Modern webapps can greatly benefit from realtime push interaction. Primer has out of the box support for two 3rd party notification services, PubNub and Pusher, as well as gives you an easy way to implement an additional 3rd party or your own custom push framework.
For Pusher or PubNub, setup only takes a few seconds. Note, you'll have to register at the appropriate site and get your own credentials.
# located in your main settings file # note that this should be AFTER you have imported primers # settings if you have used the primer.settings object # this can be 'pubnub', 'pusher', or a full module path for a # custom class. i.e. myapp.push.MyPushService PUSH_SERVICE = 'pubnub' # these are a list of all possible keys # you only need to add the ones your push framework requres # for pusher, their key is pub_key PUSH_SERVICE_SETTINGS = { 'app_id' : 'my-app-id', 'pub_key' : '0987654321', 'sub_key' : '1234567890', 'secret_key' : 'my-secret-key', 'use_ssl' : False }
Anywhere you want to use your push service, you just have to import primer.push.services.PushService
. PushService
has the following methods:
| Method | Description |
|---|---|
| send(event, channels, users, data) |
Sends data through your push service backend. You have to set either channels or users, but not both.
|
| subscribe(channel) | This method can be implemented by the PushService class you are using if you want the server to be able to receive push events as well. When data is received, it will broadcast the message_received signal located in primer.push.services |
# example of how to push data to the current logged in user in a view from primer.push.services import PushService def myview(request): PushService.send( event = 'my-new-event', users = request.user, data = { 'foo' : 'bar', 'test' : 'case' } ) ...
If you are using Pubnub or Pusher, you're all set. The appropriate scripts and setup information is included. There is a global js class for you to access called PushClient
. This class broadcasts events whenver it receives a new notification from the server, so you can listen for specific events and react accordingly.
//somehwere in your js //the first argument is the event name you passed from the server side PushClient.bind('my-event-name', function(data){ //do whatever you want with the data here. This is the //data that came back from the server });
If PubNub or Pusher don't do it for you, you can always implement your own push service. There is a class for you to extend located in primer.push.services
called PushServiceWrapper
. At a minimum, you need to perform your api setup in __init__ and implement your own custom _send_data method. The following class attributes are available to you:
Here is the pubnub service wrapper example. It also incorporates its own subscribe method. Notice that subscribe uses self.receive as its callback, which is there to be a default handler for messages if you would like to use it. It broacasts the message_received
signal located in primer.push.services
from pubnub.Pubnub import Pubnub from primer.push.services import PushServiceWrapper class PubNubService(PushServiceWrapper): def __init__(self, *args, **kwargs): super(PubNubService, self).__init__() self.api = Pubnub( self.pub_key, self.sub_key, self.secret_key, self.use_ssl ) def subscribe(self, channel): self.api.subscribe({ 'channel' : channel, 'callback' : self.receive }) def _send_data(self, channel, data): self.api.publish({ 'channel' : channel, 'message' : data })
In your settings.py file, you'll need to set PUSH_SERVER to a string pointing to your class. In the above example, it would be something like myapp.push.services.PubNubService
You'll have to include the necessary javascript, but you can still use PushClient
to do your handling. Override the following methods in PushClient
to handle your push service accordingly.
| Method | Description |
|---|---|
| PushClient.subscribe(channel_id) | This method subscribes to channels for the user. Your function must also take channel_id. |
| PushClient.unsubscribe(channel_id) | This method unsubscribes from a channel or disconnects. |
//example, override anywhere in your JS PushClient.subscribe = function(channel_id) { //do some custom processing with your //make sure in the end, you pass any data you receive //to PushClient.receiveMessage(data) MyCustomFrameWork.subscribe(channel); MyCustomFramework.onReceveData(function(data){ PushClient.receiveMessage(data); }) }


This popular port on the eastern shore of the Firth of Clyde has a long sailing history. It was brought to prominence by the well-known yacht designer, William Fife. It forms a useful base for exploring the extensive sheltered waters of the Clyde area.
The main yachting facility is the marina at Largs, which is about a 20 minute walk from the centre of the town.
Just south of Largs is the new berthing facility of Fairlie Quay


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Scope in Javascript is about context. There is 'Global' and 'Local' scope. If you have a piece of code, then that piece of code will only ever have one global scope, but it can have multiple local scopes. What is defined in the global scope, for example a variable, can be used through that whole piece of code. Local scope is more limited, it can only be used in a particular piece of contained code. An example of this is a variable within a function. This variable is not accessible outside of that function.


#include <flit.hpp>
Definition at line 37 of file flit.hpp.
◆ FlitType
| Enumerator |
|---|
| READ_REQUEST | |
| READ_REPLY | |
| WRITE_REQUEST | |
| WRITE_REPLY | |
| ANY_TYPE | |
Definition at line 42 of file flit.hpp.
◆ Flit()
◆ ~Flit()
◆ Free()
◆ FreeAll()
◆ New()
◆ Reset()
◆ _all
| stack< Flit * > Flit::_all |
|
staticprivate |
◆ _free
| stack< Flit * > Flit::_free |
|
staticprivate |
◆ atime
◆ cl
◆ ctime
◆ data
◆ dest
◆ head
◆ hops
◆ id
◆ intm
◆ itime
◆ la_route_set
◆ NUM_FLIT_TYPES
| const int Flit::NUM_FLIT_TYPES = 5 |
|
static |
◆ ph
◆ pid
◆ pri
◆ record
◆ src
◆ subnetwork
◆ tail
◆ type
◆ vc
◆ watch
The documentation for this class was generated from the following files:
- gpgpu-sim_distribution/src/intersim2/flit.hpp
- gpgpu-sim_distribution/src/intersim2/flit.cpp


{% extends "base.html" %} {% load staticfiles %} {% block title %} | Apply {% endblock %} {% block extra_css %} {% endblock %} {% block content %}
If you own a home in Cleveland, you may be eligible to buy the vacant lot next door from the City of Cleveland for $200. The lot must share a border with land you already own. Only homeowners can apply, not renters, businesses, churches, or organizations.
For more information, read the frequently asked questions (FAQ) page.
Note: Not all properties listed on the map may be available. Contact the Land Bank at<PHONE_NUMBER> for more information if necessary.
To get started:


This is the lyrics of Ketu Stotra in English and Devanagari script. You will also find the meaning of Ketu Stotra in English. The Ketu Stotra or Stotram is read to please Lord Ketu.
Ketu-hu Kaalah Kaliyata,
Dhumra Ketur Vivarnak.
Lok Ketur Maha Ketu-hu,
Sarva Ketur Bhaya Pradah. ॥1॥
Roudro Rudra Priyo Rudhrah,
Krur Karma Sugandhrak.
Phalash Dhoom Sankash Aschitra,
Yagyo Pavit Dhrik. ॥2॥
Tara Gana Vimardo Cha,
Jaimi Neyo Grihadhipah.
Pancha Vinshati Namani,
Keturyah Satatam Pathet. ॥3॥
Tasya Nashyanti,
Badhasch Sarvah Ketu Prasadatah.
Dhana Dhanya Pashunam Cha,
Bhaved Vridwirn Sanshayah. ॥4॥
केतु: काल: कलयिता धूम्रकेतुर्विवर्णक: ।
लोककेतुर्महाकेतु: सर्वकेतुर्भयप्रद: ॥1॥
रौद्रो रूद्रप्रियो रूद्र: क्रूरकर्मा सुगन्ध्रक् ।
फलाशधूमसंकाशश्चित्रयज्ञोपवीतधृक् ॥2॥
तारागणविमर्दो च जैमिनेयो ग्रहाधिप: ।
पंचविंशति नामानि केतुर्य: सततं पठेत् ॥3॥
तस्य नश्यंति बाधाश्चसर्वा: केतुप्रसादत: ।
धनधान्यपशूनां च भवेद् व्रद्विर्नसंशय: ॥4॥
Ketu-hu Kaalah Kaliyata,
Dhumra Ketur Vivarnak.
Lok Ketur Maha Ketu-hu,
Sarva Ketur Bhaya Pradah. ॥1॥
Ketu, he who causes death and he who makes time, smoky headed one. One
who is multi coloured, who is head of people, a great head. One who
has only head, one who torments the Sun.
Roudro Rudra Priyo Rudhrah,
Krur Karma Sugandhrak.
 He who
does cruel deeds, and he who is seen by pleasant smell. One who
resembles the smoke of husk, one who is seen wearing sacred
thread.
Tara Gana Vimardo Cha,
Jaimi Neyo Grihadhipah.
Pancha Vinshati Namani,
Keturyah Satatam Pathet. ॥3॥
One who troubles star groups, one who belongs to the clan of Jaimini.
One who is the lord of all planets, one who is Lord Ganesha. One who
is the lord of obstacles, one who destroys disease to poison. One who
has forsaken everything, one who is wise. And one who makes
pilgrimages to sacred places happen. If these twenty five names of
Ketu are read then all the troubles of that person will come to an
end.
Tasya Nashyanti,
Badhasch Sarvah Ketu Prasadatah.
Dhana Dhanya Pashunam Cha,
Bhaved Vridwirn Sanshayah. ॥4॥
Due to the grace of Ketu all his troubles will come to an end, and
without doubt his wealth, cereals and animals will increase.


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Savouring success in new food venture
by Shawn McAvinueA pair of Dunedin friends have united to unchain their creativity in a new food shop venture in the central city.
Princes Street Butcher and Kitchen managing director Dave Gibson, of Dunedin, said after he finished an 11-year stint as a regional sales manager at beverage company Frucor in April, he went travelling.
He visited Australia and Europe on the three-month trip and was inspired by the food retail scene.
On returning home, he and friend Greg Egerton, a butcher, opened Princes Street Butcher and Kitchen in central Dunedin late last month.
The business had been performing better than expected, which allowed both of them to concentrate on what they enjoyed about their work, Mr Gibson said.
‘‘We are working together, doing what we love doing,’’ he said.
Mr Egerton said he and Mr Gibson met through mutual friends on annual trips to watch national sevens tournaments in Queenstown and bonded over a mutual appreciation of 1980s music.
‘‘A bit of Wham! never hurt anyone.’’
Mr Gibson said when he returned to Dunedin all fired up and then Mr Egerton won the Butcher of the Year title in August, the time was right to open a business.
Their group of friends held regular dinner parties in Dunedin and guests often asked why they had not put their skills towards running their own business.
He worked as a chef after leaving school and Mr Egerton worked as a butcher at a chain butchery store and supermarkets, Mr Gibson said.
Mr Egerton said Mr Gibson’s business skills allowed him the time he needed to be creative.
‘‘I’ve always had a creative mind and this has been the best thing that’s ever happened — I’ve never been happier to have my own space.’’
His creativity was often restricted, as chain stores were more interested in profit margin than the products being created, Mr Egerton said.
When The Star visited the new shop recently, the products on sale included a pie topped with crispy seasoned chicken skin and meat products such as flat-iron steaks and Bombay chicken cushions.
Mr Gibson said they used ingredients sourced from various Dunedin businesses, such as seasoning from Wild Fennel Co to make curry, caraway and coconut beef sausages and spices from Hammerhead Foods to put in pies.
Mr Gibson said the neighbourhood was a great location for the business as it had plenty of foot traffic and free parking.
‘‘This is a fantastic location for shop-ability.’’
He hoped the Dunedin City Council would invest in improving the area to help transform it into a food shopping precinct.


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When it comes to paints, watercolors sometimes get a bad rap. They have the reputation of being unforgiving and unpredictable. It’s true that it can be difficult to correct mistakes with watercolors, and you sometimes have to be willing to go with the flow and let the paints do their own thing. However, the results of these “happy accidents” (to quote Bob Ross) are often breathtaking.
When I decided to find a new creative outlet, I spent a lot of time considering which type of paint I wanted to use. After weighing the pros and cons of each, I decided on watercolors. There were several key advantages that swayed my decision. Here are few of the biggest benefits of watercolors versus oils or acrylics.
- Easy Clean Up It is practically impossible to ruin your brushes with watercolor paints. If you forget to wash them, it is not a big deal. You can just rinse them out before you start painting the next time. There is no need to worry about dried paint hardening and ruining your brush. Also, if you get paint on your clothes, furniture or skin, it is easy to clean up with water.
- Less Wasted Paint If you are using watercolor in tubes and squeeze out too much paint, you don’t have to worry about the excess going to waste. Instead, just let the leftover paint dry on your palette and add water to it the next time you paint.
- Transparency From a purely visual standpoint, watercolor paint has an inner brilliance and clarity of color that is often lacking in other types of paint. This is largely due to the fact that it is transparent. Most paints reflect color directly off the surface of the paint.Watercolors, on the other hand, get their color as a result of light bouncing off the white paper and reflecting back up through the paint. As a result, the paintings almost look as if they are lit from within.This transparency also makes watercolors extremely versatile. A single tube or pan of watercolor paint can give you countless different shades of the same color simply by adding more or less water. You can build colors to add richness, or mix colors on the paper by layering one color over another.


@(user:User)(implicit request: RequestHeader, lang:Lang) Hey @{user.first_name}, Some blabla Click on this link to confirm your account As always, if you'd rather not get emails like this, you can unsubscribe or change your email settings.


phylopomp
Phylodynamics for POMPs
Class Hierarchy
Go to the textual class hierarchy
Generated by
1.9.1


interface FlowExternalOperation<R>
FlowExternalOperation represents an external process that blocks a flow from continuing until the result of execute has been retrieved. Examples of external processes where FlowExternalOperation would be useful include, triggering a long running process on an external system or retrieving information from a service that might be down.
The flow will suspend while it is blocked to free up a flow worker thread, which allows other flows to continue processing while waiting for the result of this process.
Implementations of FlowExternalOperation should ideally hold references to any external values required by execute. These references should be passed into the implementation's constructor. For example, an amount or a reference to a Corda Service could be passed in.
It is discouraged to insert into the node's database from a FlowExternalOperation, except for keeping track of deduplicationIds that have been processed. It is possible to interact with the database from inside a FlowExternalOperation but, for most operations, is not currently supported.
execute |
Executes a blocking operation. abstract fun execute(deduplicationId: String): R |


The Internet access point is working, but there was some problem connecting to server. Please retry, or contact the Customer Support.
Exit


This provides a general framework for training patient level prediction models. The user can select various default feature selection methods or incorporate their own, The user can also select from a range of default classifiers or incorporate their own. There are three types of evaluations for the model patient (randomly splits people into train/validation sets) or year (randomly splits data into train/validation sets based on index year - older in training, newer in validation) or both (same as year spliting but checks there are no overlaps in patients within training set and validaiton set - any overlaps are removed from validation set)
runPlp(population, plpData, minCovariateFraction = 0.001, normalizeData = T, modelSettings, testSplit = "time", testFraction = 0.25, trainFraction = NULL, splitSeed = NULL, nfold = 3, indexes = NULL, saveDirectory = NULL, savePlpData = T, savePlpResult = T, savePlpPlots = T, saveEvaluation = T, verbosity = "INFO", timeStamp = FALSE, analysisId = NULL, save = NULL)
| population | The population created using createStudyPopulation() who will be used to develop the model |
|---|---|
| plpData | An object of type |
| minCovariateFraction | The minimum fraction of target population who must have a covariate for it to be included in the model training |
| normalizeData | Whether to normalise the covariates before training (Default: TRUE) |
| modelSettings | An object of class
|
| testSplit | Either 'person' or 'time' specifying the type of evaluation used. 'time' find the date where testFraction of patients had an index after the date and assigns patients with an index prior to this date into the training set and post the date into the test set 'person' splits the data into test (1-testFraction of the data) and train (validationFraction of the data) sets. The split is stratified by the class label. |
| testFraction | The fraction of the data to be used as the test set in the patient split evaluation. |
| trainFraction | A real number between 0 and 1 indicating the train set fraction of the data. If not set trainFraction is equal to 1 - test |
| splitSeed | The seed used to split the test/train set when using a person type testSplit |
| nfold | The number of folds used in the cross validation (default 3) |
| indexes | A dataframe containing a rowId and index column where the index value of -1 means in the test set, and positive integer represents the cross validation fold (default is NULL) |
| saveDirectory | The path to the directory where the results will be saved (if NULL uses working directory) |
| savePlpData | Binary indicating whether to save the plpData object (default is T) |
| savePlpResult | Binary indicating whether to save the object returned by runPlp (default is T) |
| savePlpPlots | Binary indicating whether to save the performance plots as pdf files (default is T) |
| saveEvaluation | Binary indicating whether to save the oerformance as csv files (default is T) |
| verbosity | Sets the level of the verbosity. If the log level is at or higher in priority than the logger threshold, a message will print. The levels are:
|
| timeStamp | If TRUE a timestamp will be added to each logging statement. Automatically switched on for TRACE level. |
| analysisId | Identifier for the analysis. It is used to create, e.g., the result folder. Default is a timestamp. |
| save | Old input - please now use saveDirectory |
An object containing the model or location where the model is save, the data selection settings, the preprocessing and training settings as well as various performance measures obtained by the model.
A function that can be applied to new data to apply the trained model and make predictions
A list of class plpModel
containing the model, training metrics and model metadata
A dataframe containing the prediction for each person in the test set
The type of evaluation that was performed ('person' or 'time')
A list detailing the size of the test sets
A list detailing the size of the train sets
The complete time taken to do the model framework
Users can define a risk period of interest for the prediction of the outcome relative to index or use the cohprt dates. The user can then specify whether they wish to exclude patients who are not observed during the whole risk period, cohort period or experienced the outcome prior to the risk period.
# NOT RUN { #******** EXAMPLE 1 ********* #load plpData: plpData <- loadPlpData(file.path('C:','User','home','data')) #create study population to develop model on #require minimum of 365 days observation prior to at risk start #no prior outcome and person must be observed for 365 after index (minTimeAtRisk) #with risk window from 0 to 365 days after index population <- createStudyPopulation(plpData,outcomeId=2042, firstExposureOnly = FALSE, washoutPeriod = 365, removeSubjectsWithPriorOutcome = TRUE, priorOutcomeLookback = 99999, requireTimeAtRisk = TRUE, minTimeAtRisk=365, riskWindowStart = 0, addExposureDaysToStart = FALSE, riskWindowEnd = 365, addExposureDaysToEnd = FALSE) #lasso logistic regression predicting outcome 200 in cohorts 10 #using no feature selection with a time split evaluation with 30% in test set #70% in train set where the model hyper-parameters are selected using 3-fold cross validation: #and results are saved to file.path('C:','User','home') model.lr <- lassoLogisticRegression.set() mod.lr <- runPlp(population=population, plpData= plpData, minCovariateFraction = 0.001, modelSettings = model.lr , testSplit = 'time', testFraction=0.3, nfold=3, indexes=NULL, saveDirectory =file.path('C:','User','myPredictionName'), verbosity='INFO') #******** EXAMPLE 2 ********* # Gradient boosting machine with a grid search to select hyper parameters # using the test/train/folds created for the lasso logistic regression above model.gbm <- gradientBoostingMachine.set(rsampRate=c(0.5,0.9,1),csampRate=1, ntrees=c(10,100), bal=c(F,T), max_depth=c(4,5), learn_rate=c(0.1,0.01)) mod.gbm <- runPlp(population=population, plpData= plpData, modelSettings = model.gbm, testSplit = 'time', testFraction=0.3, nfold=3, indexes=mod.lr$indexes, saveDirectory =file.path('C:','User','myPredictionName2')) # }


Getting your Stuff to your People!


From:Isaac Ezekiel Jnr Attn: President/CEO I am Isaac Ezekiel Jnr. the only son of late former Director of finance,Chief Isaac J Ezekiel of Sierra-Leone diamond and mining corporation. I must confess my agitation is real, and my words is my bond, in this proposal. My late father had some bonds with a gold vault company in Abidjan,I have the Bond certificates and the passwords to the vaults, i am not about to tell you the password and how many bonds involved until I have your words right now I am on the run, Than is why I dont want to go back there from UK and where it got bad is that I bear the same name with my late father my mother Mrs. Mary Ezekiel and younger sister is here with me in the UK and said that I should find someone who will help me convert the gold bonds into cash or move the bonds away from Abidjan to Europe or America where it could still be converted to cash. Now the war in my country is over with the help of ECOMOG soldiers, the present government of Sierra Leone has revoked the passport of all officers who served under the former regime and now ask countries to expel such person at the same time freeze their account and confiscate their asset, it is on this note that I am contacting you, all I need from you is your Trust. I am offering you 20 % of the total bonds, now all my hope is banked on your trust and I really wants to invest this money a country, were their is stability of Government, political and economic welfare. Dont be alarmed how I contacted you. I was giving this information by an activist from my country. Thanks and God bless Best regards Isaac Ezekiel Jnr


A full SICStus installation requires a C compiler and a linker to perform final link steps on the installation machine.
If a C compiler is not available, it is possible to use a pre-built installation on some platforms.
Pre-built installation is only recommended as a last resort; it is
available from the SICStus Installer Tool or by invoking
InstallSICStus
with the --all-questions argument.
A disadvantage with the pre-built installation is that SICStus libraries that interface to third-party products (Tcl/Tk, Berkeley DB, Java) may not work, or may require environment variables such as LD_LIBRARY_PATH to be set. Another disadvantage is that spld and splfr may not work unless you manually adjust the spld configure file. Of course, neither spld nor splfr will work anyway if you do not have a C compiler.


It's all about ME!
My full name is Captain Awesomeness Migs Shufflebottom, I'm named after my uncle the famous bounty hunter., you won't have heard of him since all evidence of his work was covered up during the cold war. In my spare time I enjoy the touch of the wind on my face, walks on the beach and extensive conversations. I would live to share my favorite quote with you:
"Friendship is like peeing on yourself: everyone can see it, but only you get the warm feeling that it brings."


Contact details
| Email: |<EMAIL_ADDRESS>|
|---|---|
| Current position: | Coordinatrice à philocité |
| Place: | Liège (Belgium) |
Publications @ Inspire @ ADS @ arXiv
Publications @ CURL
2017
[1] Schlogel S, Clesse S and Fuzfa A 2017 Numerical forecasts for lab experiments constraining
modified gravity: the chameleon model Proceedings, 14th Marcel Grossmann Meeting on Recent
Developments in Theoretical and Experimental General
Relativity, Astrophysics, and Relativistic Field Theories
(MG14) (In 4 Volumes): Rome, Italy, July 12-18, 2015 vol 2 pp 1259–64
| Abstract: | arXiv:1512.07738 |
|---|---|
| Journal: | 10.1142/9789813226609_0095 |
2016
[1] Schlögel S 2016 Hunting modifications of gravity: from the lab to
cosmology via compact objects PhD thesis (Namur U.)
| Abstract: | arXiv:1610.03622 |
|---|
[2] Schlögel S, Clesse S and Füzfa A 2016 Probing Modified Gravity with Atom-Interferometry: a
Numerical Approach Phys. Rev. D93 104036
| Abstract: | arXiv:1507.03081 |
|---|---|
| Journal: | 10.1103/PhysRevD.93.104036 |
[3] Schlögel S 2016 Particle like solutions in modified gravity: the Higgs
monopoles Proceedings, 14th International Symposium Frontiers of
Fundamental Physics (FFP14): Marseille, France, July
15-18, 2014 FFP14 096
| Abstract: | arXiv:1501.02465 |
|---|
2013
[1] Füzfa A, Rinaldi M and Schlögel S 2013 Particlelike distributions of the Higgs field
nonminimally coupled to gravity Phys. Rev. Lett. 111 121103
| Abstract: | arXiv:1305.2640 |
|---|---|
| Journal: | 10.1103/PhysRevLett.111.121103 |
2012
[1] Bruneton J-P, Rinaldi M, Kanfon A, Hees A, Schlogel S and Fuzfa A 2012 Fab Four: When John and George play gravitation and
cosmology Adv. Astron. 2012 430694
| Abstract: | arXiv:1203.4446 |
|---|---|
| Journal: | 10.1155/2012/430694 |


Can we use data from forms to retrieve information from the Internet?
SURE!
We can create a call to a web service API for retrieving data about some resource that the service may have.
We need to deal, though, with creating the proper call and with parsing the response of the service.
Tipically, API calls follow the form
http://www.domain.com:1234/path/to/resource?a=b&x=y
How can we retrieve the weather for a specific city?
Search the web for "Weather API"
According to the OpenWeather API, the call for calling the current weather data for one location by city name is:
We missed the API key!
OpenWeather returns JSON by default, but it can also return other formats (XML and HTML). How? Check their documentation!
XML
HTML
You are going to provide the current weather for a user-entered city. Any city! For doing that, you are going to create a form and ask the visitor of your site for the name of a city. Then, you are going to use the OpenWeather API to retrieve the information, JS to parse the information, and HTML to render the results.
Steps


|
Tuesday
|
Functions for generating and converting between different types of transformations.
This library has a few different ways of representing 3-dimensional rotations specifically:
vec3
(the axis) and a scalar (the angle). All functions which take an axis-angle pair as their arguments assume the axis is normalized and the angle is measured in radians counter-clockwise around the axis.vec4
. The first three components make up the axis and the fourth component represents the angle.vec3
. You could imagine it as a more-compact version of an axis-angle pair; its direction represents the axis of rotation and its magnitude the angle (again, radians counter-clockwise around the axis). You could also imagine it as the composite of three separate rotations with each component representing an angle of rotation around the corresponding principal axis. Rotation vectors are most useful when rotations need to be interpolated and/or multiplied, such as when representing angular velocity.quat
). It's kind of like an axis-angle vector, but the entire vector is assumed to be normalized instead of just the axis. This is achieved by multiplying the normalized axis by sin(angle/2)
and storing cos(angle/2)
instead of the angle itself in the fourth component. Rotation quaternions are best used when representing an orientation in 3-dimensional space or when composing multiple rotations into one. Since they're defined by trigonometric functions, computationally expensive trigonometry isn't needed when using them to rotate vectors or when generating rotation matrices.Functions | |
| template<typename T > | |
| vec4< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::axis_angle (const T &x, const T &y, const T &z) noexcept |
| Converts a rotation vector to an axis-angle vector. More... | |
| template<typename T > | |
| vec4< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::axis_angle (const vec3< T > &v) noexcept |
| Converts a rotation vector to an axis-angle vector. More... | |
| template<typename T > | |
| constexpr vec3< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::rotation_vec (const T &axis_x, const T &axis_y, const T &axis_z, const T &angle) noexcept |
| Converts an axis-angle pair to a rotation vector. More... | |
| template<typename T > | |
| constexpr vec3< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::rotation_vec (const vec3< T > &axis, const T &angle) noexcept |
| Converts an axis-angle pair to a rotation vector. More... | |
| template<typename T > | |
| constexpr vec3< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::rotation_vec (const vec4< T > &v) noexcept |
| Converts an axis-angle vector to a rotation vector. More... | |
| template<typename T > | |
| quat< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::rotation_quat (const T &axis_x, const T &axis_y, const T &axis_z, const T &angle) noexcept |
| Converts an axis-angle pair to a rotation quaternion. More... | |
| template<typename T > | |
| quat< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::rotation_quat (const vec3< T > &axis, const T &angle) noexcept |
| Converts an axis-angle pair to a rotation quaternion. More... | |
| template<typename T > | |
| quat< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::rotation_quat (const vec4< T > &v) noexcept |
| Converts an axis-angle vector to a rotation quaternion. More... | |
| template<typename T > | |
| quat< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::rotation_quat (const T &x, const T &y, const T &z) noexcept |
| Converts a rotation vector to a rotation quaternion. More... | |
| template<typename T > | |
| quat< decltype(tue::math::sin(std::declval< T >)))> | tue::transform::rotation_quat (const vec3< T > &v) noexcept |
| Converts a rotation vector to a rotation quaternion. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t<(C >=2 &&R >=3), mat< T, C, R > > | tue::transform::translation_mat (const T &x, const T &y) noexcept |
| Computes a 2D translation matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t<(C >=2 &&R >=3), mat< T, C, R > > | tue::transform::translation_mat (const vec2< T > &v) noexcept |
| Computes a 2D translation matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t<(C >=3 &&R >=4), mat< T, C, R > > | tue::transform::translation_mat (const T &x, const T &y, const T &z) noexcept |
| Computes a 3D translation matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t<(C >=3 &&R >=4), mat< T, C, R > > | tue::transform::translation_mat (const vec3< T > &v) noexcept |
| Computes a 3D translation matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| std::enable_if_t< (C >=2 &&R >=2), mat< decltype(tue::math::sin(std::declval< T >))), C, R > > | tue::transform::rotation_mat (const T &angle) noexcept |
| Computes a 2D rotation matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| std::enable_if_t< (C >=3 &&R >=3), mat< decltype(tue::math::sin(std::declval< T >))), C, R > > | tue::transform::rotation_mat (const T &axis_x, const T &axis_y, const T &axis_z, const T &angle) noexcept |
| Computes a 3D rotation matrix from an axis-angle pair. More... | |
| template<typename T , int C = 4, int R = 4> | |
| std::enable_if_t< (C >=3 &&R >=3), mat< decltype(tue::math::sin(std::declval< T >))), C, R > > | tue::transform::rotation_mat (const vec3< T > &axis, const T &angle) noexcept |
| Computes a 3D rotation matrix from an axis-angle pair. More... | |
| template<typename T , int C = 4, int R = 4> | |
| std::enable_if_t< (C >=3 &&R >=3), mat< decltype(tue::math::sin(std::declval< T >))), C, R > > | tue::transform::rotation_mat (const vec4< T > &v) noexcept |
| Computes a 3D rotation matrix from an axis-angle vector. More... | |
| template<typename T , int C = 4, int R = 4> | |
| std::enable_if_t< (C >=3 &&R >=3), mat< decltype(tue::math::sin(std::declval< T >))), C, R > > | tue::transform::rotation_mat (const T &x, const T &y, const T &z) noexcept |
| Computes a 3D rotation matrix from a rotation vector. More... | |
| template<typename T , int C = 4, int R = 4> | |
| std::enable_if_t< (C >=3 &&R >=3), mat< decltype(tue::math::sin(std::declval< T >))), C, R > > | tue::transform::rotation_mat (const vec3< T > &v) noexcept |
| Computes a 3D rotation matrix from a rotation vector. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t< (C >=3 &&R >=3), mat< decltype(tue::math::sin(std::declval< T >))), C, R > > | tue::transform::rotation_mat (const quat< T > &q) noexcept |
| Computes a 3D rotation matrix from a rotation quaternion. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t<(C >=2 &&R >=2), mat< T, C, R > > | tue::transform::scale_mat (const T &x, const T &y) noexcept |
| Computes a 2D scale matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t<(C >=2 &&R >=2), mat< T, C, R > > | tue::transform::scale_mat (const vec2< T > &v) noexcept |
| Computes a 2D scale matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t<(C >=3 &&R >=3), mat< T, C, R > > | tue::transform::scale_mat (const T &x, const T &y, const T &z) noexcept |
| Computes a 3D scale matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t<(C >=3 &&R >=3), mat< T, C, R > > | tue::transform::scale_mat (const vec3< T > &v) noexcept |
| Computes a 3D scale matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| std::enable_if_t< (C >=4 &&R >=4), mat< decltype(tue::math::sin(std::declval< T >))), C, R > > | tue::transform::perspective_mat (const T &fovy, const T &aspect, const T &n, const T &f) noexcept |
| Computes a 3D perspective matrix. More... | |
| template<typename T , int C = 4, int R = 4> | |
| constexpr std::enable_if_t< (C >=3 &&R >=4), mat< decltype(tue::math::recip(std::declval< T >))), C, R > > | tue::transform::ortho_mat (const T &width, const T &height, const T &n, const T &f) noexcept |
| Computes an orthographic projection matrix. More... | |
|
inlinenoexcept |
Converts a rotation vector to an axis-angle vector.
If the rotation vector's length is 0
, returns (0, 0, 1, 0)
.
| T | The rotation vector's component type. |
| x | The rotation vector's first component. |
| y | The rotation vector's second component. |
| z | The rotation vector's third component. |
|
inlinenoexcept |
Converts a rotation vector to an axis-angle vector.
If the rotation vector's length is 0
, returns (0, 0, 1, 0)
.
| T | The rotation vector's component type. |
| v | The rotation vector. |
|
inlinenoexcept |
Converts an axis-angle pair to a rotation vector.
This function assumes the axis is normalized.
| T | The axis-angle component type. |
| axis_x | The axis' first component. |
| axis_y | The axis' second component. |
| axis_z | The axis' third component. |
| angle | The angle. |
|
inlinenoexcept |
Converts an axis-angle pair to a rotation vector.
This function assumes the axis is normalized.
| T | The axis-angle component type. |
| axis | The axis. |
| angle | The angle. |
|
inlinenoexcept |
Converts an axis-angle vector to a rotation vector.
This function assumes the axis is normalized.
| T | The axis-angle component type. |
| v | The axis-angle vector. |
|
inlinenoexcept |
Converts an axis-angle pair to a rotation quaternion.
This function assumes the axis is normalized.
| T | The axis-angle component type. |
| axis_x | The axis' first component. |
| axis_y | The axis' second component. |
| axis_z | The axis' third component. |
| angle | The angle. |
|
inlinenoexcept |
Converts an axis-angle pair to a rotation quaternion.
This function assumes the axis is normalized.
| T | The axis-angle component type. |
| axis | The axis. |
| angle | The angle. |
|
inlinenoexcept |
Converts an axis-angle vector to a rotation quaternion.
This function assumes the axis is normalized.
| T | The axis-angle component type. |
| v | The axis-angle vector. |
|
inlinenoexcept |
Converts a rotation vector to a rotation quaternion.
If the rotation vector's length is 0
, returns (0, 0, 0, 1)
.
| T | The rotation vector's component type. |
| x | The rotation vector's first component. |
| y | The rotation vector's second component. |
| z | The rotation vector's third component. |
|
inlinenoexcept |
Converts a rotation vector to a rotation quaternion.
If the rotation vector's length is 0
, returns (0, 0, 0, 1)
.
| T | The rotation vector's component type. |
| v | The rotation vector. |
|
inlinenoexcept |
Computes a 2D translation matrix.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The type of parameters x and y . |
| C | The column count of the returned matrix. Must be 2, 3, or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| x | The translation along the x axis. |
| y | The translation along the y axis. |
|
inlinenoexcept |
Computes a 2D translation matrix.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The component type of v . |
| C | The column count of the returned matrix. Must be 2, 3, or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| v | The translation vector. |
|
inlinenoexcept |
Computes a 3D translation matrix.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The type of parameters x , y , and z . |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 4. Defaults to 4. |
| x | The translation along the x axis. |
| y | The translation along the y axis. |
| z | The translation along the z axis. |
|
inlinenoexcept |
Computes a 3D translation matrix.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The component type of v . |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 4. Defaults to 4. |
| v | The translation vector. |
|
inlinenoexcept |
Computes a 2D rotation matrix.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The type of parameter angle . |
| C | The column count of the returned matrix. Must be 2, 3, or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 2, 3, or 4. Defaults to 4. |
| angle | The rotation (measured in radians counter-clockwise). |
|
inlinenoexcept |
Computes a 3D rotation matrix from an axis-angle pair.
This function assumes the axis is normalized.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The axis-angle component type. |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| axis_x | The axis' first component. |
| axis_y | The axis' second component. |
| axis_z | The axis' third component. |
| angle | The angle. |
|
inlinenoexcept |
Computes a 3D rotation matrix from an axis-angle pair.
This function assumes the axis is normalized.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The axis-angle component type. |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| axis | The axis. |
| angle | The angle. |
|
inlinenoexcept |
Computes a 3D rotation matrix from an axis-angle vector.
This function assumes the axis is normalized.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The axis-angle component type. |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| v | The axis-angle vector. |
|
inlinenoexcept |
Computes a 3D rotation matrix from a rotation vector.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The rotation vector's component type. |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| x | The rotation vector's first component. |
| y | The rotation vector's second component. |
| z | The rotation vector's third component. |
|
inlinenoexcept |
Computes a 3D rotation matrix from a rotation vector.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The rotation vector's component type. |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| v | The rotation vector. |
|
inlinenoexcept |
Computes a 3D rotation matrix from a rotation quaternion.
This function assumes the quaternion is normalized.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The rotation quaternion's component type. |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| q | The rotation quaternion. |
|
inlinenoexcept |
Computes a 2D scale matrix.
| T | The type of parameters x and y . |
| C | The column count of the returned matrix. Must be 2, 3, or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 2, 3, or 4. Defaults to 4. |
| x | The scale along the x axis. |
| y | The scale along the y axis. |
|
inlinenoexcept |
Computes a 2D scale matrix.
| T | The component type of v . |
| C | The column count of the returned matrix. Must be 2, 3, or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 2, 3, or 4. Defaults to 4. |
| v | The scale vector. |
|
inlinenoexcept |
Computes a 3D scale matrix.
| T | The type of parameters x , y , and z . |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| x | The scale along the x axis. |
| y | The scale along the y axis. |
| z | The scale along the z axis. |
|
inlinenoexcept |
Computes a 3D scale matrix.
| T | The component type of v . |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| v | The scale vector. |
|
inlinenoexcept |
Computes a 3D perspective matrix.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The type of all four parameters. |
| C | The column count of the returned matrix. Must be 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 4. Defaults to 4. |
| fovy | The vertical field of view (measured in radians). |
| aspect | The aspect ratio (width / height). |
| n | The distance to the near view plane. |
| f | The distance to the far view plane. |
|
inlinenoexcept |
Computes an orthographic projection matrix.
The returned matrix might be the transpose of what you expect from other libraries. This library generally prefers compound transformations be written from left-to-right instead of right-to-left.
| T | The type of all four parameters. |
| C | The column count of the returned matrix. Must be 3 or 4. Defaults to 4. |
| R | The row count of the returned matrix. Must be 4. Defaults to 4. |
| width | The orthographic projection width. |
| height | The orthographic projection height. |
| n | The distance to the near view plane. |
| f | The distance to the far view plane. |


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import iht.constants.IhtProperties @import iht.viewmodels.application.overview._ @import iht.config.AppConfig @import iht.viewmodels.application.overview.EstateOverviewViewModel @this( appConfig: AppConfig, ihtMainTemplateApplication: iht_main_template_application, assetsAndGiftsSection: application.overview.assets_and_gifts_section, reducingEstateValueSection: application.overview.reducing_estate_value_section, overviewTotal: ihtHelpers.custom.overview_total, thresholdSection: application.overview.threshold_section, otherDetailsSection: application.overview.other_details_section, declarationSection: application.overview.declaration_section ) @(model: EstateOverviewViewModel)(implicit request:Request[_], messages: Messages) @checkNameSize(name: String) = @{ var nameislong = false var nameParts = name.split(" ") for (name <- nameParts) { if(name.length() > appConfig.nameRestrictLength){ nameislong = true } } nameislong } @ihtMainTemplateApplication(title = Messages("page.iht.application.overview.title2", model.deceasedName), browserTitle = Some(Messages("page.iht.application.overview.browserTitle")), isFullWidth=false, headingClass = if(checkNameSize(model.deceasedName)){"heading-large"} else {"heading-xlarge"}, headingName = model.deceasedName, signOutCall = Some(iht.controllers.routes.FeedbackSurveyController.redirectExitSurvey) ){
@Messages("page.iht.application.estateOverview.declaration.allSectionsNotComplete.guidance.text2")


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Prince Andrew says he 'let the side down' over friendship with Jeffrey Epstein – video
Prince Andrew has admitted he failed to uphold the standards of the royal family when he visited Jeffrey Epstein after the paedophile’s release from prison.
In an interview with the BBC’s Newsnight programme, the first time he has spoken publicly about his friendship with Epstein, the prince also said he had ‘no recollection’ of meeting Virginia Giuffre, the woman who claims to have been coerced into having sex with him.
The interview with Emily Maitlis will be broadcast on Saturday night


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Package com.jme.math
Class Triangle
- java.lang.Object
-
- com.jme.math.AbstractTriangle
-
- com.jme.math.Triangle
-
- All Implemented Interfaces:
Collidable
,Savable
,java.io.Serializable
,java.lang.Cloneable
public class Triangle extends AbstractTriangle implements Savable, java.lang.Cloneable, java.io.Serializable
Triangle
defines an object for containing triangle information. The triangle is defined by a collection of threeVector3f
objects.- Author:
- Mark Powell, Joshua Slack
- See Also:
- Serialized Form
-
-
Method Summary
All Methods Static Methods Instance Methods Concrete Methods Modifier and Type Method Description void
calculateCenter()
calculateCenter finds the average point of the triangle.void
calculateNormal()
calculateNormal generates the normal for this triangleTriangle
clone()
static Vector3f
computeTriangleNormal(Vector3f v1, Vector3f v2, Vector3f v3, Vector3f store)
Vector3f
get(int i)
get
retrieves a point on the triangle denoted by the index supplied.Vector3f
get1()
Access the location of the 1st point (A).Vector3f
get2()
Access the location of the 2nd point (B).Vector3f
get3()
Access the location of the 3rd point (C).Vector3f
getCenter()
obtains the center point of this triangle (average of the three triangles)int
getIndex()
obtains an index that this triangle represents if it is contained in a OBBTree.Vector3f
getNormal()
obtains the unit length normal vector of this triangle, if set or calculatedfloat
getProjection()
obtains the projection of the vertices relative to the line origin.void
read(JmeImporter e)
void
set(int i, float x, float y, float z)
set
alters the location of one of the triangle's points.void
set(int i, Vector3f point)
set
sets one of the triangle's points to that specified as a parameter.void
set(Vector3f v1, Vector3f v2, Vector3f v3)
set
alters the locations of all 3 points.void
set1(Vector3f v)
set1
alters the location of the triangle's 1st point.void
set2(Vector3f v)
set2
alters the location of the triangle's 2nd point.void
set3(Vector3f v)
set3
alters the location of the triangle's 3rd point.void
setCenter(Vector3f center)
sets the center point of this triangle (average of the three triangles)void
setIndex(int index)
sets an index that this triangle represents if it is contained in a OBBTree.void
setNormal(Vector3f normal)
sets the normal vector of this triangle (to conform, must be unit length)void
setProjection(float projection)
sets the projection of the vertices relative to the line origin.void
write(JmeExporter e)
-
Methods inherited from class com.jme.math.AbstractTriangle
collideWith
-
-
-
-
Constructor Detail
-
Triangle
public Triangle()
Instantiate a zero-size Triangle at the origin.
-
Triangle
public Triangle(Vector3f p1, Vector3f p2, Vector3f p3)
Constructor instantiates a newTriangle
object with the supplied vectors as the points. It is recommended that the vertices be supplied in a counter clockwise winding to support normals for a right handed coordinate system.- Parameters:
p1
- the first point of the triangle.p2
- the second point of the triangle.p3
- the third point of the triangle.
-
-
Method Detail
-
get
public Vector3f get(int i)
get
retrieves a point on the triangle denoted by the index supplied.- Parameters:
i
- the index of the point (0, 1, or 2)- Returns:
- a pre-existing location vector
-
get1
public Vector3f get1()
Access the location of the 1st point (A).- Specified by:
get1
in classAbstractTriangle
- Returns:
- the pre-existing vector (not null)
-
get2
public Vector3f get2()
Access the location of the 2nd point (B).- Specified by:
get2
in classAbstractTriangle
- Returns:
- the pre-existing vector (not null)
-
get3
public Vector3f get3()
Access the location of the 3rd point (C).- Specified by:
get3
in classAbstractTriangle
- Returns:
- the pre-existing vector (not null)
-
set
public void set(int i, Vector3f point)
set
sets one of the triangle's points to that specified as a parameter.- Parameters:
i
- the index to place the point (0, 1, or 2)point
- the desired location of the point (not null, unaffected)
-
set
public void set(int i, float x, float y, float z)
set
alters the location of one of the triangle's points.- Parameters:
i
- the index to place the point (0, 1, or 2)x
- the desired X-component of the point's locationy
- the desired Y-component of the point's locationz
- the desired Z-component of the point's location
-
set1
public void set1(Vector3f v)
set1
alters the location of the triangle's 1st point.- Parameters:
v
- the desired location (not null, unaffected)
-
set2
public void set2(Vector3f v)
set2
alters the location of the triangle's 2nd point.- Parameters:
v
- the desired location (not null, unaffected)
-
set3
public void set3(Vector3f v)
set3
alters the location of the triangle's 3rd point.- Parameters:
v
- the desired location (not null, unaffected)
-
set
public void set(Vector3f v1, Vector3f v2, Vector3f v3)
set
alters the locations of all 3 points.- Specified by:
set
in classAbstractTriangle
- Parameters:
v1
- the desired location of the 1st point (not null, unaffected)v2
- the desired location of the 2nd point (not null, unaffected)v3
- the desired location of the 3rd point (not null, unaffected)
-
calculateCenter
public void calculateCenter()
calculateCenter finds the average point of the triangle.
-
calculateNormal
public void calculateNormal()
calculateNormal generates the normal for this triangle
-
getCenter
public Vector3f getCenter()
obtains the center point of this triangle (average of the three triangles)- Returns:
- the center point.
-
setCenter
public void setCenter(Vector3f center)
sets the center point of this triangle (average of the three triangles)- Parameters:
center
- the center point.
-
getNormal
public Vector3f getNormal()
obtains the unit length normal vector of this triangle, if set or calculated- Returns:
- the normal vector
-
setNormal
public void setNormal(Vector3f normal)
sets the normal vector of this triangle (to conform, must be unit length)- Parameters:
normal
- the normal vector.
-
getProjection
public float getProjection()
obtains the projection of the vertices relative to the line origin.- Returns:
- the projection of the triangle.
-
setProjection
public void setProjection(float projection)
sets the projection of the vertices relative to the line origin.- Parameters:
projection
- the projection of the triangle.
-
getIndex
public int getIndex()
obtains an index that this triangle represents if it is contained in a OBBTree.- Returns:
- the index in an OBBtree
-
setIndex
public void setIndex(int index)
sets an index that this triangle represents if it is contained in a OBBTree.- Parameters:
index
- the index in an OBBtree
-
computeTriangleNormal
public static Vector3f computeTriangleNormal(Vector3f v1, Vector3f v2, Vector3f v3, Vector3f store)
-
write
public void write(JmeExporter e) throws java.io.IOException
-
read
public void read(JmeImporter e) throws java.io.IOException
-
clone
public Triangle clone()
- Overrides:
clone
in classjava.lang.Object
-
-


Collection of good ideas
Innovative ideas
Crazy ideas is wanted. Who wants a boring project?
Multicolor fonts can bring a new dimension to syntax-hiliting.
It has to look tastefull and good of cause. If you realy want
you can use your good old amiga-bitmap fonts ;-)
Texturemapping adds another dimension, when you are inside a comment
you see one texture, preprocessor you see another.. and so on.
You can look at your "girl of the day" or what you may like.
Demoefx and filtering would be a great show off.
Why not allow the arrow-keys to move diagonally? [arrow_left+arrow_up = left+up]
During assember coding, hiliting of HOW efficient (well-paired) your code is,
and which instructions/registers that causes the inefficency. [assember-insight]
Allow 2 persons remotely to work on the same file, while they are using
voiceoverIP.
Web interface through which you can configure AEditor.
Aspect oriented programming. Differnt aspects is typicaly spread out
over several files. In a normal editor it can be hard to follow
exactly what is going on. A modern IDE should make it easier to
gain an overview of the different aspects (browsable, overview).
It had this feature of diffeerent edit modes: character, word, line,
sentence, etc. If you swtich to a mode (using F#-key) then all your actions
acted accordingly. For example, in word mode, if you hit delete it would
delete the work you were on. You get the idea.


TANK GIRL A film review by Wayne Throop Copyright 1995 Wayne Throop
Well ... Okay ... not to be too coy about it .... IT SUCKED, BAAAAAAAD!
Worse than COOL WORLD. Most positive comment heard upon leaving the theater: "Wow, that movie was ... awfully long, wasn't it?"
Intercuts to the comic book versions of scenes are erratic and badly edited, and scenes that should be light and whimsical are simply ... limp and motiveless as portrayed. There's a long (giving new meaning to the word "interminable") scene in a brothel with Tank Girl doing a song and dance number that's just bone-grindingly bad, and overdone.
Not to mention several serious problems, such as Tank Girl's incompetence at guard duty and carelessness in the above mentioned brothel scene leads directly to the death of her entire circle of acquaintances (except for a juvie, no doubt protected only by the we-can't-kill-kids-or-dogs-now-can-we law of film).
The actors simply can't replicate the rubber-faced exaggerated expressions that gave the comic it's appeal (perhaps Jim (the mask) Carrey could have, but not *these* poor excuses for store-front mannequins).
And above all, Tank Girl is supposed to be a *GIRL*, that is, young and wild and energetic and all that. In her near-Morticia-like makeup, this Tank Girl avatar comes across like a 35-year-old trying to mix in with her 15-year-old daughter's friends, and doing an embarrassingly bad job of it. Picture something like late-career Marlene Deitrich trying to play Kelly Bundy. Not quite that bad, perhaps. Perhaps.
Plus the script-writing, comic timing, direction, and editing were all ... well, execrably bad is the kindest thing I can think of to say about 'em. The jokes all fell horrifyingly flat. You remember watching Hudson Hawk? If you're like me, you were thinking, hey, this is moderately clever, but why are all the jokes told with the timing and delivery so far off? Sort of "oh, haha, that would have been funny if delivered with a bit of panache," right? Well, Tank Girl's comic timing made HH look like a Marx Brothers movie. Oh, *man* was it bad.
I can see the appeal of the comic, even from the poorly-intercut stuff in the movie. Sort of. But the "live" version ain't at all lively.
-- Wayne Throop<EMAIL_ADDRESS><EMAIL_ADDRESS>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


SOUTH OGDEN: BY THE NUMBERS
Population:
17,063 (2019)
17,063 (2019)
Mayor:
Russell L. Porter
Russell L. Porter
Area:
3.90 sq mi (10.10 km2)
3.90 sq mi (10.10 km2)
Businesses:
25
Days of Sun:
125
25
Days of Sun:
125
In 2001, South Ogden elected Utah's first African American mayor. Mayor George Garwood.
He beat his opponent 2,010 votes to 776. After his election Mayor Garwood said,
"It's a joyous day, not just for the citizens of South Ogden but also for the citizens in Utah.
To look beyond the color of a person's skin and to see their character is a great thing."
History:
Founded in 1850 by Daniel Burch. The area was settled by members of the Mormon pioneers. Daniel Burch and his family arrived in Brownsville (Ogden) in 1848. Burch came from Kentucky with the Lorenzo Snow company of Utah pioneers.(Wikipedia)
Founded in 1850 by Daniel Burch. The area was settled by members of the Mormon pioneers. Daniel Burch and his family arrived in Brownsville (Ogden) in 1848. Burch came from Kentucky with the Lorenzo Snow company of Utah pioneers.(Wikipedia)
Elevation:
4,449 ft (1,356 m)
4,449 ft (1,356 m)


Rapid Prototyping with Rails: Lesson 3, part 1
22 Oct 2014Items Covered:
- Quiz Lesson 2 Review
- Asset Pipeline
- Authentication from scratch
** has_secured_password
** password_digest
** bcrypt
** validations
** helper methods
** before_action
Quiz Review
- Remember that the show, update, and delete actions routes require an object and not an (:id).
post_path(post)
- REST is url convention pattern means that url endpoints are exposed using the resources keyword.
These urls correlate with the CRUD actions on the controller side.
- Difference b/w model and non-model backed helpers is that
- Model backed helpers are tied to an object
- There is slight syntactical difference:
- non-model: text_field_tag :title
- model: f.text_field :title
There is no additional functionality with non-model backed forms.
Non-model forms are used for elements that are not models... such as passwords but model-backed forms are used for CRUD actions for models.
Asset Pipeline:
obfuscates your js code to make it unreadable in production (to prevent unallowable use) and then allows for better response time bc many browsers can only allow for 10 items to load at a time. Thats why we have to use an asset library that caches
jammit
is a good open source obfuscator, and sprockets Functions: 1. Obfusgation 2. File compression 3. Timestamp (Cache Buster)
Can be found under the production application -> public/assets folder Goal is to take all the js files, obfusgate, jam it into one file under the public/assets file
Cache buster
is the string tied to the asset level or DNS level -different browsers have diff means of caching and thats why Google chrome is considered to be faster... it's because Chrome caches agressively. The cachebuster gives a reference number in which the browser and application can manage/track caches to allow refresh of new information or changes.
Application.js is a manifesto file where the obfuscated js code resides (using Sprockets as the asset manager). Same goes for Application.scss So how/does Sprockets compile your files under assets and places them under public/assests folder in production:
rake assets:precompile
There are two asset management approaches:
- As a development team,every time a change is made, run rake assets:precompile to make changes to static assests, commit changes and move those files to our production
- We want to delete all files under public and when we deploy, we will run rake assets:precompile at deployment only and then that will take our code and turn into static assets.
###Which is better: Option 2 is better but your deployment could take longer (maybe 5 mins) We will be following Option 2 and waiting to precompile bc Heroku does it for us. We should delete the public/assets folder. If we don't, Heroku will delete the rake assets:precompile command and when changes are made, they will not be reflected in your production code.
Another common problem is when running locally, Js files will be picked in both the application.js file and the assets folder therefore in our case.. when we use js to build our voting functionality, you will have to vote twice This is all solved if you remove your public/assets directory
How password authentication works!
Passwords should never be saved in your application, in fact, your application should never know your password and shouldn't be able to send you your 'forgotten password' via email.
How passwords are saved is through a one-way hash. We hash the string (password) into some one-way indecipherable hash token. When you attempt to enter in your set password, the string will also be converted into a one-way indecipherable has and its determined if they match.
This password method is vulnerable to dictionary attacks/rainbow attacks, that's why they say pick a password with a capital letter and a special character.
- So we need a column added to the user table to store the hash token and we will call that, password_digest:
- In terminal - rails g migration add_password_to_users
_ Open migration file:
- def change
add_column :users, :password_digest, :string
- rake db:migrate
2. Go to User model and add has_secure_password
3. Add 'bcrypt-ruby' to your gemfile - contains the complex algorithms to create our one-way hash
Use 'bcrypt-ruby', =3.0.1 if you have installation problems during bundle intall
has_secure_password
4. has_secure_password has validations functionality where password cannot be blank, so add validations: false
has_secure_password validations: false
Tip: Use gems that do one thing really well not multiple things.
5. has_secure_password gives us multiple methods we can now use:
1. password setter: u.password = "apple", when run u.save, you will see that password is just a
virtual attribute, and "apple" was saved to the password_digest column and encrypted using bcrypt.
2. There is NO getter, so you can't run u.password and expect to get the value.
3. But there is method called u.authenticate('password'), where you pass in a password that you are trying to check against
in the database.
- If the password is not correct, false will be returned.
- If correct, the user will be returned.
Authenticate is an instance method being called on the User class
-


Oops, you need to build the package before running this example. It's easy: just run rake
in the project's directory.
This is a simple example of how easy it is to get up and running with WysiHat.
// Replaces the textarea 'content' with the wysiwyg editor on load using the jQuery plugin model.
$(function() {
$('#content').wysihat();
});


This component is used to acquire support torques from a 1-dim.-rotational mechanical system (e.g., components from Modelica.Mechanics.Rotational) and to propagate them to a carrier body.
The 1-dim. support torque at flange_b
is
transformed into 3-dim. space under consideration of the rotation
axis, parameter n
, which has to be given in the local
coordinate system of frame_a
.
All components of a 1-dim.-rotational mechanical system that are
connected to a common Mounting1D
element need to have the same axis of rotation along parameter
vector n
. This means that, e.g., bevel gears where the
axis of rotation of flange_a
and flange_b
are different cannot be described properly by connecting to the
Mounting1D component. In this case, a combination
of several Mounting1D components or the component
BevelGear1D should be used.
Reference
Schweiger, Christian ;
Otter, Martin:
Modelling 3D Mechanical Effects of 1-dim. Powertrains. In:
Proceedings of the 3rd International Modelica Conference.
Linköping : The Modelica Association and Linköping University,
November 3-4, 2003, pp. 149-158


I also think it would be great if you could give us the .js file and ability of knowing how to edit and share with other users so that we can make custom assignments of our own, I love the custom assignments given to us by bblog to do but what would make this even better would be that ability to set goals and challenges of your own to friends and clan mates.
juress
Theme Developer
There is no API for that, so you need to know what strings to use from battlereports and for that there is also no list. So it's pretty much pointless, cause you wouldn't know what to add to make it work.
BrainFooLong
Administrator
As juress said, the data of the battlereport is very complicated.
Also you must know much about coding and that stuff to make it working.
And also you need access ot the BBLog Server to make assignments working that need battlereport data.


This is a HTML 5 Canvas, JavaScript and Web Worker implementation of the Mandelbrot Set. It makes use of the JavaScript libraries jQuery and RequireJS.
Source code can be found online at GitHub and more information on my blog.
You can zoom in by clicking and dragging on the Mandelbrot. The higher the number of iterations you choose to use the more detailed the Mandelbrot will be but the slower it will run. You can always return to the top of the Mandelbrot by clicking Reset.
Your browser does not support running Mandelbrot Set. Please upgrade to a more recent version that supports HTML 5 canvas and web workers.


About the Developer
Menu
View all Employees
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public class Store { public Store(StockManager workingDayStockManager, StockManager afterHoursStockManager) { // etc } }
pico.as(Characteristics.USE_NAMES).addComponent(Store.class);
This works the same as Guice. Namely you make an annotation that extends our 'Bind' annotation and mark it in your constructor or method's signature like so.
@Retention(RetentionPolicy.RUNTIME) @Target({ElementType.FIELD, ElementType.PARAMETER}) @Bind public static @interface WorkingDayStockManager {} @Retention(RetentionPolicy.RUNTIME) @Target({ElementType.FIELD, ElementType.PARAMETER}) @Bind public static @interface AfterHoursStockManager {} public class Store { public Store(@WorkingDayStockManager StockManager workingDayStockManager, @AfterHoursStockManager StockManager afterHoursStockManager) { // etc } }


DotNetNuke® Feedback Module v. 06.06.00 -- RELEASE NOTES
Requirements: DotNetNuke version 08.00.00 or later, ASP.Net 4.5.1 or later.
Bug Fixes
- Fixed an error in the token help text that had a token of CreatedOnDate instead of DateCreated
Enhancements
- Reworked build process and dependencies to allow easier builds
- Added an option to replace normal Captcha with google reCaptcha


← Back to Home
Gallery
I have been creating digital illustrations & graphics for 5+ years.
This is a selection of my favourite pieces.


st=>start: User login
op=>operation: Login operation
cond=>condition: Login successful Yes or No?
e=>end: Into admin panel
st->op->cond
cond(yes)->e
cond(no)->op
st=>start: Start:>http://www.google.com[blank]
e=>end:>http://www.google.com
op1=>operation: My Operation
sub1=>subroutine: My Subroutine
cond=>condition: Yes or No?:>http://www.google.com
io=>inputoutput: catch something...
st->op1->cond
cond(yes)->io->e
cond(no)->sub1(right)->op1


Watcher of Valakas Klein:
Do you know what's behind this Hall of Flames? Not everyone can make it through. I don't think you're ready.
(Only characters of level 60 or above may undertake this quest.)


Hello every body, I am Aya Akrabawi and I'm creating and managing the content of all repositories in my account. I studied industrial engineering at my lovely university of jordan and worked as a project engineer in a furniture company and it was really a great journey, But! I realized that I should pause project engineering for now to learn programming and coding, so that I can program everything shine in my head. And I wish to combine these two great experiences to achieve a great things.
I use to do these things when I feel bored and try to do wide range of things
to kill the boring and live the best moments ever
|
|


|
|
| CMCMC (int nn, int nn_chains) |
| |
|
| CMCMC (const CGA &GA) |
| |
|
double | posterior (vector< double > par) |
| |
|
void | initialize () |
| |
|
void | initialize (vector< double > par) |
| |
|
bool | step (int k) |
| |
|
bool | step (int k, int nsamps, string filename, runtimeWindow *rtw=0) |
| |
|
vector< double > | purturb (int k) |
| |
|
void | writeoutput (string filename) |
| |
|
int | getparamno (int j) |
| |
|
double | posterior (vector< double > par, bool out) |
| |
|
void | getfromGA (const CGA &GA) |
| |
|
int | getparamno (int i, int ts) const |
| |
|
int | get_act_paramno (int i) |
| |
|
int | get_time_series (int i) |
| |
|
CVector | sensitivity (double d, vector< double > par) |
| |
|
CVector | sensitivity_ln (double d, vector< double > par) |
| |
|
vector< CBTCSet > | model_lumped (vector< double > par) |
| |
|
CMatrix | sensitivity_mat_lumped (double d, vector< double > par) |
| |
|
CBTCSet | prior_distribution (int n_bins) |
| |
|
int | readfromfile (string filename) |
| |
|
void | getrealizations (CBTCSet &MCMCout) |
| |
|
void | get_outputpercentiles (CBTCSet &MCMCout) |
| |
|
|
int | n |
| |
|
int | n_chains |
| |
|
int | n_burnout |
| |
|
double | ini_purt_fact = 1 |
| |
|
vector< Param > | MCMCParam |
| |
|
vector< vector< double > > | Params |
| |
|
vector< double > | pertcoeff |
| |
|
vector< double > | logp |
| |
|
vector< double > | logp1 |
| |
|
vector< double > | u |
| |
|
CNormalDist | ND |
| |
|
double | purtscale |
| |
|
vector< int > | params |
| |
|
CBTCSet | MData |
| |
|
int | nActParams |
| |
|
int | numBTCs |
| |
|
bool | logtrans |
| |
|
bool | fixedstd |
| |
|
string | outputfilename |
| |
|
int | nsamples |
| |
|
vector< bool > | apply_to_all |
| |
|
int | n_ts |
| |
|
int | writeinterval |
| |
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runtimeWindow * | rtw = 0 |
| |
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double | purt_fac |
| |
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bool | mixederror |
| |
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bool | noinipurt |
| |
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bool | sensbasedpurt |
| |
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vector< string > | paramname |
| |
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bool | global_sensitivity |
| |
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bool | continue_mcmc |
| |
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vector< vector< CBTCSet > > | BTCout_obs |
| |
|
vector< vector< CBTCSet > > | BTCout_obs_noise |
| |
|
vector< vector< CBTCSet > > | BTCout_obs_prcntle |
| |
|
vector< vector< CBTCSet > > | BTCout_obs_prcntle_noise |
| |
|
vector< CMatrix > | global_sens_lumped |
| |
|
CBTCSet | paramsList |
| |
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CBTCSet | realized_paramsList |
| |
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int | n_realizations |
| |
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double | dp_sens |
| |
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bool | noise_realization_writeout |
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vector< double > | calc_output_percentiles |
| |
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int | numberOfThreads = 8 |
| |
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double | accepted_count =0 |
| |
|
double | total_count =0 |
| |
|
double | acceptance_rate |
| |
Definition at line 35 of file MCMC.h.
The documentation for this class was generated from the following files:


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Middleware is a framework of hooks into Django’s request/response processing. It’s a light, low-level “plugin” system for globally altering Django’s input or output.
Each middleware component is responsible for doing some specific function. For
example, Django includes a middleware component,
AuthenticationMiddleware
, that
associates users with requests using sessions.
This document explains how middleware works, how you activate middleware, and how to write your own middleware. Django ships with some built-in middleware you can use right out of the box. They’re documented in the built-in middleware reference.
A middleware factory is a callable that takes a get_response
callable and
returns a middleware. A middleware is a callable that takes a request and
returns a response, just like a view.
A middleware can be written as a function that looks like this:
def simple_middleware(get_response):
# One-time configuration and initialization.
def middleware(request):
# Code to be executed for each request before
# the view (and later middleware) are called.
response = get_response(request)
# Code to be executed for each request/response after
# the view is called.
return response
return middleware
Or it can be written as a class whose instances are callable, like this:
class SimpleMiddleware:
def __init__(self, get_response):
self.get_response = get_response
# One-time configuration and initialization.
def __call__(self, request):
# Code to be executed for each request before
# the view (and later middleware) are called.
response = self.get_response(request)
# Code to be executed for each request/response after
# the view is called.
return response
The get_response
callable provided by Django might be the actual view (if
this is the last listed middleware) or it might be the next middleware in the
chain. The current middleware doesn’t need to know or care what exactly it is,
just that it represents whatever comes next.
The above is a slight simplification – the get_response
callable for the
last middleware in the chain won’t be the actual view but rather a wrapper
method from the handler which takes care of applying view middleware, calling the view with appropriate URL arguments, and
applying template-response and
exception middleware.
Middleware can live anywhere on your Python path.
__init__(get_response)
¶Middleware factories must accept a get_response
argument. You can also
initialize some global state for the middleware. Keep in mind a couple of
caveats:
get_response
argument,
so you can’t define __init__()
as requiring any other arguments.__call__()
method which is called once per request,
__init__()
is called only once, when the Web server starts.It’s sometimes useful to determine at startup time whether a piece of
middleware should be used. In these cases, your middleware’s __init__()
method may raise MiddlewareNotUsed
. Django will
then remove that middleware from the middleware process and log a debug message
to the django.request logger when DEBUG
is True
.
To activate a middleware component, add it to the MIDDLEWARE
list in
your Django settings.
In MIDDLEWARE
, each middleware component is represented by a string:
the full Python path to the middleware factory’s class or function name. For
example, here’s the default value created by django-admin
startproject
:
MIDDLEWARE = [
'django.middleware.security.SecurityMiddleware',
'django.contrib.sessions.middleware.SessionMiddleware',
'django.middleware.common.CommonMiddleware',
'django.middleware.csrf.CsrfViewMiddleware',
'django.contrib.auth.middleware.AuthenticationMiddleware',
'django.contrib.messages.middleware.MessageMiddleware',
'django.middleware.clickjacking.XFrameOptionsMiddleware',
]
A Django installation doesn’t require any middleware — MIDDLEWARE
can be empty, if you’d like — but it’s strongly suggested that you at least use
CommonMiddleware
.
The order in MIDDLEWARE
matters because a middleware can depend on
other middleware. For instance,
AuthenticationMiddleware
stores the
authenticated user in the session; therefore, it must run after
SessionMiddleware
. See
Middleware ordering for some common hints about ordering of Django
middleware classes.
During the request phase, before calling the view, Django applies middleware in
the order it’s defined in MIDDLEWARE
, top-down.
You can think of it like an onion: each middleware class is a “layer” that
wraps the view, which is in the core of the onion. If the request passes
through all the layers of the onion (each one calls get_response
to pass
the request in to the next layer), all the way to the view at the core, the
response will then pass through every layer (in reverse order) on the way back
out.
If one of the layers decides to short-circuit and return a response without
ever calling its get_response
, none of the layers of the onion inside that
layer (including the view) will see the request or the response. The response
will only return through the same layers that the request passed in through.
Besides the basic request/response middleware pattern described earlier, you can add three other special methods to class-based middleware:
process_view()
¶process_view
(request, view_func, view_args, view_kwargs)¶request
is an HttpRequest
object. view_func
is
the Python function that Django is about to use. (It’s the actual function
object, not the name of the function as a string.) view_args
is a list of
positional arguments that will be passed to the view, and view_kwargs
is a
dictionary of keyword arguments that will be passed to the view. Neither
view_args
nor view_kwargs
include the first view argument
(request
).
process_view()
is called just before Django calls the view.
It should return either None
or an HttpResponse
object. If it returns None
, Django will continue processing this request,
executing any other process_view()
middleware and, then, the appropriate
view. If it returns an HttpResponse
object, Django won’t
bother calling the appropriate view; it’ll apply response middleware to that
HttpResponse
and return the result.
Note
Accessing request.POST
inside
middleware before the view runs or in process_view()
will prevent any
view running after the middleware from being able to modify the
upload handlers for the request,
and should normally be avoided.
The CsrfViewMiddleware
class can be
considered an exception, as it provides the
csrf_exempt()
and
csrf_protect()
decorators which allow
views to explicitly control at what point the CSRF validation should occur.
process_exception()
¶process_exception
(request, exception)¶request
is an HttpRequest
object. exception
is an
Exception
object raised by the view function.
Django calls process_exception()
when a view raises an exception.
process_exception()
should return either None
or an
HttpResponse
object. If it returns an
HttpResponse
object, the template response and response
middleware will be applied and the resulting response returned to the
browser. Otherwise, default exception handling kicks in.
Again, middleware are run in reverse order during the response phase, which
includes process_exception
. If an exception middleware returns a response,
the process_exception
methods of the middleware classes above that
middleware won’t be called at all.
process_template_response()
¶process_template_response
(request, response)¶request
is an HttpRequest
object. response
is
the TemplateResponse
object (or equivalent)
returned by a Django view or by a middleware.
process_template_response()
is called just after the view has finished
executing, if the response instance has a render()
method, indicating that
it is a TemplateResponse
or equivalent.
It must return a response object that implements a render
method. It could
alter the given response
by changing response.template_name
and
response.context_data
, or it could create and return a brand-new
TemplateResponse
or equivalent.
You don’t need to explicitly render responses – responses will be automatically rendered once all template response middleware has been called.
Middleware are run in reverse order during the response phase, which
includes process_template_response()
.
Unlike HttpResponse
,
StreamingHttpResponse
does not have a content
attribute. As a result, middleware can no longer assume that all responses
will have a content
attribute. If they need access to the content, they
must test for streaming responses and adjust their behavior accordingly:
if response.streaming:
response.streaming_content = wrap_streaming_content(response.streaming_content)
else:
response.content = alter_content(response.content)
Note
streaming_content
should be assumed to be too large to hold in memory.
Response middleware may wrap it in a new generator, but must not consume
it. Wrapping is typically implemented as follows:
def wrap_streaming_content(content):
for chunk in content:
yield alter_content(chunk)
Django automatically converts exceptions raised by the view or by middleware into an appropriate HTTP response with an error status code. Certain exceptions are converted to 4xx status codes, while an unknown exception is converted to a 500 status code.
This conversion takes place before and after each middleware (you can think of
it as the thin film in between each layer of the onion), so that every
middleware can always rely on getting some kind of HTTP response back from
calling its get_response
callable. Middleware don’t need to worry about
wrapping their call to get_response
in a try/except
and handling an
exception that might have been raised by a later middleware or the view. Even
if the very next middleware in the chain raises an
Http404
exception, for example, your middleware won’t see
that exception; instead it will get an HttpResponse
object with a status_code
of 404.
django.utils.deprecation.
MiddlewareMixin
¶Django provides django.utils.deprecation.MiddlewareMixin
to ease creating
middleware classes that are compatible with both MIDDLEWARE
and the
old MIDDLEWARE_CLASSES
. All middleware classes included with Django
are compatible with both settings.
The mixin provides an __init__()
method that accepts an optional
get_response
argument and stores it in self.get_response
.
The __call__()
method:
self.process_request(request)
(if defined).self.get_response(request)
to get the response from later
middleware and the view.self.process_response(request, response)
(if defined).If used with MIDDLEWARE_CLASSES
, the __call__()
method will
never be used; Django calls process_request()
and process_response()
directly.
In most cases, inheriting from this mixin will be sufficient to make an old-style middleware compatible with the new system with sufficient backwards-compatibility. The new short-circuiting semantics will be harmless or even beneficial to the existing middleware. In a few cases, a middleware class may need some changes to adjust to the new semantics.
These are the behavioral differences between using MIDDLEWARE
and
MIDDLEWARE_CLASSES
:
MIDDLEWARE_CLASSES
, every middleware will always have its
process_response
method called, even if an earlier middleware
short-circuited by returning a response from its process_request
method. Under MIDDLEWARE
, middleware behaves more like an onion:
the layers that a response goes through on the way out are the same layers
that saw the request on the way in. If a middleware short-circuits, only
that middleware and the ones before it in MIDDLEWARE
will see the
response.MIDDLEWARE_CLASSES
, process_exception
is applied to
exceptions raised from a middleware process_request
method. Under
MIDDLEWARE
, process_exception
applies only to exceptions
raised from the view (or from the render
method of a
TemplateResponse
). Exceptions raised from
a middleware are converted to the appropriate HTTP response and then passed
to the next middleware.MIDDLEWARE_CLASSES
, if a process_response
method raises
an exception, the process_response
methods of all earlier middleware are
skipped and a 500 Internal Server Error
HTTP response is always
returned (even if the exception raised was e.g. an
Http404
). Under MIDDLEWARE
, an exception
raised from a middleware will immediately be converted to the appropriate
HTTP response, and then the next middleware in line will see that
response. Middleware are never skipped due to a middleware raising an
exception.Oct 01, 2019


|
C++ Geometry Types
This library provides commonly used geometry types and methods for easier and better coding.
|
Represents a 2D vector. More...
#include <Vector2.h>
Public Member Functions | |
| Vector2 () | |
| Basic constructor. | |
| template<typename S > | |
| Vector2 (const Vector2< S > &other) | |
| Advanced copy constructor. | |
| Vector2 (T x, T y) | |
| Constructor. More... | |
| void | set (T x, T y) |
| Sets the values of the Vector2. More... | |
| bool | isNull () const |
| Checks if this is a zero-length vector. More... | |
| float | length () const |
| float | squaredLength () const |
| float | angle () const |
| bool | isInCircle (float centerX, float centerY, float radius) const |
| Checks if the Vector2 is located within a circle defined by a center and a radius. More... | |
| bool | isInCircle (const Vector2< T > ¢er, float radius) const |
| Checks if the Vector2 is located within a circle defined by a center and a radius. More... | |
| void | normalize () |
| Normalizes the current Vector2. | |
| Vector2< T > | normalized () const |
| Creates a normalized Vector2 from this Vector2. More... | |
| void | rotate (float angle) |
| Rotates the current Vector2 by an angle. More... | |
| Vector2< T > | rotated (float angle) const |
| Creates a rotated Vector2 from this Vector2. More... | |
| T | dot (const Vector2< T > &other) const |
| Calculates the dot-product between this and another Vector2. More... | |
| Vector2< T > | operator- () const |
| Creates an inverted Vector2. More... | |
| template<typename S > | |
| Vector2< T > | operator+ (const Vector2< S > &other) const |
| Adds two Vector2s. More... | |
| template<typename S > | |
| Vector2< T > | operator- (const Vector2< S > &other) const |
| Subtracts two Vector2s. More... | |
| template<typename S > | |
| Vector2< T > | operator* (const Vector2< S > &other) const |
| Multiplies two Vector2s. More... | |
| template<typename S > | |
| Vector2< T > | operator/ (const Vector2< S > &other) const |
| Divides two Vector2s. More... | |
| template<typename S > | |
| Vector2< T > | operator* (S factor) const |
| Multiplies Vector2 with a factor. More... | |
| Vector2< T > | operator/ (int factor) const |
| Divides Vector2 with a factor. More... | |
| Vector2< T > | operator/ (float factor) const |
| Divides Vector2 with a factor. More... | |
| Vector2< T > | operator/ (double factor) const |
| Divides Vector2 with a factor. More... | |
| template<typename S > | |
| Vector2< T > | operator= (const Vector2< S > &other) |
| Sets this Vector2 to another one. More... | |
| template<typename S > | |
| Vector2< T > | operator+= (const Vector2< S > &other) |
| Adds another Vector2 to this one. More... | |
| template<typename S > | |
| Vector2< T > | operator-= (const Vector2< S > &other) |
| Subtracts another Vector2 to this one. More... | |
| template<typename S > | |
| Vector2< T > | operator*= (const Vector2< S > &other) |
| Multiplies this Vector2 with another one. More... | |
| template<typename S > | |
| Vector2< T > | operator/= (const Vector2< S > &other) |
| Divides this Vector2 with another one. More... | |
| template<typename S > | |
| Vector2< T > | operator*= (S factor) |
| Multiplies this Vector2 with a factor. More... | |
| Vector2< T > | operator/= (int factor) |
| Divides this Vector2 with a factor. More... | |
| Vector2< T > | operator/= (float factor) |
| Divides this Vector2 with a factor. More... | |
| Vector2< T > | operator/= (double factor) |
| Divides this Vector2 with a factor. More... | |
| bool | operator== (const Vector2< T > &other) const |
| Checks if two Vector2s are equal. More... | |
| bool | operator!= (const Vector2< T > &other) const |
| Checks if two Vector2s are not equal. More... | |
Public Attributes | |
| T | x |
| X coordinate. | |
| T | y |
| Y coordinate. | |
Represents a 2D vector.
|
inline |
Constructor.
| [in] | x | X coordinate. |
| [in] | y | Y coordinate. |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
Checks if this is a zero-length vector.
|
inline |
|
inline |
|
inline |
Checks if two Vector2s are not equal.
| [in] | other | The other Vector2. |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
Checks if two Vector2s are equal.
| [in] | other | The other Vector2. |
|
inline |
Rotates the current Vector2 by an angle.
| [in] | angle | The angle. |
|
inline |
|
inline |
Sets the values of the Vector2.
| [in] | x | X coordinate. |
| [in] | y | Y coordinate. |
|
inline |


STEP 1 Please select the day when you want to join Airtable Master
STEP 2 Please select your lunch for registered day. There will be no additional charges.


The State of
eganism
Uncovering the current mood of media publications in regards to veganism.
6 Hours
1 Day
3 Days
1 Week
1 Month
6 Months
1 Year
Test
Test
Test


This decision is related to the coronavirus - covid-19 outbreak, and these are the factors we took into account.
The virus is still spreading, not only in Italy. And even if we think (and hope!) that the situation will probably stabilise in a month from now, we still prefer to make the most responsible and precautionary choice. What the local and sanitary authorities are asking everyone is to help contain the spreading of the virus, trying to limit travels and gatherings of people.
We believe that a conference like phpday should be a chance for people to meet and enjoy, learn from one another, share ideas and experiences. We are afraid that the concerns about coronavirus could affect the general atmosphere and the event experience.
Many countries are limiting the connections with Italy, and that would make difficult for both speakers and attendees to take part at the event.
We preferred to reschedule as in advance as possible, in order to enable all the people involved to change their travel plans (if already done) or to not make them.
Despite the inconvenience that the postponement of the conference may cause, we believe it is the right thing to do, and we hope you'll agree. Thanks for your comprehension!
To anyone who bought a ticket for the event (applies to conference and workshops as well):


This is my paragraph.
First of all, I like quails, since they are cute as babies. I also like many others things such as singer, like AvaMax .


Presented by Sean Glover / @randonom
| Classification | Examples | Latency Measured In | Tolerance for Delay |
| Hard | Pacemaker, Anti-lock brakes | microseconds to milliseconds | None - total system failure, potential loss of life |
| Soft | Airline Reservation System, Online Stock Quotes, VoIP | milliseconds to seconds | Low - no system failure, no life at risk |
| Near | Hangouts video, home automation | seconds to minutes | High - no system failure, no life at risk |
A stream of data can be thought of as a sequence of data that is too large to fit in memory (or in a cache, on disk, or in a database, etc)
This could include applications such as:


Foo Class
Definition
Line 31 of RangeFor/range_for.cm
Constructors & Destructor
Member Functions
Member Variables
Constructor& Destructor Details
Foo Constructor
public Foo(int x_)
Definition
Line 33 of RangeFor/range_for.cm
Member Function Details
X Member Function
public int X()
Definition
Line 36 of RangeFor/range_for.cm


(a) This subpart implements Executive Order 12928 of September 16, 1994, which promotes participation of Historically Black Colleges and Universities (HBCUs) and Minority Institutions (MIs) in Federal procurement.
(b) This subpart does not pertain to contracts performed entirely outside the United States and its outlying areas.
It is the policy of the Government to promote participation of HBCUs and MIs in Federal procurement.
Executive Order 12928 requires periodic reporting to the President on the progress of departments and agencies in complying with the laws and requirements mentioned in the Executive order.
Insert the provision at 52.226-2, Historically Black College or University and Minority Institution Representation, in solicitations exceeding the micro-purchase threshold, for research, studies, supplies, or services of the type normally acquired from higher educational institutions.


Creative graphic designer with innovative ideas and a unique approach to visuals with two years working experience as a graphics designer at Mainmarketonline.com KreatengAfrica and Motocare Great attention to detail and a talent for creating memorable visual designs. Enthusiastic team player who is committed to delivering top results on time and within the budget. Passion for keeping clients satisfied with each project. .
My ExperienceCreative Front-End designer with extensive of HTML, CSS,JAVASCRIPT,BOOTSTRAP,SEO,GOOGLE ANALYTICS,ANGULAR .
My ExperienceFor my other works kindly visit these companies social media handle.1.KreatengAfrica 2.Motocareng 3.Mainmarketonline
Results-oriented Front-end Developer dedicated to creating and optimizing interactive, user-friendly, and feature-rich websites. Leverage analytical skills and strong attention to detail in order to deliver original and efficient web solutions, provide technical knowledge and expertise, build new websites from start to finish, and successfully manage a team of other software professionals
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