The class that implements the "Decorator" parser. Sortings are complemented by the time of their work and also the theoretical complexity.
More...
#include <Decorator.h>
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| | SortingAndTiming (SortingProxy< std::vector< uint32_t >> *sorting) |
| | The constructor does only one thing: sets the SortingProxy pointer. More...
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| float | Sort (SortingName name, typename Container::iterator begin, typename Container::iterator end, std::function< bool(typename std::iterator_traits< typename Container::iterator >::value_type, typename std::iterator_traits< typename Container::iterator >::value_type)> cmp=[](typename std::iterator_traits< typename Container::iterator >::value_type x, typename std::iterator_traits< typename Container::iterator >::value_type y) -> bool { return x< y;}) |
| | The method starts sorting and measures the running time. More...
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| std::vector< std::string > | ComplexityCheck (Sortings::SortingName name) |
| | The method is used to find out the theoretical complexity of a given sort. More...
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template<typename Container, typename std::enable_if< HaveRandomAccessIterator< Container >::value >::type * = nullptr>
class Sortings::SortingAndTiming< Container, >
The class that implements the "Decorator" parser. Sortings are complemented by the time of their work and also the theoretical complexity.
◆ SortingAndTiming()
template<typename Container , typename std::enable_if< HaveRandomAccessIterator< Container >::value >::type * = nullptr>
The constructor does only one thing: sets the SortingProxy pointer.
◆ ComplexityCheck()
template<typename Container , typename std::enable_if< HaveRandomAccessIterator< Container >::value >::type * = nullptr>
The method is used to find out the theoretical complexity of a given sort.
- Returns
- Returns a vector of 3 elements: the complexity of the best sort, average, and worst.
◆ Sort()
template<typename Container , typename std::enable_if< HaveRandomAccessIterator< Container >::value >::type * = nullptr>
| float Sortings::SortingAndTiming< Container, >::Sort |
( |
SortingName |
name, |
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typename Container::iterator |
begin, |
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typename Container::iterator |
end, |
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std::function< bool(typename std::iterator_traits< typename Container::iterator >::value_type, typename std::iterator_traits< typename Container::iterator >::value_type)> |
cmp = [](typename std::iterator_traits<typename Container::iterator>::value_type x, typename std::iterator_traits<typename Container::iterator>::value_type y) -> bool { return x < y; } |
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) |
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inline |
The method starts sorting and measures the running time.
- Returns
- Returns the running time of sorting
The documentation for this class was generated from the following file:
- C:/Users/yegor/Documents/GitHub/OOP_Lab2_4_Semester/Sortings_Visualization/Decorator.h


For the implementation of the step-down or step-up Dunnett testing procedures, the package includes R functions to calculate critical constants and R functions to calculate adjusted P-values of the test statistics. In addition, the package also contains functions to evaluate testing powers and hence the necessary sample sizes specially for the classical problem of comparisons of several treatments with a control.
| Version: | 2.0 |
| Depends: | mvtnorm |
| Published: | 2013-12-14 |
| Author: | FAN XIA |
| Maintainer: | FAN XIA <phoebexia at yahoo.com> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | DunnettTests results |
| Reference manual: | DunnettTests.pdf |
| Package source: | DunnettTests_2.0.tar.gz |
| Windows binaries: | r-devel: DunnettTests_2.0.zip, r-release: DunnettTests_2.0.zip, r-oldrel: DunnettTests_2.0.zip |
| OS X binaries: | r-release: DunnettTests_2.0.tgz, r-oldrel: DunnettTests_2.0.tgz |
| Old sources: | DunnettTests archive |
Please use the canonical form https://CRAN.R-project.org/package=DunnettTests to link to this page.


[1]
The voice directions are good, it sometime wrongly pronounce them but its understandable.
[2]
[3]
If you are in a lot of traffic you can ask it to redirect you which works fine.


Remixer
Make your own song! Hit record to start a track.
Add your instruments and play your song back!
Coin (1)
Horn (2)
Beep (3)
Boop (4)
Ping (5)
Play (spacebar)
Track One
Record
Play
Delete
Track Two
Record
Play
Delete
Track Three
Record
Play
Delete


Module dist.dep
Dependency handling functions. Dependencies are represented in LuaDist through strings with a dist name followed by a comma-separated list of constraints. Each constraint consists of an operator and a version number. In this string format, version numbers are represented as naturally as possible, like they are used by upstream projects (e.g. "2.0beta3"). Internally, LuaDist converts them to a purely numeric representation, allowing comparison following some "common sense" heuristics. The precise specification of the comparison criteria is the source code of this module, but the test/test_deps.lua file included with LuaDist provides some insights on what these criteria are.
Functions
| __eq (v1, v2) | Equality comparison for versions. |
| __lt (v1, v2) | Size comparison for versions. |
| compareVersions (a, b) | Utility function to compare version numbers given as strings. |
| constrain (version, constraints) | Check if a version string is satisfied by a constraint string. |
| matchConstraints (version, constraints) | Check if a version satisfies a set of constraints. |
| parseConstraint (input) | Consumes a constraint from a string, converting it to table format. |
| parseConstraints (input) | Convert a list of constraints from string to table format. |
| parseVersion (vstring) | Parse a version string, converting to table format. |
| partialMatch (version, requested) | A more lenient check for equivalence between versions. |
| split (name) | Split dist name into name and constraints. |
Functions
- __eq (v1, v2)
-
Equality comparison for versions. All version numbers must be equal. If both versions have revision numbers, they must be equal; otherwise the revision number is ignored.
Parameters
- v1: table: version table to compare.
- v2: table: version table to compare.
Return value:
boolean: true if they are considered equivalent. - __lt (v1, v2)
-
Size comparison for versions. All version numbers are compared. If both versions have revision numbers, they are compared; otherwise the revision number is ignored.
Parameters
- v1: table: version table to compare.
- v2: table: version table to compare.
Return value:
boolean: true if v1 is considered lower than v2. - compareVersions (a, b)
-
Utility function to compare version numbers given as strings.
Parameters
- a: string: one version.
- b: string: another version.
Return value:
boolean: True if a > b. - constrain (version, constraints)
-
Check if a version string is satisfied by a constraint string.
Parameters
- version: string: A version in string format
- constraints: string: Constraints in string format.
Return value:
boolean: True if version satisfies all constraints, false otherwise. - matchConstraints (version, constraints)
-
Check if a version satisfies a set of constraints.
Parameters
- version: table: A version in table format
- constraints: table: An array of constraints in table format.
Return value:
boolean: True if version satisfies all constraints, false otherwise. - parseConstraint (input)
-
Consumes a constraint from a string, converting it to table format. For example, a string ">= 1.0, > 2.0" is converted to a table in the format {op = ">=", version={1,0}} and the rest, "> 2.0", is returned back to the caller.
Parameters
- input: string: A list of constraints in string format.
Return value:
(table, string) or nil: A table representing the same constraints and the string with the unused input, or nil if the input string is invalid. - parseConstraints (input)
-
Convert a list of constraints from string to table format. For example, a string ">= 1.0, < 2.0" is converted to a table in the format {{op = ">=", version={1,0}}, {op = "<", version={2,0}}}. Version tables use a metatable allowing later comparison through relational operators.
Parameters
- input: string: A list of constraints in string format.
Return value:
table or nil: A table representing the same constraints, or nil if the input string is invalid. - parseVersion (vstring)
-
Parse a version string, converting to table format. A version table contains all components of the version string converted to numeric format, stored in the array part of the table. If the version contains a revision, it is stored numerically in the 'revision' field. The original string representation of the string is preserved in the 'string' field. Returned version tables use a metatable allowing later comparison through relational operators.
Parameters
- vstring: string: A version number in string format.
Return value:
table or nil: A version table or nil if the input string contains invalid characters. - partialMatch (version, requested)
-
A more lenient check for equivalence between versions. This returns true if the requested components of a version match and ignore the ones that were not given. For example, when requesting "2", then "2", "2.1", "2.3.5-9"... all match. When requesting "2.1", then "2.1", "2.1.3" match, but "2.2" doesn't.
Parameters
- version: string or table: Version to be tested; may be in string format or already parsed into a table.
- requested: string or table: Version requested; may be in string format or already parsed into a table.
Return value:
boolean: True if the tested version matches the requested version, false otherwise. - split (name)
-
Split dist name into name and constraints.
Parameters
- name: string: A string containing name and version constraints eg. "lua-5.1.4" or "luajit >= 1.0 < 2.0"
Return value:
string, string: Returns separated name and constraints


Ballarat Cup 2019: fashion judges share their tips
by Greg GliddonA LEADING stylist and Central Square Fashions on the Field judge for Saturday's Ballarat Cup says poise, confidence and dressing for the weather are the keys to a successful day at the races.
Skipton-based stylist Ema Smith, one of four judges who will decide the four categories at the fashions on the field events, says some golden rules need to be followed.
"Confidence is key," Ms Smith said. "If the person if not confident, it shows in their outfit.
"Attention to detail is what I look for. How does the handbag match in with the shoes?"
"One of the tips I would definitely make is that I always dress for the weather. We're fortunate the weather will be nice, but always consider the wind, check your accessories, perhaps take a light jacket."
Ms Smith said she was honoured to be chosen as one of the judges for what will be her first Ballarat Cup.
"I've judged at Ararat Cup before and I'm also an adviser up at Avoca as well," she said.
Ms Smith said trends this year included one shouldered dresses "bold colour, very bright pops of colour, teals and greens suits".
"Also total dressing, a full all-white outfit is incredibly striking.
"For men, three-piece suits were all the rage at the Melbourne Cup carnival, but an attention to detail can really make a difference - perhaps an umbrella or a cane really adds to the whole outfit."
READ MORE: How Ballarat Cup fashion has changed in 10 years | flashback to 2009
However, there was one trend that she's going to leave up to the gents.
"The sock or no socks trend is a European trend as the Europeans tend to wear loafers more," she said.
 For me, it's a matter of what works for the outfit - if it works, it can look good."
The four categories of Central Square Ballarat Fashions on the Field are: Traditional Lady of the Day, Contemporary Lady of the Day, Most Fabulous Millinery and Gent of the Day.
Registrations from 11.30am with judging following race 1 at 12.25pm.


I enjoy listening to audiobooks and fixing things!
I've never meet a problem I wouldn't do anything in my power to solve - I don't stop until I find a solution - it's just in my nature.
I find my think outside the box approach gives me a unique perspective when it comes to developing and creative problem solving.
Contact Me
Bumble Events
Full-Stack CRUD mobile app for making new friends. Users create their own profile, post their own events, and join events posted by other users.
Made using React Native. The backend is hosted on Heroku and employees a Java API and uses ClearDB for the database.
I worked closely with a design team from our neighboring UX UI class.
They created the look and feel of 'bumble bff events' and I brought their project to life.
It's been amazing working with them. This opportunity has taught me about the amount of forethought and planning that goes into designing.
The reason I choose this project was because I wanted to get a head start on having the experience of working with a design team.
I wanted to push myself out of my comfort zone and put myself in a real world scenario where not all of the ideas and decisions are up to me.
I choose react native for my project since I wanted to make a final project that was different than my others and would involve more skill building.
Java was used for the backend because I wanted to become more knowledgeable in Object Oriented Programming.
Currently this application is a concept addition to an already existing mobile app.
However the design team and I have plans to rebrand and launch the app in the future.
Employed: Java, JS, Spring Boot, React Native, SQL, MySQLWorkbench, ClearDB
Eat-In
React & Spring Boot Web App
Full-Stack CRUD web app with mobile capability that employs a backend and 3rd party API which allows users to search for random recipes.
Employed: Java, JS, Spring Boot, React, SQL, MySQL Workbench,
The Red Carpet
Express / MongoDB Web App
Full-Stack CRUD app that allows for uploading & judging of celebrity photos. This was a collaboration. I was responsible for building the API and the users half of the Express app.


TECHNOLOGIC
Buy it
Use it
Break it
Fix it
Trash it
Change it
Mail -
Up Grade
Charge it
Point it
Zoom it
Press it
Work it


Array Methods
Problem 5. Youngest person
Write a function that finds the youngest male person in a given array of people and prints his full name
Use
only array methods
and no regular loops (for, while)
Use
Array#find
Youngest Male
Clear Console


Created on: {{pub.created | date : 'yyyy-MM-dd HH:mm'}}
by {{pub.user}}
{{pub.metadata.raw.description}}


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 6 large or 12 small
Dietary
This quick and easy recipe for chewy, sticky florentines is absolutely foolproof. Whip up a batch for a party or make as edible Christmas gifts.
Preheat the oven to 180C/350F/Gas 4.
Heat the butter, sugar and flour in a pan over a medium heat, stirring continuously, until the butter has melted and the sugar has dissolved.
Gradually add the crème fraîche, stirring continuously until well combined.
Add the almonds, candied peel, stem ginger, and sour cherries and mix well until combined.
Line a baking tray with greaseproof paper and place teaspoonfuls of the florentine mixture onto it. Space the teaspoonfuls out at 2.5cm/1in intervals so they don't merge together when heated.
Transfer the florentines to the oven and bake for 12-15 minutes, or until golden-brown. Remove from the oven and set aside to cool on the tray, then transfer the florentines to a cooling rack.
Bring a little water to a simmer in a pan. Suspend a heatproof bowl over the water (do not allow the base of the bowl to touch the water). Add the chocolate pieces and stir until smooth and melted.
Turn the florentines so that the flat base is facing upwards. Spread the melted chocolate over the florentine bases and set aside to cool and set.