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Face Hallucination and Deblurring Results
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Girls' Generation's YoonA spotted at Incheon Airport wearing all black to mourn Hara's passing, netizens react
by sl278Girls' Generation's YoonA joined many of her colleagues as she wore black to express her condolences for Hara's passing.
The star was seen arriving at Incheon Airport to prepare to leave for Vietnam to perform at the Asia Artist Awards.
Netizens have been reacting, stating:
"Her heart must be so heavy. Travel safely."
"YoonA's heart must be very burdened. I knew they were close."
"It's clear that she's grieving, in her expressions and outfit."
The tragic news of Hara's passing has shaken the Korean entertainment industry to the core not long after Sulli's passing. What are your thoughts on this?


Done lending process!
Borrower's Info
Name: See See Ting
E-mail<EMAIL_ADDRESS>HP:<PHONE_NUMBER>
Number of book holding: 2
Remainder
Kindly remember returning this book within a month, unless you want in my blacklist!


Functions | |
| template<typename GeometryOut , typename Geometry1 , typename Geometry2 , typename OutputIterator > | |
| OutputIterator | boost::geometry::intersection_inserter (Geometry1 const &geometry1, Geometry2 const &geometry2, OutputIterator out) |
| Intersects two geometries. | |
| template<typename GeometryOut , typename Geometry1 , typename Geometry2 , typename OutputIterator , typename Strategy > | |
| OutputIterator | boost::geometry::intersection_inserter (Geometry1 const &geometry1, Geometry2 const &geometry2, OutputIterator out, Strategy const &strategy) |
| Intersects two geometries. |
{ typedef boost::geometry::point_xy<double> P; boost::geometry::linestring<P> line; boost::geometry::read_wkt("linestring(1.1 1.1, 2.5 2.1, 3.1 3.1, 4.9 1.1, 3.1 1.9)", line); boost::geometry::box<P> cb(P(1.5, 1.5), P(4.5, 2.5)); std::cout << "Clipped linestring(s) " << std::endl; std::vector<boost::geometry::linestring<P> > intersection; boost::geometry::intersection_inserter<boost::geometry::linestring<P> >(cb, line, std::back_inserter(intersection)); }
{ typedef boost::geometry::point_xy<double> P; std::vector<P> vector_in; boost::geometry::read_wkt<P>("linestring(1.1 1.1, 2.5 2.1, 3.1 3.1, 4.9 1.1, 3.1 1.9)", std::back_inserter(vector_in)); boost::geometry::box<P> cb(P(1.5, 1.5), P(4.5, 2.5)); typedef std::vector<std::vector<P> > VV; VV vector_out; boost::geometry::intersection_inserter<std::vector<P> >(cb, vector_in, std::back_inserter(vector_out)); std::cout << "Clipped vector(s) " << std::endl; for (VV::const_iterator it = vector_out.begin(); it != vector_out.end(); it++) { std::copy(it->begin(), it->end(), std::ostream_iterator<P>(std::cout, " ")); std::cout << std::endl; }
{ typedef boost::geometry::point_xy<double> P; typedef std::vector<boost::geometry::polygon<P> > PV; boost::geometry::box<P> cb(P(1.5, 1.5), P(4.5, 2.5)); boost::geometry::polygon<P> poly; boost::geometry::read_wkt("POLYGON((2 1.3,2.4 1.7,2.8 1.8,3.4 1.2,3.7 1.6,3.4 2,4.1 3,5.3 2.6,5.4 1.2,4.9 0.8,2.9 0.7,2 1.3)" ",(4 2,4.2 1.4,4.8 1.9,4.4 2.2,4 2))", poly); PV v; boost::geometry::intersection_inserter<boost::geometry::polygon<P> >(cb, poly, std::back_inserter(v)); std::cout << "Clipped polygon(s) " << std::endl; for (PV::const_iterator it = v.begin(); it != v.end(); it++) { std::cout << boost::geometry::dsv(*it) << std::endl; }
| OutputIterator boost::geometry::intersection_inserter | ( | Geometry1 const & | geometry1, | |
| Geometry2 const & | geometry2, | |||
| OutputIterator | out, | |||
| Strategy const & | strategy | |||
| ) |
Intersects two geometries.
The two input geometries are intersected and the resulting linestring(s), ring(s) or polygon(s) are sent to the specified output operator.
| GeometryOut | output geometry type, must be specified | |
| Geometry1 | first geometry type | |
| Geometry2 | second geometry type | |
| OutputIterator | output iterator | |
| Strategy | compound strategy for intersection |
| geometry1 | first geometry | |
| geometry2 | second geometry | |
| out | the output iterator, outputting linestrings or polygons | |
| strategy | the strategy |
Definition at line 304 of file intersection.hpp.
| OutputIterator boost::geometry::intersection_inserter | ( | Geometry1 const & | geometry1, | |
| Geometry2 const & | geometry2, | |||
| OutputIterator | out | |||
| ) |
Intersects two geometries.
The two input geometries are intersected and the resulting linestring(s), ring(s) or polygon(s) are sent to the specified output operator.
| GeometryOut | output geometry type, must be specified | |
| Geometry1 | first geometry type | |
| Geometry2 | second geometry type | |
| OutputIterator | output iterator |
| geometry1 | first geometry | |
| geometry2 | second geometry | |
| out | the output iterator, outputting linestrings or polygons |
Definition at line 360 of file intersection.hpp.
|
December 1, 2009 |
Copyright © 1995-2009 Barend Gehrels, Geodan, Amsterdam Copyright © 2008-2009 Bruno Lalande, Paris Copyright © 2009 Mateusz Loskot, Cadcorp, London |


GPMC is NOT based on multi-class Laplace approximation. It works as a one vs. one classification wrapper. In other words, GPMC trains a GPC model for each pair of two classes, and uses a majority voting scheme over all results to determine the final class. The method only returns the predictive class with highest rating; no other values (such as variance) are returned.
Lets see a practical example to classify the 10 (0,1,2,...9) hand-written digits in the USPS digits dataset.
The USPS digits data were gathered at the Center of Excellence in Document Analysis and Recognition (CEDAR) at SUNY Buffalo, as part of a project sponsored by the US Postal Service. The dataset is described in [1].
data = loadmat('data_for_demo/usps_resampled.mat')
x = data['train_patterns'].T # train patterns
y = data['train_labels'].T # train labels
xs = data['test_patterns'].T # test patterns
ys = data['test_labels'].T # test labels
To be used in GPMC, labels should start from 0 to k (k = number of classes).
State model with 10-class classification problem:
model = pyGPs.GPMC(10)
Pass data to model:
model.setData(x,y)
Train default GPC model for each binary classification problem, and decide label for test patterns of hand-writen digits. The return value predictive_vote[i,j] is the probability of being class j for test pattern i.
predictive_vote = model.optimizeAndPredict(xs)
predictive_class = np.argmax(predictive_vote, axis=1)
Just like we did for GP classification, you can use specific settings (other than default) for all binary classificiation problem for example by:
m = pyGPs.mean.Zero()
k = pyGPs.cov.RBF()
model.setPrior(mean=m,kernel=k)
model.useInference("Laplace")
For more information on how to use non-default settings see demo_GPC and demo_GPR.
Beside optimizeAndPredict(xs), there is also an option to perform prediction without hyperparameter optimization:
model.fitAndPredict(xs)
| [1] | A Database for Handwritten Text Recognition Research, J. J. Hull, IEEE PAMI 16(5) 550-554, 1994. |


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 Written By: Harv Zimmel, Michael Burton, and Daniel Petrie Jr. Directed By: Roger Spottiswoode. Running Time: 110 minutes.
"Shoot To Kill" is one of the most underrated action films of the 1980's. So good in fact, that Sidney Poitier ended a ten-year absence from film to play the lead role.
As the film begins, we see a man seemingly breaking into a jewelry store. When the police arrive, along with FBI agent Warren Stantin (Poitier), we find out that the man is the owner of the store and is stealing diamonds to give to a man who has taken his family hostage. The police go to their house, and the kidnapper makes his demands. He escapes with the man's wife as a hostage and heads for the docks, where he has a boat waiting. He allows Agent Stantin to accompany him in order to take the wife home once he's made his escape. However, to prove a point, the kidnapper kills the wife and heads off with the stolen diamonds.
The criminal, trying to flee to Canada, disguises himself and joins a group of men out for a wilderness hike, led by Sarah (Kirstie Alley). The audience has not seen the man's face to this point, so we have no idea which of the five men in Sarah's group is the bad guy.
Stantin enlists the aid of Jonathan Knox (Berenger) to help him survive the rugged terrain and to capture the criminal. To fuel Knox's desire to go, Sarah just so happens to be his girlfriend. Knox would much rather go alone than to have Stantin burden him. He knows that the very urban FBI agent won't survive a day out in the woods. But Stantin doesn't give him much choice. He feels responsible for the woman's death and is determined to get his man.
Now there are a couple of problems with the film. For one, why would Stantin be the only lawman in pursuit? I would think they would have teams of men and choppers and dogs and all of that. Second, the scoring of the film is awful. Third, the last 10 minutes or so really seem to contradict everything that happened in the rest of the film. They end up chasing the criminal in the city, complete with the obligitory car chase scene. Why would you end this story in the city when these characters have been going through hell on earth out in the wilderness? Let them shoot it out in the snow.
However, there's a lot going for "Shoot To Kill" to overlook those flaws and to still recommend it. The screenplay is very well paced. Instead of wasting 20 minutes introducing us to the main characters, as about 98% of films do, the plot starts right away and we get to know the characters as the story progresses. It has a good little mystery involving the group of men and who may be the killer. It has some very well staged and tense action scenes, particularly the one involving a man-made crossing over a dangerous canyon. It has the provenly successful "buddy picture" relationship of Knox and Stantin. It also uses the tried and true "fish out of water" scenario as Stantin learns all about the rough outdoors in winter. Granted those last two are WAY overused nowadays, but when they are done well, as they are here, it's not so bad. Poitier gives a good performance as the edgy FBI agent, and he and Berenger have some good scenes together. "Shoot To Kill" is a fun film, and very entertaining.
-- Chuck Dowling Visit Chuck's Movie Reviews at http://users.southeast.net/~chuckd21/ Over 1,600 movies rated and/or reviewed! Movie news, box office reports, film related links, and reader's polls and reviews.
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She didddididid packed her seven versalia, put her initial into the belt and made herself on the way. When she reached the first hills of the Italic Mountains, she had a last view back on the skyline of her hometown Bookmarksgrove, the headline of Alphabet Village and the subline of her own road, the Line Lane. Pityful a rethoric question ran over her cheek, tsingle.htmlen she continued her way.
Biometric authentication is a process for verifying a person’s identity using measurements or other unique characteristics of a person’s body and thereby allowing a user to log in to a service or an app or a device etc. In simple words, biometrics is the name given for any type of body measurements and calculations. There are mainly two modes of.....read more
5G is the 5th generation mobile network. It is a new global wireless standard after 1G, 2G, 3G, and 4G networks. 5G enables a new kind of network that is designed to connect virtually everyone and everything together including machines, objects, and devices. 5G is based on.....read more
Blackholes do not emit or reflect light. But luckily Blackholes are surrounded by orbiting gases that..... read more
As of early September, there were 34 vaccine candidates being tested in.....read more
I’ve always been fascinated by the concept of time travel. Though I was introduced to it in fictional books and the Japanese anime Doraemon, it’s a concept that never fails to impress me, even though..... read more
She packed her seven versalia, put her initial into the belt and made herself on the way. When she reached the first hills of the Italic Mountains.
She packed her seven versalia, put her initial into the belt and made herself on the way. When she reached the first hills of the Italic Mountains.
She packed her seven versalia, put her initial into the belt and made herself on the way. When she reached the first hills of the Italic Mountains.
She packed her seven versalia, put her initial into the belt and made herself on the way. When she reached the first hills of the Italic Mountains.


Plugin Information |
|---|
View Google Authenticated Source on the plugin site for more information. |
Google Source Plugin
This plugin provides the credential provider to use Google Cloud Platform OAuth Credentials (provided by the Google OAuth Credentials plugin) to access source code from https://source.developer.google.com as well as https://*.googlesource.com. It supports both kinds of credentials provided by Google OAuth Credentials plugin : Google Service Account from metadata as well as Google Service Account from private key.
- In order to use a Git repository hosted on https://source.developer.google.com, your credential will need the scope https://www.googleapis.com/auth/projecthosting. Your service account will need to have access to the repository’s Google Cloud Platform project.
- In order to use https://*.googlesource.com, your credential will need the scope https://www.googleapis.com/auth/gerritcodereview. Your service account will need to be whitelisted by the maintainers of that repository.
Usage
First, configure your OAuth credentials per instructions from Google OAuth Plugin.
Then, when configuring the Git repository for your Jenkins job, if you enter a https://*.googlesource.com address in the “Repository URL” text area, your Credentials drop box will automatically be populated with credentials having the https://www.googleapis.com/auth/gerritcodereview scope
Similarly, if you enter a https://source.developer.google.com Git repository, your Credentials box will be populated with credentials having the https://www.googleapis.com/auth/projecthosting scope.
Select the required credential, then your job is ready to go!
Version History
Version 0.1 (December 8, 2014)
* Initial release
Attachments:
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shot-2.png (image/png)


Lecutre 25: Genome assembly¶
- What is genome sequencing?
The determination of the full order of bases (As, Cs, Gs, and Ts) in an organism’s genome.
- How do we sequence genomes?
Current DNA sequencing technologies generate sequencing reads that are much shorter than the full genomic sequences we’re interested in. We therefore must sequence fragments of the genome and
assemble
them into the full length sequence of interest.To achieve this, we must sequence in great depth so we observe each base multiple times. During the human genome project, the human genome was sequenced to 8x coverage, meaning that on average every base was sequenced 8 times. This can help with sequencing error detection and correction, but also provides many overlapping reads which are necessary for assembly.
- Why is assembly hard?
Repeat elements, or fragments of DNA with identical sequences, can make a genome appear to fit together in multiple different ways. When the same sequence is observed many times, an assmebler (or program that performs genome assembly) will generally tag that sequence as a repeat.
Very short reads cause more of a repeat problem than longer reads. As you get shorter, repeats are more likely; as you get longer repeats are less likely. Note that genome sequence is not random though, so the probability of a repeat doesn’t just decrease exponentially with increasing read length (i.e., probability of a repeat is not 0.25**read_length).
Good discussion of the problems with assembly from short reads can be found here.
- How do we assemble genomes:
Create contigs by identifying overlapping reads segments and merging into contiguous segments.
In any complex genome, contigs will be interrupted by repeat regions or regions that do not get sequenced by chance. These can be assembled using paired end or mate pair reads. This involves sequencing both ends of sequences of known length, so for certain pairs of reads which would be incorporated into contigs, you’d know the length of sequence separating those reads. You can use this information to create scaffolds, which are contigs that are interrupted by gaps that represent unknown sequence.
Description of different approaches for genome assembly can be found here.
- Finished versus draft genomes:
Finished genome requires the full sequencing of the entire genome; draft allows small gaps due to missing coverage or segments that cannot be accurately determined due to repeat elements.
Generating the draft is a lot cheaper than generating the finished genome (the former is heavily automated, while the latter is not) so many projects stop at the draft.


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| Path: | website/index.txt |
| Last Update: | Thu Apr 24 03:05:16 +0300 2008 |
h1. lazyeval
h1. &x2192; ‘lazyeval‘
h2. What
This gem provides a very simple lazy evaluation for Ruby
h2. Installing

sudo gem install lazyeval

h2. The basics
This GEM allows to call methods lazily. i.e. the actual work will not be performed until the result is used. There‘s no promise/force semantics. just a single call (or block) is stored and executed the first time the (lazy) result is accessed.
h2. Demonstration of usage
# simple lazy call user = User.lazy.find(:first) # will not access a db puts user.name # this will actually perform the find and then get the name from
# the result
# example for a lazy block user_name = User.lazy { |user| user.find(:first).user_name } # no db access puts user_name # db will be accessed here
h2. How to submit patches
Clone the repository on git://github.com/vitaly/lazyeval.git
h2. License
This code is free to use under the terms of the MIT license.
h2. Contact
Comments are welcome. Send an email to "vitaly at astrails dot com"


The Autotuner PID Toolkit has a product page on the Dipartimento di Elettronica e Informazione (Politecnico di Milano) Web site.
To view that page in your Web browser, click here.
The product page contains the latest information about the product, such as:
Check out also the site of the main author William Spinelli.


The File'License.bin'
This file contains the name of the license owner when Fabric7 has been bought for unlimited usage. When Fabric7 is only used for two month testing, the word 'Demo' is used.
The name of the license owner appears on the start page.


| oauth_signature {httr} | R Documentation |
For advanced use only. Occassionally needed for sites that use some components of the OAuth spec, but not all of them (e.g. 2-legged oauth)
oauth_signature( url, method = "GET", app, token = NULL, token_secret = NULL, private_key = NULL, other_params = NULL ) oauth_header(info)
url, method |
Url and http method of request. |
app |
|
token, token_secret |
OAuth token and secret. |
other_params |
Named argument providing additional parameters
(e.g. |
A list of oauth parameters.


Account of Client
José
of Bank
Money++
Accounts
Balance:
Error
Deposit
Amount:
Withdraw
Amount:
Transfer
Amount:
IBAN:
Transaction Source:
Transaction Reference:


| | |
- core.computefeature.ComputeFeatureBase(builtins.object)
-
- GPSClusteringEpochComputation
class GPSClusteringEpochComputation(core.computefeature.ComputeFeatureBase) |
| |
Class to compute GPS markers
1. Compute GPS clusters using DBScan algorithm, find centroids, persist
them as a confidential data stream for feature computation.
2. Mark each centroid semantically from user marked locations, for those
who have the manual markings.
3. For all the users mark centroid using a semantic_location model (
random forest classifier) trained with 10 participants' data. Each
co-ordinate is marked as 'home', 'work' or 'other'.
4. Create context epochs from gps data, representing those locations
which have been dwelled for at least 5 minutes. Used google places api to
mark if a location has either of the following restaurant/bar,
school, entertainment, store, place of worship, sport arena nearby or not. |
| |
- Method resolution order:
- GPSClusteringEpochComputation
- core.computefeature.ComputeFeatureBase
- builtins.object
Methods defined here:
- find_interesting_places(self, latitude:object, longitude:object, api_key:object, geofence_radius:object) -> object
- Obtain the list of interesting places near a coordinate
:rtype: object
:param float latitude: Latitude of the place
:param float longitude: Longitude of the place
:param string api_key: API key of google places
:param float geofence_radius: Radius within which we search for
interesting places.
:return: List of 1 or 0. 1, if we find the corresponding interesting
place otherwise 0.
- getFeatures(self, timestampEntry:object, timestampExit:object) -> object
- Compute features for semantic assignment model
:rtype: object
:param int timestampEntry: entry time into an epoch
:param int timestampExit: exit time into an epoch
:return: feature list
- get_centroid(self, centroids:object, c_name:object, lat:object, long:object, max_dist_assign_centroid:object) -> object
- Obtain the nearest centroid and semantic name for a given location
coordinate
:rtype: object
:param list centroids: list of centroid co-ordinates
:param list c_name: list of user marked location name
:param float lat: Latitude of location
:param float long: Longitude of location
:param int max_dist_assign_centroid: Distance threshold
:return: list of centroid and semantic name assigned to the given GPS
datapoint
- get_gps(self, gps_stream_id:object, user_id:object, all_days:object) -> object
- Extract all gps data of a given user
:rtype: object
:param List all_days: List of all days present
:param string gps_stream_id: Stream id
:param string user_id: User ID
:return: List(Datapoints): Gps DataPoints for the that gps_stream_id
for that user_id)
- get_gps_clusters(self, interpolated_gps_data:object, geo_fence_distance:object, min_points_in_cluster:object) -> object
- Computes the clusters
:rtype: object
:param list interpolated_gps_data: list of interpolated gps data
:param float geo_fence_distance: Maximum distance between points in a
cluster
:param int min_points_in_cluster: Minimum number of points in a cluster
:return: list of cluster-centroids coordinates
- get_gps_data_format(self, interpolated_gps_data:object, geo_fence_distance:object, min_points_in_cluster:object, max_dist_assign_centroid:object, centroid_name_dict:object) -> object
- Final computations as described in the class description above
:rtype: object
:param list interpolated_gps_data: List of interpolated gps points
:param int geo_fence_distance: Maximum distance between points in a
cluster
:param int min_points_in_cluster: Minimum number of points in a cluster
:param int max_dist_assign_centroid: Distance threshold for assigning a
cluster
:param dict centroid_name_dict: Dictionary of user marked semantic names
:return: List (Datapoints)
- gps_groundtruth(self, geofence_stream_id:object, user_id:object, all_days:object) -> object
- Obtain gps locations marked by users
:rtype: object
:param list all_days: list of all days
:param string geofence_stream_id: Data stream id
:param string user_id: User ID
:return: Dictionary (key - semantic names, values - Corresponding coordinates)
- gps_interpolation(self, gps_data:object) -> object
- Interpolate raw gps data
:param List(Datapoints) gps_data: list of gps data
:return: list of interpolated gps data
- gps_semantic_locations(self, semantic_groundtruth:object, centorids_coord:object) -> object
- Assigns semantic name to a centroid
:rtype: object
:param dict semantic_groundtruth: Dictionary of user marked location
:param list centorids_coord: list of centroid co-ordinates
:return: list of centroids with their corresponding semantic names, if
found
- haversine(self, lon1:float, lat1:float, lon2:float, lat2:float) -> float
- Calculate the great circle distance between two points (A and B)
on the earth (specified in decimal degrees)
:param float lon1: Longitude of location A
:param float lat1: Latitude of location A
:param float lon2: Longitude of location B
:param float lat2: Latitude of location B
:return: float (Distance in km)
- predictLabel(self, timestampEntry:object, timestampExit:object) -> object
- Predict label from model
:rtype: object
:param int timestampEntry: entry time into an epoch
:param int timestampExit: exit time into an epoch
:return: predicted label ('home', 'work', or 'other')
- process(self, user, all_days)
- Process GPS data
:param string user: User
:param list all_days: List of all days
:return: None
- utc_unix_time(self, strinddate:object) -> object
- :rtype: object
:param strinddate:
:return:
Static methods defined here:
- getDayOfWeek(timestamp:object) -> object
- Get Day of Week
:rtype: object
:param int timestamp: unixtimestamp
:return: Day of week
- getHourOfDay(timestamp:object) -> object
- Get Time of day
:rtype: object
:param int timestamp: unixtimestamp
:return: Hour of day
- get_centermost_point(cluster:object) -> object
- :param cluster:
:return:
:rtype: object
- gps_admission_control(gps_data:List[cerebralcortex.core.datatypes.datapoint.DataPoint]) -> List[cerebralcortex.core.datatypes.datapoint.DataPoint]
- Filter out spurious data
:rtype: List[DataPoint]
:param List[DataPoint] gps_data: List of GPS datapoints
:return:
Data and other attributes defined here:
- ACCURACY = -1
- CENTROID_INDEX = 7
- CENTROID_LATITUDE = 3
- CENTROID_LONGITUDE = 4
- DATE_FORMAT = '%Y-%m-%d %H:%M:%S'
- ENTERTAINMENT = ['zoo', 'amusement_park', 'aquarium', 'art_gallery', 'bowling_alley', 'movie_theater', 'museum', 'night_club', 'casino']
- EPOCH_THRESHOLD = 0.5
- EPSILON_CONSTANT = 1000
- FIVE_MINUTE_SECONDS = 600.0
- GEOFENCE_ASSIGNING_CENTROID = 1000
- GEO_FENCE_DISTANCE = 2
- GPS_ACCURACY_THRESHOLD = 41.0
- GPS_DATA_THRESHOLD = 100
- GPS_SAMPLE_LENGTH = 6
- GROUND_STRING_LENGTH = 3
- INTERPOLATION_TIME = 1.0
- IN_SECONDS = 60
- KM_PER_RADIAN = 6371.0088
- LATITUDE = 0
- LONGITUDE = 1
- MINIMUM_POINTS_IN_CLUSTER = 500
- MODEL_FILE_PATH = 'core/resources/models/gps/semantic_location_model.pkl'
- NOT_HOME_OR_WORK = 'other'
- OFFSET = -1
- OFFSET_INDEX = 6
- PLACE_OF_WORSHIP = ['church', 'hindu_temple', 'mosque']
- QUERY_LIMIT = 130000
- RESTAURANT = ['restaurant', 'bar']
- SCHOOL = ['school', 'book_store', 'library']
- SEMANTIC_NAMES_INDEX = 5
- SPORTS = ['bowling_alley', 'gym']
- STORE = ['jewelry_store', 'store', 'bicycle_store', 'movie_rental', 'car_rental', 'pet_store', 'clothing_store', 'convenience_store', 'department_store', 'shoe_store', 'shopping_mall', 'furniture_store', 'supermarket', 'home_goods_store']
- UNDEFINED = 'UNDEFINED'
Methods inherited from core.computefeature.ComputeFeatureBase:
- __init__(self, CC=None)
- Initialize self. See help(type(self)) for accurate signature.
- get_latest_stream_id(self, user_id, stream_name)
- store(self, identifier, owner, name, data_descriptor, execution_context, annotations, stream_type=1, data=None, localtime=True)
- All store operations MUST be through this method.
- store_stream(self, filepath:str, input_streams:list, user_id:<module 'uuid' from '/usr/lib/python3.6/uuid.py'>, data:list, localtime=True)
- This method saves the computed DataStreams from different features
Data descriptors inherited from core.computefeature.ComputeFeatureBase:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
| |


{% extends "layout.html" %} {% block body %}
{{answer}}
{{mheader}}
{{manual}}
{{header}}
{{Info}}
Lamp [Device: 395]
Turned {{statusLamp}}
Kettle [Device: 19]
Turned {{statusKettle}}


Join our mailing list to receive updates on breadfruit products and news.
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HF's Interim Board served during the launch phase and managed the establishment of the first full board in early 2021, as well as interviewing and selecting the foundation Executive Director and Chief Technology Officer.
Simon is a researcher at Microsoft Research in Cambridge, England. He started there in Sept 1998. He’s also an Honorary Professor of the Computing Science Department at Glasgow University, where he was a professor during 1990-1998. Simon is married to Dorothy, a priest in the Church of England. They have six children. Simon is interested in the design, implementation, and application of lazy functional languages. In practical terms, that means he spends a most of my time on the design and implementation of the language Haskell. In particular, much of his work is focused around the Glasgow Haskell Compiler, and its ramifications. Simon is also chair of Computing at School, the group at the epicentre of the reform of the national curriculum for Computing in England. Computer science is now a foundational subject, alongside maths and natural science, that every child learns from primary school onwards.
Committee One, Committee Two
Chris has been interested in Haskell since the early reports and wrote the original Alex package in the 1990s. In the late nineties Chris taught Haskell to undergraduates in UCC (Cork) and in the noughties used Haskell tools to develop key aspects of the ARMv7 architecture. Since 2013 Chris has been chief Engineer for IRIS Connect where he has overseen the development of the new IRIS Connect video platform which makes extensive use of Haskell in the back end.
Committee One, Committee Two
Gabriele is Professor of Software Technology in the Department of Information and Computing Sciences. Her research focuses on how programming languages can be used to improve the quality of software. Conventional software testing is very important, but can’t guarantee the absence of errors. She is addressing this problem in her research on developing and using programming languages that are based on mathematical theory, so we can prove that a program will work in all scenarios. Call it ‘correctness by construction’. The real world significance is obvious: it saves a lot of time and it eliminates errors, so which company wouldn’t want it?
Committee One, Committee Two
Jasper is a Principal Engineer at Fugue, a cloud security startup. He has been deeply involved in the Haskell community for over ten years, contributing as open source maintainer as well as community organizer, with efforts like ZuriHac and Summer of Haskell. He currently chairs the Haskell.org committee.
Committee One, Committee Two
Edward is a researcher focused on AI safety at the Machine Intelligence Research Institute. He also sits on the board of the Topos Institute, promoting category theory in industry as a tool for exchanging ideas. Outside of Haskell he's worked on graphics and special effects, telecommunications, finance, linguistics, and once helped Taiwan point a big RADAR at China. Edward found Haskell in 2006 and at the time mistakenly believed all Haskellers were thoroughly fluent in category theory, so he started blogging to this imaginary audience. A few years later his work on lenses provided a more practical impetus for more folks to learn some of these ideas, closing the circle. He currently maintains well over a hundred Haskell libraries covering a rather wide swathe of topics and isn't entirely sure how he backed himself in that position.
Committee One, Committee Two
Stephanie Weirich is the ENIAC President's Distinguished Professor of Computer and Information Science at the University of Pennsylvania. Her research areas include functional programming, type systems, machine-assisted theorem proving and dependent types. She and her students have made significant contributions to the design of the type system of the Glasgow Haskell Compiler. Dr. Weirich was recognized by the SIGPLAN Milner Young Researcher award (2016), a Microsoft Outstanding collaborator award, and a most influential ICFP paper award (awarded in 2016, for 2006). She has served as the general chair of ICFP 2020 and as the program chair of POPL 2018, ICFP 2010, and the 2009 Haskell Symposium.
Committee One, Committee Two
Simon Marlow is a Software Engineer at Facebook in London. He has previously worked on Haxl, a Haskell-based domain-specific language that is used by the teams fighting abuse on Facebook, and he is currently working on Glean, a system to store and query facts about source code at scale. Simon is a co-author of the Glasgow Haskell Compiler, author of the book “Parallel and Concurrent Programming in Haskell”, and has a string of research publications in functional programming, language design, compilers, and language implementation.
Committee One, Committee Two
Lennart has been using and implementing Haskell in various roles for the last 30 years. He currently works for Epic Games.
Committee One, Committee Two


| nloptr-package | R interface to NLopt |
| auglag | Augmented Lagrangian Algorithm |
| bobyqa | Bound Optimization by Quadratic Approximation |
| ccsaq | Conservative Convex Separable Approximation with Affine Approximation plus Quadratic Penalty |
| check.derivatives | Check analytic gradients of a function using finite difference approximations |
| cobyla | Constrained Optimization by Linear Approximations |
| crs2lm | Controlled Random Search |
| direct | DIviding RECTangles Algorithm for Global Optimization |
| directL | DIviding RECTangles Algorithm for Global Optimization |
| is.nloptr | R interface to NLopt |
| isres | Improved Stochastic Ranking Evolution Strategy |
| lbfgs | Low-storage BFGS |
| mlsl | Multi-level Single-linkage |
| mma | Method of Moving Asymptotes |
| neldermead | Nelder-Mead Simplex |
| newuoa | New Unconstrained Optimization with quadratic Approximation |
| nl.grad | Numerical Gradients and Jacobians |
| nl.jacobian | Numerical Gradients and Jacobians |
| nl.opts | Setting NL Options |
| nloptr | R interface to NLopt |
| nloptr.get.default.options | Return a data.frame with all the options that can be supplied to nloptr. |
| nloptr.print.options | Print description of nloptr options |
| print.nloptr | Print results after running nloptr |
| sbplx | Subplex Algorithm |
| slsqp | Sequential Quadratic Programming (SQP) |
| stogo | Stochastic Global Optimization |
| tnewton | Preconditioned Truncated Newton |
| varmetric | Shifted Limited-memory Variable-metric |


HTML Input types
Input types are one line text input field.
Input types are classified as follows
- 1.Input type PASSWORD
- They define a password field
- For example:
- 2.Input type SUBMIT
- It defines a button used for submitting form data to the form handler./li>
- For example:
- 3.Input type RESET
- It is used to define a reset button that shall reset all form values to their default values
- Form example:
4.Input type RADIO
It lets user select only one of a limited number of options or choices
Form example:
5.Input type CHECKBOX
It lets user select ZERO or MORE options of a limited number of choices.
Form example:
6.Input type BUTTON
It lets user select or define a button
Form example:
7.Input type DATE
It is used to input fields that has a date.
Form example:
8.Input type EMAIL
It lets user input fields that contains email.
Form example:
9.Input type NUMBER
It lets user define a numeric field.
Form example:


Tutorial: .Net SSE adapter
Introduction
This tutorial will lead you through the process of setting up and adapter to communicate with the Play-With-FINT-Adapter service.
Setting up the enviornment
Clone the skeleton
$ git clone https://github.com/FINTprosjektet/Fint.Sse.Adapter.Skeleton.git my-adapter
$ cd my-adapter
$ rm -rf .git
Open the project in our favorite IDE
This is a netcoreapp2.0
\netstandard2.0
project. You need to import the dependencies. You can either do it in the IDE or in the commandline. This example uses the dotnet
CLI:
$ dotnet restore
This repo
consists of three projects:
- FINT.Sse.Adapter - This is the main
adapter
code. - FINT.Sse.Adapter.Console - This is a wrapper around
FINT.Sse.Adaper
to make it run usingnetcoreapp2.0
. You can create another wrapper for your favorit version/framework. - FINT.Sse.Adapter.Tests - This is the
unit test
project.

This
OrgId
is vaild until midnight the same day.
- Replace
pwfa.no
with yourOrgId
in theappsettings.json
file in theFint.Sse.Adapter.Console
project:
{
"Logging": {
"IncludeScopes": false,
"LogLevel": {
"Default": "Debug",
"System": "Information",
"Microsoft": "Information"
}
},
"Configuration": {
"ConsoleTitle": "FINT Console Boilerplate",
"SseEndpoint": "https://play-with-fint-adapter.felleskomponent.no/provider/sse",
"StatusEndpoint": "https://play-with-fint-adapter.felleskomponent.no/provider/status",
"ResponseEndpoint": "https://play-with-fint-adapter.felleskomponent.no/provider/response",
"Organizations": "pwfa.no", <-- HERE
"LogLocation": "logs"
}
}
public void HandleEvent(Event<object> serverSideEvent)
{
Breakpoint --> if (serverSideEvent.IsHealthCheck())
{
...
}
- Start the adapter in debug mode
- Open a browser and hit https://play-with-fint-adapter.felleskomponent.no/swagger-ui.html
- From the
Admin
controller, configure the/admin/health
with setting the following headers:x-org-id
use the generated OrgIdx-client
totest
- Send the health event from the
/admin/health
endpoint. - Step through the code to see what happens.
- You can also hit the
dog
andowner
controllers to see howFintResources
andRelations
are build. See https://github.com/FINTmodels/Fint.Relation.Model for more information.
Security
The adapter
uses OAuth2
by default to authenticated to the provider
endpoint. This tutorial is set up with at tutorial user. In production one will get a real user. This is the OAuth2
config:
"OAuthTokenService": {
"AccessTokenUri": "https://namidp01.rogfk.no/nidp/oauth/nam/token",
"ClientId": "6e1cf7b4-b107-42b3-9435-8fda70726c6a",
"ClientSecret": "6y4FUuP9BfAXeVqguNKT0ofToIwN5RdB1PaUvx_nCMiQbH9NeGq3pp0jQB9zOQ0APOxEbodzJXp-8RVux6318A",
"Username": "pwfatut",
"Password": "pwfatut",
"Scope": "fint-client",
"OAuthEnabled": "true"
}
Links
- Javadocs for the Java SSE Adapter Skeleton
- Github project for the CSharp/.Net SSE Adapter Skeleton
- Fint.Sse
- Fint.Relation.Model
- Overview of the adapter and FINT architecture
Contribute
If you find bugs or have suggestions for improvement please feel free to submit an issue.


This is a Drawing. It was created by Lockwood de Forest. We acquired it in 2013. Its medium is brush and oil on thin paperboard. It is a part of the Drawings, Prints, and Graphic Design department.
This sketch documents Lockwood de Forest’s trip to India. In 1880, he and Meta Kemble were married in New York and soon thereafter departed for India on their honeymoon, which also served as a buying trip. By this time, de Forest had abandoned landscape painting and committed himself to design and the decorative arts. He had started a partnership with Louis Comfort Tiffany, called Tiffany and de Forest, and was looking for decorative arts objects and jewelry to send back to the United States for use in interior design commissions. He traveled to Ahmedabad where he met Maganbhai Hutheesing and set up the arrangement for Hutheesing to manage a workshop producing Indian carved teak and perforated brass backed by de Forest family money. In the spring of 1881, once the workshop was sufficiently organized, de Forest and his wife embarked on a tour of Delhi and northern India, which brings us to the location of this wonderful sketch: Birbal’s Palace in Fatehpur Sikri, Agra, outside of Jaipur, dating from March 19, 1881. This area was known for its red sandstone architecture, which particularly impressed de Forest. He wrote in his letters, “We spent several days at Fatehpur Sikri and occupied the House of Miriam, and we might have had the Birbal’s House if I had only told Mr. Lawrence we had been going. It was the one he occupied when he went out himself and it was fully furnished with rugs etc. It was opened for me to see however and I made some sketches of the details of the interior and a sketch of the outside which was a wonderful red in the sunlight. It is a perfect example of the architecture at the time of Akbai and has been preserved just as it was built."
From the Lockwood de Forest papers, 1858–1978, research collection held at the Smithsonian Archives of American Art.
© Smithsonian Design Museum All rights reserved. | COOPER HEWITT ONLINE COLLECTION
This object may be subject to Copyright or other restrictions. You are welcome to make fair use of this image under U.S. Copyright law and in compliance with our terms of use. Please note that you are responsible for determining whether your use is fair and for responding to any claims that may arise from your use.


Watching the news, Takemichi Hanagaki learns that his girlfriend from way back in middle school, Hinata Tachibana, has died. The only girlfriend he ever had was just killed by a villainous group known as the Tokyo Manji Gang.  Plus, he’s a complete and total virgin …  To save Hinata, and change the life he spent running away, hopeless part-timer Takemichi must aim for the top of Kanto’s most sinister delinquent gang!!
Based on the light novel series known as "Kyukyoku Shinka Shita Full Dive RPG ga Genjitsu Yorimo Kuso-Gee Dattara" of Light Tuchihi Sensei (Cautious Hero).
The story is about a high school student Hiro Yuuki who bought a the a game created by the most advanced technology and claims to "take reality to the extremes" full dive role-playing game. The environments and sensations are completely realistic, real-life stats are reflected, and actually hurts when you receive damage that would take days to heal it .
WO, Hero! With that cliched line, Kazuya Souma found himself summoned to another world and his adventure-- did not begin. Confronted with many problems the kingdom is suffering as soon as he got summoned, Kazuya Souma presents his plan to strengthen the country economically and militarily, the king cedes the throne to him and Souma finds himself saddled with ruling the entire nation! What more, he betrothed to the king daughter now?! As a realist, A revolutionary transferred-to-another-world administrative fantasy series starts here!


Does anyone knows how many skill points in umd are needed to use greater sanctuary and time stop scrolls?
By the way, i play a bard with 16 base charisma if that helps.
Thanks in advance.
All scrolls can be cast once you are able to beat a DC of 25 + spell level. So for level 9 the DC you must be able to beat is 34. Theoretically that means you need UMD skill of 14 to be able to cast. You need a skill of 33 to be able to cast without fail.


mruby on web - over 4kb
Drop here "mrb" file (ver 2.0) to run on mruby on web!

Modify yourself you like!
(If VM size does not exceed 4KB, you can use
without-worker version
)
API:
mruby-l1vm
,
WebAssembly / wasm
APP:
CC BY fukuno.jig.jp


Tokyo is always on the move! Such is the joy of living in a city that prides itself on constant renewal and reinvention; it seriously never gets old. Tokyo has everything you can ask of a city, and has it in spades: a rich, cosmopolitan dining scene.
Kyoto is old Japan writ large: quiet temples, sublime gardens, colourful shrines and geisha scurrying to secret liaisons. You’ll find true masterpieces of religious architecture, and enjoy the entire spectrum of Japanese food, from kaiseki to rāmen.
Osaka is Japan's third largest city, which is famous for good food. Sightseeing highlights include Osaka Castle, the Blade Runner–style nighttime scenery of the Dōtombori area, the gloriously gaudy retro storefronts of the Shin-Sekai neighborhood.
Japan's fifth-largest city, and the prefectural capital of Hokkaidō, Sapporo is a surprisingly dynamic and cosmopolitan urban centre that pulses with energy. Sapporo is shaped by its wide grid of tree-lined streets and ample public parks.
Japan's first permanent capital, Nara is one of the country's most rewarding destinations. The centrepiece is the Daibutsu (Great Buddha), which rivals Mt Fuji and Kyoto's Golden Pavilion (Kinkaku-ji) as Japan's single most impressive sight.
Yokohama has an appealing flavour and history all its own, even though it's just 20 minutes' train ride south of central Tokyo. For visitors it's the breezy bay front, creative arts scene, multiple microbreweries, jazz clubs and great international dining.


public class CompositeName extends Object implements Name
The components of a composite name are numbered. The indexes of a composite name with N components range from 0 up to, but not including, N. This range may be written as [0,N). The most significant component is at index 0. An empty composite name has no components.
When two composite names are compared, the case of the characters is significant.
A leading component separator (the composite name string begins with a separator) denotes a leading empty component (a component consisting of an empty string). A trailing component separator (the composite name string ends with a separator) denotes a trailing empty component. Adjacent component separators denote an empty component.
| String Name | CompositeName |
|---|---|
| "" | {} (the empty name == new CompositeName("") == new CompositeName()) |
| "x" | {"x"} |
| "x/y" | {"x", "y"} |
| "x/" | {"x", ""} |
| "/x" | {"", "x"} |
| "/" | {""} |
| "//" | {"", ""} |
| "/x/" | {"", "x", ""} |
| "x//y" | {"x", "", "y"} |
| String Names | CompositeNames |
|---|---|
| "x/y" + "/" = x/y/ | {"x", "y"} + {""} = {"x", "y", ""} |
| "" + "x" = "x" | {} + {"x"} = {"x"} |
| "/" + "x" = "/x" | {""} + {"x"} = {"", "x"} |
| "x" + "" + "" = "x" | {"x"} + {} + {} = {"x"} |
| Modifier | Constructor and Description |
|---|---|
|
CompositeName()
Constructs a new empty composite name.
|
protected |
CompositeName(Enumeration<String> comps)
Constructs a new composite name instance using the components
specified by 'comps'.
|
|
CompositeName(String n)
Constructs a new composite name instance by parsing the string n
using the composite name syntax (left-to-right, slash separated).
|
| Modifier and Type | Method and Description |
|---|---|
Name |
add(int posn,
String comp)
Adds a single component at a specified position within this
composite name.
|
Name |
add(String comp)
Adds a single component to the end of this composite name.
|
Name |
addAll(int posn,
Name n)
Adds the components of a composite name -- in order -- at a specified
position within this composite name.
|
Name |
addAll(Name suffix)
Adds the components of a composite name -- in order -- to the end of
this composite name.
|
Object |
clone()
Generates a copy of this composite name.
|
int |
compareTo(Object obj)
Compares this CompositeName with the specified Object for order.
|
boolean |
endsWith(Name n)
Determines whether a composite name is a suffix of this composite name.
|
boolean |
equals(Object obj)
Determines whether two composite names are equal.
|
String |
get(int posn)
Retrieves a component of this composite name.
|
Enumeration<String> |
getAll()
Retrieves the components of this composite name as an enumeration
of strings.
|
Name |
getPrefix(int posn)
Creates a composite name whose components consist of a prefix of the
components in this composite name.
|
Name |
getSuffix(int posn)
Creates a composite name whose components consist of a suffix of the
components in this composite name.
|
int |
hashCode()
Computes the hash code of this composite name.
|
boolean |
isEmpty()
Determines whether this composite name is empty.
|
Object |
remove(int posn)
Deletes a component from this composite name.
|
int |
size()
Retrieves the number of components in this composite name.
|
boolean |
startsWith(Name n)
Determines whether a composite name is a prefix of this composite name.
|
String |
toString()
Generates the string representation of this composite name.
|
protected CompositeName(Enumeration<String> comps)
comps
- A non-null enumeration containing the components for the new
composite name. Each element is of class String.
The enumeration will be consumed to extract its
elements.public CompositeName(String n) throws InvalidNameException
n
- The non-null string to parse.InvalidNameException
- If n has invalid composite name syntax.public CompositeName()
isEmpty()
is invoked on it.public String toString()
public boolean equals(Object obj)
equals
in class Object
obj
- The possibly null object to compare against.hashCode()
public int hashCode()
hashCode
in class Object
equals(java.lang.Object)
public int compareTo(Object obj)
If obj is null or not an instance of CompositeName, ClassCastException is thrown.
See equals() for what it means for two composite names to be equal. If two composite names are equal, 0 is returned.
Ordering of composite names follows the lexicographical rules for string comparison, with the extension that this applies to all the components in the composite name. The effect is as if all the components were lined up in their specified ordered and the lexicographical rules applied over the two line-ups. If this composite name is "lexicographically" lesser than obj, a negative number is returned. If this composite name is "lexicographically" greater than obj, a positive number is returned.
compareTo
in interface Comparable<Object>
compareTo
in interface Name
obj
- The non-null object to compare against.ClassCastException
- if obj is not a CompositeName.Comparable.compareTo(Object)
public Object clone()
public int size()
public boolean isEmpty()
public Enumeration<String> getAll()
public String get(int posn)
get
in interface Name
posn
- The 0-based index of the component to retrieve.
Must be in the range [0,size()).ArrayIndexOutOfBoundsException
- if posn is outside the
specified range.public Name getPrefix(int posn)
getPrefix
in interface Name
posn
- The 0-based index of the component at which to stop.
Must be in the range [0,size()].ArrayIndexOutOfBoundsException
- If posn is outside the specified range.public Name getSuffix(int posn)
getSuffix
in interface Name
posn
- The 0-based index of the component at which to start.
Must be in the range [0,size()].ArrayIndexOutOfBoundsException
- If posn is outside the specified range.public boolean startsWith(Name n)
startsWith
in interface Name
n
- The possibly null name to check.public boolean endsWith(Name n)
public Name addAll(Name suffix) throws InvalidNameException
addAll
in interface Name
suffix
- The non-null components to add.InvalidNameException
- If suffix is not a composite name.public Name addAll(int posn, Name n) throws InvalidNameException
addAll
in interface Name
n
- The non-null components to add.posn
- The index in this name at which to add the new
components. Must be in the range [0,size()].InvalidNameException
- If n is not a composite name.ArrayIndexOutOfBoundsException
- If posn is outside the specified range.public Name add(String comp) throws InvalidNameException
add
in interface Name
comp
- The non-null component to add.InvalidNameException
- If adding comp at end of the name
would violate the name's syntax.public Name add(int posn, String comp) throws InvalidNameException
add
in interface Name
comp
- The non-null component to add.posn
- The index at which to add the new component.
Must be in the range [0,size()].ArrayIndexOutOfBoundsException
- If posn is outside the specified range.InvalidNameException
- If adding comp at the specified position
would violate the name's syntax.public Object remove(int posn) throws InvalidNameException
remove
in interface Name
posn
- The index of the component to delete.
Must be in the range [0,size()).ArrayIndexOutOfBoundsException
- If posn is outside the specified range (includes case where
composite name is empty).InvalidNameException
- If deleting the component
would violate the name's syntax. Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


Document Analysis
Analyze this is an app that uses NLP(Natural Language Processing) to analyze your sentimentaly, summarize it and gives you hashtag suggestions.
Submitted Text
Results
| Polarity | Confidence |
|---|---|
Analyze this is an app that uses NLP(Natural Language Processing) to analyze your sentimentaly, summarize it and gives you hashtag suggestions.
| Polarity | Confidence |
|---|---|


Welcome to Twitch Basics where information is provided to ultimately help people have a more fluent and knowledgeable time when using Twitch. Click any of the headers above to get started!
4Head- Face of streamer, Cadburry - Represent laughing.
ANELE- Face of Twitch staff member, Anele - Represents people from the middle east.
BabyRage- Face of streamer Arteezy’s child - Represents someone who is angry.
BibleThump- Face of Isaac, from the game,’The binding of Isaac.’- Represents crying or
CoolStoryBob- Face of Bob Ross- Represents no interest in what someone is saying.
DansGame- Face of streamer, DansGaming - Represents disgust.
EleGiggle- Face of streamer, Elegy - Represents laughter.
FailFish- Face of streamer, SpamFish - Represents the moment a fail occurs.
HeyGuys- Face of Twitch staff member, Seloshina - Represents a greeting.
Jebaited- Face of streamer, CEOGaming
Kappa- Face of former employee, Josh DeSeno - Represents sarcasm.
LUL- Face of streamer, TotalBiscuit- Represents the moment when something historical occurs.
Kreygasm- Face of streamer, Kreyg - Represents the moment when something ineffably amazing happens.
BrokeBack- Face of streamer, SeriousGaming- Represents the moment someone does something silly.
PogChamp- Face of streamer, Gootecks - Represents shock or disbelief.
ResidentSleeper- Face of streamer, Oddler - Represents boredom.
SwiftRage- Face of streamer, Swiftor - Represents an angry expression or excitement.
TriHard- Face of streamer, TriHex - Represents the African American community.
WutFace- Face of streamer, goldenboyftw - Represents shock, disgust or surprise.
Justin Kan Emmett Shear
Justin.tv, was created by Justin Kan and Emmett Shear in 2007 as a live streaming website with several different categories. The “gaming” category became so popular that in 2011, they decided to create Twitch.tv, a live streaming platform exclusively for gaming content. In 2012, they received $15 million USD of venture capital and by 2013, another $20 million USD on top. Twitch began growing to millions of unique users a month after their beta launch in June. By 2013, the company had around 80 employees which grew to over 100 in the same year. Twitch became the most popular e-sports streaming service by a longshot. Many others have tried to compete but have had a minimal impact on the growth on Twitch. The site would continue to grow in their own hands until purchased by Amazon.com on August 25, 2014 for a whopping $970 million. Twitch continues to grow in users and implement new ideas and categories to make the platform more enjoyable.
Those who would like to stream on the Twitch platform must abide by these rules to do so. Failure to do so can lead to temporary or permanent suspension.
Laws
All streamers on the platform must abide by all laws in their proximity.
Suspension Evasion
Once your account is suspended from the site for misconduct, you are not aloud to make another account to avoid or bypass the ban.
Self-Destructive Behaviour
Any activity that that may cause you to endanger your life or lead to physical harm is strictly prohibited.
Targeted Harassment, Threats, and Violence Towards Others
Harassment, defamation, intimidation, raiding with malicious intent, or stalking of other persons or users, including Twitch Staff, Admins, or Global Moderators, is not allowed at any circumstances.
Unauthorized Sharing of Private Information
Invading and sharing the privacy of others is not allowed.
Hate Speech and other harassment
Any content or activity that facilitates, promotes, or encourages discrimination, harassment, or violence based on race, ethnicity, gender identity, sexual orientation, age, disability, religion, or nationality is prohibited.
Impersonation
Content or activity meant to impersonate an individual or organization is prohibited.
Spam, Scams, and Other Malicious Conduct
Any content or activity that disrupts, interrupts, harms, or otherwise violates the integrity of Twitch services or another user's experience or devices is prohibited.
Pornography and Other Sexually Explicit Conduct
Any content or activity involving pornography, sexual intercourse, or adult services is prohibited.
Inappropriate Broadcaster Behavior and Attire
Nudity and conduct involving overtly sexual behavior and/or attire are prohibited.
Extreme Violence, Gore, and Other Obscene Conduct
Content that exclusively focuses on extreme or gratuitous gore and violence is prohibited.
Unauthorized Content Sharing & Other Copyright Violations
Streaming content that you do not own , do not have rights to, or are otherwise not authorized to use is prohibited.
Subscribe
This button allows users to “Subscribe” to their favorite streamers by paying a monthly fee of $4.99 , $9.99 or $19.99. When done so, they are directly supporting who they enjoy watching, remove ads off the streamers page, receive exclusive emotes for the streamer and get access to “Subscriber only” chat.
Follow
This button allows users to “follow” streamers who they enjoy watching. When done, they receive notifications and placement into their live feed of the specific streamer.
Bits
This button allows users to send “bits” to the streamer they are watching. Bits are a special, “Twitch” currency that can be bought for real money and spent by sending them with an optional message.
Watching Now
This displays the the current amount of viewers on the live broadcast.
Total Views
This displays the total amount of views accumulated since the existence of the Twitch channel.
Videos
Recordings of past broadcasts are stored here for viewing after the live broadcast is over.
Clips
Short video clips saved by users from the stream.
Followers
Amount of people following a certain channel.
Followers
How many channels a channel follows. Can be clicked to display the channels.
Share
Share the stream on social media or through email.
Report
Report stream for breaking the rules.
Whispers
Here users can interact with other users even if they do not broadcast.
Following
View the live feed of the channels you follow.
Browse
Displays the current popular games and categories that are being streamed.
Get Desktop
Download the desktop version of Twitch.
Store
Visits the Twitch store.
Setting up Twitch
Step 1. Register for Twitch
Step 2. Sign into your Twitch account through your web browser
Step 3. Select ‘Dashboard’ from the drop down menu beside your name on the top right side of the webpage.
Step 4. Enter the title of your stream and category of your stream or name of the game you are going to stream.
Setting up OBS
Step 5. Install the broadcasting application, ‘OBS.’
Step 6. Once installed, right click and run as administrator if on a windows computer.
Step 7. In settings menu of the application select ‘Broadcaster Settings’.
Step 8. Select Twitch as your streaming service and click ‘Optimize.’
Step 9. Return to your Twitch dashboard as described earlier and select ‘Stream Key.’ Follow the prompts.
Step 10. Copy the code into the Stream key box on the broadcasting application and click ‘Ok.’
Going live
Step 11. In the main OBS interface, right-click the ‘Sources’ box and select ‘Add’ then ‘Game Capture.’
Step 12. Select your game of choice from the drop down menu and select ‘Ok.’
Step 13. Right-click the ‘Sources box’ to add any additional feeds. You can add images and text to customize your layout, use ‘Monitor Capture’ to show anything on your display or select ‘Video Capture’ to use your webcam.
Step 14. Select ‘Preview Stream’ and ‘Edit Scene’ to optimize your stream settings to your liking.
Step 15. Lastly, select ‘Start streaming’ on the OBS dashboard to go live.
This website was created to provide new and existing users useful all around information of using and understanding Twitch. Users will not only learn about how to view streams, they will also learn how to become a streamers themselves. Learning about the culture and history of Twitch is important in order to feel apart of the community. This is because many users experience streams together, and use common terminology and emotes unique to Twitch.


{% extends "admin_base.html" %} {% block base_content %}
These t-shirt counts reflect the total number of registered volunteers, including all those who may become leaders.
| Size | Current Count | Estimated |
|---|---|---|
| {{size}} | {{count}} | {{estimate}} |
| Total: | {{volunteers}} | {{est_total}} |
These t-shirt counts reflect only assigned site leaders.
| Size | Count |
|---|---|
| {{size}} | {{count}} |
| Total: | {{leader_total}} |
Approved partners only
| Leader | Meet ID | Partner | S | M | L | XL | XXL | XXXL | Total | Leader |
|---|---|---|---|---|---|---|---|---|---|---|
| {{ partner.leader }} | {{ partner.meet_id }} | {{ partner.name }} | {{ partner.S }} | {{ partner.M }} | {{ partner.L }} | {{ partner.XL }} | {{ partner.XXL }} | {{ partner.XXXL }} | {{ partner.total }} | {{ partner.leader.get_shirt_size_display }} |


After an advanced algorithmic calculation, we have detemined that is the appropriate coding language for you to learn. Good luck, friend!
You should not pursue programming.


candle.metrics¶
-
class
candle.
Metric
(name, target_index=1, output_index=-1)[source]¶ A metric is used to compute some distance/measurement between output and target. The result of a metric can have multiple values/columns.
Parameters: - name (str) – A name for identifying this metric.
- target_index (int) – The index within a batch, where to find the target Tensor/Variable.
- output_index (int) – The index to access the output Tensor/Variable in the output from the forward pass. If equal to -1 the output of the forward pass is used directly without indexing.
-
classmethod
columns
()[source]¶ Return the labels for the columens.
e.g. When a metric computes the number of total and correct labels and a ratio of correct labels.
[ “total”, “correct”, “ratio”]
-
compute
(output, target, model=None)[source]¶ Return the computed metrics as single number or list/tuple of values.


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Hacking is identifying weakness in computer systems or networks to exploit its weaknesses to gain access.
Digital image processing deals with manipulation of digital images through a digital computer.
Natural language processing (NLP) is the ability of a computer program to understand human language as it is spoken. NLP is a component of artificial intelligence (AI).
A distributed system is a network that consists of autonomous computers that are connected using a distribution middleware. They help in sharing different resources and capabilities to provide users with a single and integrated coherent network.
Machine learning (ML) is a category of algorithm that allows software applications to become more accurate in predicting outcomes without being explicitly programmed.
If you don't get resource related to your intrest then don't be sad soon list will be going to update.


Generating Test Data
Often you will need sample data for your application to run its tests. The Fabricator
class
uses fzaninotto’s Faker to turn models into generators
of random data. Use fabricators in your seeds or test cases to stage fake data for your unit tests.
Supported Models
Fabricator
supports any model that extends the framework’s core model, CodeIgniter\Model
.
You may use your own custom models by ensuring they implement CodeIgniter\Test\Interfaces\FabricatorModel
:
<?php
namespace App\Models;
use CodeIgniter\Test\Interfaces\FabricatorModel;
class MyModel implements FabricatorModel
{
// ...
}
Note
In addition to methods, the interface outlines some necessary properties for the target model. Please see the interface code for details.
Loading Fabricators
At its most basic a fabricator takes the model to act on:
<?php
use App\Models\UserModel;
use CodeIgniter\Test\Fabricator;
$fabricator = new Fabricator(UserModel::class);
The parameter can be a string specifying the name of the model, or an instance of the model itself:
<?php
$model = new UserModel($testDbConnection);
$fabricator = new Fabricator($model);
Defining Formatters
Faker generates data by requesting it from a formatter. With no formatters defined, Fabricator
will
attempt to guess at the most appropriate fit based on the field name and properties of the model it
represents, falling back on $fabricator->defaultFormatter
. This may be fine if your field names
correspond with common formatters, or if you don’t care much about the content of the fields, but most
of the time you will want to specify the formatters to use as the second parameter to the constructor:
<?php
$formatters = [
'first' => 'firstName',
'email' => 'email',
'phone' => 'phoneNumber',
'avatar' => 'imageUrl',
];
$fabricator = new Fabricator(UserModel::class, $formatters);
You can also change the formatters after a fabricator is initialized by using the setFormatters()
method.
Advanced Formatting
Sometimes the default return of a formatter is not enough. Faker providers allow parameters to most formatters
to further limit the scope of random data. A fabricator will check its representative model for the fake()
method where you can define exactly what the faked data should look like:
<?php
namespace App\Models;
class UserModel
{
// ...
public function fake(Generator &$faker)
{
return [
'first' => $faker->firstName,
'email' => $faker->email,
'phone' => $faker->phoneNumber,
'avatar' => Faker\Provider\Image::imageUrl(800, 400),
'login' => config('Auth')->allowRemembering ? date('Y-m-d') : null,
];
/*
* Or you can return a return type object.
return new User([
'first' => $faker->firstName,
'email' => $faker->email,
'phone' => $faker->phoneNumber,
'avatar' => Faker\Provider\Image::imageUrl(800, 400),
'login' => config('Auth')->allowRemembering ? date('Y-m-d') : null,
]);
*/
}
}
Notice in this example how the first three values are equivalent to the formatters from before. However for avatar
we have requested an image size other than the default and login
uses a conditional based on app configuration,
neither of which are possible using the $formatters
parameter.
You may want to keep your test data separate from your production models, so it is a good practice to define
a child class in your test support folder:
<?php
namespace Tests\Support\Models;
use App\Models\UserModel;
class UserFabricator extends UserModel
{
public function fake(&$faker)
{
// ...
}
}
Localization
Faker supports a lot of different locales. Check their documentation to determine which providers support your locale. Specify a locale in the third parameter while initiating a fabricator:
<?php
$fabricator = new Fabricator(UserModel::class, null, 'fr_FR');
If no locale is specified it will use the one defined in app/Config/App.php as defaultLocale
.
You can check the locale of an existing fabricator using its getLocale()
method.
Faking the Data
Once you have a properly-initialized fabricator it is easy to generate test data with the make()
command:
<?php
$fabricator = new Fabricator(UserFabricator::class);
$testUser = $fabricator->make();
print_r($testUser);
You might get back something like this:
<?php
[
'first' => 'Maynard',
'email' =><EMAIL_ADDRESS>'phone' => '201-886-0269 x3767',
'avatar' => 'http://lorempixel.com/800/400/',
'login' => null,
];
You can also get a lot of them back by supplying a count:
<?php
$users = $fabricator->make(10);
The return type of make()
mimics what is defined in the representative model, but you can
force a type using the methods directly:
<?php
$userArray = $fabricator->makeArray();
$userObject = $fabricator->makeObject();
$userEntity = $fabricator->makeObject('App\Entities\User');
The return from make()
is ready to be used in tests or inserted into the database. Alternatively
Fabricator
includes the create()
command to insert it for you, and return the result. Due
to model callbacks, database formatting, and special keys like primary and timestamps the return
from create()
can differ from make()
. You might get back something like this:
<?php
[
'id' => 1,
'first' => 'Rachel',
'email' =><EMAIL_ADDRESS>'phone' => '741-241-2356',
'avatar' => 'http://lorempixel.com/800/400/',
'login' => null,
'created_at' => '2020-05-08 14:52:10',
'updated_at' => '2020-05-08 14:52:10',
];
Similar to make()
you can supply a count to insert and return an array of objects:
<?php
$users = $fabricator->create(100);
Finally, there may be times you want to test with the full database object but you are not actually
using a database. create()
takes a second parameter to allowing mocking the object, returning
the object with extra database fields above without actually touching the database:
<?php
$user = $fabricator(null, true);
$this->assertIsNumeric($user->id);
$this->dontSeeInDatabase('user', ['id' => $user->id]);
Specifying Test Data
Generated data is great, but sometimes you may want to supply a specific field for a test without
compromising your formatters configuration. Rather then creating a new fabricator for each variant
you can use setOverrides()
to specify the value for any fields:
<?php
$fabricator->setOverrides(['first' => 'Bobby']);
$bobbyUser = $fabricator->make();
Now any data generated with make()
or create()
will always use “Bobby” for the first
field:
<?php
[
'first' => 'Bobby',
'email' =><EMAIL_ADDRESS>'phone' => '251-806-2169',
'avatar' => 'http://lorempixel.com/800/400/',
'login' => null,
];
[
'first' => 'Bobby',
'email' =><EMAIL_ADDRESS>'phone' => '525-214-2656 x23546',
'avatar' => 'http://lorempixel.com/800/400/',
'login' => null,
];
setOverrides()
can take a second parameter to indicate whether this should be a persistent
override or only for a single action:
<?php
$fabricator->setOverrides(['first' => 'Bobby'], $persist = false);
$bobbyUser = $fabricator->make();
$bobbyUser = $fabricator->make();
Notice after the first return the fabricator stops using the overrides:
<?php
[
'first' => 'Bobby',
'email' =><EMAIL_ADDRESS>'phone' => '741-857-1933 x1351',
'avatar' => 'http://lorempixel.com/800/400/',
'login' => null,
];
[
'first' => 'Hans',
'email' =><EMAIL_ADDRESS>'phone' => '487-235-7006',
'avatar' => 'http://lorempixel.com/800/400/',
'login' => null,
];
If no second parameter is supplied then passed values will persist by default.
Test Helper
Often all you will need is a one-and-done fake object for testing. The Test Helper provides
the fake($model, $overrides, $persist = true)
function to do just this:
<?php
helper('test');
$user = fake('App\Models\UserModel', ['name' => 'Gerry']);
This is equivalent to:
<?php
$fabricator = new Fabricator('App\Models\UserModel');
$fabricator->setOverrides(['name' => 'Gerry']);
$user = $fabricator->create();
If you just need a fake object without saving it to the database you can pass false into the persist parameter.
Table Counts
Frequently your faked data will depend on other faked data. Fabricator
provides a static
count of the number of faked items you have created for each table. Consider the following
example:
Your project has users and groups. In your test case you want to create various scenarios
with groups of different sizes, so you use Fabricator
to create a bunch of groups.
Now you want to create fake users but don’t want to assign them to a non-existent group ID.
Your model’s fake method could look like this:
<?php
namespace App\Models;
class UserModel
{
protected $table = 'users';
public function fake(Generator &$faker)
{
return [
'first' => $faker->firstName,
'email' => $faker->email,
'group_id' => mt_rand(1, Fabricator::getCount('groups')),
];
}
}
Now creating a new user will ensure it is a part of a valid group: $user = fake(UserModel::class);
Methods
Fabricator
handles the counts internally but you can also access these static methods
to assist with using them:
getCount(string $table): int
Return the current value for a specific table (default: 0).
setCount(string $table, int $count): int
Set the value for a specific table manually, for example if you create some test items without using a fabricator that you still wanted factored into the final counts.
upCount(string $table): int
Increment the value for a specific table by one and return the new value. (This is what is
used internally with Fabricator::create()
).
downCount(string $table): int
Decrement the value for a specific table by one and return the new value, for example if you deleted a fake item but wanted to track the change.
resetCounts()
Resets all counts. Good idea to call this between test cases (though using
CIUnitTestCase::$refresh = true
does it automatically).


--- layout: post title: Tangy Macadamia Dip date: 2011-08-02 11:36:23.000000000 -04:00 categories: - Gastronomic Explosions - aka Yummy Food/Recipes tags: - Dip - Non-dairy - Tangy Macadamia Dip - Vegan status: publish type: post published: true meta: aktt_notify_twitter: 'no' _edit_last: '1' dsq_thread_id: '1188068303' author: login: cint email<EMAIL_ADDRESS>display_name: Jacinta first_name: Jacinta last_name: '' ---
I love making dips for quick and easy snacks to share or to take along to a party. I came up with this recipe last summer and made it again the other day to take to a candle party (the party plan kind), where I offered to bring a plate (with food on it of course!). It's quick and easy to make. It's vegan and non-dairy too.
Ingredients:
100gm raw macadamia nuts, unsalted
1 carrot, coarsely chopped
1 tomato, coarsely chopped
Lemon juice to taste, (I use about 1/2 a lemon)
1/4 tsp cummin
salt to taste
Method:
Add macadamia nuts to food processor along with the carrot and blend briefly. Add tomato, lemon juice, cummin and salt and blend until well combined. Place into a dish and serve with your favourite crackers.
Variations:
[caption id="attachment_1081" align="aligncenter" width="556" caption="Tangy Macadamia Dip"][/caption]
Enjoy! Jacinta x


A wonderful serenity has taken possession of my entire soul, like these sweet mornings of spring which I enjoy with my whole heart. I am alone, and feel the charm of existence in this spot, which was created for the bliss of souls like mine.
I am so happy, my dear friend, so absorbed in the exquisite sense of mere tranquil existence, that I neglect my talents. I should be incapable of drawing a single stroke at the present moment; and yet I feel that I never was a greater artist than now.
When, while the lovely valley teems with vapour around me, and the meridian sun strikes the upper surface of the impenetrable foliage of my trees, and but a few stray gleams steal into the inner sanctuary, I throw myself down among the tall grass by the trickling stream; and, as I lie close to the earth, a thousand unknown plants are noticed by me: when I hear the buzz of the little world among the stalks, and grow familiar with the countless indescribable forms of the insects and flies, then I feel the presence of the Almighty, who formed us in his own image, and the breath.
No one rejects, dislikes, or avoids pleasure itself, because it is pleasure, but because those who do not know how to pursue pleasure rationally encounter consequences that are extremely painful. Nor again is there anyone who loves or pursues or desires to obtain pain of itself, because it is pain, but because occasionally circumstances occur in which toil and pain can procure him some great pleasure.
To take a trivial example, which of us ever undertakes laborious physical exercise, except to obtain some advantage from it? But who has any right to find fault with a man who chooses to enjoy a pleasure that has no annoying consequences, or one who avoids a pain that produces no resultant pleasure? On the other hand, we denounce with righteous indignation and dislike men who are so beguiled and demoralized by the charms of pleasure of the moment, so blinded by desire, that they cannot foresee.
But I must explain to you how all this mistaken idea of denouncing pleasure and praising pain was born and I will give you a complete account of the system, and expound the actual teachings of the great explorer of the truth, the master-builder of human happiness.
One morning, when Gregor Samsa woke from troubled dreams, he found himself transformed in his bed into a horrible vermin. He lay on his armour-like back, and if he lifted his head a little he could see his brown belly, slightly domed and divided by arches into stiff sections.
His room, a proper human room although a little too small, lay peacefully between its four familiar walls. A collection of textile samples lay spread out on the table - Samsa was a travelling salesman - and above it there hung a picture that he had recently cut out of an illustrated magazine and housed in a nice, gilded frame. It showed a lady fitted out with a fur hat and fur boa who sat upright, raising a heavy fur muff that covered the whole of her lower arm towards the viewer. Gregor then turned to look out the window at the dull weather.
The bedding was hardly able to cover it and seemed ready to slide off any moment. His many legs, pitifully thin compared with the size of the rest of him, waved about helplessly as he looked. "What's happened to me? " he thought. It wasn't a dream.


Arkle Trophy Trial Novices' Chase report: Put The Kettle On causes surprise
by Matt BrocklebankThe Henry De Bromhead-trained mare Put The Kettle On won the Arkle Trophy Trial Novices' Chase at Cheltenham under a fine, front-running ride from Aidan Coleman.
The outsider of the four runners (6/1) took them along in the testing conditions at Prestbury Park and she ground out success from the Nigel Twiston-Davies-trained 7/4 market leader Al Dancer by two and a half lengths.
The strong-travelling Getaway Trump, representing champion trainer Paul Nicholls, made a late mistake which knocked the stuffing out of him and he once again failed to fully convince with his finishing effort up the hill.
Harry Cobden's mount finished a couple of lengths ahead of Harry Whittington's Rouge Vif in last.
Put The Kettle On is a 20/1 chance with Sky Bet for the Racing Post Arkle Trophy at the Cheltenham Festival in March.
De Bromhead was at Punchestown, where he said: "I'm delighted and it was a great ride by Aidan. All her owners were going over. They've had a lot of fun with her and Mary Darmody, the matriarch of the syndicate, specifically went over. The lads go for the weekend every year.
"She loves jumping. We said we'd drop her back over two miles and let her rock and roll, and she really enjoyed it."
Coleman said: "She was super and jumped exceptionally - on that ground it's not all about the spectacular outside-the-wings (jumps), which she had if she wanted to, but she was very economical, which made a difference.
"She seemed fine on the ground, she seemed to cope with it very well. There was no fluke about it, she had the allowances but she won well."
Paul Nicholls said of Getaway Trump: "He ran well, but he just hated the ground. He missed the second-last and that cost him today. A good jump at the second-last would probably have put him upsides the other horse.
"He will either go to Sandown for the Henry VIII, if the ground is OK, or wait for the Wayward Lad the day after Boxing Day."


nips nips2003 nips2003-94 nips2003-94-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: David Barber, Felix V. Agakov
Abstract: The maximisation of information transmission over noisy channels is a common, albeit generally computationally diﬃcult problem. We approach the diﬃculty of computing the mutual information for noisy channels by using a variational approximation. The resulting IM algorithm is analagous to the EM algorithm, yet maximises mutual information, as opposed to likelihood. We apply the method to several practical examples, including linear compression, population encoding and CDMA. 1


module Quantitative: sig
.. end
The top-level functions for the quantitative analysis of fault trees are as follows.
- probErrorCut : a function that given a fault tree, computes the
top-level probability of a fault.
- probErrorCutImp : a function that given a fault tree, computes
importance measures.
If cutsets are available, the next two functions can compute probabilities
and importance metrics without having to recompute them.
- probErrorCutC : a function that given a fault tree and cutsets,
computes the top-level probability of a fault.
- probErrorCutCImp : a function that given a fault tree and cutsets,
computes importance measures.
val probErrorCutC : 'a FaultTree.ftree -> 'a FaultTree.pexp -> float * float
A function that given a fault tree and cutsets, computes the top-level
probability of a fault.
val probErrorCut : 'a FaultTree.ftree -> float * float
A function that given a fault tree, computes the top-level probability of a
fault.
val probErrorCutCImp : 'a FaultTree.ftree ->
'a FaultTree.pexp -> ('a FaultTree.pexp * float * float) Core.Std.List.t
A function that given a fault tree and cutsets, computes importance measures.
val probErrorCutImp : 'a FaultTree.ftree -> ('a FaultTree.pexp * float * float) Core.Std.List.t
A function that given a fault tree, computes importance measures.


fun readLongAsFlow(key: String, defaultLongValue: Long = 0L): Flow<Long>
Flow support for getting a Log value from SharedPreferences
Return Flow the value saved to SharedPreferences of type Flow
See Also
readLong


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