--- title: Creates an iterator for enumerating the elements of this dataset. type: docs repo: https://github.com/rstudio/tfdatasets menu: main: name: Creates an iterator for enumerating the elements of this dataset. - tfdatasets parent: tfdatasets-reference aliases: - /reference/tfdatasets/make-iterator.html - /tfdatasets/reference/make-iterator.html - /guide/tfdatasets/reference/make-iterator.html - /tools/tools/tfdatasets/reference/make-iterator.html - /installation/tfdatasets/reference/make-iterator.html - /tutorials/tfdatasets/reference/make-iterator.html - /guide/tools/tfdatasets/reference/make-iterator.html - /deploy/tfdatasets/reference/make-iterator.html - /tools/tfdatasets/reference/make-iterator.html - /tutorials/tools/tfdatasets/reference/make-iterator.html ---
Creates an iterator for enumerating the elements of this dataset.
make_iterator_one_shot(dataset)
make_iterator_initializable(dataset, shared_name = NULL)
make_iterator_from_structure(
output_types,
output_shapes = NULL,
shared_name = NULL
)
make_iterator_from_string_handle(
string_handle,
output_types,
output_shapes = NULL
)
| dataset | A dataset |
| shared_name | (Optional) If non-empty, the returned iterator will be shared under the given name across multiple sessions that share the same devices (e.g. when using a remote server). |
| output_types | A nested structure of tf$DType objects corresponding to each component of an element of this iterator. |
| output_shapes | (Optional) A nested structure of tf$TensorShape objects corresponding to each component of an element of this dataset. If omitted, each component will have an unconstrainted shape. |
| string_handle | A scalar tensor of type string that evaluates
to a handle produced by the |
An Iterator over the elements of this dataset.
For make_iterator_one_shot()
, the returned
iterator will be initialized automatically. A "one-shot" iterator does not
currently support re-initialization.
For make_iterator_initializable()
,
the returned iterator will be in an uninitialized state, and you must run
the object returned from iterator_initializer()
before using it.
For make_iterator_from_structure()
, the returned iterator is not bound
to a particular dataset, and it has no initializer. To initialize the
iterator, run the operation returned by iterator_make_initializer()
.
Other iterator functions:
iterator_get_next()
,
iterator_initializer()
,
iterator_make_initializer()
,
iterator_string_handle()


I haven’t read IT-books for a long-long period. I preferred to do humanitarian science instead.
Now it’s time to get back to the IT sector.
My NEXT BIG THING (TM) for 2018 is Data Science. It’s a no-brainer you can’t grab the whole ML/NN/AI stuff in only one year, but I’d say it’s real to learn basic algorithms/libraries in 1 year, even smaller period of time. So, this is where I go to.
My first book on this road is a famous LPTHW by Z. Shaw. It’s written for SO newbies. But I haven’t found any other short and concise introductions to Python. This introduction is so basic, but it’s definitely good for grabbing easiest essentials (you have to omit big amount of text optional even for mid-level devs though).
You can read my LPTHW solutions here: https://github.com/asiniy/lpthw
My VERDICT: it’s up to situation.


|
App Engine Python SDK
v1.6.9 rev.445
The Python runtime is available as an experimental Preview feature.
|
Public Member Functions | |
| def | __init__ |
| def | top |
| def | more |
| def | back |
| def | tag |
| def | value |
Public Attributes | |
| subject | |
| pointer | |
| backout | |
| tagname | |
Subclass this and implement the top() method to parse a template line. When instantiating the parser, pass in the line from the Django template parser. The parser's "tagname" instance-variable stores the name of the tag that the filter was called with.


Squid
Squid is a declarative and reactive networking library for Swift. Developed for Swift 5, it aims to make use of the latest language features. The framework’s ultimate goal is to enable easy networking that makes it easy to write well-maintainable code.
In its very core, it is built on top of Apple’s Combine framework and uses Apple’s builtin URL loading system for networking.
Features
At the moment, the most important features of Squid can be summarized as follows:
- Sending HTTP requests and receiving server responses.
- Retrying HTTP requests with a wide range of retriers.
- Automated requesting of new pages for paginated HTTP requests.
- Sending and receiving messages over WebSockets.
- Abstraction of API endpoints and security mechanisms for a set of requests.
Installation
Squid is available via the Swift Package Manager as well as CocoaPods.
Swift Package Manager
Using the Swift Package Manager is the simplest option to use Squid. In Xcode, simply go to File > Swift Packages > Add Package Dependency...
and add this repository.
If you are developing a Swift package, adding Squid as a dependency is as easy as adding it to the dependencies of your Package.swift like so:
dependencies: [
.package(url: "https://github.com/borchero/Squid.git", from: "1.1.0")
]
CocoaPods
If you are still using CocoaPods or are required to use it due to other dependencies that are not yet available for the Swift Package Manager, you can include the following line in your Podfile to use the latest version of Squid:
pod 'Squid', '~> 1.1.0'
Documentation
Documentation is available here and provides both comprehensive documentation of the library’s public interface as well as a series of guides teaching you how to use Squid to great effect. Expect more guides to be added shortly.
License
Squid is licensed under the MIT License.


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"""
This module has all the classes and functions related to waves in optics.
**Contains**
* TWave
"""
from __future__ import print_function, division
__all__ = ['TWave']
from sympy import (sympify, pi, sin, cos, sqrt, Symbol, S,
symbols, Derivative, atan2)
from sympy.core.expr import Expr
from sympy.physics.units import c
[docs]class TWave(Expr):
r"""
This is a simple transverse sine wave travelling in a one dimensional space.
Basic properties are required at the time of creation of the object but
they can be changed later with respective methods provided.
It has been represented as :math:`A \times cos(k*x - \omega \times t + \phi )`
where :math:`A` is amplitude, :math:`\omega` is angular velocity, :math:`k`is
wavenumber, :math:`x` is a spatial variable to represent the position on the
dimension on which the wave propagates and :math:`\phi` is phase angle of the wave.
Arguments
=========
amplitude : Sympifyable
Amplitude of the wave.
frequency : Sympifyable
Frequency of the wave.
phase : Sympifyable
Phase angle of the wave.
time_period : Sympifyable
Time period of the wave.
n : Sympifyable
Refractive index of the medium.
Raises
=======
ValueError : When neither frequency nor time period is provided
or they are not consistent.
TypeError : When anyting other than TWave objects is added.
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.optics import TWave
>>> A1, phi1, A2, phi2, f = symbols('A1, phi1, A2, phi2, f')
>>> w1 = TWave(A1, f, phi1)
>>> w2 = TWave(A2, f, phi2)
>>> w3 = w1 + w2 # Superposition of two waves
>>> w3
TWave(sqrt(A1**2 + 2*A1*A2*cos(phi1 - phi2) + A2**2), f,
atan2(A1*cos(phi1) + A2*cos(phi2), A1*sin(phi1) + A2*sin(phi2)))
>>> w3.amplitude
sqrt(A1**2 + 2*A1*A2*cos(phi1 - phi2) + A2**2)
>>> w3.phase
atan2(A1*cos(phi1) + A2*cos(phi2), A1*sin(phi1) + A2*sin(phi2))
>>> w3.speed
299792458*m/(n*s)
>>> w3.angular_velocity
2*pi*f
"""
def __init__(
self,
amplitude,
frequency=None,
phase=S.Zero,
time_period=None,
n=Symbol('n')):
frequency = sympify(frequency)
amplitude = sympify(amplitude)
phase = sympify(phase)
time_period = sympify(time_period)
n = sympify(n)
self._frequency = frequency
self._amplitude = amplitude
self._phase = phase
self._time_period = time_period
self._n = n
if time_period is not None:
self._frequency = 1/self._time_period
if frequency is not None:
self._time_period = 1/self._frequency
if time_period is not None:
if frequency != 1/time_period:
raise ValueError("frequency and time_period should be consistent.")
if frequency is None and time_period is None:
raise ValueError("Either frequency or time period is needed.")
@property
def frequency(self):
"""
Returns the frequency of the wave.
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.optics import TWave
>>> A, phi, f = symbols('A, phi, f')
>>> w = TWave(A, f, phi)
>>> w.frequency
f
"""
return self._frequency
@property
def time_period(self):
"""
Returns the time period of the wave.
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.optics import TWave
>>> A, phi, f = symbols('A, phi, f')
>>> w = TWave(A, f, phi)
>>> w.time_period
1/f
"""
return self._time_period
@property
def wavelength(self):
"""
Returns wavelength of the wave.
It depends on the medium of the wave.
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.optics import TWave
>>> A, phi, f = symbols('A, phi, f')
>>> w = TWave(A, f, phi)
>>> w.wavelength
299792458*m/(f*n*s)
"""
return c/(self._frequency*self._n)
@property
def amplitude(self):
"""
Returns the amplitude of the wave.
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.optics import TWave
>>> A, phi, f = symbols('A, phi, f')
>>> w = TWave(A, f, phi)
>>> w.amplitude
A
"""
return self._amplitude
@property
def phase(self):
"""
Returns the phase angle of the wave.
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.optics import TWave
>>> A, phi, f = symbols('A, phi, f')
>>> w = TWave(A, f, phi)
>>> w.phase
phi
"""
return self._phase
@property
def speed(self):
"""
Returns the speed of travelling wave.
It is medium dependent.
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.optics import TWave
>>> A, phi, f = symbols('A, phi, f')
>>> w = TWave(A, f, phi)
>>> w.speed
299792458*m/(n*s)
"""
return self.wavelength*self._frequency
@property
def angular_velocity(self):
"""
Returns angular velocity of the wave.
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.optics import TWave
>>> A, phi, f = symbols('A, phi, f')
>>> w = TWave(A, f, phi)
>>> w.angular_velocity
2*pi*f
"""
return 2*pi*self._frequency
@property
def wavenumber(self):
"""
Returns wavenumber of the wave.
Examples
========
>>> from sympy import symbols
>>> from sympy.physics.optics import TWave
>>> A, phi, f = symbols('A, phi, f')
>>> w = TWave(A, f, phi)
>>> w.wavenumber
pi*f*n*s/(149896229*m)
"""
return 2*pi/self.wavelength
def __str__(self):
"""String representation of a TWave."""
from sympy.printing import sstr
return type(self).__name__ + sstr(self.args)
__repr__ = __str__
def __add__(self, other):
"""
Addition of two waves will result in their superposition.
The type of interference will depend on their phase angles.
"""
if isinstance(other, TWave):
if self._frequency == other._frequency and self.wavelength == other.wavelength:
return TWave(sqrt(self._amplitude**2 + other._amplitude**2 + 2 *
self.amplitude*other.amplitude*cos(
self._phase - other.phase)),
self.frequency,
atan2(self._amplitude*cos(self._phase)
+other._amplitude*cos(other._phase),
self._amplitude*sin(self._phase)
+other._amplitude*sin(other._phase))
)
else:
raise NotImplementedError("Interference of waves with different frequencies"
" has not been implemented.")
else:
raise TypeError(type(other).__name__ + " and TWave objects can't be added.")
def _eval_rewrite_as_sin(self, *args):
return self._amplitude*sin(self.wavenumber*Symbol('x')
- self.angular_velocity*Symbol('t') + self._phase + pi/2, evaluate=False)
def _eval_rewrite_as_cos(self, *args):
return self._amplitude*cos(self.wavenumber*Symbol('x')
- self.angular_velocity*Symbol('t') + self._phase)
def _eval_rewrite_as_pde(self, *args):
from sympy import Function
mu, epsilon, x, t = symbols('mu, epsilon, x, t')
E = Function('E')
return Derivative(E(x, t), x, 2) + mu*epsilon*Derivative(E(x, t), t, 2)
def _eval_rewrite_as_exp(self, *args):
from sympy import exp, I
return self._amplitude*exp(I*(self.wavenumber*Symbol('x')
- self.angular_velocity*Symbol('t') + self._phase))


Jim Liu @ Seattle
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string fread ( resource $handle , int $length )
fread() reads up to length bytes from the file pointer referenced by handle. Reading stops as soon as one of the following conditions is met: length bytes have been read EOF (end of file) is reached a packet becomes available or the socket timeout occurs (for network streams) if the stream is read buffered and it does not represent a plain file, at most one read of up to a number of bytes equal to the chunk size (usually 8192) is made; depending on the previously buffered data, the size of the returned data may be larger than the chunk size.
Returns the read string or FALSE on failure.


Standard output
17:59:25.396 INFO tests.TestBase - Start method -->addContactTestBase
17:59:25.397 INFO tests.TestBase - Test Start with Data -->[]
17:59:25.398 INFO tests.TestBase - ==================================================================
17:59:25.401 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out']
17:59:35.484 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found
17:59:35.487 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='LOGIN']
17:59:35.534 INFO manager.MyListener - The element -->By.xpath: //a[.='LOGIN']was found
17:59:35.717 INFO manager.MyListener - Start find element by -->By.xpath: //input[1]
17:59:35.770 INFO manager.MyListener - The element -->By.xpath: //input[1]was found
17:59:36.027 INFO manager.MyListener - Start find element by -->By.xpath: //input[2]
17:59:36.071 INFO manager.MyListener - The element -->By.xpath: //input[2]was found
17:59:36.368 INFO manager.MyListener - Start find element by -->By.xpath: //button[1]
17:59:36.402 INFO manager.MyListener - The element -->By.xpath: //button[1]was found
17:59:37.543 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='ADD']
17:59:37.653 INFO manager.MyListener - The element -->By.xpath: //a[.='ADD']was found
17:59:37.765 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Name']
17:59:37.813 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Name']was found
17:59:38.087 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Last Name']
17:59:38.125 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Last Name']was found
17:59:38.379 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Phone']
17:59:38.418 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Phone']was found
17:59:38.699 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='email']
17:59:38.749 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='email']was found
17:59:39.035 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Address']
17:59:39.076 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Address']was found
17:59:39.360 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='description']
17:59:39.406 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='description']was found
17:59:39.695 INFO manager.MyListener - Start find element by -->By.xpath: //button/b
17:59:39.739 INFO manager.MyListener - The element -->By.xpath: //button/bwas found
17:59:39.844 INFO manager.MyListener - Start find element by -->By.xpath: //h3
17:59:40.894 INFO manager.MyListener - The element -->By.xpath: //h3was found
123456357717:59:41.051 INFO tests.TestBase - End of method -->addContactTestBase
17:59:41.054 INFO tests.TestBase - Start method -->addContactTestBase
17:59:41.054 INFO tests.TestBase - Test Start with Data -->[]
17:59:41.054 INFO tests.TestBase - ==================================================================
17:59:41.055 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out']
17:59:41.076 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found
17:59:41.079 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='ADD']
17:59:41.103 INFO manager.MyListener - The element -->By.xpath: //a[.='ADD']was found
17:59:41.167 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Name']
17:59:41.199 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Name']was found
17:59:41.477 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Last Name']
17:59:41.500 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Last Name']was found
17:59:41.772 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Phone']
17:59:41.802 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Phone']was found
17:59:42.116 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='email']
17:59:42.146 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='email']was found
17:59:42.448 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Address']
17:59:42.477 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Address']was found
17:59:42.735 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='description']
17:59:42.766 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='description']was found
17:59:43.039 INFO manager.MyListener - Start find element by -->By.xpath: //button/b
17:59:43.062 INFO manager.MyListener - The element -->By.xpath: //button/bwas found
17:59:43.163 INFO manager.MyListener - Start find element by -->By.xpath: //h3
17:59:43.685 INFO manager.MyListener - The element -->By.xpath: //h3was found
123456358117:59:43.860 INFO tests.TestBase - End of method -->addContactTestBase
17:59:43.862 INFO tests.TestBase - Start method -->addContactTestBase
17:59:43.862 INFO tests.TestBase - Test Start with Data -->[]
17:59:43.863 INFO tests.TestBase - ==================================================================
17:59:43.864 INFO manager.MyListener - Start find element by -->By.xpath: //button[text()='Sign Out']
17:59:43.895 INFO manager.MyListener - The element -->By.xpath: //button[text()='Sign Out']was found
17:59:43.897 INFO manager.MyListener - Start find element by -->By.xpath: //a[.='ADD']
17:59:43.928 INFO manager.MyListener - The element -->By.xpath: //a[.='ADD']was found
17:59:43.998 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Name']
17:59:44.019 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Name']was found
17:59:44.281 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Last Name']
17:59:44.307 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Last Name']was found
17:59:44.588 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Phone']
17:59:44.605 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Phone']was found
17:59:44.912 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='email']
17:59:44.939 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='email']was found
17:59:45.272 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='Address']
17:59:45.286 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='Address']was found
17:59:45.581 INFO manager.MyListener - Start find element by -->By.cssSelector: [placeholder='description']
17:59:45.605 INFO manager.MyListener - The element -->By.cssSelector: [placeholder='description']was found
17:59:45.860 INFO manager.MyListener - Start find element by -->By.xpath: //button/b
17:59:45.887 INFO manager.MyListener - The element -->By.xpath: //button/bwas found
17:59:46.000 INFO manager.MyListener - Start find element by -->By.xpath: //h3
17:59:46.473 INFO manager.MyListener - The element -->By.xpath: //h3was found
123456358317:59:46.685 INFO tests.TestBase - End of method -->addContactTestBase


- main(String[]) - Static method in class dsm.DSM
-
This function tests my methods on the input word pair similarity or synonym question datasets.
- main(String[]) - Static method in class extinfbow.ExtractInformationBagOfWords
-
This function extracts information from a corpus, using the bag-of-words approach.
- main(String[]) - Static method in class extinfparsed.ExtractInformationFromParsedText
-
This function extracts information from a parsed English corpus.
- matrixToString(DoubleMatrix2D) - Static method in class dsm.parameters.DimRed
-
- mbModPattern - Static variable in class dsm.parameters.VecSim
-
- minimumFeatureSimpleFrequency - Static variable in class dsm.parameters.MiscParam
-
- minimumWordFeatureTupleSimpleFrequency - Static variable in class dsm.parameters.MiscParam
-
- minimumWordFeatureTupleWeightParameter - Static variable in class dsm.parameters.MiscParam
-
- minimumWordFeatureTupleWeightType - Static variable in class dsm.parameters.MiscParam
-
- minimumWordSimpleFrequency - Static variable in class dsm.parameters.MiscParam
-
- minPmiTTest1(double, double, double, double) - Static method in class dsm.parameters.Weight
-
This method computes the min(Pmi,T-test1) weight of a (word, feature) pair based on the frequencies given as input parameters.
- minPmiTTest2(double, double, double, double) - Static method in class dsm.parameters.Weight
-
This method computes the min(Pmi,T-test2) weight of a (word, feature) pair based on the frequencies given as input parameters.
- minSens(double, double, double, double) - Static method in class dsm.parameters.Weight
-
This method computes the minimum sensitivity weight of a (word, feature) pair based on the frequencies given as input parameters.
- MiscParam - Class in dsm.parameters
-
A class containing other, miscellaneous parameters for the DSM.
- MiscParam() - Constructor for class dsm.parameters.MiscParam
-
- MiscParam.MinimumWordFeatureTupleWeightType - Enum in dsm.parameters
-
- MiscUtil - Class in dsm.util
-
A class containing miscellaneous utility functions.
- MiscUtil() - Constructor for class dsm.util.MiscUtil
-
- MKNSAlsoJustForInputWords - Static variable in class dsm.parameters.Smooth
-
- mutualInformation(double, double, double, double) - Static method in class dsm.parameters.Weight
-
This method computes the mutual information of a (word, feature) pair based on the frequencies given as input parameters.


Mapping Docker container IP with Vagrant machine
26 Sep 2016Docker is a powerful software containerization tool that lets you create multiple self-contained kernel-free containers that share a single virtual machine. It is a very trendy tool that drew attention from lots of companies and developers. Here I’m not going to elaborate on how docker works, so if you are new to Docker, feel free to visit their website, they have maintained a great documentation.
A few days ago, I need to write a script to automatically configure virtual environment and was hoping Docker could be of use. It turned out that it’s not trivial work to assign static IP to a docker container.
I’m going to try to write this post in a most simple way such that it could benefit the readers with minimum amount of reading, by defining the problem and solution explicitly.
Problem
I needed to access my docker container, which may be serving a website or running an application, from other computers in the same local network (e.g., home, office). Another constraint is that the container has to be accessible at the static local IP address assigned to me.
Solution
This solution only applies to OSX users, however, with only minimum tweak, one should be able to easily get it working on Linux and Windows.
-
Download Docker Toolbox and install it. It comes with the following components.
- Docker Machine for running docker-machine commands
- Docker Engine for running the docker commands
- Docker Compose for running the docker-compose commands
- Kitematic, the Docker GUI
- a shell preconfigured for a Docker command-line environment
- Oracle VirtualBox
-
Install Vagrant
-
Open
Docker Quickstart Terminal
. This mini application starts the terminal after creating a linux virtual machine and running some additional configuration code. If you are usingiTerm
, it’s likely thatQuickstart Terminal
would not work properly, instead, try run the script here. -
Now, instead of using the default Docker machine created by the Quickstart script, we’re going to create our own Docker machine, using Vagrant. To create a Vagrant machine, refer to a sample Vagrantfile below.
# -*- mode: ruby -*- # vi: set ft=ruby : # Originally written by Xinyu Chen, modified by Xiaowen Zhang Vagrant.configure(2) do |config| config.vm.box = "ubuntu/trusty64" # Assign a friendly name to this host VM config.vm.hostname = "vagrant-docker" # Create a private network, which allows host-only access to the machine using a specific IP. config.vm.network "private_network", ip: "<IP_ADDRESS>" # Change the IP address to your assigned one [IMPORTANT]. config.vm.network "public_network", ip: "<IP_ADDRESS>" # Adjust number of CPUs and memory allocation here. config.vm.provider "virtualbox" do |vb| vb.cpus = "4" vb.memory = "4096" vb.customize ["modifyvm", :id, "--ioapic", "on"] vb.customize ["setextradata", :id, "VBoxInternal2/SharedFoldersEnableSymlinksCreate/v-root", "1"] end # Always use Vagrant's default insecure key config.ssh.insert_key = false end
-
Now you can run
vagrant up
in the directory the vagrantfile resides. If everything goes well, when you dovagrant ssh
, you should be able to see something like below, where the IP address is exactly what we configured. -
Not only do we need the vm running, we have to tell Docker to use this machine as a Docker vm. Here’s how I did it, based on Scott’s Weblog
docker-machine create -d generic \ --generic-ssh-user vagrant \ --generic-ssh-key ~/.vagrant.d/insecure_private_key \ --generic-ip-address <IP_ADDRESS> \ --engine-install-url "https://test.docker.com" \ <name of the vm, up to you>
Run the above in a terminal and after docker finishes creating the vm, run
docker-machine ls
, and you should be able to see the vm running -
After docker machine is created, we can run a docker container
docker run -d -p 8080:80 nginx
Now we can use any computer in our local network to visit the nginx server that we just created that resides in a container running in a vagrant-based vm on our computer!
Done.


Array is a list of elements that sit in between square brackets. Element includes, but not limited to strings, array, and integers.
countries = ["US", "Canada", "Mexico", "Costa Rica"] even_numbers = [ 2, 4, 10, 46, 100] random_array = ["cat", 456, [1, 2, 3], "blue", 6487589]
Each array element has a position identifier with the first element indexed at 0, and subsequent elements are indexed sequentially by an increase of 1. However, array index can start at the end of an array using the reversed index. The last element is indexed at -1, the second to last element is indexed at -2, and so forth. This might sound confusing, so I provided some examples below so you can have some visuals to follow along.
array = [5, 7, 8, 10] array[0] => 5 array[-4] => 5 (using reversed index) array[0..2] => 5, 7, 8
Hash, on the otherhand, is a collection of key-value pairs. Keys within a hash must be unique, but the restriction does not apply to values. Any Ruby objects can be used as a key or value, so integers, strings and arrays can be applied to hashes as well.
Hash syntax: hash = { key1 => value1, key2 => value2, key3 => value3 } animals = { "cats" => 1, "dog" => 2, "bird" => 1 } food = { "japanese" => "sushi" "indian" => "curry" "italian" = "pasta" }
Unlike arrays, which use numbers for indexing, hashes can use arbitrary objects as their indexes. This means you can find the value relating to a specific key.
food["japanese"] => "sushi" food["italian"] => "pasta"
However, the same technique will not work for locating a specific key by using the value.
food["sushi"] does not return "japanese"


Which of these is NOT a definition for efficiency in a computer program?
One definition for an efficient program is that it runs within the required resource constraints.
One definition for an efficient program is that it requires fewer resources than known alternatives.
Many efficient programs require more than linear time. Sometimes linear time is not efficient for a given problem.


int foo( int a, int b ){
printf( 'helloworld' )
}
30
hello wer @ ! # "helo" 'world "ok
I am the space station These seven cameras have a zoom range
of any 12x or more, 20
and some of the wide-angle view
of good. They also have a
lot of image stabilization (either optical or mechanical), which is
important for people who are with a powerful zoom lens. Some other
important features thatThese cameras contain electronic viewfinder,
full control while shooting. In general, these cameras are all seem
very similar.
Sign my guestbook


SVL_S3PARTITION
Use the SVL_S3PARTITION view to get details about Amazon Redshift Spectrum partitions at the segment and node slice level.
SVL_S3PARTITION is visible to all users. Superusers can see all rows; regular users can see only their own data. For more information, see Visibility of Data in System Tables and Views.
Table Columns
| Column Name | Data Type | Description |
|---|---|---|
| query | integer | The query ID. |
| segment | integer | A segment number. A query consists of multiple segments, and each segment consists of one or more steps. |
| node | integer | The node number. |
| slice | integer | The data slice that a particular segment executed against. |
| starttime | timestamp without time zone | Time in UTC that the partition pruning started executing. |
| endtime | timestamp without time zone | Time in UTC that the partition pruning completed. |
| duration | bigint | Elapsed time (in microseconds). |
| total_partitions | integer | Number of total partitions. |
| qualified_partitions | integer | Number of qualified partitions. |
| assigned_partitions | integer | Number of assigned partitions on the slice. |
| assignment | character | Type of assignment. |
Sample Query
The following example gets the partition details for the last query executed.
SELECT query, segment, MIN(starttime) AS starttime, MAX(endtime) AS endtime, datediff(ms,MIN(starttime),MAX(endtime)) AS dur_ms, MAX(total_partitions) AS total_partitions, MAX(qualified_partitions) AS qualified_partitions, MAX(assignment) as assignment_type FROM svl_s3partition WHERE query=pg_last_query_id() GROUP BY query, segment
query | segment | starttime | endtime | dur_ms| total_partitions | qualified_partitions | assignment_type ------+---------+-------------------------------+-----------------------------+-------+------------------+----------------------+---------------- 99232 | 0 | 2018-04-17 22:43:50.201515 | 2018-04-17 22:43:54.674595 | 4473 | 2526 | 334 | p


|
In the source code there are comments to indicate where the code segments are that fulfilled the project.
I basically split it up into separate functions that took care of image rotation (the rotateImage method), interpolation
(the interpolate method), and the subtractImage method which performed the image subtraction.
Image Subtraction After going through pixel by pixel and subtracting the values to generate the output image I then created a histogram of the new image and plotted it with Gnuplot. By doing this I was able to establish threshold values at 140 and 200. Everything between that range I called on and using the summation of each "ON" pixel divided by the number of pixels that were on I determined that the center of gravity was at the point 313, 268. Image Translation and Rotation I calculated the backwards warping algorithm for the transformation function to be y = (y' - yc)cosine(t) - (x' - xc)sine(t) + yc x = (y' - yc)sine(t) + (x' - xc)cosine(t) + xc I then used bilinear interpolation based on the equation given in the book to interpolate the output data points from the input values calculated. The difference between the two images that were rotated a total of 120 degrees is obvious. The reason why the one that was rotated in 15 degree increments to 120 degree stems from the loss of data that occurs in the intervening transformations. Each 15 degree rotation causes certain points to be mapped outside the viewable size of the image (the image is finite) so we lose those data values. When in subsequent rotations those values would have been rotated back in they no longer exist in the output image and so black is mapped in and we get the rounded edges because it is those outer edges that are getting rotated out and then back in. The 120 degree rotation does the mapping immediately and so we don't get the intermediate data loss and thus then output image looks complete and correct. |


App Already Bootstrapped with this Element
ng
App Already Bootstrapped with this Element '{0}'
Occurs when calling angular.bootstrap on an element that has already been bootstrapped.
This usually happens when you accidentally use both ng-app
and angular.bootstrap
to bootstrap an application.
<html>
...
<body ng-app="myApp">
<script>
angular.bootstrap(document.body, ['myApp']);
</script>
</body>
</html>
Note that for bootrapping purposes, the <html>
element is the same as document
, so the following will also throw an error.
<html>
...
<script>
angular.bootstrap(document, ['myApp']);
</script>
</html>


Using a power law density profile¶
Overview¶
In this mode, the density profile (function of velocity and time since explosion) is assumed to follow a functional form:
\[\rho (v, t_{exp}) = \rho_0 (t_{0} / t_{exp})^{3} ( v / v_{0})^{\rm exponent}\]
This form is defined by reference density, velocity and time parameters, and the “exponent”, each of which is set in the input file (“structure” subsection of the “model” section, under the “density” heading; see example below).
Note
In this mode, the velocity grid has to be explicitly defined in the yml file (see example below)
TARDIS input file example¶
The following example shows the relevant sections of a TARDIS input yaml file, specifying a power law density:
model:
structure:
type: specific
velocity:
start : 1.1e4 km/s
stop : 20000 km/s
num: 20
density:
type : power_law
time_0: 2 day
rho_0: 1e-11 g/cm^3
v_0: 11000 km/s
exponent: -5


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Check out all of our features below!
We don't store your private keys in a database!
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This preliminary project will get you started with the course, and has four parts. First, you'll make sure that your machine is set up with the infrastructure you need, including using either a text editor or an IDE to edit JavaScript, configuring your web browser to access local JavaScript files, version control (for example with git). You'll also want to check out the basics of JavaScript if you haven't used it before. Second, you'll get started with running an example WebGL/JavaScript program and making a few simple changes to it, and learning how to use your browser's JavaScript debugger to inspect and change the running program. Third, you will also read the academic conduct guidelines for the course and certify that you understand them. Fourth, you'll set up and test the handin command.
This preliminary "Project 0" is mandatory but not marked; we will not mark your Project 1 until we see that p0 has been handed in as required below.
It's up to you whether to use your own laptop or the lab machines in CS Room 005. We recommend making sure that you can work on both platforms.You will need to edit Javascript and HTML files on your machine. You have two choices: a standard text editor, or an IDE (Integrated Development Environment) like Eclipse.
We recommend using either Chrome or Firefox. You may run into compatability problems with Safari or Internet Explorer.
Since JavaScript is typically sent from a server, by default most web browsers do not allow accessing JavaScript files stored on your local computer, for security reasons. However, while you are developing WebGL/JS in this course, you will find it very useful to be able to access local files, for example JavaScript libraries! There are two solutions.
The easiest option, which we recommend, is to simply enable your browser to run local JavaScript. On Chrome in Linux, you will need to start the program with the command-line flag google-chrome --allow-file-access-from-files. On Mac OS quit Chrome and use the command
open -a "Google Chrome" --args --allow-file-access-from-files. Here are several pages with instructions on how to enable local file access:
The alternative solution is to install and run a web server on your computer, such as WAMP or LAMP.
We strongly recommend that you use version control. It's particularly crucial for teams, but it's highly desireable even if you're working individually. We recommend git, but you are welcome to use another package if you prefer.
You will need to familiarize yourself with the basic syntax of JavaScript.
The example code PO Webgl-Sandbox uses Physijs, which is a wrapper for the ammo.js project, which is a port of the Bullet physics library.
git clone<EMAIL_ADDRESS>This HTML file loads the JavaScript file examples/vehicle.js file that is loaded by examples/vehicle.html.
If you're using Eclipse, start it up and import the project. If you're using a text editor, load the file into it. Just reload the page in the browser to see the results of your edits.
The debuggers in both Chrome and Firefox have very similar capabilities:
Try using the debugger built into your browser to do each of these operations:
There are three primary code changes that you should make in example/vehicle.js. Search for the string "CHANGE", which marks the locations in the code where you should make your edits.
Take a screenshot of the browser window after you have changed the number of boxes in the simulation. Use the built-in capabilities of your operating system (Linux, Mac, or Windows). Your screenshot should be in PNG format. Instructions:
You will now set up and test the process of handing in your project using the handin command.
handin cs314 p0You do not need to be in any particular directory to run this command; handin will automatically use the contents of ~/cs314/p0 no matter what directory you are in when you run it.


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Enter the code in the CHECKOUT page:


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See:
Description
| Interface Summary | |
|---|---|
| DelegateXmlObject | See FilterXmlObject |
| Filer | |
| GDateSpecification | Represents an XML Schema-compatible Gregorian date. |
| GDurationSpecification | Represents an XML Schema-compatible duration. |
| InterfaceExtension | |
| InterfaceExtension.MethodSignature | |
| ObjectFactory | generic interface to abstract creation of an object |
| PrePostExtension | |
| QNameSetSpecification | Represents a lattice of finite and infinite sets of QNames. |
| ResourceLoader | |
| SchemaAnnotated | Marker interface denoting that an annotation can be present |
| SchemaAnnotation | Represents a Schema annotation. |
| SchemaAnnotation.Attribute | Represents an attribute instance |
| SchemaAttributeGroup | Represents an attribute group. |
| SchemaAttributeModel | Represents the attribute structure allowed on a complex type. |
| SchemaCodePrinter | This class is used to provide alternate implementations of the schema Java code generation. |
| SchemaComponent | Represents a global Schema Component. |
| SchemaField | Represents an element or an attribute declaration. |
| SchemaGlobalAttribute | Represents a global attribute definition |
| SchemaGlobalElement | Represents a global element definition. |
| SchemaIdentityConstraint | Represents an identity constraint definition. |
| SchemaLocalAttribute | Represents a local or global attribute definition. |
| SchemaLocalElement | Represents a local or global element definition. |
| SchemaModelGroup | Represents a model group. |
| SchemaParticle | Represents a Schema particle definition. |
| SchemaProperty | Represents a summary of similar SchemaFields in a complex type. |
| SchemaStringEnumEntry | Describes a code-generated string enumeration |
| SchemaType | Represents a schema type. |
| SchemaTypeElementSequencer | This class is used to programatically validate the contents of an
XML element.Call to both SchemaTypeElementSequencer.next(javax.xml.namespace.QName) and SchemaTypeElementSequencer.peek(javax.xml.namespace.QName)
will return true if the element
with the provided name is allowed at the current position in the element
content, the difference being that SchemaTypeElementSequencer.next(javax.xml.namespace.QName) will advance
the current position, while SchemaTypeElementSequencer.peek(javax.xml.namespace.QName) won't. |
| SchemaTypeLoader | Represents a searchable set of XML Schema component definitions. |
| SchemaTypeSystem | A finite set of XML Schema component definitions. |
| SimpleValue | All XmlObject implementations can be coerced to SimpleValue. |
| UserType | The UserType class represents a mapping between an XML Schema QName and a custom Java class type. |
| XmlAnySimpleType | Corresponds to the XML Schema xs:anySimpleType type. |
| XmlAnyURI | Corresponds to the XML Schema xs:anyURI type. |
| XmlBase64Binary | Corresponds to the XML Schema xs:base64Binary type. |
| XmlBoolean | Corresponds to the XML Schema xs:boolean type. |
| XmlByte | Corresponds to the XML Schema xs:byte type. |
| XmlCursor | Represents a position between two logical tokens in an XML document. |
| XmlCursor.ChangeStamp | Represents the state of a dcoument at a particular point in time. |
| XmlCursor.XmlMark | An abstract XmlCursor factory. |
| XmlDate | Corresponds to the XML Schema xs:date type. |
| XmlDateTime | Corresponds to the XML Schema xs:dateTime type. |
| XmlDecimal | Corresponds to the XML Schema xs:decimal type. |
| XmlDouble | Corresponds to the XML Schema xs:double type. |
| XmlDuration | Corresponds to the XML Schema xs:duration type. |
| XmlENTITIES | Corresponds to the XML Schema xs:ENTITIES type, a list type. |
| XmlENTITY | Corresponds to the XML Schema xs:ENTITY type. |
| XmlFactoryHook | A hook for the XML Bean Factory mechanism. |
| XmlFloat | Corresponds to the XML Schema xs:float type. |
| XmlGDay | Corresponds to the XML Schema xs:gDay type. |
| XmlGMonth | Corresponds to the XML Schema xs:gMonth type. |
| XmlGMonthDay | Corresponds to the XML Schema xs:gMonthDay type. |
| XmlGYear | Corresponds to the XML Schema xs:gYear type. |
| XmlGYearMonth | Corresponds to the XML Schema xs:gYearMonth type. |
| XmlHexBinary | Corresponds to the XML Schema xs:hexBinary type. |
| XmlID | Corresponds to the XML Schema xs:ID type. |
| XmlIDREF | Corresponds to the XML Schema xs:IDREF type. |
| XmlIDREFS | Corresponds to the XML Schema xs:IDREFS type, a list type. |
| XmlInt | Corresponds to the XML Schema xs:int type. |
| XmlInteger | Corresponds to the XML Schema xs:integer type. |
| XmlLanguage | Corresponds to the XML Schema xs:language type. |
| XmlLong | Corresponds to the XML Schema xs:long type. |
| XmlName | Corresponds to the XML Schema xs:Name type. |
| XmlNCName | Corresponds to the XML Schema xs:Name type. |
| XmlNegativeInteger | Corresponds to the XML Schema xs:negativeInteger type. |
| XmlNMTOKEN | Corresponds to the XML Schema xs:NMTOKEN type. |
| XmlNMTOKENS | Corresponds to the XML Schema xs:NMTOKENS type, a list type. |
| XmlNonNegativeInteger | Corresponds to the XML Schema xs:nonNegativeInteger type. |
| XmlNonPositiveInteger | Corresponds to the XML Schema xs:nonPositiveInteger type. |
| XmlNormalizedString | Corresponds to the XML Schema xs:normalizedString type. |
| XmlNOTATION | Corresponds to the XML Schema xs:NOTATION type. |
| XmlObject | Corresponds to the XML Schema xs:anyType, the base type for all XML Beans. |
| XmlPositiveInteger | Corresponds to the XML Schema xs:positiveInteger type. |
| XmlQName | Corresponds to the XML Schema xs:QName type. |
| XmlSaxHandler | A holder for a SAX ContentHandler and LexicalHandler that are
capable of loading an XmlObject instance. |
| XmlShort | Corresponds to the XML Schema xs:short type. |
| XmlString | Corresponds to the XML Schema xs:string type. |
| XmlTime | Corresponds to the XML Schema xs:time type. |
| XmlToken | Corresponds to the XML Schema xs:token type. |
| XmlTokenSource | Represents a holder of XML that can return an XmlCursor
or copy itself to various media such as
Writers or Files . |
| XmlUnsignedByte | Corresponds to the XML Schema xs:unsignedByte type. |
| XmlUnsignedInt | Corresponds to the XML Schema xs:unsignedInt type. |
| XmlUnsignedLong | Corresponds to the XML Schema xs:unsignedLong type. |
| XmlUnsignedShort | Corresponds to the XML Schema xs:unsignedShort type. |
| Class Summary | |
|---|---|
| BindingConfig | The BindingConfig class is used during compilation to control the generation of java source files. |
| CDataBookmark | Represents a CDATA bookmark. |
| FilterXmlObject | A FilterXmlObject delegates to some other XmlObject, which it can use as its basic source of data, possibly transforming the data along the way or providing additional functionality. |
| GDate | Represents an XML Schema-compatible Gregorian date. |
| GDateBuilder | Used to build GDates . |
| GDuration | Represents an XML Schema-compatible duration. |
| GDurationBuilder | Used to build GDurations . |
| QNameCache | A cache that can be used to pool QName instances. |
| QNameSet | This interface represents a lattice of finite and infinite sets of QNames. |
| QNameSetBuilder | Used to build QNameSets . |
| SchemaAttributeGroup.Ref | Used to allow on-demand loading of attribute groups. |
| SchemaBookmark | Represents a Schema bookmark. |
| SchemaComponent.Ref | A lazy reference to a component. |
| SchemaGlobalAttribute.Ref | Used to allow on-demand loading of elements. |
| SchemaGlobalElement.Ref | Used to allow on-demand loading of elements. |
| SchemaIdentityConstraint.Ref | Used to allow on-demand loading of identity constraints. |
| SchemaModelGroup.Ref | Used to allow on-demand loading of model groups. |
| SchemaType.Ref | Used to allow on-demand loading of types. |
| StringEnumAbstractBase | The base class for code-generated string enumeration value classes. |
| StringEnumAbstractBase.Table | Used to manage singleton instances of enumerations. |
| SystemProperties | |
| XmlAnySimpleType.Factory | A class with methods for creating instances
of XmlAnySimpleType . |
| XmlAnyURI.Factory | A class with methods for creating instances
of XmlAnyURI . |
| XmlBase64Binary.Factory | A class with methods for creating instances
of XmlBase64Binary . |
| XmlBeans | Provides an assortment of utilities for managing XML Bean types, type systems, QNames, paths, and queries. |
| XmlBoolean.Factory | A class with methods for creating instances
of XmlBoolean . |
| XmlByte.Factory | A class with methods for creating instances
of XmlByte . |
| XmlCalendar | An XML Schema compatible subclass of GregorianCalendar . |
| XmlCursor.TokenType | An enumeration that identifies the type of an XML token. |
| XmlCursor.XmlBookmark | Subclasses of XmlBookmark can be used to annotate an XML document. |
| XmlDate.Factory | A class with methods for creating instances
of XmlDate . |
| XmlDateTime.Factory | A class with methods for creating instances
of XmlDateTime . |
| XmlDecimal.Factory | A class with methods for creating instances
of XmlDecimal . |
| XmlDocumentProperties | This class is used to attach arbitrary information to an XML document. |
| XmlDouble.Factory | A class with methods for creating instances
of XmlDouble . |
| XmlDuration.Factory | A class with methods for creating instances
of XmlDuration . |
| XmlENTITIES.Factory | A class with methods for creating instances
of XmlENTITIES . |
| XmlENTITY.Factory | A class with methods for creating instances
of XmlENTITY . |
| XmlError | Represents a message at a specific XML location. |
| XmlErrorCodes | |
| XmlFactoryHook.ThreadContext | Used to manage the XmlFactoryHook for the current thread. |
| XmlFloat.Factory | A class with methods for creating instances
of XmlFloat . |
| XmlGDay.Factory | A class with methods for creating instances
of XmlGDay . |
| XmlGMonth.Factory | A class with methods for creating instances
of XmlGMonth . |
| XmlGMonthDay.Factory | A class with methods for creating instances
of XmlGMonthDay . |
| XmlGYear.Factory | A class with methods for creating instances
of XmlGYear . |
| XmlGYearMonth.Factory | A class with methods for creating instances
of XmlGYearMonth . |
| XmlHexBinary.Factory | A class with methods for creating instances
of XmlHexBinary . |
| XmlID.Factory | A class with methods for creating instances
of XmlID . |
| XmlIDREF.Factory | A class with methods for creating instances
of XmlIDREF . |
| XmlIDREFS.Factory | A class with methods for creating instances
of XmlIDREFS . |
| XmlInt.Factory | A class with methods for creating instances
of XmlInt . |
| XmlInteger.Factory | A class with methods for creating instances
of XmlInteger . |
| XmlLanguage.Factory | A class with methods for creating instances
of XmlLanguage . |
| XmlLineNumber | A subclass of XmlBookmark that holds line number information. |
| XmlLong.Factory | A class with methods for creating instances
of XmlLong . |
| XmlName.Factory | A class with methods for creating instances
of XmlName . |
| XmlNCName.Factory | A class with methods for creating instances
of XmlNCName . |
| XmlNegativeInteger.Factory | A class with methods for creating instances
of XmlNegativeInteger . |
| XmlNMTOKEN.Factory | A class with methods for creating instances
of XmlNMTOKEN . |
| XmlNMTOKENS.Factory | A class with methods for creating instances
of XmlNMTOKENS . |
| XmlNonNegativeInteger.Factory | A class with methods for creating instances
of XmlNonNegativeInteger . |
| XmlNonPositiveInteger.Factory | A class with methods for creating instances
of XmlNonPositiveInteger . |
| XmlNormalizedString.Factory | A class with methods for creating instances
of XmlNormalizedString . |
| XmlNOTATION.Factory | A class with methods for creating instances
of XmlNOTATION . |
| XmlObject.Factory | Static factory class for creating new instances. |
| XmlOptionCharEscapeMap | Corresponds to the Saver and XmlOptions. |
| XmlOptions | Used to supply options for loading, saving, and compiling, and validating. |
| XmlOptionsBean | Same as XmlOptions but adhering to JavaBean conventions |
| XmlPositiveInteger.Factory | A class with methods for creating instances
of XmlPositiveInteger . |
| XmlQName.Factory | A class with methods for creating instances
of XmlQName . |
| XmlShort.Factory | A class with methods for creating instances
of XmlShort . |
| XmlSimpleList | The immutable List returned for XML simple list values. |
| XmlString.Factory | A class with methods for creating instances
of XmlString . |
| XmlTime.Factory | A class with methods for creating instances
of XmlTime . |
| XmlToken.Factory | A class with methods for creating instances
of XmlToken . |
| XmlUnsignedByte.Factory | A class with methods for creating instances
of XmlUnsignedByte . |
| XmlUnsignedInt.Factory | A class with methods for creating instances
of XmlUnsignedInt . |
| XmlUnsignedLong.Factory | A class with methods for creating instances
of XmlUnsignedLong . |
| XmlUnsignedShort.Factory | A class with methods for creating instances
of XmlUnsignedShort . |
| XmlValidationError | The XmlValidationError class extends the XmlError XMLError class. |
| Exception Summary | |
|---|---|
| SchemaTypeLoaderException | An exception that is thrown if there is corruption or a version mismatch in a compiled schema type system. |
| XmlException | A checked exception that can be thrown while processing, parsing, or compiling XML. |
| XmlRuntimeException | An unchecked XML exception. |
| XMLStreamValidationException | An exception thrown from a validating XMLInputStream. |
Provides classes for XML Beans schema, infoset, xpath, and xquery handling.
The XML Beans API is designed to work with the XML Beans schema compiler. The schema compiler produces XML Bean classes that extend and interact with the basic XML Bean classes and interfaces in this package. It is also possible to use XML Beans without the schema compiler to manipulate and validate XML in a late-bound way (with no types, or with runtime-loaded types only).
This package contains:
XmlObject
, XmlAnySimpleType
, and
XmlInt
(one for each of the
46 built-in XML Schema types).
XmlCursor
, XmlObject.selectPath(java.lang.String)
and related methods).
GDuration
).
SchemaType
, SchemaTypeSystem
, and related classes).
The place to begin when working with the XML Beans API is the following fundamental classes:
XmlObject
is the base class for all XML Beans.
XmlObject.Factory
is used to load and create XML Bean instances.
Each XML Bean class has its own nested factory class.
XmlCursor
is an efficient treewalking API for the full XML infoset.
SchemaType
is the type metadata interface for XML Schema types
XmlBeans
provides a collection of utility functions.
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“The future belongs to those who believe in the beauty of their dreams” – Anonymous
On behalf of the Executives of the National Association of Local Government Students and with the above quote, I consider it a privilege and honor to welcome you to this great citadel known for learning and culture.
You should be proud of yourself having being offered admission to study in the department of Local Government Studies, Faculty of Administration, Obafemi Awolowo University. The place where dreams are built and destinies are fulfilled . The desired place for all students!
However, your admission comes with different expectations from all stakeholders involved i.e. Parents, siblings, lecturers and excos. But then, all of us have just one objective which is to see you succeed.
Take note that there exists a student departmental body called the NATIONAL ASSOCIATION OF LOCAL GOVERNMENT STUDENTS (NASLOGOS). The said Association serve as a link between the management and the students. I urge you to channel all your views to the management through this indivisible and indissoluble body that is guided by laid down constitutional provisions. Of note, all of you are members of the Association.
It is important to note that inappropriate and antisocial behaviors sent the reputation is the department. We want you to be an ambassador of the department anywhere you are both in dressing and behavior. One of they challenges students face generally is the Time Management Issue. Poor time management could cause you to be frustrated and stressed unnecessarily. I wish you all the very best as your spend the next few years in this den of progressiveness.
In the same vein, I welcome all Returning students back to campus and I wish you a stress and hitch free session.

AKINKUNMI SODIQ OPEYEMI
PRESIDENT, DEPARTMENT OF LOCAL GOVERNMENT STUDIES
The Department of Local Government Studies was created in April, 1984 in the Faculty of Administration, Obafemi Awolowo University, Ile-Ife.
The department trains middle and high level manpower personnel for the Local Government sector. It offers short term programmes such this department Diploma, Bachelor of Science, Postgraduate Diploma, M.Sc. and Ph.D. Admission requirements to all postgraduate Degree Programmes in this department follow the normal university regulation.
The department in a way of reaching out to students has under it, a student body called National Association of Local Government Students (NASLOGOS).


{{title}}
The dashboard shows statistical data of the current connector.
Overview of all currently offered IDS
resources.
The table can be filtered and searched. New IDS resources can be added by clicking the
"ADD RESOURCE"-button.
Existing IDS resources can be changed by clicking the pencil button or deleted by clicking the trash
button.
The information needed to add a new IDS resource is separated into three types:
Meta data: General information about the resource data.
Policy: Information about how often or how long the resource data can be used.
Representation: How is the data accessed?
Brokers: To which brokers should the resource be registered?
Editing an IDS resource is separated into three types:
Meta data: General information about the resource data.
Policy: Information about how often or how long the resource data can be used.
Representation: How is the data accessed?
Brokers: To which brokers should the resource be registered?
Overview of all currently defined backend connections.
A backend connection defines how the data of an IDS resource can be accessed. For example a database URL
with credentials.
Overview of all currently defined routes of offered data.
Creation of a route. Nodes of the types "Backend", "App" and "IDS Endpoint" can be created and connected by
edges. For each edge, the inputs and outputs to be connected can be selected by double-clicking. The
resource data can be entered by double-clicking on the "IDS Endpoint" node.
Editing of a route. Nodes of the types "Backend", "App" and "IDS Endpoint" can be created and connected by
edges. For each edge, the inputs and outputs to be connected can be selected by double-clicking. The
resource data can be entered by double-clicking on the "IDS Endpoint" node.
General settings of the DataSpaceConnector.
Request an IDS resource from the given connector URL.
When requesting a Dataspace Connector the "/api/ids/data" endpoint should be used.


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#comment Copyright 2016 Erik Neumann. All Rights Reserved. #comment Use of this source code is governed by the Apache License, Version 2.0. #comment See the LICENSE file and http://www.apache.org/licenses/LICENSE-2.0. #define #TOP_DIR ../.. #define #APP_PATH sims.engine2D.DoublePendulum2App #include "#TOP_DIR/macros.html" #include "#TOP_DIR/macros_tab.html" #DOC_TYPE
#META_TAGS #HIDE_ALL #SITE_LOGOThis also demonstrates drawing a bitmap image into a DisplayShape. The image of the truck is licensed under Creative Commons Attribution 3.0 License from Free FatCow-Farm Fresh Icons.
#PAGE_INFO #LOREM_IPSUM #LOAD_APP #BUILD_APP #SHOW_ALL #START_APP #PAGE_FOOTER


--- title: The `ingest` Module keywords: fastai sidebar: home_sidebar summary: "This module contains the tools needed to extract game-play data from a set of StarCraft II replays. This process entails extracting various features that describe each players' performance during a 1v1 online match and organising all the information in a set of collections that compose a MongoDB database." description: "This module contains the tools needed to extract game-play data from a set of StarCraft II replays. This process entails extracting various features that describe each players' performance during a 1v1 online match and organising all the information in a set of collections that compose a MongoDB database." nb_path: "02_ingest.ipynb" ---
ingest
uses three modules to carry on its principal functions.
ingest
stores this extra information in an additional collection (i.e. replays_info) which extends the database where the previous collections exist. This module organises the gameplay data into the following collections:
This database is built using two functions defined in this module; build_replay_info
and build_reaper_collections
(see below).
Before anything else, this module looks for the local config.json
file and loads its information into a Config_settings
object using the load_configurations
function from the load_config
module.
With this information at hand, the module configures the MongoDB client it needs to store the replay data.
# Definition of the initial data needed to function
CONFIG_PATH = Path("/Users/david/Documents/phdcode/sc2trainingg") / "config.json"
CONFIG = load_configurations(CONFIG_PATH)
# Define the client and data base to work with MongoDB
DB_Client = pymongo.MongoClient(CONFIG.port_address, CONFIG.port_number)
DB = DB_Client[CONFIG.db_name]
replays_info = DB['replays_info']
# Define the dependency the default to sc2reader
assert Path(CONFIG.replay_path).exists(), "Invalid replay path"
REPLAY_GEN = sc2reader.load_replays(CONFIG.replay_path)
Fallowing a functional programming approach in the development of this project, two frozen dataclasses are defined to ensure inmutability during the process of the information; Replay_data
and Player_data
.
As explained above, the module uses the functions build_replay_info
and build_reaper_collections
to construct a document-based database. Of these functions, the former is a custom function, inspired by sc2reaper
's information extraction and organisation processes, that selects rough information from the replay file using sc2reader
and organises it inside the replay_info collection. The latter uses sc2reaper
to create the rest of the data collections in the database.
Appart from build_replay_info
and build_reaper_collections
, this modules defines a number of auxiliary functions that are used within those primary functions.
Here is a brief summary of those functions.
build_replay_info
and build_reaper_collections
test_eq(build_replay_info(), True)
test_eq(build_reaper_collections(), True)


look I made a button click it PRESS HERE nope go back and click the button
If your reading this then you are not pressing the button


Hashtags: #beyonddevtools #abqwebgeeks #blessed
Let's ask Wikipedia!
“Proxy is an agent or substitute authorized to act for another person or a document which authorizes the agent so to act”
That's ... not quite what we mean
A proxy server is a server (a computer system or an application) that acts as an intermediary for requests from clients seeking resources from other servers.
"Proxy concept en" by H2g2bob - Own work. Licensed under CC0 via Wikimedia Commons.
Charles Proxy is a software HTTP proxy / monitor that is built to assist with debugging web requests
Another common proxy is Fiddler, which was Windows-only until recently
There are many others, these are just the most common
babby pees be ready at all times
— Babby Tips (@BabbyTips) July 1, 2014


Get the data for creating chronographs from the server.
getChronographData(connectionDetails, cdmDatabaseSchema, oracleTempSchema = NULL, cdmVersion = "5", exposureIds = c(), outcomeIds = c(), exposureOutcomePairs = NULL, exposureDatabaseSchema = cdmDatabaseSchema, exposureTable = "drug_era", outcomeDatabaseSchema = cdmDatabaseSchema, outcomeTable = "condition_era", shrinkage = 0.5, icPercentile = 0.025)
| connectionDetails | An R object of type |
|---|---|
| cdmDatabaseSchema | Name of database schema that contains OMOP CDM and vocabulary. |
| oracleTempSchema | For Oracle only: the name of the database schema where you want all temporary tables to be managed. Requires create/insert permissions to this database. |
| cdmVersion | Define the OMOP CDM version used: currently supports "5". |
| exposureIds | A vector of IDs identifying the exposures to include when computing the expected count. If the expsosure table is the drug_era table, these IDs correspond to ingredient concept IDs. If the exposure table has the format of the cohort table, these IDs correspond to the cohort definition IDs. If left empty, all records in the exposure table will be used. |
| outcomeIds | A vector of IDs identifying the outcomes to include when computing the expected count.. If the outcome table is the drug_era table, these IDs correspond to condition concept IDs. If the outcomes table has the format of the cohort table, these IDs correspond to the cohort definition IDs. If left empty, all records in the outcome table will be used. |
| exposureOutcomePairs | A data frame with at least two columns:
. If left empty, all possible combinations of exposures and outcomes will be computed. |
| exposureDatabaseSchema | The name of the database schema that is the location where the exposure data is available. If exposureTable = DRUG_ERA, exposureSchema is not used by assumed to be cdmSchema. Requires read permissions to this database. |
| exposureTable | The tablename that contains the exposure cohorts. If exposureTable <> DRUG_ERA, then expectation is exposureTable has format of COHORT table: COHORT_DEFINITION_ID, SUBJECT_ID, COHORT_START_DATE, COHORT_END_DATE. |
| outcomeDatabaseSchema | The name of the database schema that is the location where the data used to define the outcome cohorts is available. If exposureTable = CONDITION_ERA, exposureSchema is not used by assumed to be cdmSchema. Requires read permissions to this database. |
| outcomeTable | The tablename that contains the outcome cohorts. If outcomeTable <> CONDITION_OCCURRENCE, then expectation is outcomeTable has format of COHORT table: COHORT_DEFINITION_ID, SUBJECT_ID, COHORT_START_DATE, COHORT_END_DATE. |
| shrinkage | Shrinkage used in IRR calculations, required >0 to deal with 0 case counts, but larger number means more shrinkage. default is 0.5 |
| icPercentile | The lower bound of the credibility interval for the IC values (IClow). default is 0.025, |
An data frame with observed and expected outcome counts in periods relative to the exposure initiation date, for each outcome and exposure.


On the sum of the n first natural numbers
We define the sum of naturals numbers from 1 upto
n with the following function :
Require Arith.
Fixpoint sum_n (n:nat) : nat :=
match n with O => O
| (S p) => (plus (S p) (sum_n p)) end.
Show that for each n, we have:
2(sum n)=n(n+1)
n <= sum_n n.
Solution
Look at this file


public class Candidate
extends java.lang.Object
| Constructor and Description |
|---|
Candidate(java.lang.String name)
The constructor of the class Candidate
|
| Modifier and Type | Method and Description |
|---|---|
void |
addInformation(java.lang.String fullForm,
int pos)
Method to add information about a candidate
|
boolean |
equals(java.lang.Object c)
Method to test equality between two Candidates
|
int |
getDocument_frequency()
A getter for the document-frequency of the candidate
|
java.lang.String |
getEffectiveFullForm()
A getter for the effective full form of the candidate
|
int |
getFirst_occurrence()
A getter for the first occurrence of the candidate
|
java.util.TreeMap<java.lang.String,java.lang.Integer> |
getFullForms()
A getter for the full forms
|
double |
getInverse_document_frequency()
A getter for the inverse document-frequency of the candidate
|
int |
getLast_occurrence()
A getter for the last position of the candidate
|
java.lang.String |
getName()
A getter for the name of the candidate
|
int |
getTerm_frequency()
A getter for the term-frequency of the candidate
|
int |
hashCode()
Method computing the hash of a Candidate
|
void |
setDocument_frequency(int document_frequency)
A setter for the document-frequency of the candidate
|
void |
setEffectiveFullForm(java.lang.String value)
A setter for the effective full form of the candidate
|
void |
setFirst_occurrence(int first_occurrence)
A setter for the first occurrence of the candidate
|
void |
setInverse_document_frequency(double inverse_document_frequency)
A setter for the inverse document-frequency of the candidate
|
void |
setLast_occurrence(int last_occurrence)
A setter for the last occurrence of the candidate
|
void |
setName(java.lang.String value)
A setter for the name of the candidate
|
void |
setTerm_frequency(int term_frequency)
A setter for the term-frequency of the candidate
|
java.lang.String |
toString()
Method to represent a Candidate as a string
|
public Candidate(java.lang.String name)
name
- The name of the candidatepublic java.lang.String getName()
public void setName(java.lang.String value)
value
- The new name of the candidatepublic java.lang.String getEffectiveFullForm()
public void setEffectiveFullForm(java.lang.String value)
value
- The new effective full form of the candidatepublic int getTerm_frequency()
public void setTerm_frequency(int term_frequency)
term_frequency
- the new term-frequency of the candidatepublic int getDocument_frequency()
public void setDocument_frequency(int document_frequency)
document_frequency
- the new document-frequency of the candidate
public double getInverse_document_frequency()
public void setInverse_document_frequency(double inverse_document_frequency)
inverse_document_frequency
- The new inverse document-frequency of
the candidate
public int getFirst_occurrence()
public void setFirst_occurrence(int first_occurrence)
first_occurrence
- The new starting position of the first occurence
of the candidate
public int getLast_occurrence()
public void setLast_occurrence(int last_occurrence)
last_occurrence
- The new starting position of the last occurrence
of the candidate
public java.util.TreeMap<java.lang.String,java.lang.Integer> getFullForms()
public void addInformation(java.lang.String fullForm, int pos)
fullForm
- The full form of the observed candidatepos
- The starting position of the observed candidatepublic java.lang.String toString()
toString
in class java.lang.Object
public int hashCode()
hashCode
in class java.lang.Object
public boolean equals(java.lang.Object c)
equals
in class java.lang.Object
c
- The Candidate to test equality with


{% block content %}
{{ title }}
a webring
{% include "members.html" ignore missing %} {% include "about.html" ignore missing %} {% include "join.html" ignore missing %} {% endblock %}
admin by acdw
random site
members.json
all feeds
code of content


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Amy Hart looks unrecognisable in purple wig for another dramatic hair transformation
The Love Island star ditched her curly blond bob and debuted another mermaid hair look with a glossy lilac wig
by Tiffany WallisAmy Hart underwent another magical hair transformation on Thursday.
The former Love Island star, 27, pulled off yet another stunning look as she had hairstylists work on her hair to debut luscious lilac locks.
The reality TV star, who rose to fame during this summer's series of the hit ITV2 dating show, ditched her curly blonde bob in favour of a glamorous, mermaid-inspired wig by celebrity hairstylist Carl Bembridge.
In a sexy Instagram post, Amy showed off her new pastel purple tresses which teased elements of music mogul Kylie Jenner 's famous lavender Met Gala look.
The former air hostess shared the sexy selfie with her 1.3 million followers, writing: "Mama it’s amazing, what baking can do *my eye bags were a joke before @makeupby_shab*
"Hair once again by @carlbembridgehair."
Fellow Love Island star Francesca Allen instantly commented on Amy's stunning hair transformation: "Omg lilac GOALS"
The star's new purple locks reached her waistline which was accentuated with a multi-coloured plunging dress that left little to the imagination and drew attention to her glowing chest.
Amy's glitzy fashion ensemble was completed with a glamorous make-up look with thick black lashes and lashings of shiny lipgloss.
The reality TV star, famously walked out the Mallorca villa this summer after suffering a heartbreak at the hand's of Curtis Pritchard, seductively looked into the distance to capture the ultimate Instagram-worthy shot.
Amy documented her latest transformation at The Manor Elstree on social media.
Just days ago, Amy shared another radiant snap of herself modelling a different hairpiece.
She showcased poker-straight silver extensions with a glamorous icy blonde tone as she posed up a storm to parade her latest hairstyle.
It's been months since the reality beauty unveiled her trademark bobbed look on Aftersun in the wake of her split from Curtis Pritchard .
Earlier this week, Amy spoke out about a recent awkward encounter with her ex-half-boyfriend.
She was cornered by her ballroom dancer ex at the ITV Palooza.
She told him mysteriously: "I need to ask you something later actually, in secret!"
Then they had an awkward conversation about the meaning of the word "palooza".
After the awkwardness had passed, Amy admitted later she was left fumbling for words when she faced her ex.
He grabbed me for an interview because he's working the red carpet", she told The Sun .
"I fumbled my words because I didn't expect to see him. It was a bit awkward."


July 4-5, 2017
Cebu, Philippines
Wei-Hung Weng
ckbjimmy [at] mit [dot] edu
Talk
Artificial Intelligence in Medicine
- Artificial intelligence (AI) is a human cognitive mimicking approach using different formats of clinical data to solve various needs in healthcare, such as automated diagnosis and clinical decision making. In this talk, we would like to introduce how AI may influence contemporary clinical medicine, what AI can and can not achieve, what are challenges of AI in the real clinical setting, and how can we survive in the era of machine intelligence.
- [slide]
Workshop
Biomedical Text Mining and Natural Language Processing


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Dropwizard
Dropwizard is a sneaky way of making fast Java web applications.
It's a little bit of opinionated glue code which bangs together a set of libraries which have historically not sucked:
- Jetty for HTTP servin'.
- Jersey for REST modelin'.
- Jackson for JSON parsin' and generatin'.
- Logback for loggin'.
- Hibernate Validator for validatin'.
- Metrics for figurin' out what your application is doin' in production.
- JDBI and Hibernate for databasin'.
- Liquibase for migratin'.
Read more at dropwizard.io.
Want to contribute to Dropwizard?
Before working on the code, if you plan to contribute changes, please read the following CONTRIBUTING document.
Need help or found an issue?
When reporting an issue through the issue tracker on GitHub or sending an email to the Dropwizard User Google Group mailing list, please use the following guidelines:
- Check existing issues to see if it has been addressed already
- The version of Dropwizard you are using
- A short description of the issue you are experiencing and the expected outcome
- Description of how someone else can reproduce the problem
- Paste error output or logs in your issue or in a Gist. If pasting them in the GitHub issue, wrap it in three backticks: ``` so that it renders nicely
- Write a unit test to show the issue!
Sponsors
Dropwizard is generously supported by some companies with licenses and free accounts for their products.
JetBrains
JetBrains supports our open source project by sponsoring some All Products Packs within their Free Open Source License program.


Magdesian Brothers Products
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Here uploads of our products will be brought up and organized. Our many different shoes from the past and upcoming design builds will be featured.


DEEP IMPACT ===========
Produced by: Zanuck/Brown Productions, DreamWorks SKG, and Paramount Pictures Directed by: Mimi Leder MPAA Rating: PG-13 for disaster theme and some violence Running time: 115 min. Released: May 15, 1998 (US) Major cast: Alexander Baluyev, James Cromwell, Robert Duvall, Ron Eldard, Jon Favreau, Morgan Freeman, Tea Leoni, Mary McCormack, Vanessa Redgrave, Maximilian Schell, Dougray Scott, Leelee Sobieski, Blair Underwood, Elijah Wood.
Basic plot: Overabundance of "main characters" tries to resolve their relationships while an Earth-bound comet the size of Manhattan threatens global extinction.
As disaster movies go, this made-for TV movie wasn't bad at all. There is one minor problem however: Someone decided to release this film in movie theaters.
The film starts with young Leo Biederman (Wood) discovering an unknown object in the sky during an astronomy club outing. A year later, up-and-coming MSNBC reporter Jenny Lerner (Leoni) thinks she unearths a big sexual scandal in the White House involving cabinet member Alan Rittenhouse (played all-too-briefly by Cromwell), who resigns abruptly over what Lerner believes is a woman named "Ellie."
 In an amusing scene, Lerner and President Beck (Freeman) conduct a tango of words as Lerner realizes "ELE" (Extinction-Level Event) is no sex scandal.
The president agrees to hold a press conference to inform the public about a Manhattan-sized comet zooming toward Earth. Everything after that involves every cast member having a teary-eyed moment as they say good-bye to their loved ones, although I suppose I would be cutting this review short if I didn't give you a bit more information.
The US and Russian governments have crafted in a record-breaking eight months "Messiah," a built-in-outer-space ship that takes six NASA astronauts, including Duvall's Spurgeon "Fish" Tanner (who the rest of the crew thinks was brought on by the Powers That Be for PR purposes) to the comet to detonate nuclear bombs under its surface and render it into small pieces and thus harmless.
However you guess correctly that this plan does not quite work or else you wouldn't get to see the World Trade Center tsunamied as you saw in the movie trailer.
This film tries to be _Titanic_ and _the Love Boat_ together, and it simply can't do it in its limited running time. Three-hour-long _Titanic_ was a "disaster movie" that had enough time to go through the disaster AND allow audiences to sympathize with its two main characters.
In _Deep Impact_, a similar attempt is made instead with no less than *three* relationship subplots, and it is simply not possible. Leder attempts to manipulate the audience into tears through the straightforward technique of showing close-ups of loved ones hugging and crying with each other, which doesn't work because the characters are given so little time or opportunity to develop.
The bottom line in a disaster movie however, is the actual disaster. Unfortunately even with the creative special effects of ILM (Industrial Light and Magic), there is very little impact on the audience. In fact, you see a third of the disaster's special effects in the movie trailer.
Had the movie focused on one relationship and shown realistic scenes of mobbing, looting, panicking and mass violence, _and_ delivered with massive special effects (that last more than five minutes), this would have turned out to be theatrically satisfying. As it is, even with the president declaring martial law using the US Armed Forces, not one soldier fires his M16; not one civilian is shown taking advantage of his Fourth Amendment rights; not one person is shown committing a crime. In fact, there are no "bad guys" in this movie at all.
Probably saddest of all is the utter underutilization of some excellent actors. Both Duvall and Freeman do well acting their stereotypes as they have some decent air time. However it is truly unfortunate that Schell, Redgrave and Cromwell are little more than walk-ons when we know they could really shine in their own spotlights.
Worth seeing as a TV mini-series or with a discounted matinee ticket only, I suggest you stay home until the next big disaster movie (_Godzilla_) is out in theaters in a few weeks. At least that movie seems to be more focused on the disaster itself and not on the mediocre, underdeveloped character relationships.
--
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


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We offer affordable rides. Helping you save
Our Cars and Drivers are efficient
We put measures in place to ensure safe journey
Recent Completed Ride Offers
| Location | Destination | Driver |
|---|---|---|
| Oshodi | Yaba | Node Ajax |
| Ikeja | Port Harcourt | Trello NPM |
| Ikoyi | Abuja | Fetch API |


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Every day, we go about our work hoping to do two things: innovate great meals recipe
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Device Node contains the CANOpen ID, PDOs, NMT and SDOs for a given CANOpen slave device.
With CANOpen, there are often multiple slaves that have the same configuraiton but with a different device ID. To duplicate the settings of a configured node, right-click the device node in the configuration tree and select Duplicate Device Node from the shortcut menu. This will allow the user to enter the new device node ID and duplicate the settings of the previously selected device for the new device.
This is a place holder that currently does nothing.
To delete multiple items, right-click the object in the configuration tree and select Delete Multiple Items from the shortcut menu.


Aircopter Project 2020-2021
Announcements
Hey everyone! We're super excited to work with you guys this year. Applications will be due this Saturday, and we will be trying our best to get the results out on Sunday. Our first lecture will take place Tuesday evening, so if you plan on joining please plan to keep that time open!


MINI PROJECT FILTER IMAGES
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[gecode-users] Non-monotonic propagator.
Guido Tack
tack at ps.uni-sb.de
Tue Jul 1 17:32:41 CEST 2008
Zampelli Stephane wrote:
> Suppose one has a non-monotonic propagator P, because the propagator
> uses an approximation (of a NP-Hard problem) of the pruning.
> How can Gecode accomodate of this situation?
> Does this mean that recomputation cannot be used?
Recomputation will almost certainly fail (i.e., segfault or throw an
exception) if non-monotonic propagators are present.
> Is the result correct if the recomputation is not used (full copying,
> c_d=1)?
Yes.
> What about executing the propag P after the fixpoint of all other
> monotonic constraints?
That looks like a solution in principle, but won't work in practice.
The problem is that the space is not going to be stable (i.e. at a
fixpoint) after running P. Spaces in Gecode can only be copied at
fixpoints. You could iterate the normal fixpoint computation and the
invocation of P until you reach a mutual fixpoint. Still, this is not
guaranteed to work with batch recomputation, where only one fixpoint
is computed for each backtrack.
We have thought a bit about how to accomodate non-monotonic
propagators, but it's really not easy.
Cheers,
Guido
More information about the gecode-users
mailing list


How to make Tea
People all over the world have been drinking tea for thousands of centuries, and for good
reason. Numerous studies have shown that a variety of teas may boost your immune system,
fight off inflammation, and even ward off cancer and heart disease. While some brews
provide more health advantages than others, there’s plenty of evidence that regularly
drinking tea can have a lasting impact on your wellness. At the very least, tea is a
flavourful way of getting enough fluid into your body each day.
ingredients
- Tea Bag
- Water
- Milk - Dairy/Plant based(Optional)
- Sugar/Honey (Optional)
preparation
-
Run the tap a little so the water's nicely aerated, and only boil it once to
keep the oxygen level up. Oxygen in water helps flavour!

-
Tea needs time to unlock all its flavour, so give it 3-4 minutes to do its
thing. This is a perfect time to grab a sneaky cookie or daydream about life
after covid (I dream about a career in DevOps or web development).
-
Before removing the tea bag, gently squish it with a spoon against the side of
the mug. Not too much or you'll make it bitter.
-
If you want, throw in some milk or sugar or honey or nothing else at all.
-
Enjoy!


Classes
Constants
HttpRequestBase
HttpRequestFacade
HttpRequestWrapper
HttpResponseBase
HttpResponseFacade
HttpResponseWrapper
RequestBase
RequestFacade
RequestStream
RequestWrapper
ResponseBase
ResponseFacade
ResponseStream
ResponseWrapper
ResponseWriter |


INSTRUCTIONS
Within the proceeding page, you will be asssed based on the study above.
You are therefore advised to read the instructions below carefull before proceeding
to take the assessment.
-
There are 10 questions in all (5marks each)
-
You have 120 seconds (2mins) to answer all questions
-
Once you select your answer, you will Automatically see the next question
-
Threshold Score for Successful Candidates starts at 75%.
-
Read carefully Before picking your answers
-
When you are ready, click the START Button below to begin.
NOTE!
-
You must focus your Mouse only within the Area of the Assessments.
-
Do Not click or open Another tab during assessment
-
Do not Reload or Navigate from the Page
-
Do not try to inspect or checkout the view source of the page
-
You have just one slot to take the assessment.


On 30 June 2018, 3 new articles were published in 3 journals.
Status of the Prenatal Androgen Hypothesis After Two Meta-Analyses Reported Little Support: A Commentary
The Impact of Missing Risk Factor Data on Semiparametric Group-Based Trajectory Models
Perspectives of Directors of Civilian Oversight of Law Enforcement Agencies


Simple Table
| First Name |
Country |
City |
Salary |
| Dakota Rice |
Niger |
Oud-Turnhout |
$36,738 |
| Minerva Hooper |
Curaçao |
Sinaai-Waas |
$23,789 |
| Sage Rodriguez |
Netherlands |
Baileux |
$56,142 |
| Philip Chaney |
Korea, South |
Overland Park |
$38,735 |
| Doris Greene |
Malawi |
Feldkirchen in Kärnten |
$63,542 |
| Mason Porter |
Chile |
Gloucester |
$78,615 |
Striped Table
| # |
|
Product Name |
Type |
Quantity |
Price |
Amount |
| 1 |
|
Moleskine Agenda |
Oud-Office |
25 |
€ 49 |
€ 1,225 |
| 2 |
|
Stabilo Pen |
Office |
35 |
€ 10 |
€ 300 |
| 3 |
|
A4 Paper Pack |
Office |
50 |
€ 599.00 |
€ 109 |
| 4 |
|
Apple iPad |
Meeting |
20 |
€ 10.99 |
€ 4,999 |
| 5 |
|
Apple iPhone |
Communication |
10 |
€ 499.00 |
€ 5,999 |
|
Total |
€12,999 |


Compute Shaders are programs that run on the graphics card, outside of the normal rendering pipeline. They can be used for massively parallel GPGPU algorithms, or to accelerate parts of game rendering. In order to efficiently use them, often an in-depth knowledge of GPU architectures and parallel algorithms is needed; as well as knowledge of DirectCompute, OpenCL or CUDA.
Compute shaders in Unity closely match DirectX 11 DirectCompute technology. Platforms where compute shaders work:
Similar to regular shaders, Compute Shaders are asset files in your project, with *.compute
file extension. They are written in DirectX 11 style HLSL language, with minimal amount of #pragma
compilation directives to indicate which functions to compile as compute shader kernels.
Here’s a minimal example of a compute shader file:
// test.compute
#pragma kernel FillWithRed
RWTexture2D<float4> res;
[numthreads(1,1,1)]
void FillWithRed (uint3 dtid : SV_DispatchThreadID)
{
res[dtid.xy] = float4(1,0,0,1);
}
Note that the example above does not do anything remotely interesting, it just fills the output texture with red.
The language is standard DX11 HLSL, with the only exception of a #pragma kernel FillWithRed
directive. One compute shader asset file must contain at least one “compute kernel” that can be invoked, and that function is indicated by the #pragma directive. There can be more kernels in the file; just add multiple #pragma kernel
lines.
Please note when using multiple #pragma kernel
lines that comments of the style // text
are not permitted on the same line as the #pragma kernel
directives and will cause compilation errors.
The #pragma kernel
line can optionally be followed by a number of preprocessor macros to define while compiling that kernel, for example:
#pragma kernel KernelOne SOME_DEFINE DEFINE_WITH_VALUE=1337
#pragma kernel KernelTwo OTHER_DEFINE
// ...
In your script, define a variable of ComputeShader
type, assign a reference to the asset, and then you can invoke them with ComputeShader.Dispatch function. See scripting reference of ComputeShader class for more details.
Closely related to compute shaders is a ComputeBuffer class, which defines arbitrary data buffer (“structured buffer” in DX11 lingo). Render Textures can also be written into from compute shaders, if they have “random access” flag set (“unordered access view” in DX11), see RenderTexture.enableRandomWrite.
Textures and samplers aren’t separate objects in Unity, so in order to use them in compute shader you have to follow some Unity specific rules:
Texture2D MyTex; SamplerState samplerMyTex
). In this case, sampler will be initialized to that texture’s filter/wrap/aniso settings."SamplerState MyLinearClampSampler"
- this will have linear filter and clamp wrap mode.As with regular shaders, Unity is capable of translating compute shaders from HLSL to GLSL. Therefore for the easiest cross-platform builds it is recommended to write compute shaders in HLSL.
In order to achieve shaders working on multiple different platforms one should consider these limitations:
Typically compute shader files are written in HLSL, and compiled or translated into all needed platforms automatically. However it is possible to either prevent translation to GLSL (i.e. only keep HLSL platforms), or to write GLSL compute code manually.
CGPROGRAM
and ENDCG
keywords will not be processed for OpenGL/GLSL platforms.GLSLPROGRAM
and ENDGLSL
keywords will be treated as GLSL source, and emitted verbatim. This will only work when targetting OpenGL/GLSL platforms.Note that for cross-platform builds neither of the above is recommended, since it very much ties compute shader source into being excluded from some platforms.


@if (count($grid->rows())) rows() as $row) { if (isset($row['payment_type']) && !in_array($row['payment_type'], $paymentTypes)) { $paymentTypes[] = $row['payment_type']; } } ?> @if (count($paymentTypes))
| Payment Type | @foreach ($paymentTypes as $paymentType){{$paymentType}} | @endforeach
|---|---|
| Total Selected Amount | @foreach ($paymentTypes as $paymentType)@endforeach |


Our Projects
Structured Journalism Mini-sites!
Mini sites are great way to demonstrate what our team is doing on the backend. Explore more through persons and themes that are tailored to our audiences. These mini-sites are hosted for specific themes and topics that represents the atomized content curated through our AI bots and topic creation team based on the raw data that was collected from the web.
See what our AI bots are doing!
How can AI make it easier to assemble structured journalism articles? Machines are no substitute for the insight and creativity of a trained journalist, but perhaps AI can assist with simple tasks that remove tedium and make production easier. Our AI based bots are capable of assisting a journalist in quickly producing structured journalism content.
Building an Eco-system for structured journalism!
Coordinating among so many disparate activities is a serious barrier. We believe that, if done right, smart automation tools can help. See how this intelligent automation service can be used to coordinate developer activity, content production, and content presentation into a working structured journalism ecosystem . Find our more by clicking below.
Future Scope
A Digital Journal
Often journalist strugle to find good resources to begin a story writing and a lot of that work can be easily sorted with pre-built templates for journalists to start work with. How awesome it would be if a journalist also gets an alert about changing data that could make into a possible news story ? Watch this space on the idea and how to begin with the implementation!


About Me
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  Jump around on couch, meow constantly until given food, put toy mouse in food bowl run out of litter box at full speed . My left donut is missing, as is my right.


Please select a route to the left
Route: {{route.name}}
Description: {{route.description}}
Game: {{route.game}}
System: {{route.system}}
Expected time: {{route.time}}
Route:
{{step.title}}
{{step.location}}
-
{{substep.desc}}
{{substep.fight}}
{{substep.hint}}
{{substep.boss.title}}
- {{substep.boss.desc}}


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Laughs On The Lake Comedy Cruise: Valentine’s Day Edition
Hosted by Darren Georgia
February 13th
Board: 8:30pm
Cruise: 9:00 - 11:00pm
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- Fully stocked cash bar
- Amazing views of the Chicago skyline, and more!
Call<PHONE_NUMBER> or to go to SpiritofChicago.com to buy your tickets today!
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This inspection reports instances where a single argument is passed to Objects.hash.
Such calls needlessly allocate an array and can be replaced with a call to 'hashCode' which operates on a single object instead.


 We are working on it. They will see you in Version 1
An open source project by web enthusiastics who get inspiration and apply their thoughts...
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