, Item) -> any()
eval(Thing) -> any()
Evaluates a tokenized series of binaries as a scheme program in the global context.
eval(Atom, Env) -> any()
Evaluates a tokenized series of binaries as a scheme program in the context provided.
eval_symbol_or_const(Thing, Env) -> any()
Evaluates a given individual symbol or constant in the context provided.
global_environment() -> any()
read(X) -> any()
read_from(Tokens) -> any()
run(X) -> any()
to_binary(Bin) -> any()
tokenize(X) -> any()
Generated by EDoc, Jul 29 2014, 01:39:18.


The answer: John.
```js run no-beautify function f() { alert(this.name); }
f = f.bind( {name: “John”} ).bind( {name: “Pete”} );
f(); // John ```
The exotic bound function object returned by f.bind(...)
remembers the context (and arguments if provided) only at creation time.
A function cannot be re-bound.


import json
[docs]class Resource(object):
"""A utility class to represent resources in `ResourceSet`
Parameters:
path (str, unicode): the path of the resource
"""
def __init__(self, path):
self.path = path
self.conditions = []
self.scope_expression = {}
[docs] def dump(self):
"""Returns a dictionary representation of the resource and conditions
Returns:
a dict representation of the resource
"""
return dict(path=self.path, conditions=self.conditions)
[docs] def set_scope(self, http_method, scope):
"""Set a scope condition for the resource for a http_method
Parameters:
* **http_method (str):** HTTP method like GET, POST, PUT, DELETE
* **scope (str, list):** the scope of access control as str if single, or as a list of strings if multiple scopes are to be set
"""
for con in self.conditions:
if http_method in con['httpMethods']:
if isinstance(scope, list):
con['scopes'] = scope
elif isinstance(scope, str) or isinstance(scope, unicode):
con['scopes'].append(scope)
return
# If not present, then create a new condition
if isinstance(scope, list):
self.conditions.append({'httpMethods': [http_method],
'scopes': scope})
elif isinstance(scope, str) or isinstance(scope, unicode):
self.conditions.append({'httpMethods': [http_method],
'scopes': [scope]})
[docs] def set_expression(self, http_method, expression):
"""Set a scope expression scope_expression is Gluu invented extension
which allows to put JsonLogic expression instead of single list of
scopes. Please read more about scope_expression at
https://gluu.org/docs/ce/3.1.2/admin-guide/uma.md
Parameters:
* **http_method (str):** a HTTP method like GET, POST, PUT, DELETE
* **expression (dict):** the scope expression in the format::
{
"rule": {
"and": [
{
"or": [{"var": 0}, {"var": 1}]
},
{
"var": 2
}
]
},
"data": [
"http://photoz.example.com/dev/actions/all",
"http://photoz.example.com/dev/actions/add",
"http://photoz.example.com/dev/actions/internalClient"
]
}
"""
self.conditions.append({'httpMethods': [http_method],
'scope_expression': expression})
def __str__(self):
return json.dumps(self.dump())
def __repr__(self):
return "<Resource %s>" % self.path
[docs]class ResourceSet(object):
"""A utility class for mapping resources and conditions for UMA resource
protection
"""
def __init__(self):
self.resources = {}
[docs] def add(self, path):
"""Adds a new resource with the given path to the resource set.
Parameters:
* **path (str, unicode):** path of the resource to be protected
Raises:
TypeError when the path is not a string or a unicode string
"""
if not isinstance(path, str) and not isinstance(path, unicode):
raise TypeError('The value passed for parameter path is not a str'
' or unicode')
resource = Resource(path)
self.resources[path] = resource
return resource
[docs] def dump(self):
"""Dumps the resource set into the Python object suitable for the oxd
server's JSON expectation.
Returns:
A list of dicts defined in the resource set in the format::
[{
"path": "path1",
"conditions": [
{
"httpMethod": ["method1", "method2"],
"scopes": ["scope1", "scope2"]
},
{
"httpMethod": ["method3", "method4"],
"scopes": ["scope3", "scope4"]
}
]
},{
"path": "path2",
"conditions": []
}]
"""
return [v.dump() for k,v in self.resources.iteritems()]
[docs] def remove(self, path):
"""Removes the given resource from the resource set.
"""
self.resources.pop(path, None)
def __len__(self):
return len(self.resources)
def __str__(self):
return json.dumps(self.dump())
def __repr__(self):
r = ",".join(self.resources.keys())
return "<ResourceSet [%s]>" % r


Team members :- 2
Topic :- Will be provided one week before Abhivyakti
Timing :- 5 Nov 2017,09:00 am-10:30 am
Venue :- LH 2
For the prelims round, interested students have to form their groups consisting of maximum 2 members and submit their abstract via email. Based on the abstracts, 8 teams will get qualified for the final round which will be a power point presentation round. 5 topics will be given from each branches. Top 3 teams will get prizes as well as certificates while 4th to 8th teams will get participation certificates. Venue will be either language lab or conference hall.


The url namespace provides functions to parse, protect, and build URLs, as well as functions to compose absolute URLs from base and relative URLs, according to RFC 2396.
To obtain the url namespace, run:
-- loads the URL module local url = require("socket.url")
An URL is defined by the following grammar:
<url> ::= [<scheme>:][//<authority>][/<path>][;<params>][?<query>][#<fragment>]
<authority> ::= [<userinfo>@]<host>[:<port>]
<userinfo> ::= <user>[:<password>]
<path> ::= {<segment>/}<segment>
url.absolute(base, relative)
Builds an absolute URL from a base URL and a relative URL.
Base is a string with the base URL or a parsed URL table. Relative is a string with the relative URL.
The function returns a string with the absolute URL.
Note: The rules that govern the composition are fairly complex, and are described in detail in RFC 2396. The example bellow should give an idea of what the rules are.
http://a/b/c/d;p?q + g:h = g:h g = http://a/b/c/g ./g = http://a/b/c/g g/ = http://a/b/c/g/ /g = http://a/g //g = http://g ?y = http://a/b/c/?y g?y = http://a/b/c/g?y #s = http://a/b/c/d;p?q#s g#s = http://a/b/c/g#s g?y#s = http://a/b/c/g?y#s ;x = http://a/b/c/;x g;x = http://a/b/c/g;x g;x?y#s = http://a/b/c/g;x?y#s . = http://a/b/c/ ./ = http://a/b/c/ .. = http://a/b/ ../ = http://a/b/ ../g = http://a/b/g ../.. = http://a/ ../../ = http://a/ ../../g = http://a/g
url.build(parsed_url)
Rebuilds an URL from its parts.
Parsed_url is a table with same components returned by parse. Lower level components, if specified, take precedence over high level components of the URL grammar.
The function returns a string with the built URL.
url.build_path(segments, unsafe)
Builds a <path> component from a list of <segment> parts. Before composition, any reserved characters found in a segment are escaped into their protected form, so that the resulting path is a valid URL path component.
Segments is a list of strings with the <segment> parts. If unsafe is anything but nil, reserved characters are left untouched.
The function returns a string with the built <path> component.
url.escape(content)
Applies the URL escaping content coding to a string Each byte is encoded as a percent character followed by the two byte hexadecimal representation of its integer value.
Content is the string to be encoded.
The function returns the encoded string.
-- load url module url = require("socket.url") code = url.escape("/#?;") -- code = "%2f%23%3f%3b"
url.parse(url, default)
Parses an URL given as a string into a Lua table with its components.
Url is the URL to be parsed. If the default table is present, it is used to store the parsed fields. Only fields present in the URL are overwritten. Therefore, this table can be used to pass default values for each field.
The function returns a table with all the URL components:
parsed_url = {
url = string,
scheme = string,
authority = string,
path = string,
params = string,
query = string,
fragment = string,
userinfo = string,
host = string,
port = string,
user = string,
password = string
}
-- load url module url = require("socket.url") parsed_url = url.parse("http://www.example.com/cgilua/index.lua?a=2#there") -- parsed_url = { -- scheme = "http", -- authority = "www.example.com", -- path = "/cgilua/index.lua" -- query = "a=2", -- fragment = "there", -- host = "www.puc-rio.br", -- } parsed_url = url.parse("ftp://root:passwd@unsafe.org/pub/virus.exe;type=i") -- parsed_url = { -- scheme = "ftp", -- authority =<EMAIL_ADDRESS>-- path = "/pub/virus.exe", -- params = "type=i", -- userinfo = "root:passwd", -- host = "unsafe.org", -- user = "root", -- password = "passwd", -- }
url.parse_path(path)
Breaks a <path> URL component into all its <segment> parts.
Path is a string with the path to be parsed.
Since some characters are reserved in URLs, they must be escaped whenever present in a <path> component. Therefore, before returning a list with all the parsed segments, the function removes escaping from all of them.
url.unescape(content)
Removes the URL escaping content coding from a string.
Content is the string to be decoded.
The function returns the decoded string.


{%- from "govuk/components/file-upload/macro.njk" import govukFileUpload -%} {%- from "govuk/components/button/macro.njk" import govukButton -%} {%- from "govuk/components/error-summary/macro.njk" import govukErrorSummary -%} {%- from "moj/components/multi-file-upload/macro.njk" import mojMultiFileUpload -%}


To start an incremental model build in the graphical user interface
1 Do one of the following:
• Select Model > Build Model.
• Click .
The Specify model build parameters dialog box appears.
2 From the Model Name list, select an information model.
3 In the Model Version field, type the new model version name.
4 Enable Incremental model build.
5 From the Base Version list, select the model version you want to use as a baseline.
6 Click OK.
A status panel appears.
For information on the types of messages that appear in the Model Build Details, see Model Build Information.
7 To cancel building the model, click Cancel Build.
To resume building the model, see Resuming a Model Build.
If the model builds successfully, a line similar to the following appears:
After the model build process is complete, we recommend that you examine your log files to verify model completeness and correctness, and to analyze and correct any errors.
8 To save the build log, click Save Build Log.
A standard save dialog box appears.
9 Select the file type you want to save the build log as (XML or TXT file).
10 Choose a directory and name for the build log.
11 Click Save.
12 To close the model build log and remove the model from the Builds in progress list in the Navigator panel, click Close.


|
NLI |
Antonyms, quantities, spelling, word overlap, negation, length |
English |
7596 |
Automatic |
|
|
NLI |
Compositionality |
English |
44010 |
Automatic |
|
|
NLI |
Antonyms, hyper/hyponyms |
English |
6279 |
Semi-automatic |
|
|
NLI |
Diverse semantics |
English |
550 |
Manual |
|
|
NLI |
Lexical inference |
English |
8193 |
Semi-automatic |
|
|
NLI |
Diverse |
English |
570K |
Manual, semi-automatic, automatic |
|
|
MT |
Word sense disambiguation |
German→English/French |
13900 |
Semi-automatic |
|
|
MT |
Morphology |
English→Czech/Latvian |
18500 |
Automatic |
|
|
MT |
Polarity, verb-particle constructions, agreement, transliteration |
English→German |
97000 |
Automatic |
|
|
MT |
Discourse |
English→French |
400 |
Manual |
|
|
MT |
Morpho-syntax, syntax, lexicon |
English↔French |
108+506 |
Manual |
|
|
MT |
Diverse |
English↔German |
10000 |
Manual |
|
|
MT |
Discourse |
English→German |
4627 |
Automatic |
Test sets created using oracles, an alternative to challenge sets. The method can be applied to different language pairs and datasets. |
|
MT |
Coreference, pronouns |
English→German |
12000 |
Automatic |
|
|
LM |
Subject-verb agreement |
English |
∼1.35M |
Automatic |
|
|
LM |
Number agreement |
English, Russian, Hebrew, Italian |
∼10K |
Automatic |
|
|
Coreference |
Gender bias |
English |
720 |
Semi-automatic |
|
|
Coreference |
Gender bias |
English |
3160 |
Semi-automatic |
|
|
Seq2Seq |
Compositionality |
English |
20910 |
Automatic |
|
|
POS tagging |
Noun-verb ambiguity |
English |
32654 |
Semi-automatic |
|
|
NLI |
Psychometric assessment |
English |
180 |
Manual |
|
|
Sentiment |
Psychometric assessment |
English |
134 |
Manual |
|


Thank you for choosing pizza mania.
Ksh 500.00
Get our small pizza at only ksh500.
Ksh 800.00
Get our medium pizza at only ksh800.
Ksh 1000.00
Get our Large pizza at only ksh1000.
Ksh 100 for any extra topping.
Select from choices below.
Choose a crust type.


{% extends "base.html" %} {% block content %}
The key used while attempting to activate your account was invalid. This is the key we recieved:


You know you're on the right track with code changes when you spend the majority of your time deleting code. -- [source]


Exploration 5.1.4. (Strang Ex 5.1.12).
The inverse of a \(2 \times 2\) matrix seems to have determinant \(1\) all the time:
\begin{equation*}
\det(A^{-1}) = \det \frac{1}{ad-bc}\begin{pmatrix} d & -b \\
-c & a \end{pmatrix} = \frac{ad-bc}{ad-bc} = 1.
\end{equation*}
What is wrong with this argument? What should the value of \(\det(A^{-1})\) be?


---
layout: default
title: Swallow Js Documentation || Beta v0.29
permalink: /doc/tutorial-firebase
---
You’re probably checking out this tutorial because you want to understand more how SwallowJs works.
This tutorial will walk you through the creation of a simple blog application. We’ll be getting and installing SwallowJs and also be creating and configuring a new Firebase project, and creating enough application logic to list, add, edit, and delete blog posts.
Here’s what you’ll need:
Check here for help with Jquery
http://lab.abhinayrathore.com/jquery-standards/
http://tutorialzine.com/2011/06/15-powerful-jquery-tips-and-tricks-for-developers/
First, let’s create a fresh project on Firebase. You can do so by going to https://console.firebase.google.com/
Click on "Create New Project"
Next, add your project name in the input field and click on "Create Project"
After clicking on "Create Project", Firebase will create a project for you (this will only take a sec)
Next, you will see the landing page as shown bellow, now click on hosting on the left hand side of the screen
More info about firebase hosting
https://firebase.google.com/docs/hosting
By this time you are just things ready for your project on firebase and if you don't really know more about Firebase hosting don't worry, we just need to set things up for you to be able to have Firebase on your machine before downloading SwallowJs.
The Firebase CLI (Command Line Interface) requires Node.js and npm, which can both be installed by following the instructions on https://nodejs.org/. Installing Node.js also installs npm.
Once you have Node.js and npm installed, you can install the Firebase CLI via npm:
{% highlight html %}npm install -g firebase-tools{% endhighlight %}More help here:
https://firebase.google.com/docs/hosting/quickstart
First, you need to get the firebase.json file
The firebase init command creates a firebase.json configuration file in the root of your project's directory. Your default firebase.json Hosting configuration will look like this:
{% highlight html %} { "hosting": { "public": "app", "ignore": [ "firebase.json", "**/.*", "**/node_modules/**" ] } } {% endhighlight %}The file's default properties - public, and ignore—are described in detail below.
{% highlight html %} "public": "app" {% endhighlight %}required - The public setting tells the firebase command which directory to upload to Firebase Hosting. This directory must be inside the project directory and must exist. The default value is a directory named "public" in your project directory.
Now that you have add your project to Firebase and you have a folder named "app" as listed
in your firebase.json configuration file ("public": "app") you can clone the repository
using git. git clone git://github.com/hurlatunde/swallow.js.git
Regardless of how you downloaded it, place the code inside of your DocumentRoot/app. Once finished, your directory setup should look something like the following:
{% highlight html %} /path_to_document_root /app /assets /component /elements /layouts index.html firebase.json {% endhighlight %}Right after loading all file refresh your app
And you should see the SwallowJs first page. It’s our aim to increase productivity and make coding more enjoyable. we hope you see that important Firebase with SwallowJs is at easy as it could be.
Next, let’s set up the underlying database for our blog. If you haven’t already done so, Right now, we’ll just create a single node to store our posts. We’ll also throw in a few posts right now to use for testing purposes.
Go back to your Firebase project https://console.firebase.google.com/
.
Click on "Database"
Use the following json statements into your Firebase database:
{% highlight html %} { "posts" : { "post_one" : { "author" : "Olatunde Owokoniran", "body" : "This is the post body with innovate resource-leveling growth strategies rather than flexible human capital.", "title" : "The title " }, "post_three" : { "author" : "Olatunde Owokoniran", "body" : " This is really exciting! Not, but in globally innovate resource-leveling growth strategies rather than flexible human capital", "title" : "Title strikes back" }, "post_two" : { "author" : "Olatunde Owokoniran", "body" : "And the post body follows with globally innovate resource-leveling growth strategies rather than flexible human capital.", "title" : "A title once again " } } } {% endhighlight %}Or just import a demo Data (JSON) file
Onward and upward: let’s tell SwallowJS where our Firebase database is and how to connect to it. For many, this is the first and last time you configure anything.
Find your way to the Firebase configuration file which is found in /app/component/js/Config/config.js. line 38
Go back to your Firebase project https://console.firebase.google.com/
, get your Firebase config settings
And also head to DocumentRoot/app/index.html uncomment line 28
, This is to help include Firebase into your project.
Now that you made connection to
Deploy To An HTTPS Host The Firebase commands run in this example are: firebase login to authenticate with Firebase firebase init to initialize our Firebase project firebase deploy to upload our application to Firebase


Well, Id like to report an experience I have just had a few hours ago. Lets see, its 9pm now, at 12am this morning my friend and I were camping out, playing poker drinking beers and smoking bud, we decided to kick it up a notch and take our pills - 1 each. After doing some research, I realized that the pills I had were MDA and caffine.  Its just so easy when your rolling so hard.
anyway... 12 am -dosed up
1am - Playing poker getting good alerts. Luckily I researched this drug and the slow come on that builds up to a roll didnt alarm me. I was not expecting the rush of MDMA. This was my friends first ever full blown XTC experience, its a shame it was not real MDMA
1:30ish' am - Feeling extremely good. Nice conversation. Poker is infinetly fun. some body sensations were noted. mostly extreme mood elevation and increased empathy.
1:30-2am - We decide to grab some beers, pack the bowl and head down to the beach. The walk to the beach was incredible. Lying on the sand was even more intense. I just layed back, closed my eyes watched the psudeo psychedelic visuals and 'melted' into the earth. I remeber saying something like, 'Why cant we always be at peace like this?' My friend was having a more talkative roll and wanted to discuss EVERYTHING. I humored him but to be honest it took me down here and there, I felt bad for him becuase I would occationally suggest that perhaps silence is best at times. Overall very content. I remeber telling my friend who wasnt quite feeling it strong yet that it felt like a gift from the universe and the world was making love to me. we made many trips to and fro to the beach that night.
Around 2am - I thought I was peaking but was not. All of a sudden I felt the to familiar 'holy crap, this is intense' feelings. For a second I didnt know if I could handle it; now I was peaking. I could feel my temp rise. Instead of freaking out I rather suddenly got up and insisted I needed water bad, we headed back to the site and guzzled gallons of water. I felt much better after that.
2-3ish' am - I couldnt stop dancing! even sitting at the picknick table I was grooving all over the place. Smoking bud felt terrific. frequent urination was prevelant.
3:30am - I was still riding the peak but noticed that I was coming down a bit. Overall it was ok.
4am- The best effects are over. Still riding whats left but does not nearly feel as good. Start getting more and more agitated at everything for no reason. I tryed to tell my friend so I didnt offend him. I was quite aware this crash was going to be horrid.
By 5am there was only uncomfortable body energy and the horrendous wtf am I doing to myself feelings that happen time to time after such experiences.
Past 5 am - The sun coming up was hard. Wasnt ready for it. CONSTANT urination. No appetite completely drained, trying with all my might to 'hold it together'. Sleep was not an option, I finally got some sleep a few hours ago but that was it since I woke up at 10am yesturday morning. I managed to ride out the worst of it and was only feeling very small effects by the time I lyed down. DAMN CAFFINE! there must have been a ton in that pill becuase I was feeling extremely strong caffine feelings with the uncomfortable amphetamine energy tremors as well. I felt hot and drained, hung over (beer) and burned out (pot) overall that sucked.
Post roll - Even though I was 'down' there was still some left over psychedlic/speedy effects that were subtle but apparent, my eyes stayed dialted till about till six or seven this morning. I was not feeling well at all, so I took some 5-htp and valarian root for nerves and hopes of ending the bad feelings.
Overall I would have to say that I must have took too much, that or caffine and amphetamine is a bad idea (why use caffine anyway? no sense at all!) I am back to baseline now. No depressed feelings, no feeling stressed out, nothing of the sort that I was experiencing this morning around 5-6.
Conclusion - extrmely amazing night the feelings I had were of the upmost divine pleasure and physical sensuality with complete emotional stabiity. It was like sex for the soul that lasted six hours. However the crash almost made it not worth it. I have NEVER crashed before, well not like that, usually its just a sad goodbye to a good time. The crash this morning cannot be put to words, then again neither can the complete euphoria I felt. I guess you have to experience it for yourself. I probably would have not felt so shitty If I wasnt drinking. I remeber saying to myself, 'Remeber this, remeber how shitty you feel after, dont abuse this, respect it, dont forget'
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


That's me and my family, we're happy to be taking your money!
We sell fishy shirts and cookie cutters so now you can feel more like your favorite fish cookie family!
Buy our cookies!


ParticleGroup QML Type
For setting attributes on a logical particle group More...
| Import Statement: | import QtQuick.Particles 2.0 |
Properties
- duration : int
- durationVariation : ParticleSystem
- name : string
- system : ParticleSystem
- to : ParticleSystem
Detailed Description
This element allows you to set timed transitions on particle groups.
You can also use this element to group particle system elements related to the logical particle group. Emitters, Affectors and Painters set as direct children of a ParticleGroup will automatically apply to that logical particle group. TrailEmitters will automatically follow the group.
If a ParticleGroup element is not defined for a group, the group will function normally as if none of the transition properties were set.
Property Documentation
durationVariation : ParticleSystem |
The maximum number of milliseconds that the duration of the transition cycle varies per particle in the group.
Default value is zero.
This is the name of the particle group, and how it is generally referred to by other elements.
If elements refer to a name which does not have an explicit ParticleGroup created, it will work normally (with no transitions specified for the group). If you do not need to assign duration based transitions to a group, you do not need to create a ParticleGroup with that name (although you may).
system : ParticleSystem |
This is the system which will contain the group.
If the ParticleGroup is a direct child of a ParticleSystem, it will automatically be associated with it.
to : ParticleSystem |
The weighted list of transitions valid for this group.
If the chosen transition stays in this group, another duration (+/- up to durationVariation) milliseconds will occur before another transition is attempted.


This plugin invokes Jarsigner under the hood. Here you can specify extra custom CLI arguments to pass to Jarsigner.
These arguments will be appended to the Jarsigner CLI invocation, and take precedence over any arguments implicitly passed by this plugin.


LearnPress | Education & Courses HTML Template
Built with
Multipage
Layouts:
Multipage Layout 1
Multipage Layout 2
Multipage Layout 3
Singlepage
Layouts:
Singlepage Layout 1
Singlepage Layout 2
Singlepage Layout 3
Boxed
Layouts:
Boxed Layout 1
Boxed Layout 2
Boxed Layout 3
Dark
Layouts:
Dark Layout 1
Dark Layout 2
Dark Layout 3
RTL
Layouts:
RTL Layout 1
RTL Layout 2
RTL Layout 3
Key
Features:
Built with Bootstrap 3.x
Slider Revolution
(Save $14)
Menuzord Megamenu
(Save $7)
6 Predefined Theme Color Skins
Wide, Boxed & Onepage Layouts
Google Fonts Supported
Shop Ready
Video Backgrounds
Calendar
Photo Gallery
Portfolio Grid, Masonry and Tiles
Blog Pages
(Not Functional)
100% Responsive
SEO Optimized
Retina Ready!
Built-in Mega Menu


Best Movies Ever
Featuring the Actors That Made Them Great
Actor Cards
Actors Table
Movie Cards
Movies Table


{% blocktrans with last_hatching_day=last_hatching_data|date:"l d" last_hatching_year=last_hatching_data|date:"M Y" last_hatching_hour=last_hatching_data|date:"h:i A" last_hatching_time=last_hatching_data|timesince hatching_end=end_date|timeuntil %} These eggs starts to hatch in {{ last_hatching_day }}th {{ last_hatching_year }} at {{ last_hatching_hour }}. {{ last_hatching_time }} ago. {{ hatching_end }} remaining. {% endblocktrans %}


Fires without number may
Combine to chase all cold away,
But let them stray and court disaster!
Fire is a fearful master.]
[Quest _416_PathToOrcShaman dead_leopard_q0416_04.htm|Listen to the song of fire.]


{% extends "base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% block head %} {{ super() }} {% endblock %} {% block title %} Student {% endblock %} {% block body %} {{ super() }} {% endblock %} {% block content %}
You are logged in as student, welcome! |
Welcome to the quiz page!
Please insert the quiz id that the teacher give to you and click the "Start Quiz" button below to start your quiz. If you do not have a quiz id, please check your email or contact to your unit coordinator!
In this page, you can view your grade by click the "View grades" button or click "View ranking" button to see your rank in the class. |


Australia legends baffled by controversial no-ball call in opening Pakistan Test
The decision not to reverse a Pat Cummins wicket for an apparent no-ball has baffled a host of Australia legends during the first Pakistan Test.
Ashes star Cummins had Pakistan wicketkeeper-batsman Muhammad Rizwan caught behind shortly after tea at the Gabba but Australia’s celebrations were muted as the third umpire was told to check for a front-foot no-ball.
The replays appeared to show Cummins’ heel landing on rather than behind the line but, much to the surprise of the star-studded commentary team, third umpire Michael Gough upheld the on-field decision.
Ex-Australia captain Allan Border said: ‘I’m trying to find something behind (the line) there but I just can’t.’
Advertisement Advertisement
Legendary bowlers Brett Lee and Jason Gillespie and former skipper Ricky Ponting agreed that the decision should have been reversed.
‘I think that’s the wrong call. I think it’s a no-ball and should be recalled,’ Gillespie said on ABC Radio.
Lee, speaking on Fox Cricket, added: ‘I reckon that’s hard on Pakistan, I think that’s got to be called a no-ball.
‘You won’t often hear me say this, but that’s got to go to the batsman.’
Ponting, meanwhile, said: ‘I couldn’t see any part of his foot land behind the line.’
Cummins finished the day with three wickets as Australia bowled Pakistan out for 240 at the Gabba.
Pakistan’s Asad Shafiq top-scored with 76 but Mitchell Starc’s 4-52, Cummins’ 3-60 and Josh Hazlewood’s 2-46 helped the hosts dominate on day one in Brisbane.
The second match of this two-Test series takes place in Adelaide.


Your favourite (if not, soon-to-be) lifestyle store. Founded by our personal exasperation in sourcing for quality and beautiful pieces at reasonable prices in Singapore.
A homegrown brand, we believe that high-quality products doesn't have to rob your wallets and bank account. At the heart of the brand, lies a passionate team. One who loves people, and understands your needs.
We look forward to meeting you. :)
I stopped eating red meat about 11 years ago but last year started eating bacon and now, it’s like bacon and I are making up for lost time! I'm new, and feisty.
Sociologist by training, marketeer by choice. Currently embarking on a new journey in programming and dreaming of the day I can travel again!
Introvert by nature, extrovert when in need. Learning to be a developer in progress.


Simple example app for the ngx-quill-wrapper
This example only shows some of the available toolbar tools, to see all check Quill demos / documentation.
Settings
{{(type === "component") ? "Switch to directive" : "Switch to component"}}
Toggle disabled state
Toggle read-only mode
Toggle toolbar showing
{{(config.theme === "snow") ? "Change to bubble theme" : "Change to snow theme"}}
Clear the editor content
Quill
example content'" [modules]="modules" [disabled]="disabled" (blur)="onEditorBlur($event)" (focus)="onEditorFocus($event)" (editorCreate)="onEditorCreate($event)" (valueChange)="onValueChange($event)" (contentChange)="onContentChange($event)" (selectionChange)="onSelectionChange($event)">
Some example content


{% extends 'template-lab-4b.html' %} {% set mainClasses = 'nhsuk-u-padding-top-0' %} {% block pageTitle %} Symptoms - NHS {% endblock %} {% block beforeContent %} {% endblock %} {% block content %}
Hearing loss is common, particularly as you get older. See a GP if you have problems with your hearing. It could be caused by something that can be easily treated.
It's not always easy to tell if you're losing your hearing.
Common signs include:
Sometimes someone else might notice problems with your hearing before you do.
Hearing loss can be harder to spot in babies. There is a checklist for how a baby makes and reacts to sound on GOV.UK that can help you notice the signs.
There are lots of possible causes of hearing loss. It may be caused by something treatable or it may be permanent.
Your symptoms may give you an idea what could be causing it. But do not self-diagnose, see a GP for advice.
| Symptoms | Possible cause |
|---|---|
| Gradual hearing loss in both ears | Aging or damage from loud noise over many years |
| Difficulty hearing in 1 ear, earache, a feeling of pressure in your ear, discharge coming out of the ear | Ear infection |
| Difficulty hearing in 1 ear, itchiness, feeling like your ear is blocked | Earwax build-up |
| Sudden hearing loss after an ear infection, a very loud noise or a change in air pressure (for example, from flying) | Perforated eardrum |
| Sudden hearing loss along with dizziness, a spinning sensation (vertigo) or ringing in your ears (tinnitus) | Labyrinthitis or Ménière's disease |
You can also sometimes get a free hearing test at some pharmacies and opticians.
It might not be anything serious, but it's best to get help as it may need to be treated quickly.
You can call 111 or get help from 111 online.
Treatment for hearing loss depends on what's causing it.
Sometimes a GP may be able to treat the cause, for example:
If your hearing loss is not caused by something a GP can treat, they may refer you to a hearing specialist for further tests and treatment.
If you have permanent hearing loss, a specialist will often recommend hearing aids. These will not make your hearing perfect, but they make sounds louder and clearer.
Some people may need a hearing implant. These are devices that are attached to your skull or placed deep inside your ear.
Find out more about hearing aids and implants
If you have hearing loss, there are things you can do to help you communicate with others and avoid more damage to your hearing.
reduce background noise or move to a quieter area when talking to other people
face people when they're talking to you, so you can see their mouth, facial expressions and gestures
ask people to repeat themselves, speak more slowly or write things down if you need to
wear ear protection when exposed to loud noises
do not listen to music too loudly – the volume should be just high enough for you to hear it comfortably
do not put your fingers or any objects like cotton buds in your ears, even if you think they might be blocked
Page last reviewed: 02 August 2019
Next review due: 02 August 2022


Gravity Well
Strength
System
Cluster
Single Shot
Your browser doesn't support the HTML5 canvas element.


Comments.html#FileNotFound
FileNotFound
Cannot find the file {0}.
Comments.html#DivByZero
DivByZero
Invalid parameter.


# Home Slider of the home function # Make a container # Charset is = "UTF-8"
#The sliderThe hospital management system (HMS) is an integrated software that handles different directions of clinic workflows. It manages the smooth healthcare performance along with administrative, medical, legal and financial control. That is a cornerstone for the successful operation of the healthcare facility.


A product roadmap is a high-level visual summary that maps out the vision and direction of your product offering over time. A product roadmap communicates the why and what behind what you’re building. It’s a guiding strategic document as well as a plan for executing the strategy.


WHERE AMAIZING PEOPLE ARE MAKING AMAIZING DESIGNS IN A FUN ENVIRONMENT
When you work with us, you are part of a team committed collaboration. All aspects of our software development process
are integrated interatctive
and agile.
Our approach unifies design development and product managment to create exponential products.
We start each project by understanding your business goals,the users's needs and the product requirements.
Then we help translate them into effective and elegant solutions.
Before we sign a contract or write a code ,our team will spend the necessary time needed to understand your product vision.
The outcome of this scoping session is a proposal or highlevel statement of work
based on your requirement, we can provide a complete offering or just pieces you need.
DESIGN
DEVELOPMENT
PRODUCT MANAGMENT


{% extends "front/base_docs.html" %} {% load staticfiles %} {% block title %}Overview - healthchecks.io{% endblock %} {% block docs_content %}
New to Healthcheck and/or cron job monitoring in general? Well, fear no more, the following tips and demo videos are made with just for you.
Check out the other segments of the documentation for a more in depth understanding.


Nodejs Prep
Welcome To The Nodejs Free Online Class
Become A Mighty Coder From The Comformt Of Your Home.
code
Servers
code
Databases
code
Functional Vs Object Oriented Programming
code
Asynchronous Vs Synchronous Programming
code
Setting Up Nodejs Development Environment
web
Git And Github
- © 2020 Copyright ❤andrewtugume.com


vignettes/complex_clims.Rmd
complex_clims.Rmd
The heatwaveR
package was designed to
include many different methods for the creation of climatologies and
thresholds for detecting extremes events (e.g. heatwaves and
cold-spells) in time series data. To this end we made a very large
change in the event detection pipeline when we moved from the
RmarineHeatWaves
package to
heatwaveR
. This change may primarily be
seen with the inclusion of the ts2clm()
function and the
removal of the climatology performed in
RmarineHeatWaves::detect()
in favour of
detect_event()
, which does not calculate climatologies. In
this way we have allowed for the introduction of a multitude of more
complex climatology calculation and event detection/filtering methods.
It is our overarching goal to provide one package that allows climate
scientists to calculate these events in both the atmosphere and oceans.
But rather than talking about it, let’s walk through some case studies
on how this package can be used for diverse applications.
Brought to our attention by Mr. Haouari from the Hydrometeorological
Institute of Training and Research (IHFR) in Algeria was the concept of
using a flat (e.g. 19\(^\circ\)C)
tMin
bottom boundary when calculating events from
tMax
with the standard 90th percentile upper threshold. As
the authors of the heatwaveR
package are
admittedly marine oriented, we tend to work with daily time series that
have only one mean value per day (e.g. tMean
,
temp
, sst
). This is why there are not
arguments in the heatwaveR
suite of
functions that call on tMin
and tMax
explicitly, but that does not mean that one cannot do so. Below we will
work through the steps one would take to calculate (atmospheric)
heatwaves, as per their definition in Perkins and
Alexander (2013) (but excluding the calculation of EHF), and with
the additional step proposed by Mr. Haouari.
The following sub-sections will show the step-by-step process one may
use to calculate atmospheric heatwaves using a 90th percentile threshold
created from the tMax
time series for a location, but will
only use the days when the corresponding tMin
also exceeds
a pre-determined flat bottom boundary on the same days to quantify the
heatwave metrics. We will finish by visualising the results with the
built-in heatwaveR
graphing functions of
event_line()
and lolli_plot
as well as a
bubble plot. The data we will use for these examples will be a 45 year
time series of daily atmospheric tMin
and tMax
temperatures over Algiers, Algeria contributed by Mr. Haouari.
The first step with any analysis in R should be the loading of the packages to be used.
With our libraries loaded, we will now go about explicitly calling
the Algiers
data into our environment. These data are
automatically loaded for us when we load the heatwaveR
library, but we perform this step here just for clarity. Anyone
following along should feel free to use whatever data they would like.
As long as the data have a date (t
), tMin
, and
tMax
column this code will function as designed.
Algiers <- Algiers
With our libraries and data loaded, we will now calculate the two
thresholds we need to correctly detect the heatwaves and accurately
quantify their metrics. The first is the 90th percentile threshold based
on the tMax
time series. The second is the flat exceedance
of 19\(^\circ\)C based on the
tMin
data. We use 19\(^\circ\)C as the bottom threshold as this
is roughly the mean tMin
for summer temperatures.
# The tMax threshold
# The current WMO standard climatology period is 1981-01-01 to 2010-12-31 and should be used when possible
# We rather use 1961-01-01 to 1990-01-01 as this is the oldest 30 year period available in the data
tMax_clim <- ts2clm(data = Algiers, y = tMax, climatologyPeriod = c("1961-01-01", "1990-12-31"), pctile = 90)
# The tMin exceedance
# Note the use here of 'minDuration = 3' and 'maxGap = 1' as the default atmospheric arguments
# The default marine arguments are 'minDuration = 5' and 'maxGap = 2'
tMin_exc <- exceedance(data = Algiers, y = tMin, threshold = 19, minDuration = 3, maxGap = 1)$threshold
Now that the two thresholds have been calculated we use the
detect_event()
function as usual, but provide the second
threshold to the argument threshClim2
that would normally
lay dormant.
# Note that because we calculated our 90th percentile threshold on a column named 'tMax'
# and not the default column name 'temp', we must specify this below with 'y = tMax'
events <- detect_event(data = tMax_clim, y = tMax, # The 90th percentile threshold
threshClim2 = tMin_exc$exceedance) # The flat exceedance threshold
Please note that even though the use of the second threshold does
allow for the resultant event metrics to differ, the values themselves
are still being calculated against the seasonal climatology and daily
temperatures for the time series given to the 90th percentile threshold
calculation (in this case tMax
) and so using a second
threshold (in this case tMin
) won’t generally have much of
an effect on the event metrics. Rather it mostly screens out smaller or
larger events depending on how one chooses to set the threshold. In the
case when an exceedance threshold is chosen for a temperature that would
typically only occur in summer (e.g. 19\(^\circ\)C, as used here), one is also
effectively screening events by season. There are many use cases where
this would be desirable. For example, if one is only interested in
events that would occur during a season in which night time heat stress
becomes an issue for the young and elderly.
Even though we have used two thresholds to calculate our events, the
results are output the same as though only one threshold (default) were
used. This means that we may use the visualisation functions that come
with heatwaveR
without any extra fuss.
# The code to create a bubble plot for the heatwave results
bubble_plot <- ggplot(data = events$event, aes(x = date_peak, y = intensity_max)) +
geom_point(aes(size = intensity_cumulative), shape = 21, fill = "salmon", alpha = 0.8) +
labs(x = NULL, y = "Maximum Intensity [°C] ", size = "Cumulative Intensity [°C x days]") +
scale_size_continuous(range = c(1, 10),
guide = guide_legend(title.position = "top", direction = "horizontal")) +
theme_bw() +
theme(legend.position = c(0.3, 0.12),
legend.box.background = element_rect(colour = "black"))
# Don't forget to set 'event_line(y = tMax)'
ggarrange(event_line(events, y = tMax, metric = intensity_max),
event_line(events, y = tMax, metric = intensity_max, category = T),
lolli_plot(events),
bubble_plot,
ncol = 2, nrow = 2, align = "hv")
Using a percentile based second threshold is not much different than
using a static second threshold. Rather than using
exceedance()
to get our second threshold we can use
ts2clm
nested within detect_event()
. It must
also be pointed out that in addition to using multiple thresholds, we
can adjust the minimum duration (minDuration
) and maximum
gap (maxGap
) arguments for our multiple thresholds, too.
This allows us to provide different ‘flavours’ of criteria for our
events. For example, let’s say we are interested in night-time events
(tMin
) when the temperatures remain above the 80th
percentile threshold (pctile = 80
) for 10 or more days
(minDuration = 10
) without dipping below that threshold for
more than 2 consecutive days (maxGap = 2
). But on top of
that, we are also only interested in those parts of the event when the
daytime temperatures exceed the 90th percentile threshold
(pctile = 90
) for 3 or more days
(minDuration = 3
) non-stop (maxGap = 0
).
Below we will look at how to detect/calculate events that meet these
rather specific criteria. We will also calculate events with just the
first threshold and compare the results visually. It must be noted here
that whichever criteria is the most strict, in this case
minDuration = 3
and maxGap = 0
, will be the
predominant filter through which the event metrics are quantified.
# Note that because we are not using the standard column name 'temp' we must
# specify the chosen column name twice, once for ts2clm() and again for detect_event()
# First threshold based on tMin
thresh_tMin <- ts2clm(data = Algiers, y = tMin, pctile = 80,
climatologyPeriod = c("1961-01-01", "1990-12-31"))
# Second threshold based on tMax
# Be careful here that you put the arguments within the correct brackets
thresh_tMax <- detect_event(ts2clm(data = Algiers, y = tMax, pctile = 90,
climatologyPeriod = c("1961-01-01", "1990-12-31")),
# These arguments are passed to detect_event(), not ts2clm()
minDuration = 3, maxGap = 0, y = tMax, protoEvents = T)
# Detect/calculate events using the two precalculated thresholds
# Because detect_event() is not able to deduce which arguments we used above,
# we must again tell it explicitly here
events_two_thresh <- detect_event(data = thresh_tMin, y = tMin, minDuration = 10, maxGap = 2,
threshClim2 = thresh_tMax$event, minDuration2 = 3, maxGap2 = 0)
# Or to simply use one threshold
events_one_thresh <- detect_event(data = thresh_tMin, y = tMin, minDuration = 10, maxGap = 2)
Here are the differences in lolliplot format:
ggarrange(lolli_plot(events_one_thresh), lolli_plot(events_two_thresh), labels = c("One threshold", "Two thresholds"))
Here is a brief display of the top few events from each method:
head(events_one_thresh$event)
## event_no index_start index_peak index_end duration date_start date_peak
## 1 1 6135 6137 6144 10 1977-10-18 1977-10-20
## 2 2 10844 10845 10856 13 1990-09-09 1990-09-10
## 3 3 11191 11200 11201 11 1991-08-22 1991-08-31
## 4 4 13292 13300 13301 10 1997-05-23 1997-05-31
## 5 5 15534 15542 15546 13 2003-07-13 2003-07-21
## date_end intensity_mean intensity_max intensity_var intensity_cumulative
## 1 1977-10-27 6.3138 9.4382 2.2112 63.1381
## 2 1990-09-21 4.8424 7.1201 1.1790 62.9507
## 3 1991-09-01 4.2121 6.9957 1.3819 46.3328
## 4 1997-06-01 5.1003 6.9670 1.4467 51.0026
## 5 2003-07-25 4.9539 7.8255 1.5317 64.4012
## intensity_mean_relThresh intensity_max_relThresh intensity_var_relThresh
## 1 3.7265 6.8697 2.2268
## 2 2.1077 4.3639 1.1767
## 3 1.5352 4.2877 1.3602
## 4 2.3915 4.3123 1.4514
## 5 2.4188 5.3032 1.5337
## intensity_cumulative_relThresh intensity_mean_abs intensity_max_abs
## 1 37.2652 19.1700 22.6
## 2 27.4000 21.9538 24.6
## 3 16.8871 22.6091 25.1
## 4 23.9148 18.4400 20.7
## 5 31.4441 23.6154 26.6
## intensity_var_abs intensity_cumulative_abs rate_onset rate_decline
## 1 2.4454 191.7 2.7282 0.8901
## 2 1.2474 285.4 2.9576 0.3342
## 3 1.2169 248.7 0.5665 2.5287
## 4 1.5284 184.4 0.6922 3.4156
## 5 1.5737 307.0 0.6559 1.2658
head(events_two_thresh$event)
## event_no index_start index_peak index_end duration date_start date_peak
## 1 1 6135 6137 6137 3 1977-10-18 1977-10-20
## 2 2 10851 10851 10856 6 1990-09-16 1990-09-16
## 3 3 11191 11200 11201 11 1991-08-22 1991-08-31
## 4 4 13292 13294 13294 3 1997-05-23 1997-05-25
## 5 5 15540 15542 15545 6 2003-07-19 2003-07-21
## date_end intensity_mean intensity_max intensity_var intensity_cumulative
## 1 1977-10-20 7.8121 9.4382 1.6787 23.4362
## 2 1990-09-21 4.6254 6.2445 1.1706 27.7521
## 3 1991-09-01 4.2121 6.9957 1.3819 46.3328
## 4 1997-05-25 4.5271 5.5434 1.0897 13.5814
## 5 2003-07-24 5.5217 7.8255 1.6801 33.1301
## intensity_mean_relThresh intensity_max_relThresh intensity_var_relThresh
## 1 5.2521 6.8697 1.6710
## 2 1.9070 3.5148 1.1701
## 3 1.5352 4.2877 1.3602
## 4 1.7688 2.7948 1.0998
## 5 3.0012 5.3032 1.6827
## intensity_cumulative_relThresh intensity_mean_abs intensity_max_abs
## 1 15.7562 21.1000 22.6
## 2 11.4419 21.4667 23.3
## 3 16.8871 22.6091 25.1
## 4 5.3064 17.4667 18.6
## 5 18.0071 24.3167 26.6
## intensity_var_abs intensity_cumulative_abs rate_onset rate_decline
## 1 1.5524 63.3 2.7282 1.9769
## 2 1.1776 128.8 0.9760 0.5396
## 3 1.2169 248.7 0.5665 2.5287
## 4 1.2055 52.4 1.7839 0.1172
## 5 1.7034 145.9 0.7293 1.0585
If we look at these results we see that the use of two thresholds did not detected fewer events than the use of one threshold. This is because even though the second threshold was much more ‘difficult’ for the time series to surpass than the first, the heatwaves in the time series are so pronounced that they emerge regardless. This method allows for a lot of flexibility, but users should also be cautious that they understand what exactly they are asking their machines to do. In the case above, it may be that we would actually prefer to calculate our event metrics based entirely on the first threshold, but filter out the events that didn’t meet our second threshold criteria. We will see how to do this in the following section.
The methodology outlined below for the detection and filtering of
events with two thresholds is somewhat cumbersome. A potential issue
with this technique is that the multiple filters do not affect the
calculation of the event metrics
(e.g. intensity_cumulative
), as only the primary threshold
given to detect_event()
is used when calculating event
metrics. This may however be the desired case if one is still interested
in knowing the cumulative intensity above the given percentile
threshold, but only wants to filter the full event based on some other
threshold criteria. I can imagine real-world use cases for both
scenarios, which is why this seemingly less sophisticated approach is
detailed below.
Because we have already calculated our single threshold events
(events_one_thresh
) and our second threshold
(thresh_tMax
) we may directly begin filtering the results.
Before we do so, let’s pull out the list components of our results into
dataframes for easier use down the line.
# Pull out each data.frame as their own object for easier use
events_one_event <- events_one_thresh$event
events_one_climatology <- events_one_thresh$climatology
This is where things may get tricky for some users, and where the
default use of the functions in the
heatwaveR
package ends. We are now going
‘off-road’ so to speak. But do not despair! The
tidyverse
suite of packages makes data
wrangling like this much more user friendly than it was in the dark days
of Base R coding.
In order to make the filtering of events easier, we will combine the two different dataframes that we are using as threshold/filtering guides to chose the events that meet all of our selection criteria.
# Join the two threshold dataframes
two_thresh <- left_join(events_one_climatology, thresh_tMax, by = c("t"))
# Remove all days that did not qualify as events in both thresholds
two_thresh_filtered <- two_thresh %>%
filter(event.x == TRUE,
event.y == TRUE)
With our filtering guide created, we may now apply it to
events_one_thresh
to get our filtered results.
# Copy data with a new name
events_one_thresh_filtered <- events_one_thresh
# Then filter
events_one_thresh_filtered$event <- events_one_thresh_filtered$event %>%
filter(event_no %in% two_thresh_filtered$event_no.x)
# Compare results
head(events_one_thresh_filtered$event)
## event_no index_start index_peak index_end duration date_start date_peak
## 1 1 6135 6137 6144 10 1977-10-18 1977-10-20
## 2 2 10844 10845 10856 13 1990-09-09 1990-09-10
## 3 3 11191 11200 11201 11 1991-08-22 1991-08-31
## 4 4 13292 13300 13301 10 1997-05-23 1997-05-31
## 5 5 15534 15542 15546 13 2003-07-13 2003-07-21
## date_end intensity_mean intensity_max intensity_var intensity_cumulative
## 1 1977-10-27 6.3138 9.4382 2.2112 63.1381
## 2 1990-09-21 4.8424 7.1201 1.1790 62.9507
## 3 1991-09-01 4.2121 6.9957 1.3819 46.3328
## 4 1997-06-01 5.1003 6.9670 1.4467 51.0026
## 5 2003-07-25 4.9539 7.8255 1.5317 64.4012
## intensity_mean_relThresh intensity_max_relThresh intensity_var_relThresh
## 1 3.7265 6.8697 2.2268
## 2 2.1077 4.3639 1.1767
## 3 1.5352 4.2877 1.3602
## 4 2.3915 4.3123 1.4514
## 5 2.4188 5.3032 1.5337
## intensity_cumulative_relThresh intensity_mean_abs intensity_max_abs
## 1 37.2652 19.1700 22.6
## 2 27.4000 21.9538 24.6
## 3 16.8871 22.6091 25.1
## 4 23.9148 18.4400 20.7
## 5 31.4441 23.6154 26.6
## intensity_var_abs intensity_cumulative_abs rate_onset rate_decline
## 1 2.4454 191.7 2.7282 0.8901
## 2 1.2474 285.4 2.9576 0.3342
## 3 1.2169 248.7 0.5665 2.5287
## 4 1.5284 184.4 0.6922 3.4156
## 5 1.5737 307.0 0.6559 1.2658
head(events_two_thresh$event)
## event_no index_start index_peak index_end duration date_start date_peak
## 1 1 6135 6137 6137 3 1977-10-18 1977-10-20
## 2 2 10851 10851 10856 6 1990-09-16 1990-09-16
## 3 3 11191 11200 11201 11 1991-08-22 1991-08-31
## 4 4 13292 13294 13294 3 1997-05-23 1997-05-25
## 5 5 15540 15542 15545 6 2003-07-19 2003-07-21
## date_end intensity_mean intensity_max intensity_var intensity_cumulative
## 1 1977-10-20 7.8121 9.4382 1.6787 23.4362
## 2 1990-09-21 4.6254 6.2445 1.1706 27.7521
## 3 1991-09-01 4.2121 6.9957 1.3819 46.3328
## 4 1997-05-25 4.5271 5.5434 1.0897 13.5814
## 5 2003-07-24 5.5217 7.8255 1.6801 33.1301
## intensity_mean_relThresh intensity_max_relThresh intensity_var_relThresh
## 1 5.2521 6.8697 1.6710
## 2 1.9070 3.5148 1.1701
## 3 1.5352 4.2877 1.3602
## 4 1.7688 2.7948 1.0998
## 5 3.0012 5.3032 1.6827
## intensity_cumulative_relThresh intensity_mean_abs intensity_max_abs
## 1 15.7562 21.1000 22.6
## 2 11.4419 21.4667 23.3
## 3 16.8871 22.6091 25.1
## 4 5.3064 17.4667 18.6
## 5 18.0071 24.3167 26.6
## intensity_var_abs intensity_cumulative_abs rate_onset rate_decline
## 1 1.5524 63.3 2.7282 1.9769
## 2 1.1776 128.8 0.9760 0.5396
## 3 1.2169 248.7 0.5665 2.5287
## 4 1.2055 52.4 1.7839 0.1172
## 5 1.7034 145.9 0.7293 1.0585
The event numbers found in events_one_thresh_filtered
are the same as the event numbers found in
events_two_thresh
with the important difference that the
event metrics in events_two_thresh
were calculated only on
the days that exceeded both thresholds, while the events in
events_one_thresh_filtered
have had their metrics
calculated from all of the days that exceeded only the first
threshold.
To better understand how different the results from these two different techniques may be we will use lolliplots to visualise them.
ggarrange(lolli_plot(events_two_thresh, metric = duration),
lolli_plot(events_one_thresh_filtered, metric = duration),
labels = c("Double threshold", "Filter threshold"))
ggarrange(lolli_plot(events_two_thresh, metric = intensity_cumulative),
lolli_plot(events_one_thresh_filtered, metric = intensity_cumulative),
labels = c("Double threshold", "Filter threshold"))
One may of course visualise the outputs from the events calculated
here with geom_flame()
and geom_lolli()
as
well, but this will not differ from the default method of using these
functions as outlined in their help files so we will not go into that
here.
This vignette serves as a guideline for how to implement multiple
methodologies for using two thresholds (tMin
and
tMax
) with atmospheric data. We also showed in this
vignette a more straight forward approach to using a second threshold
through the built-in arguments in detect_event()
. The use
of a second threshold in this way, whether it be based on a static
threshold or one derived from a percentile, is useful for the
consideration of events that may be more specifically relevant to a
given season or organism.
I hope the techniques shown in this vignette will be useful both
technically and theoretically. The authors of
heatwaveR
are very happy to receive any
further input on the development of the package as well as other
potential methods for calculating heatwaves and cold-spells in air or
sea.


|
| subroutine | identity (this, nElems, type) |
| |
| subroutine | random (this, nElems, type) |
| |
| subroutine | copynvector (this, other) |
| | Copy constructor. More...
|
| |
| subroutine | destroynvector (this) |
| | Destructor. More...
|
| |
| character(:) function, allocatable | str (this, formatted, prefix) |
| | Convert to string. More...
|
| |
| subroutine | show (this, unit, formatted) |
| | Show. More...
|
| |
| subroutine | set (this, i, value) |
| |
| real(8) function | get (this, i) |
| |
| type(rvector) function | addition (this, other) |
| |
| type(rvector) function | additionmc (this, constant) |
| |
| type(rvector) function | subtraction (this, other) |
| |
| type(rvector) function | subtractionmc (this, constant) |
| |
| type(rvector) function | multiplication (this, other) |
| |
| type(rvector) function | multiplicationmc (this, constant) |
| |
| type(rvector) function | divisionmc (this, constant) |
| |
| type(rvector) function | exponentiation (this, other) |
| |
| type(rvector) function | exponentiationmc (this, constant) |
| |
| real(8) function | norm (this) |
| |
Definition at line 31 of file RVector.f90.
| type(rvector) function rvector::addition |
( |
class(rvector), intent(in) |
this, |
|
|
class(rvector), intent(in) |
other |
|
) |
| |
|
private |
| type(rvector) function rvector::additionmc |
( |
class(rvector), intent(in) |
this, |
|
|
real(8), intent(in) |
constant |
|
) |
| |
|
private |
| subroutine rvector::copynvector |
( |
class(rvector), intent(out) |
this, |
|
|
class(rvector), intent(in) |
other |
|
) |
| |
|
private |
| subroutine rvector::destroynvector |
( |
type(rvector) |
this | ) |
|
|
private |
| type(rvector) function rvector::divisionmc |
( |
class(rvector), intent(in) |
this, |
|
|
real(8), intent(in) |
constant |
|
) |
| |
|
private |
| type(rvector) function rvector::exponentiation |
( |
class(rvector), intent(in) |
this, |
|
|
class(rvector), intent(in) |
other |
|
) |
| |
|
private |
| type(rvector) function rvector::exponentiationmc |
( |
class(rvector), intent(in) |
this, |
|
|
real(8), intent(in) |
constant |
|
) |
| |
|
private |
| real(8) function rvector::get |
( |
class(rvector) |
this, |
|
|
integer, intent(in) |
i |
|
) |
| |
|
private |
| subroutine rvector::identity |
( |
class(rvector) |
this, |
|
|
integer, intent(in) |
nElems, |
|
|
integer, intent(in), optional |
type |
|
) |
| |
|
private |
| subroutine rvector::initdefault |
( |
class(rvector) |
this, |
|
|
integer, intent(in) |
nElems, |
|
|
real(8), intent(in), optional |
val, |
|
|
integer, intent(in), optional |
type |
|
) |
| |
| type(rvector) function rvector::multiplication |
( |
class(rvector), intent(in) |
this, |
|
|
class(rvector), intent(in) |
other |
|
) |
| |
|
private |
| type(rvector) function rvector::multiplicationmc |
( |
class(rvector), intent(in) |
this, |
|
|
real(8), intent(in) |
constant |
|
) |
| |
|
private |
| real(8) function rvector::norm |
( |
class(rvector), intent(in) |
this | ) |
|
|
private |
| subroutine rvector::random |
( |
class(rvector) |
this, |
|
|
integer, intent(in) |
nElems, |
|
|
integer, intent(in), optional |
type |
|
) |
| |
|
private |
| subroutine, public rvector::rvector_test |
( |
| ) |
|
| subroutine rvector::set |
( |
class(rvector) |
this, |
|
|
integer, intent(in) |
i, |
|
|
real(8), intent(in) |
value |
|
) |
| |
|
private |
| subroutine rvector::show |
( |
class(rvector) |
this, |
|
|
integer, intent(in), optional |
unit, |
|
|
logical, optional |
formatted |
|
) |
| |
|
private |
| character(:) function, allocatable rvector::str |
( |
class(rvector) |
this, |
|
|
logical, optional |
formatted, |
|
|
character(*), optional |
prefix |
|
) |
| |
|
private |
| type(rvector) function rvector::subtraction |
( |
class(rvector), intent(in) |
this, |
|
|
class(rvector), intent(in) |
other |
|
) |
| |
|
private |
| type(rvector) function rvector::subtractionmc |
( |
class(rvector), intent(in) |
this, |
|
|
real(8), intent(in) |
constant |
|
) |
| |
|
private |
The documentation for this module was generated from the following file:


All you have to do is drop Responsivr into your project, and everything will be styled automatically. There is a minimal amount of classes to learn.
Responsivr comes packed with features, including styling for most elements, a grid, and some components, all in just 5kb.
The styles that come with Responsivr are clean and modern, dropping it into your project will give you a headstart in design.
You can install Responsivr in multiple ways, but it's as simple as installing to your project using
npm
.
$ npm install responsivr
Here is a guide of all the things styled by Responsivr, how to use the grid, and how to use some components.
Responsivr styles based on
rem
units. All
rem
units are converted to base 10, so
1rem
is equal to
10px
. By default, all headings, paragraphs, and code use system fonts, using the most modern one available on a user's
operating system.
Responsivr comes with a minimal, 960px, 12 column grid, with intuitive class names.
Responsivr styles buttons with two main styles, filled and outlined. These styles can easily be overwritten, and are there to provide a base for buttons.
Responsivr styles all common form elements with basic, clean styles.
Responsivr comes with a simple, customizable navigation component.
All items have a class of
nav-item
, and an optional logo with the class of
nav-logo
can be added. Combined with utilities (below) such as
fixed
,
left
,
right
, or
center
, a navigation can be customized to your needs.
Responsivr comes with a minimal, 960px, 12 column grid, with intuitive class names.
Responsivr provides some basic utility classes to speed up development.
text-center
- center align textcenter
- align items within element in the centerhorizontal-align
- horizontally align an elementvertical-align
- vertical align an elementleft
- align children to the leftright
- align children to the rightfull-screen
- make element full screenfixed
- make element full width and fixedhide-phone
- hide elements on a phonehide-tablet
- hide elements on a tablet


Back
VR Haptic Wearable System
Innovation and Entrepreneurship Training Program 2018 - 2019
By judging the collision conditions between objects and human body in the virtual space, we use linear motor vibration to inform users that the corresponding part of the collision occurs, which enables a quick reaction and a more real simulation of virtual events. Our design includes a low-cost Raspberry Pi ZERO and linear motors. Multiple linear motors are embedded in different parts of the cloth coresponding to different part of the body. We calculate the intensity of vibration according to the strength of the collision, sending commands with the vibration frequency and amplitude data to the device. Then the user can have a more realistic perceptual experience. The product provide a better VR experience with relatively lower cost compared to the ones in the market.
We use Unity3D to make VR mini-games such as an FPS game to demostrate our hardware. The interface we design is simple and almost any games built with Unity3D could apply it with very few codes.
We also design a mobile platform to enable developers to put their VR games and videos on the APP. Using a VR glasses with a smartphone as the monitor helps the users save the budget.


Select a customer:
Bruce Wayne
Kuat of Kuat
Lando Calrissian
Wayne Enterprises
Wayne Tower
Gotham City
United States