upload to local storage
upload to database
upload to server
you can download uploaded files from minio server
download
or alternatively, you can download a file by inputing it's name in the url
you can download uploaded files from minio server
download
or alternatively, you can download a file by inputing it's name in the url


This bar graph shows population on the y-axis vs age on x-axis for a given country and year. For example: In Brazil in 1950 existed over 1,400,000 people of the age of 6, while only existed 200,000 people of age 60 that same year.
All data on this website comes live from the API found at population.io


As a proud affiliate of ITNAmerica, ITN{{affiliate}} provides dignified transportation for seniors, adults with disabilities, and adults with vision challenges in the Suncoast area and seniors and adults with vision challenges in Sarasota and Manatee Counties.
We help families stay connected and friendships endure. ITN{{affiliate}} helps adult children minimize absenteeism from work, businesses remain profitable, and enables seniors to begin a new chapter in their lives that replaces dependence and isolation with independence and mobility.
ITN{{affiliate}} provides over 1,500 rides per month in the Suncoast area. The average cost to ITN of providing each ride is $12 (in addition to the fee paid by the rider). Our newest fundraising campaign, Help On Wheels, aims to cover the cost of these rides, and will allow ITN to continue to grow and serve the community.
With a $12 per month recurring donation, you can support one ride per month to a Suncoast area citizen living on limited income.
Our goal is to collect 600 recurring donations of $12 per month each.
It takes only a couple of minutes to sign up, and we will send you a Help on Wheels mug in addition to a donation receipt for tax purposes.
Please consider making this small tax-free recurring donation to ITN, to keep dignified transportation available in the Suncoast area.


My home is in the Las Vegas Valley. My favorite color is blue.
Following someone else's path is okay. Making your own is better. Try it ... you'll see.
My goals are to help people, get stuff done, and learn what I can along the way.
I’m a professional cook, I love learning stuff, and I'm interested in expanding my skills so I can put them to good use.
My dream job is the one where I get to use technology to solve problems and build useful stuff. The job title doesn't matter much.
Contact information is below, use it if you wish.
Some stuff I have learned:
That's not a complete list, those are just the topics that I have had the most experience with. If you want to know more about the meetups, online classes, workshops and volunteer gigs ... buy me coffee and we can talk.
Links to some of my work:
If you're interested, there's more of my code, classes, and projects on Github.


Trip Type:
One Way
Both Way
Car Type
Taxi (max 4)
Micro (max 7)
Noah (max 7)
Haice (max 10)
Departure Date:
Return Date:
From:
To:
Estimated Cost
Request
Send Successful
×


Library
Search:
Artist |
Title |
Album |
Length |
Track # |
Genre |
Year |
Filename |
Play
Enqueue
Play All
Enqueue All
0 items: [0:00]
Artist |
Title |
Album |
Length |
Track # |
Genre |
Year |
Filename |


REVIEW: The Wedding Singer
Review by Luke Buckmaster
3 stars out of 5
Following the success of popular teen flicks Billy Maddison and Happy Gilmore, Adam Sandler now combines his singing and comical talents alongside Drew Barrymore in The Wedding Singer.
Whatever standards Sandler ever earned in the past are more than met: the loud voice that shouts nothing in particular, the face that looks like a school kid in mischief, and the overall manner that seems like a blend of Eddie Murphy and Mike Myers. But hes good very good with his new role as a hip wedding singer in the 1980s.
Sandler plays Robbie Hart, the wedding singer, who loves his job and has a natural gift for it. Also a love of his, is seeing newly wedded couples together, strengthening their relationships and celebrating in the festivities that follow. That is, until his own wedding arrives. When Robbie is standing at the altar reading to get married, he is stood up by his finance Linda (Angela Featherstone). Now disheartened and demoralized with the marriage scene, he quits his much-loved job after a rendition of Love Stinks. Meanwhile, he gets to know a new waitress named Julia (Barrymore) and begins to fall in love all over again. The only problem is, she is set to be married to a womanizing sleaze bag.
Anyone who is capable of reading this review will be able to figure out what eventually happens to these two forbidden lovers. Like most romantic comedies, the ending is cheerful and predictable but strangely satisfying.
By far the most enjoying parts of The Wedding Singer are its moments of song and comedy it is through these fabulously entertaining scenes that we truly feel like we have been taken back a decade. What fills the gaps in between these moments, however, fail to give any creativity to a film that at first seemed to be incredibly original. Luckily, watching Adam Sandler and Drew Barrymore on the screen together is just enough to keep the film attractive and easygoing. But, surprisingly, most of the films laughs come from its supporting cast namely Steve Buscemi as an idiotic best man and an old alcoholic played by Carmen Filpi.
Mona Mays (Clueless, Romy and Micheles High School Reunion) costume design is eerily eighties, and brings back awkward feelings of fashions we thought wed seen the last of. And not only that, but the movie has also brought back an assortment of so-so 80s music in an attempt to make the mood feel ever more out dated. Its a pity that they had a whole decade to select music from but somehow managed to stuff it upthe recent Jackie Brown proved to have much greater taste not only in the choice of music but also the influence it had on the film.
OK, the films sets and costumes do look superb but if my mother taught be correctly its whats inside that counts. In the case if The Wedding Singer, listening to Adam Sandler raise his voice whenever he desperately wants us to laugh can only be funny for the first few hundred times. You get the feeling that Sandlers humor has been somewhat refined than what we have been exposed to in some of his previous films; and although the comedy occasionally comes off as a trifle lame, its generally clean cut and well executed.
The Wedding Singer is no Jerry Maguire or My Best Friends Wedding but could you imagine Tom Cruise in a bright blue suit, singing and entertaining in Hebrew at a Bar Mitzvah? I think not.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


The Line object represents..
Creates a Line object.
The starting point of the line.
Read only.
The direction of the line as a vector.
The length of the line.
Copyright © 2011 Jürg Lehni & Jonathan Puckey. All Rights Reserved.


| simulate_cvd {colorspace} | R Documentation |
Transformation of R colors by simulating color vision deficiencies, based on a CVD transform matrix.
simulate_cvd(col, cvd_transform) deutan(col, severity = 1) protan(col, severity = 1) tritan(col, severity = 1) interpolate_cvd_transform(cvd, severity = 1)
col |
character. A color or vector of colors, e.g., |
cvd_transform |
numeric 3x3 matrix, specifying the color vision deficiency transform matrix. |
severity |
numeric. Severity of the color vision defect, a number between 0 and 1. |
cvd |
list of cvd transformation matrices. See |
Using the physiologically-based model for simulating color vision deficiency (CVD)
of Machado et al. (2009), different kinds of limitations can be
emulated: deuteranope (green cone cells defective), protanope (red cone cells defective),
and tritanope (blue cone cells defective).
The workhorse function to do so is simulate_cvd
which can take any vector
of valid R colors and transform them according to a certain CVD transformation
matrix (see cvd
) and transformation equation.
The functions deutan
, protan
, and tritan
are the high-level functions for
simulating the corresponding kind of colorblindness with a given severity.
Internally, they all call simulate_cvd
along with a (possibly interpolated)
version of the matrices from cvd
. Matrix interpolation can be carried out with
the function interpolate_cvd_transform
(see Examples).
If input col
is a matrix with three rows named R
, G
, and
B
(top down) they are interpreted as Red-Green-Blue values within the
range [0-255]
. Instead of an (s)RGB color vector a matrix of the same size as the
input col
with the corresponding simulated Red-Green-Blue values will be returned.
This can be handy to avoid too many conversions.
Machado GM, Oliveira MM, Fernandes LAF (2009). A Physiologically-Based Model for Simulation of Color Vision Deficiency. IEEE Transactions on Visualization and Computer Graphics. 15(6), 1291–1298. doi: 10.1109/TVCG.2009.113 Online version with supplements at http://www.inf.ufrgs.br/~oliveira/pubs_files/CVD_Simulation/CVD_Simulation.html.
Zeileis A, Fisher JC, Hornik K, Ihaka R, McWhite CD, Murrell P, Stauffer R, Wilke CO (2020). “ccolorspace: A Toolbox for Manipulating and Assessing Colors and Palettes.” Journal of Statistical Software, 96(1), 1–49. doi: 10.18637/jss.v096.i01
# simulate color-vision deficiency by calling `simulate_cvd` with specified matrix simulate_cvd(c("#005000", "blue", "#00BB00"), tritanomaly_cvd["6"][[1]]) # simulate color-vision deficiency by calling the shortcut high-level function tritan(c("#005000", "blue", "#00BB00"), severity = 0.6) # simulate color-vision deficiency by calling `simulate_cvd` with interpolated cvd matrix simulate_cvd(c("#005000", "blue", "#00BB00"), interpolate_cvd_transform(tritanomaly_cvd, severity = 0.6)) # apply CVD directly on RGB matrix RGB <- t(hex2RGB(rainbow(3))@coords*255) deutan(RGB)


Hot Restaurant
Book your seat before they're all gone!
View Tables
Home
Name
Phone Number
Email
Unique ID
Submit
API Table link
|
API Wait List


File generated from /Users/xenykr/Documents/project/Tellet/ssam/apps/ssam_telephony/.eunit/ssam_telephony_domain_handler.erl by COVER 2014-10-07 at 16:20:12 **************************************************************************** | %% ------------------------------------------------------------------------ | %% Copyright (c) 2014, Kook Maeng<EMAIL_ADDRESS>| %% | %% Permission to use, copy, modify, and/or distribute this software for any | %% purpose with or without fee is hereby granted, provided that the above | %% copyright notice and this permission notice appear in all copies. | %% | %% THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES | %% WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF | %% MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR | %% ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES | %% WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN | %% ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF | %% OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. | %% ------------------------------------------------------------------------ | | -module(ssam_telephony_domain_handler). | | -export([ | init/3, | rest_init/2, | is_authorized/2, | content_types_provided/2, | content_types_accepted/2, | allowed_methods/2, | malformed_request/2, | get_resource/2, | put_resource/2, | post_resource/2, | delete_resource/2 | ]). | | -include_lib("ssam/include/ssam.hrl"). | -include("ssam_telephony.hrl"). | | | %{[ | %{id, <<"ssam.io">>}, | %{users, [{[{id, 1001}, {name, phone1001}]}, {[{id, 1002}, {name, phone1002}, ..]}, {[]}]}, | %{groups, []}, | %{params, ..} | %{variables, ..} | %]} | | | init(_Transport, _Req, []) -> 0..| {upgrade, protocol, cowboy_rest}. | | rest_init(Req, _Options) -> 0..| {ok, _Req, _State} = ssam_rest:parse_request(Req). | | is_authorized(Req, State) -> 0..| ssam_auth:is_authorized(Req, State). | | allowed_methods(Req, State) -> 0..| {[<<"GET">>, <<"POST">>, <<"PUT">>, <<"DELETE">>], Req, State}. | | content_types_provided(Req, State) -> 0..| {[ | {{<<"application">>, <<"json">>, []}, get_resource} | ], Req, State}. | | content_types_accepted(Req, #request{method = Method} = State) -> 0..| Handler = case Method of 0..| <<"PUT">> -> put_resource; 0..| <<"POST">> -> post_resource; 0..| Else -> throw({error, {unkown_method, Else}}) | end, 0..| {[ | {{<<"application">>, <<"x-www-form-urlencoded">>, []}, Handler} | ], Req, State}. | | malformed_request(Req, State) -> 0..| {malformed_request(State), Req, State}. | | malformed_request(#request{method = <<"POST">>, uri = Uri, body = Params}) -> 0..| case Uri of | [<<"domains">>] -> 0..| not ssam_objects:is_all_defined([<<"id">>], Params); | [<<"domains">>, _, <<"users">>] -> 0..| not ( | ssam_objects:is_all_defined([<<"id">>], Params) and | ssam_objects:is_any_defined([<<"password">>, <<"a1-hash">>], Params) | ); | [<<"domains">>, _, <<"gateways">>] -> 0..| not ( | ssam_objects:is_all_defined([<<"id">>, <<"username">>, <<"password">>], Params) | ); 0..| _ -> true | end; | malformed_request(#request{method = <<"PUT">>, uri = Uri}) -> 0..| case Uri of 0..| [<<"domains">>, _] -> false; 0..| [<<"domains">>, _, <<"users">>, _] -> false; 0..| [<<"domains">>, _, <<"gateways">>, _] -> false; 0..| _ -> true | end; | malformed_request(_) -> 0..| false. | | get_resource(Req, State) -> 0..| {_, Response} = ssam_vnode:route(ssam_telephony_domain_resource, | get, State#request{}), 0..| lager:debug("~p:get_resource ~p Response: ~p", [?MODULE, self(), Response]), 0..| {ok, Req1, State1} = ssam_rest:reply(Response, Req, State), 0..| {halt, Req1, State1}. | | put_resource(Req, State) -> 0..| {_, Response} = ssam_vnode:route(ssam_telephony_domain_resource, | put, State#request{}), 0..| lager:debug("~p:put_resource ~p Response: ~p", [?MODULE, self(), Response]), 0..| {ok, Req1, State1} = ssam_rest:reply(Response, Req, State), 0..| {halt, Req1, State1}. | | post_resource(Req, State) -> 0..| {_, Response} = ssam_vnode:route(ssam_telephony_domain_resource, | post, State#request{}), 0..| lager:debug("~p:post_resource ~p Response: ~p", [?MODULE, self(), Response]), 0..| {ok, Req1, State1} = ssam_rest:reply(Response, Req, State), 0..| {halt, Req1, State1}. | | delete_resource(Req, State) -> 0..| {_, Response} = ssam_vnode:route(ssam_telephony_domain_resource, | delete, State#request{}), 0..| lager:debug("~p:post_resource ~p Response: ~p", [?MODULE, self(), Response]), 0..| {ok, Req1, State1} = ssam_rest:reply(Response, Req, State), 0..| {halt, Req1, State1}. |


Classes
The classes for applications are worth 9 points.
The classes for design are worth 6 points.
Applications
We will solve 3 problems, each in several languages:
The problems are:
- multiply two numbers
- convert an expression from infix notation to postfix notation
- lexicographical-minimum topological-sort
The marking is done on SPOJ.
You will need an account.
Please use your Kent email address.
(3 problems x 3 sets = 9 points)
In class, you can work in your favorite development environment, if it is available on the university's computers.
Alternatively, you can write your code on ideone.
Hints:
-
For multiplication, many languages know how to do it.
For those that don't, see Multiplication Algorithm in Wikipedia; it's the same as what you do on paper.
-
For converting infix to postfix, see Recursive Descent Parser in Wikipedia.
-
For topological-sort, follow the links in the problem itself, again to Wikipedia.
Note that this problem handles a special case of the programming assignment.
Design
See the Moodle page.


HTML snippets directory
Home
Snippets:
Firebase Page
Hiding Table Links
Bootstrap Grid Based Layout demo