Generic Programming Techniques
This is an incomplete survey of some of the generic programming techniques used in the boost libraries.
Table of Contents
- Introduction
- The Anatomy of a Concept
- Traits
- Tag Dispatching
- Adaptors
- Type Generators
- Object Generators
- Policy Classes
Introduction
Generic programming is about generalizing software components so that they can be easily reused in a wide variety of situations. In C++, class and function templates are particularly effective mechanisms for generic programming because they make the generalization possible without sacrificing efficiency.
As a simple example of generic programming, we will look at
how one might generalize the memcpy()
function of
the C standard library. An implementation of
memcpy()
might look like the following:
void* memcpy(void* region1, const void* region2, size_t n) { const char* first = (const char*)region2; const char* last = ((const char*)region2) + n; char* result = (char*)region1; while (first != last) *result++ = *first++; return result; }
The memcpy()
function is already generalized to
some extent by the use of void*
so that the
function can be used to copy arrays of different kinds of data.
But what if the data we would like to copy is not in an array?
Perhaps it is in a linked list. Can we generalize the notion of
copy to any sequence of elements? Looking at the body of
memcpy()
, the function's minimal requirements are that it needs to
traverse through the sequence using some sort of
pointer, access elements pointed to, write the
elements to the destination, and compare pointers to
know when to stop. The C++ standard library groups requirements
such as these into concepts, in
this case the Input
Iterator concept (for region2
) and the Output
Iterator concept (for region1
).
If we rewrite the memcpy()
as a function
template, and use the Input
Iterator and Output
Iterator concepts to describe the requirements on the
template parameters, we can implement a highly reusable
copy()
function in the following way:
template <typename InputIterator, typename OutputIterator> OutputIterator copy(InputIterator first, InputIterator last, OutputIterator result) { while (first != last) *result++ = *first++; return result; }
Using the generic copy()
function, we can now
copy elements from any kind of sequence, including a linked
list that exports iterators such as std::list
.
#include <list> #include <vector> #include <iostream> int main() { const int N = 3; std::vector<int> region1(N); std::list<int> region2; region2.push_back(1); region2.push_back(0); region2.push_back(3); std::copy(region2.begin(), region2.end(), region1.begin()); for (int i = 0; i < N; ++i) std::cout << region1[i] << " "; std::cout << std::endl; }
Anatomy of a Concept
A concept is a set of requirements consisting of valid expressions, associated types, invariants, and complexity guarantees. A type that satisfies the requirements is said to model the concept. A concept can extend the requirements of another concept, which is called refinement.
- Valid Expressions are C++ expressions which must compile successfully for the objects involved in the expression to be considered models of the concept.
- Associated Types are types that are related to the modeling type in that they participate in one or more of the valid expressions. Typically associated types can be accessed either through typedefs nested within a class definition for the modeling type, or they are accessed through a traits class.
- Invariants are run-time characteristics of the objects that must always be true, that is, the functions involving the objects must preserve these characteristics. The invariants often take the form of pre-conditions and post-conditions.
- Complexity Guarantees are maximum limits on how long the execution of one of the valid expressions will take, or how much of various resources its computation will use.
The concepts used in the C++ Standard Library are documented at the C++ reference website.
Traits
A traits class provides a way of associating information
with a compile-time entity (a type, integral constant, or
address). For example, the class template
std::iterator_traits<T>
looks something like this:
template <class Iterator> struct iterator_traits { typedef ... iterator_category; typedef ... value_type; typedef ... difference_type; typedef ... pointer; typedef ... reference; };
The traits' value_type
gives generic code the
type which the iterator is "pointing at", while the
iterator_category
can be used to select more
efficient algorithms depending on the iterator's
capabilities.
A key feature of traits templates is that they're non-intrusive: they allow us to associate information with arbitrary types, including built-in types and types defined in third-party libraries, Normally, traits are specified for a particular type by (partially) specializing the traits template.
For an in-depth description of
std::iterator_traits
, see this
page. Another very different expression of the traits idiom
in the standard is std::numeric_limits<T>
which provides constants describing the range and capabilities
of numeric types.
Tag Dispatching
Tag dispatching is a way of using function overloading to
dispatch based on properties of a type, and is often used hand
in hand with traits classes. A good example of this synergy is
the implementation of the
std::advance()
function in the C++ Standard
Library, which increments an iterator n
times.
Depending on the kind of iterator, there are different
optimizations that can be applied in the implementation. If the
iterator is random
access (can jump forward and backward arbitrary distances),
then the advance()
function can simply be
implemented with i += n
, and is very efficient:
constant time. Other iterators must be advance
d in
steps, making the operation linear in n. If the iterator is
bidirectional, then it makes sense for n
to be
negative, so we must decide whether to increment or decrement
the iterator.
The relation between tag dispatching and traits classes is
that the property used for dispatching (in this case the
iterator_category
) is often accessed through a
traits class. The main advance()
function uses the
iterator_traits
class to get the
iterator_category
. It then makes a call the the
overloaded advance_dispatch()
function. The
appropriate advance_dispatch()
is selected by the
compiler based on whatever type the iterator_category
resolves to, either
input_iterator_tag
,
bidirectional_iterator_tag
, or
random_access_iterator_tag
. A tag is simply a class whose only purpose is to
convey some property for use in tag dispatching and similar
techniques. Refer to this
page for a more detailed description of iterator tags.
namespace std { struct input_iterator_tag { }; struct bidirectional_iterator_tag { }; struct random_access_iterator_tag { }; namespace detail { template <class InputIterator, class Distance> void advance_dispatch(InputIterator& i, Distance n, input_iterator_tag) { while (n--) ++i; } template <class BidirectionalIterator, class Distance> void advance_dispatch(BidirectionalIterator& i, Distance n, bidirectional_iterator_tag) { if (n >= 0) while (n--) ++i; else while (n++) --i; } template <class RandomAccessIterator, class Distance> void advance_dispatch(RandomAccessIterator& i, Distance n, random_access_iterator_tag) { i += n; } } template <class InputIterator, class Distance> void advance(InputIterator& i, Distance n) { typename iterator_traits<InputIterator>::iterator_category category; detail::advance_dispatch(i, n, category); } }
Adaptors
An adaptor is a class template which builds on another type or types to provide a new interface or behavioral variant. Examples of standard adaptors are std::reverse_iterator, which adapts an iterator type by reversing its motion upon increment/decrement, and std::stack , which adapts a container to provide a simple stack interface.
A more comprehensive review of the adaptors in the standard can be found here.
Type Generators
Note: The type generator concept has largely been superseded by the more refined notion of a metafunction. See C++ Template Metaprogramming for an in-depth discussion of metafunctions.
A type generator is a template whose only purpose is
to synthesize a new type or types based on its template
argument(s)[1]. The generated type is
usually expressed as a nested typedef named, appropriately
type
. A type generator is usually used to
consolidate a complicated type expression into a simple one.
This example uses an old version of
iterator_adaptor
whose design didn't allow derived
iterator types. As a result, every adapted iterator had to be a
specialization of iterator_adaptor
itself and
generators were a convenient way to produce those types.
template <class Predicate, class Iterator, class Value = complicated default, class Reference = complicated default, class Pointer = complicated default, class Category = complicated default, class Distance = complicated default > struct filter_iterator_generator { typedef iterator_adaptor< Iterator,filter_iterator_policies<Predicate,Iterator>, Value,Reference,Pointer,Category,Distance> type; };
Now, that's complicated, but producing an adapted filter iterator using the generator is much easier. You can usually just write:
boost::filter_iterator_generator<my_predicate,my_base_iterator>::type
Object Generators
An object generator is a function template whose only
purpose is to construct a new object out of its arguments.
Think of it as a kind of generic constructor. An object
generator may be more useful than a plain constructor when the
exact type to be generated is difficult or impossible to
express and the result of the generator can be passed directly
to a function rather than stored in a variable. Most Boost
object generators are named with the prefix
"make_
", after std::make_pair(const T&, const U&)
.
For example, given:
struct widget { void tweak(int); }; std::vector<widget *> widget_ptrs;
By chaining two standard object generators,
std::bind2nd()
and std::mem_fun()
,
we can easily tweak all widgets:
void tweak_all_widgets1(int arg) { for_each(widget_ptrs.begin(), widget_ptrs.end(), bind2nd(std::mem_fun(&widget::tweak), arg)); }
Without using object generators the example above would look like this:
void tweak_all_widgets2(int arg) { for_each(struct_ptrs.begin(), struct_ptrs.end(), std::binder2nd<std::mem_fun1_t<void, widget, int> >( std::mem_fun1_t<void, widget, int>(&widget::tweak), arg)); }
As expressions get more complicated the need to reduce the verbosity of type specification gets more compelling.
Policy Classes
A policy class is a template parameter used to transmit
behavior. An example from the standard library is
std::allocator
,
which supplies memory management behaviors to standard containers.
Policy classes have been explored in detail by Andrei Alexandrescu in this chapter of his book, Modern C++ Design. He writes:
In brief, policy-based class design fosters assembling a class with complex behavior out of many little classes (called policies), each of which takes care of only one behavioral or structural aspect. As the name suggests, a policy establishes an interface pertaining to a specific issue. You can implement policies in various ways as long as you respect the policy interface.
Because you can mix and match policies, you can achieve a combinatorial set of behaviors by using a small core of elementary components.
Andrei's description of policy classes suggests that their
power is derived from granularity and orthogonality.
Less-granular policy interfaces have been shown to work well in
practice, though.
This paper describes an old version of
iterator_adaptor
that used non-orthogonal policies.
There is also precedent in the standard library:
std::char_traits
, despite its name, acts as a
policies class that determines the behaviors of
std::basic_string.
Notes
[1] Type generators are sometimes viewed as a workaround for the lack of “templated typedefs” in C++.


Summary
This section contains information for installing the Perfstat client on sun solaris hosts. The perfstat client for solaris comes a package. By default the package will install into /opt/PERFclt.
Package Installation
1) Copy the perfstat_vX.XX-solXXXX.pkg to the /tmp directory.
2) Run the following command to install the rpm:
pkgadd -d /tmp/perfstat_vX.XX-solXXXX.rpm
Perfstat Client Installation
3) Create perfstat user by running the following command:
useradd -d /opt/PERFCLT psuser
4) Create perfstat group by running the following command:
groupadd psgroup
5) Add perfstat user as a member of the perfstat group by running the following command:
usermod -g psgroup psuser
6) Run the following command to change directory into the perfstat client install directory:
cd /opt/PERFclt/install
7) Run the following command to install and configure the perfstat client:
./perfinstall.sh /opt/PERFclt
8) Enter psuser as the perfstat user.
9) Enter psgroup as the perfstat group.
10) Enter "Y" for yes to allow the installation program to change permissions of the /opt/PERFclt directory.
11) Enter "Y" for yes to allow the installation program to start perfstat automatically upon boot.
<Picture>
Perfstat Global Configuration
12) Enter path to perfhome directory /opt/PERFclt
13) Enter psuser as the perfstat user.
14) Enter psgroup as the perfstat group.
15) Enter 0 for debug level.
16) Enter "Y" for yes to save global settings.
Perfstat Client Configuration
17) Enter the IP address of the perfstat server. By default it will grab the IP address of the current host.
18) Enter the port for the perfstat server.
19) Enter perfstat client services. You should except the default unless you have special requirements.
20) Enter perfstat client run interval. You should except the default unless you need more or less granular data.
21) Enter path to ps command. The configuration program will try and find the path automatically buy you should double check.
22) Enter path to vmstat command. The configuration program will try and find the path automatically buy you should double check.
23) Enter path to iostat command. The configuration program will try and find the path automatically buy you should double check.
24) Enter path to netstat command. The configuration program will try and find the path automatically buy you should double check.
25) Enter path to df command. The configuration program will try and find the path automatically buy you should double check.
26) Enter path to swap command. The configuration program will try and find the path automatically buy you should double check.
27) Enter path to prtconf command. The configuration program will try and find the path automatically buy you should double check.
28) Enter path to ifconfig command. The configuration program will try and find the path automatically buy you should double check.
29) Enter path to kstat command. The configuration program will try and find the path automatically buy you should double check.
30) Enter "Y" for yes to save client settings.
If something changes later on, you can always re-run the installation program or the configuration program manualy. The configuration program is located in /perfhome/bin/tools/perfconfig.


Money Play. Should Red double? If doubled, should White take?
pips Red=91 White=152
(CorrectAnswer= 0/0, ErrorScore= 0)
If White had only two checkers on the bar, then he would have an easy take of Red’s double. However, that third checker makes a big difference because of the extra time it takes White to enter it into the field of play.
If you safety the White checker on the 1-pt to his 8-pt then the position is a marginal pass but the position as shown is a huge drop – it is a double blunder to take. Red wins a gammon 50% of the time from here.
If you safety the White checker on the 1-pt to his 8-pt then the position is a marginal pass but the position as shown is a huge drop – it is a double blunder to take. Red wins a gammon 50% of the time from here.
Cube analysis 2-ply cubeless equity +0.762 0.637 0.520 0.035 - 0.363 0.067 0.001 Cubeful equities: 1. Double, pass +1.000 2. Double, take +1.278 (+0.278) 3. No double +0.712 (-0.288) Proper cube action: Double, pass


Lawyers resume work at courts
Protest over shifting of High Court will continue, says bar association secretary
by Special CorrespondentLawyers who launched an indefinite strike on October 21, seeking the establishment of permanent High Court in the city resumed their works at courts on Monday.
The general body of Visakhapatnam Bar Association took a decision to call off the strike to prevent inconvenience caused to the litigants. However, The association has resolved to continue the strike in a peaceful manner.
Relay fast tomorrow
“We will launch a relay fast on Wednesday as per the decision taken at the general body meeting of the association. The lawyers will also stage dharnas and take out rallies to press for the demand,” VBA secretary A. Kondababu said.


Why eating eggs causes more suffering than eating beef
Doing the right thing is about more than having a job that does good, or giving a lot to charity. There are certain cases where how you choose to spend your money makes a big difference, particularly when it comes to eating meat and animal products.
Obamacare tried to create alternatives to for-profit health insurance. They're struggling.
The cost of mass deportation, measured in Donald Trumps
EPA head Gina McCarthy previews Obama's biggest climate policy yet


The Berkeley Art Studio has received an exciting new grant from the Chancellors Advisory Committee on Student Services and Fees (CACSSF). This means FREE art classes for UC Berkeley students who qualify for the Pell Grant or Dream Act Scholarship (until grant funds are exhausted). Administered in partnership with the Educational Opportunity Program, eligible students should visit the EOP office (119 Cesar Chavez, eop.berkeley.edu) to confirm eligibility for a free membership and receive a special registration code.
The Process
When a student is interested in the Berkeley Art Studio Scholarship, EOP staff should verify Pell or Dream status. Once this is done, the student can be added to the
"Berkeley Art Studio Scholarship" GoogleDoc
. There is no longer a registration code, the student will need to register for the art classes in person by visiting the Berkeley Art Studio. Please indicate whether the student will be taking a ceramics course or "other." Students may receive up to two scholarships per semester (or until funds are exhausted).
Once a student receives a code, they can then sign up via the Berkeley Art Studio website with no charge. The Berkeley Art Studio will use the shared GoogleDoc to verify a student is eligible for the scholarship. If they are not (for example, if a non-eligible student learned the code from an eligible peer), the Berkeley Art Studio will charge the fee(s) to that student.
If a student is eligible but has already paid for the course, EOP staff should still confirm eligibility and add the student to the GoogleDoc. At this point, the student should be directed to the Berkeley Art Studio so they can reverse charges.
Screenshot of GoogleDoc:


Ukrainian soldier wounded amid 14 enemy attacks in Donbas on Nov 18
Since Tuesday midnight, Russian-led forces have been observing the ceasefire.
Russia's hybrid military forces on November 18 mounted 14 attacks on Ukrainian army positions in Donbas, eastern Ukraine, with one Ukrainian soldier reported as wounded in action.
"The armed forces of the Russian Federation and its mercenaries violated the ceasefire 14 times on November 18. One Ukrainian soldier was wounded in enemy shelling," the press center of the Joint Forces Operation Headquarters said on Facebook in a morning update on November 19.
The enemy opened fire from 82mm mortars, cannons installed on infantry fighting vehicles, grenade launchers of various types, heavy machine guns, and small arms.
Under attack were Ukrainian positions near the villages of Novomykhailivka, Lebedynske, Berezove, Talakivka, Hnutove, Shyrokyne, Krymske, Luhanske, Novotoshkivske, Travneve, and Hladosove.
Since Tuesday midnight, Russian-led forces have been observing the ceasefire.


Easther Mutheu
Github Username:easthermutheumwengei
Location:Nairobi
Twitter:@dylandaxy
Repositories:18
Public Repositories
Favorite Band
Count App
Pizza Max
Birthday-generator
Delani
Portfolio Page
Dairy-Business
Anitas Kitchen
Quotes
Addressing-period-poverty
Favorite-Animal


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Please find attached the registration notice for next academic session July, 2021 for the batches till 2020. The registration shall commence from 19th July onwards as per the institute wise schedule mentioned in the notice.
The Open House of the students of all the batches till 2020 has been scheduled from 20th July till 29th July, 2021. The details department wise schedule shall be notified by the Department of Student Welfare.
Please find attached the registration notice for next academic session July, 2021 for the batches till 2020. The registration shall commence from 19th July onwards as per the institute wise schedule mentioned in the notice.
The Open House of the students of all the batches till 2020 has been scheduled from 20th July till 29th July, 2021. The details department wise schedule shall be notified by the Department of Student Welfare.
Please find attached the registration notice for next academic session July, 2021 for the batches till 2020. The registration shall commence from 19th July onwards as per the institute wise schedule mentioned in the notice.
The Open House of the students of all the batches till 2020 has been scheduled from 20th July till 29th July, 2021. The details department wise schedule shall be notified by the Department of Student Welfare.


--- layout: project title: Gullak - Finance planning description: Mobile application to provide financial services for people with (digital) daily income tags: [System, UX] order: 3 mentors: Makarand Kulkarni, Jagriti Jalphade, Mamata N. Rao tools: Adobe XD duration: 4 weeks ---


About Walley
Walley Language is developed by "shd101wyy".
It is a simple script language that is the
basis of the future, real, AI language..
For sourcecode, go to sourceforge.
Walley Language now have two versions.
One C language Version and One JavaScript version.
Walley Language Simple Introduction
Variable Type:
- int 4
- double 1.2
- fraction 4/3
- list []
-
- string "Hello" or 'Hello'
- dictionary {}
- class
Support:
- class class a: or class a extends b:
- function def Hi(param1,param2):
Basic:
if:
code here
elif:
code here
else:
code here
while i<10:
code here
-
for i in range(0,6):
code here
Attention:
- file io is not included in JavaScript Version.
- system operation is not included in JavaScript version.


JavaScript library of crypto standards.
Requirements:
npm install crypto-js
ES6 import for typical API call signing use case:
import sha256 from 'crypto-js/sha256';
import hmacSHA512 from 'crypto-js/hmac-sha512';
import Base64 from 'crypto-js/enc-base64';
const message, nonce, path, privateKey; // ...
const hashDigest = sha256(nonce + message);
const hmacDigest = Base64.stringify(hmacSHA512(path + hashDigest, privateKey));
Modular include:
var AES = require("crypto-js/aes");
var SHA256 = require("crypto-js/sha256");
...
console.log(SHA256("Message"));
Including all libraries, for access to extra methods:
var CryptoJS = require("crypto-js");
console.log(CryptoJS.HmacSHA1("Message", "Key"));
Requirements:
bower install crypto-js
Modular include:
require.config({
packages: [
{
name: 'crypto-js',
location: 'path-to/bower_components/crypto-js',
main: 'index'
}
]
});
require(["crypto-js/aes", "crypto-js/sha256"], function (AES, SHA256) {
console.log(SHA256("Message"));
});
Including all libraries, for access to extra methods:
// Above-mentioned will work or use this simple form
require.config({
paths: {
'crypto-js': 'path-to/bower_components/crypto-js/crypto-js'
}
});
require(["crypto-js"], function (CryptoJS) {
console.log(CryptoJS.HmacSHA1("Message", "Key"));
});
<script type="text/javascript" src="path-to/bower_components/crypto-js/crypto-js.js"></script>
<script type="text/javascript">
var encrypted = CryptoJS.AES(...);
var encrypted = CryptoJS.SHA256(...);
</script>
See: https://cryptojs.gitbook.io/docs/
var CryptoJS = require("crypto-js");
// Encrypt
var ciphertext = CryptoJS.AES.encrypt('my message', 'secret key 123').toString();
// Decrypt
var bytes = CryptoJS.AES.decrypt(ciphertext, 'secret key 123');
var originalText = bytes.toString(CryptoJS.enc.Utf8);
console.log(originalText); // 'my message'
var CryptoJS = require("crypto-js");
var data = [{id: 1}, {id: 2}]
// Encrypt
var ciphertext = CryptoJS.AES.encrypt(JSON.stringify(data), 'secret key 123').toString();
// Decrypt
var bytes = CryptoJS.AES.decrypt(ciphertext, 'secret key 123');
var decryptedData = JSON.parse(bytes.toString(CryptoJS.enc.Utf8));
console.log(decryptedData); // [{id: 1}, {id: 2}]
crypto-js/core
crypto-js/x64-core
crypto-js/lib-typedarrays
crypto-js/md5
crypto-js/sha1
crypto-js/sha256
crypto-js/sha224
crypto-js/sha512
crypto-js/sha384
crypto-js/sha3
crypto-js/ripemd160
crypto-js/hmac-md5
crypto-js/hmac-sha1
crypto-js/hmac-sha256
crypto-js/hmac-sha224
crypto-js/hmac-sha512
crypto-js/hmac-sha384
crypto-js/hmac-sha3
crypto-js/hmac-ripemd160
crypto-js/pbkdf2
crypto-js/aes
crypto-js/tripledes
crypto-js/rc4
crypto-js/rabbit
crypto-js/rabbit-legacy
crypto-js/evpkdf
crypto-js/format-openssl
crypto-js/format-hex
crypto-js/enc-latin1
crypto-js/enc-utf8
crypto-js/enc-hex
crypto-js/enc-utf16
crypto-js/enc-base64
crypto-js/mode-cfb
crypto-js/mode-ctr
crypto-js/mode-ctr-gladman
crypto-js/mode-ofb
crypto-js/mode-ecb
crypto-js/pad-pkcs7
crypto-js/pad-ansix923
crypto-js/pad-iso10126
crypto-js/pad-iso97971
crypto-js/pad-zeropadding
crypto-js/pad-nopadding
This is an update including breaking changes for some environments.
In this version Math.random()
has been replaced by the random methods of the native crypto module.
For this reason CryptoJS might does not run in some JavaScript environments without native crypto module. Such as IE 10 or before or React Native.
Rollback, 3.3.0
is the same as 3.1.9-1
.
The move of using native secure crypto module will be shifted to a new 4.x.x
version. As it is a breaking change the impact is too big for a minor release.
The usage of the native crypto module has been fixed. The import and access of the native crypto module has been improved.
In this version Math.random()
has been replaced by the random methods of the native crypto module.
For this reason CryptoJS might does not run in some JavaScript environments without native crypto module. Such as IE 10 or before.
If it’s absolute required to run CryptoJS in such an environment, stay with 3.1.x
version. Encrypting and decrypting stays compatible. But keep in mind 3.1.x
versions still use Math.random()
which is cryptographically not secure, as it’s not random enough.
This version came along with CRITICAL
BUG
.
DO NOT USE THIS VERSION! Please, go for a newer version!
The 3.1.x
are based on the original CryptoJS, wrapped in CommonJS modules.


|
|
| Commands |
Example |
Meaning |
| start num |
Start 10 |
Enters 15 into the calculator and overwrites previous value |
| add num |
add 5 |
adds 5 |
| sub num |
sub 2 |
subtracts 2 |
| div num |
div 2 |
divides by 2 |
| ! |
factorial |
gives the product of the number in the calculator and all the integers before it |
| mult num |
mult 3 |
multiplies by 3 |
| abs |
abs |
absolute value of number in calculator |
| sqrt |
sqrt |
calculates the square root of the number in the calculator |
| expt num |
expt 3 |
raises the number in the calculator to 3 |
| print |
print |
prints the result |
|


WILLIAM SHAKESPEARE'S A MIDSUMMER NIGHT'S DREAM A film review by Steve Rhodes Copyright 1999 Steve Rhodes RATING (0 TO ****): **
With large helpings of Shakespeare being so popular these days, Michael Hoffman has prepared his own cinematic casserole based on one of the Bard's livelier plays, A MIDSUMMER NIGHT'S DREAM. (The movie is formally titled WILLIAM SHAKESPEARE'S A MIDSUMMER NIGHT'S DREAM to avoid confusion with Tennessee Williams's and other playwrights' versions.)
With an established pedigree in lavish costume drama from his respected RESTORATION, Hoffman might seem a natural to cook up something special for viewers. He combines some of Hollywood's finest acting ingredients but comes up with little more than leftover hash.
Partially modernizing the drama, Hoffman sets the action in Italy at the turn of the 19th century. The opening credits explain that it was a time when the bustle was on the wane and the bicycle was on the rise, which were compatible trends. This humor is typical of the too-cute-to-be-funny level upon which the movie operates. When the actors, dressed in 19th century costumes, begin to speak the language of Shakespeare, it grates on the nerves like watching John Wayne with Japanese dubbing.
The sets are sumptuous, the cinematography handsome, and the operatic music stirring. So long as the actors aren't speaking, the movie is a feast for the eyes and ears, much like RESTORATION.
A MIDSUMMER NIGHT'S DREAM should have you alternately laughing and grinning, but Hoffman's version leaves one staring quizzically, never knowing quite what to make of it. With a killer cast and a great play, he manages to make the poetically beautiful surprisingly bland.
Many of the actors shine above the dullness of the direction. Chief among these is Calista Flockhart ("Ally McBeal"), who steals the show as Helena. With bewitching twitching, she flits about the set with unbounded energy and infectious good spirits.
Michelle Pfeiffer and Rupert Everett, as Titania and Oberon, compete in the movie's beauty contest. Pfeiffer, who long ago seems to have located the Fountain of Youth, gets my vote, but Everett is a close second. Neither give especially memorable performances, but looks count for a lot when you have to sit through such a sleep-inducing production. And if you've ever needed a reason to believe in fairies, Pfeiffer, as a fairy, supplies a most convincing argument.
Kevin Kline gets to chew up the scenery playing a bad actor named Bottom.  His play within a play at the end, however, is a disaster. It is supposed to be laughably bad but is, instead, merely bad.
Stanley Tucci, who seems to enjoy every movie he's in, has a playful, good time as Puck.
Hoffman, who also wrote the screen adaptation, makes many strange staging choices; none more so than having Flockhart engage in mud wrestling. Like so much of the movie, this scene is more weird than funny.
Given all of the other liberties Hoffman takes with the play, it is a shame that he didn't shortened it more. This version quickly becomes tedious and frequently drags. If he had brought the picture in at an hour and a half, it could only have helped.
"Lord, what fools these mortals be," Puck complains. This would be the perfect tagline for this production for it is indeed quite foolishly done. On the other hand, lame Shakespeare is still Shakespeare.
WILLIAM SHAKESPEARE'S A MIDSUMMER NIGHT'S DREAM runs too long at 1:58. It is rated PG-13 for lots of partial nudity usually covered up with strategically placed hair and flowers. The film would be fine for kids around 11 and up.
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Click Canvas to Step Through When Paused
- TODO: option to initialize with various seed values to demonstrate tendency to converge towards uniformity (though with suspect quality of randoms) A new PRNG has applications for energy efficient data science, math, finance & physics … This PRNG? Probably not…
- TODO: histogram to demostrate value distribution
- TODO: GPU-friendly method of visualizing entropy and variance in
Parallelized Random Number Generation in the Browser
Yes, the Prison of Zod Effect is Intentional…
This is a basic parallelized random number generator written with
WebGL and ThreeJS. It is, however, a terrible random number generator,
although it could be improved. I’ve used ThreeJS, a javascript
graphics engine built on top of Canvas and WebGL, to seed a texture
from an array containing random floats. The alpha channel of the
texture is one. The PRNG simply adds the values sampled from texture
for the current pixel to the pixels surrounding it with distance 1.
Then, the PRNG runs fract()
to get the fractional part of the float
value for that pixels channels. Fract is explained below.
I hope to add some code soon that will verify the uniformity and quality of PRNG distribution, along with allowing the user to modulate parameters for it. I will write some better variations on PRNG’s soon that are based on this concept, but this is a good enough “hello world” for GPU PRNG.
The texture is simply 64x64 so the point can be more easily visualized, but scales to 4096x4096 with no problems at ~30 fps. That’s 30 x 4 x 4096 x 4096 random numbers per second. Even though the quality is suspect, that’s about 2 Gigarands per second. There is no delay from overhead related to WebGL calls and therefore, adding a bit more state and calculation to the shader should not cause delay.
Here’s the shader code for the PRNG. The ThreeJS code to set this up can be found here.
Fragment Shader: computeShaderRandoms
Fragment Shader: shaderStats
Why Is This PRNG Terrible?
Actually, it’s not so bad. If there were major problems with the calculation, there would be noticeible shifts in the output. While the problems with this approach are much more difficult to detect with the human eye, problems with PRNG’s rendered to a texture could leave a discernible color shift.
This PRNG doesn’t provides neither Backtracking Resistance nor Prediction Resistance, so it’s definitely not suitable for security applications. It’s efficency implies it may be more appropriate for other applications dependent on large quantities of random numbers, such as physics, lighting, finance and algorithms using monte carlo. However, since it lacks prediction resistence, it would seem to have deficient quality in randomness. The quality would be greatly improved by
However, this isn’t really a PRNG, as it’s randomness depends solely
on the seeded randoms from javascript’s Math.random()
function,
which I used for the input to the initial texture. But what’s great
about sufficiently random seeds is that operating on them in specific
ways should yield sufficiently random output, with limited
state. State is a limiting factor for parallelized PRNG’s, since GPU
handles various forms of memory in different ways. State must not be
mutated by the CPU/GPU in ways prohibitive to many design approaches
for parallel PRNG’s.
This is why the Wallace Transform is useful: it is parallelizable and it’s “good enough” … apparently. The approach in this blog isn’t exactly the Wallace transform, but that was the closest thing in literature that I found that seemed to match the approach most intuitive to me. I didn’t want to look at the studies being done because, to me, the fun is in discovering this stuff myself and so looking is kind of like cheating, in a way. The only reason I looked was because someone tried leading me by the nose to encourage me to give up before completing anything that could be viewed on the web.
I was sent to a mental institution the next day … for reading a bible aloud, in front of a statue of Martin Luther, on the property of a Christian university, and while a track meet of Christian colleges was underway.  I was reading Romans 7 and 8. Don’t judge. Coincidence? I don’t really care.
Thanks Obama. I got TDO’d and someone had to pay a $10,400 bill for me to attend a TDO kangaroo court to have my gun rights disrupted, which prevented me from joining the military. THANKS OBAMA. I was not permitted to have access information that would have helped me make better decisions in the “court” hearing. I was rushed through and had less than a minute to talk to my lawyer, who encouraged me to take a plea deal, which prevented me from having ANY APPEALS RECOURSE. Meanwhile, I am never given credit for any of my strengths, like intelligence, creativity or stubbornness.
I don’t actually know if any of this is Obama’s fault, but holy shit, the government paid $10,400 for me to be in that facility for eight days, which was $10,000 more than I made in 2016! I don’t have to file taxes because I didn’t even make $400 this year!
Anyways, here’s proof that I’m at least somewhat technically competent. Oh an guess what?  Especially one a military recruiter runs. And honestly, that is the cheapest way to get a background check if you know why they ask the questions they do.
This is why I would make an excellent intellegence analyst. I knew what was wrong with my three minute conversation with the recruiter and I knew exactly what information he was seeing without needing him to tell me. There was nothing wrong with how the recruiter handled the situation: he was exposed to information on my criminal record for which he was trained to handle in a specific way.

 It’s not very becoming. And if I could ever get a job without being bullied by the facility security officer (FSO … a role required by the FCL process DSS runs for DoD contracting) then HOLY SHIT I might be so distracted, I wouldn’t even care.
And that’s why I read Joint military doctrine at night. It’s not just to imagine how logistics are applied to manage thousands of people across a large organization. It’s not just because I wanted to join the military. I read this stuff and other assorted government reports because I want to know these people’s decision making processes so that when people lie to me, I know.  It doesn’t matter how it happens, but that is what happens.
That’s Clauswitz for you. It’s an effects-based paradigm for the philosophy of military tactics that is especially important for judging second-order and third-order effects from the application of ways and means.  It is that, in the end, David Conner gets a good poke in the butt.
And I haven’t even ventured into my understanding of the applictation of the Laplacian to information systems, coupled with an understanding of logistics, employee training and law, which basically means I’m borderline psychic. And damaged goods, psychologically speaking.
The Fract() Function: Floats Zero through One
I need to identify the boundaries for floats, since colors are encoded from one to zero… That way I can xor all the things to my hearts content. Or so I thought…
Fract is a function for OpenGL that truncates floats to return the
value from zero to one. I’m glad I found fract()
because otherwise I
was going to need to stomp whoever left bitcrunching functions out of
WebGL. C’est vrai: no GPU bitcrunching for you. Assholes, amiright?
And no, I didn’t actually know what fract()
was beforehand.
Here’s some info on identifying floats from zero to one.
[+] Zero
0:00000000 :0000000 00000000 00000000
[-] Zero
1:00000000 :0000000 00000000 00000000
[<] One
0:01111110 :1111111 11111111 11111111
[=] one
0:01111111 :0000000 00000000 00000000
Fract Exclusion Mask
1:10000001 :0000000 00000000 00000000
Fract Inclusion Mask
0:01111110 :1111111 11111111 11111111


Metro Rail Management
Admin login
(current)
Sign Up request
Smart card login
Timings
Routes and Stations
Explore
Contact us
Welcome to Metro
Metro Rail Corporation Limited (METRO), is a 50:50 jointly owned company of Government of India and Government of Karnataka.
Bored? Play Subway Surfers
All metro rail projects will be covered under the legal framework of the Metro Railways (Construction of Works) Act, 1978; the Metro Railways (Operation and Maintenance) Act, 2002; and the Railways Act, 1989, as amended from time to time.


Understand blockchain consensus by playing games.
Experience bitcoin's "Proof of Work" mining in this in-person game. Suitable for 2 - 20 players. You will need a whiteboard (or chalkboard), several markers, and a web browsing-device for each player.
Experience bitcoin's "Proof of Work" mining in this browser-based game. Play with your firends, or strangers online. Each player needs a web browser.


GraphQL
An Introduction
Hello.
Peter from Hamburg
Working for XING on Scala and Ruby projects. Elixir in spare time. Occasionally tweeting as @pebrabb.
Some Facts
- Development started in 2012
- The RFC is still ongoing
- Used by Github, Yelp, Facebook, Shopify and many more
Overall Idea
- The server defines a Schema with all possible fields a client can query and mutate
- The client defines Queries and Mutations to interact with the backend against the Schema
Types & the Schema
Scalar Types
-
A UTF‐8 character sequence.
String
-
A signed 32‐bit integer.
Int
-
A signed double-precision floating-point value.
Float
-
true or false.
Boolean
-
The ID scalar type represents a unique identifier, often used to refetch an object or as the key for a cache. The ID type is serialized in the same way as a String; however, defining it as an ID signifies that it is not intended to be human‐readable.
ID
type User {
name: String
age: Int
weight: Float
isAdmin: Boolean
id: ID
}
Object Types
Object Types can reference other Object Types
Fields marked with a ! are mandatory/required (non-nullable)
users: [User!]! - an Array of users which contains no nulls, neither the array itself can be null nor the contents of the array
In contrast users: [User]! - an Array of users which contains 0 or more Users as well as null
users: [User] - the whole field might be null
type User {
name: String
email: String
age: Int
}
type Tweet {
text: String!
author: User!
}
type TweetList {
users: [User!]!
}
Enums :yay!:
Enumeration types are a special kind of scalar that is restricted to a particular set of allowed values.
This can give you some guarantees about the returned values.
enum UserType {
ADMIN
MODERATOR
MEMBER
}
Interfaces
An Interface is an abstract type that includes a certain set of fields that a type must include to implement the interface.
interface Human {
age: Int!
height: Int!
}
type SuperHuman implements Human {
age: Int!
height: Int!
superPowers: [String!]!
}
type Villain implements Human {
age: Int!
height: Int!
childHoodTraumas: [String!]!
}
Queries
Queries
- The result of a query will have the same shape as the query itself
- Queries can have comments, starting with "#"
- You can pass parameters to queries
- Each field and nested object can receive parameters
Queries
query {
allTweets {
author {
name
email
}
text
}
}
{
"allTweets": [
{
"author": {
"name": "Most interesting man in the world",
"email"<EMAIL_ADDRESS>},
"text": "I do not always..."
},
{
"author": {
"name": "James Bood",
"email"<EMAIL_ADDRESS>},
"text": "I love it if a plan comes together"
}
]
}
Aliases
query {
tweets: allTweets {
author {
name
email
}
text
}
}
{
"tweets": [
{
"author": {
"name": "Most interesting man in the world",
"email"<EMAIL_ADDRESS>},
"text": "I do not always..."
}
]
}
Queries with arguments/parameters
query {
tweet(id: 23531) {
id
author {
name
email
}
text
}
}
{
"tweet": {
"id": 23531,
"author": {
"name": "Most interesting man in the world",
"email"<EMAIL_ADDRESS>},
"text": "I do not always..."
}
}
Conversions and little helper functions can stay inside the backend
query {
customer(id: 23531) {
firstname
lastname
preferredShoeSize(unit: "UK")
}
}
query {
customer(id: 23531) {
firstname
lastname
preferredShoeSize(unit: "DE")
}
}
{
"customer": {
"firstname": "John",
"lastname": "Doe",
"preferredShoeSize": 10.5
}
}
{
"customer": {
"firstname": "John",
"lastname": "Doe",
"preferredShoeSize": 44.5
}
}
Fragments
Fragments can help you to dry out your queries
query {
user(id: 12) {
...basicInfo
}
}
fragment basicInfo on User {
email
name
age
}
{
"user": {
"email"<EMAIL_ADDRESS>"name": "JDoe",
"age": "42"
}
}
Variables
Never do string interpolation from user supplied values, use Query Variables
query User($userID: Int) {
user(id: $userID) {
id
email
name
age
}
}
# query variables
{
"userID": 1
}
{
"user": {
"id": 1,
"email"<EMAIL_ADDRESS>"name": "JDoe",
"age": "42"
}
}
Directives
query User($userID: Int) {
user(id: $userID) {
id
email
name
followers @include(if: $withFollowers) {
name
}
tweets @skip(if: $shortSummary) {
text
}
}
}
{
"withFollowers": true,
"shortSummary": false,
"userId": 1
}
Directives enable you to conditionally include or exclude payload.
The spec defines @include(if: ...) and @skip(if: ...).
Servers can implement and define custom directives.
Mutations
Mutation Types
At some point in time, you want to change state on the server. Mutation Types enable you to do so. While query fields are executed in parallel, mutation fields run in series, one after the other.
mutation ($author: User!, $text: String!) {
createTweet(author: $author, text: $text) {
author {
name
}
text
}
}
# input
{
"author": {
id: 12
},
"text": "Greeeeaaaatttt"
}
Input Types
Like Type Objects, but specifically to be passed as input variables, e.g. for mutations and creating whole new objects.
input TweetInput {
author: User!
text: String!
}
mutation ($tweet: TweetInput!) {
createTweet(tweet: $tweet) {
author {
name
}
text
}
}
# input
{
"tweet": {
"author": {
id: 12
},
"text": "Greeeeaaaatttt"
}
}
Server
Conclusion
Advantages - when to use
-
Highly specific queries, only receive what you requested.
Get exaclty what you ask for
-
Save data transfer and avoid multiple round trips to the backend, due to point 1.
If bandwidth is expensive (mobile apps)
-
Integrate several services into one API.
Proxy several (REST) APIs behind a single interface
-
If you are serving more than one end device (web, iOS, Android)
-
Because why not? =)
If you are working on a greenfield project
When you might want to avoid it
-
If it is quite simple and/or a monolith.
If you have full control over your backend
-
REST is still the de facto standard here.
If you are serving a public API
-
Think of internal APIs that are only available within your datacenter or office.
If you can live with blown (due to multi purpose) API responses
Language support
-
GraphQL.js
Javascript
-
GraphQL-php
PHP
-
graphql-ruby
Ruby
-
Sangria
Scala
-
GraphQL-java
Java
-
Go, Clojure, Erlang, Python
And many more...


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About
What is guizero?
guizero is a Python 3 library for creating simple GUIs.
It is designed to allow new learners to quickly and easily create GUIs for their programs.
from guizero import App, Text, PushButton
app = App(title="guizero")
intro = Text(app, text="Have a go with guizero and see what you can create.")
ok = PushButton(app, text="Ok")
app.display()
Aims
The aim of guizero is to make the process of creating simple GUIs quick, accessible and understandable for new learners.
- Works with standard Python Tkinter GUI library (and no need to install other libraries)
- Abstracts away details new learners find difficult to understand (such as Tkinter StringVar() objects)
- Accessible widget naming system to help new learners to build up a mental model
- Flexible enough to be used for projects up to A-Level standard, yet accessible to primary school children
- Comprehensive and accessible documentation with examples
- Generates helpful additional error messages
Version
guizero is currently version 0.6.4
There may be bugs and features may change and be updated.


Galactic Age Calculator
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Simplifying Your Data Access Code
As per standard practice in .NET Core, any data repository class can use the ArgentSea data access component by having the service injected into its constructor.
For example, requesting the databases collection in your data access class is straightforward:
public class MyDataAccessStore
{
private readonly SqlDatabases _dbs;
public MyDataAccessStore(SqlDatabases dbs, ILogger<MyDataAccessStore> logger)
{
_dbs = dbs; // capturing injected SqlDatabases collection
...
Likewise, access to the entire collection of shard sites via injection:
public class MyDataAccessStore
{
private readonly SqlShardSets _shardSets;
public MyDataAccessStore(SqlShardSets shardsets, ILogger<MyDataAccessStore> logger)
{
_shardSets = shardSets; // capturing injected SqlShardSets collection
...
In most cases, your repository class would not require access to all shard sets or all databases. Capturing the entire collection also requires specifying the collection key for every data access. A class will generally only access a single data source, so, to simplify the data access code, you can instead store only the relevant connection instance:
public class MyDataAccessStore
{
private readonly SqlDatabases.DataConnection _data;
public MyDataAccessStore(SqlDatabases dbs, ILogger<MyDataAccessStore> logger)
{
_data = dbs["MyConnectionKey"]; // capturing only the relevant database
...
Or
public class MyDataAccessStore
{
private readonly SqlShardSets.ShardDataSet _shards;
public MyDataAccessStore(SqlShardSets shardSets, ILogger<MyDataAccessStore> logger)
{
_shards = shardSets["MyShardSetKey"]; // capturing only the relevant shard set
...
Setup this way, subsequent calls to the SQL database can be on methods directly on the _data
object. Now, calls within the class do not need to specify a key.
Next: Data Mapping


{{ define "content" }}
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This page contains webassembly and javascript content, please enable javascript in your browser.
Speed
X Velocity
Y Velocity
Density
Curl
Nothing
Flow Vectors
Flow Particles
Start
Reset
Clear barriers
Viscosity
Animation Speed
Flow Speed
Left click
to drag fluid
Right click
to draw/erase barriers


Never Been Kissed
I'm currently accepting all future names for Drew Barrymore characters. In _The Wedding Singer_, she was Julia Gulia. In _Never Been Kissed_, she's Josie Grossie. Future DB character names include: Janet Granite, Janey Grainy, and for that NC-17 project in the works, Jo-Jo... aw forget it. I'll stick to my day job.
This is a teen movie, all right, except the main characters aren't teens. Drew Barrymore is a copy editor at the Chicago Sun Times who gets her big break as a reporter, only it's very clear from the onset that she lacks the toughness and the pushy extravertedness that marks the best of reporters. The story she's covering is not really a story, but a story in the making. She is to return to high school as a student and explain what's REALLY going on.
The irony is that Drew's character, was such a dweeb first time around, that she is terrified at going back. When she does, she says the wrong things, wears the wrong clothes, and projects the "I know the answer" in class that popular kids (or at least popular kids in the movies) reject. At least she befriends nerdy Aldys (Joan of Arc's Leelee Sobieski--watch for her), who turns out to be more beautiful than those who are "supposed" to be more beautiful than her.
What works: Drew's geeky old-self. After a start in films that was headline driven, and a nadir of roles that had her play the sluttish character, it's a surprise to see her with bad hair, big glasses and braces. It's very funny.
What doesn't work: Drew's geeky new-self. Come on. Nobody dresses as bad as she does. Couldn't she just go to _The Gap_ and take suggestions? Had she dressed like Princess Leia it would have been better.
The comedy is supposed to progress when Drew's younger brother (played with zest by David Arquette) reenlists to jump-start his baseball career. Now, how in the world can somebody as nerdy (but in a funny way) as he can be the most popular kid in the school... in a day?!
The dialogue in the film is, well, an embarrassment. Her co-workers (Molly Shannon, John C. Reilly and Gary Marshall) are in terminal hyper-drive.  Couldn't the filmmakers watch _Heathers_ first?
Lastly, I am proud to say that I caught a significant gaffe in the film. If you see the film, you'd know what I'm talking about:
Drew walks into a bar, has her hand stamped, and over the night associates with some Rastafarians with some delicious, um, cake. She goes wild, sleeps in late. When she wakes, she rushes off to school, without showering, without noticing that her head, lying on her stamped hand all night, has transferred part of the stamp's image to her forehead, spelling "LOSER". Funny, eh?
...except that the hand would have transferred that image BACKWORDS.
Nick Scale (1 to 10): 4
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


object API
class FunctionsList
class pkg
This is used to add and remove external packages.
object ScriptManager
object venuspackage


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For the purposes of applicable EU data protection law (including the General Data Protection Regulation 2016/679 (the “GDPR”), we are a ‘data controller’ of your personal information.
You are also entitled to ask us to port your personal information (i.e. to transfer in a structured, commonly used and machine-readable format, to you), to erase it, or restrict its processing. You also have rights to object to some processing that is based on our legitimate interests, such as profiling that we perform for the purposes of direct marketing, and, where we have asked for your consent to process your data, to withdraw this consent as more fully described below. These rights are limited in some situations – for example, we can demonstrate that we have a legal requirement to process your personal information. In some instances, this means that we may retain some data even if you withdraw your consent. Where we require your personal information to comply with legal or contractual obligations, then provision of such data is mandatory: if such data is not provided, then we will not be able to manage our contractual relationship with you, or to meet obligations placed on us. In all other cases, provision of requested personal information is optional. If you have unresolved concerns you also have the right to complain to data protection authorities. The relevant data protection authority will be the data protection authority of the country: (i) of your habitual residence; (ii) of your place of work; or (iii) in which you consider the alleged infringement has occurred.
We do not sell, trade, or otherwise transfer to outside parties your personally identifiable information. Third-party links We do not include or offer third-party products or services on our website. Google's advertising requirements can be summed up by Google's Advertising Principles. They are put in place to provide a positive experience for users. https://support.google.com/adwordspolicy/answer/1316548?hl=en We use Google Ad Exchange Advertising on our website through partner ship with Sortable. Google might associate the ads you see on our website with your Google account so that you can see personalized Ads (Interest based Ads) Google, as a third-party vendor, uses cookies to serve ads on our site. Google's use of the DART cookie enables it to serve ads to our users based on previous visits to our site and other sites on the Internet. Users may opt-out of the use of the DART cookie by visiting the Google Ad and Content Network privacy policy.
At TalkWithStranger, we need your Information to provide users a seamless chatting experience on our website, and to efficiently manage any enquiries, requests or complaints that you may have, or to notify you of any promotions, offers or updates that we may have. We may disclose your Information to our subcontractors, subsidiaries, affiliates or third party advertisers, service providers (including those hosting and managing our Website, providing customer service, marketing and advertising and other related services), and sponsors who administer our promotions. Information can be used to manage and administer coupons or contests, for promotions or surveys, to conduct research and analysis, improve TalkWithStranger’s monitoring process, to prevent fraudulent transactions, or to monitor against theft and otherwise protect users, guests or our Website.
You can certainly go to our contact page and contact us at any time when you have an issue. We are here to help you resolve your problems and love to hear from you. Feel free to give us new suggestions or if you have any query please contact us.
We never ask our users to share their personal information with us and we don't recommend them to share with others on the website. This is why we have also disabled URLs sharing in the random chat. We (TWS) will not be responsible for any information you share with other users . As we don't collect any personal information from our users. By using talkwithstranger, you are agreeing to all the terms and condition of our website.
If you make your personal information available to other people, we can’t control or accept responsibility for the way they will use or manage that data. There are lots of ways that you can find yourself providing information to other people, like when you post a public message on a forum thread, share information via social media, or make contact with another user (such as a third party Author) whether via our Sites or directly via email. Before making your information publicly available or giving your information to anyone else, think carefully. If giving information to another user via our Sites, ask them how they will handle your information. If you’re sharing information via another website, check the privacy policy for that site to understand its information management practices as this privacy policy will not apply.
We collect personal information directly when you provide it to us, automatically as you navigate through the Sites, or through other people when you use services associated with the Sites. We collect your personal information when you provide it to us when you complete membership registration and or provide items or services on our Sites, subscribe to a newsletter, email list, submit feedback, enter a contest, fill out a survey, or send us a communication.
We may collect information that your browser sends whenever you visit our Service ("Log Data"). This Log Data may include information such as your computer's Internet Protocol ("IP") address, browser type, browser version, the pages of our Service that you visit, the time and date of your visit, the time spent on those pages and other statistics. However, this is by no means assures that our chat logs are retrievable on our servers. Our website remains anonymous and private, and only the information you enter or tell to your chat partner is what you send and is visible to your chat partner only. Everything else stays private throughout your chat session. Once the chat is exited, there is no way for users to retrieve it back. In addition, we may use third party services such as Google Analytics that collect, monitor and analyze this type of information in order to increase our Service's functionality. These third party service providers have their own privacy policies addressing how they use such information.
We may use non-google 3rd party advertising networks and other content recommendation software to show interest based advertisements. This might give those ad networks and advertisers to collect some basic information about the users on our site. They will not be able to uniquely identify anyone, information such has your IP, browser, mobile model etc . These information are solely to be used for targeted advertisement and not for uniquely identifying any individual user. Similarly our tracking software such as Google Analytics collects similar information to further give us analysis of our website performance so we can give our users an excellent User Experience. When you visit our Sites, there’s certain information that’s recorded which is generally anonymous information and does not reveal your identity. If you’re logged into your account some of this information could be associated with your account. We’re talking about the following kinds of details:
For further details please visit.
In the event that we go through a business transition, such as a merger, acquisition by another company, or sale of all or a portion of our assets, we reserve the right to transfer or assign the information we have collected from our users as part of such merger, acquisition, sale, or other change of control. We will post a notice on the Site of any such change in ownership or control of the personal information we may have prior to such transfer.
TalkWithStranger has commercially reasonable physical, electronic, and procedural safeguards to ensure the security of our systems and protect personal information from misuse, loss and unauthorized access. We cannot, however, ensure or warrant the security of any information you transmit to TalkWithStranger and you do so at your own risk. If TalkWithStranger learns of a security systems breach, then we may attempt to notify you electronically so that you can take appropriate protective steps. TalkWithStranger may post a notice on the TalkWithStranger Site or through the TalkWithStranger Service if a security breach occurs.
We have multiple ways through which users can control what they share or if think something is wrong they can report as well.Our website has various filtering, blacking and reporting features to avoid spammers and bullies. You can use those features to report any bad activity on the site. On our chatroom community platform we also have privacy settings where users can restrict other people from sending messages to them or follow them online.
Yes, our website is on HTTPS which ensures 100% safe and secure experience for all the users on the website.
Yes, as stated in the "Where do we use your information (if needed)?" , we use Google and the third party advertisers to show ads and they may store cookies and some device information to provide targeted advertisement to our users.
This Privacy Policy may be revised periodically. However, we will not use your Personal Information in a way that is materially different than the uses described in this Policy without giving you an opportunity to opt-out of such differing uses. Please revisit this page to stay aware of any changes. Your continued use of the TalkWithStranger Site and TalkWithStranger Service constitutes your agreement to this Privacy Policy and any amendments.


A repository contains all the files for your project, including the revision history.
Great repository names are short and memorable. Need inspiration? How about vigilant-octo-waffle.


- end_graph() - Method in class com.example.sulemaia.Helper.GraphViz
-
Adds a instruction to end the tree
- endTree() - Method in class com.example.sulemaia.Model.HeuristicPathTree
-
GraphViz URL ending part for the graphic tree.
- endTree() - Method in class com.example.sulemaia.Model.PathManualTree
-
We have to manually end the tree, again, so the nodes wont be displayed in
an incorrect order on the graphic implementation.
- etCost - Variable in class com.example.sulemaia.Adapter.CharacterEditorAdapter.Item
-
- etFieldName - Variable in class com.example.sulemaia.Activity.FieldInformation
-
- etItemMap - Variable in class com.example.sulemaia.Model.GameLandItem
-
- etName - Variable in class com.example.sulemaia.Activity.CharacterEditor
-
- EUCLIDIANA - Static variable in class com.example.sulemaia.Thread.ResolverAStarThread
-
- EUCLIDIANA - Static variable in class com.example.sulemaia.Thread.ResolverFirstBestThread
-
- ExampleInstrumentedTest - Class in com.example.sulemaia
-
Instrumented test, which will execute on an Android device.
- ExampleInstrumentedTest() - Constructor for class com.example.sulemaia.ExampleInstrumentedTest
-
- ExampleUnitTest - Class in com.example.sulemaia
-
Example local unit test, which will execute on the development machine (host).
- ExampleUnitTest() - Constructor for class com.example.sulemaia.ExampleUnitTest
-
- exists(PathManualTree.Node) - Method in class com.example.sulemaia.Model.PathManualTree
-
Method to check if the node already exist as a child, so we wont repeat nodes,
or even that we have the chance to change it to another father to correct the
flow of the tree.
- expandedNodes - Variable in class com.example.sulemaia.Thread.ResolverAStarThread
-
- expandedNodes - Variable in class com.example.sulemaia.Thread.ResolverFirstBestThread
-
- expandedNodes - Variable in class com.example.sulemaia.Thread.ResolverUniformCostThread
-
- expandInDirection(String, int, int, HashSet<HeuristicPathTree.Node>) - Method in class com.example.sulemaia.Thread.ResolverAStarThread
-
Method to expand a node in all directions, following the expansion order set by the user,
making sure the expansion is possible, rather for map access, or limitations by the user.
- expandInDirection(String, int, int, HashSet<HeuristicPathTree.Node>) - Method in class com.example.sulemaia.Thread.ResolverFirstBestThread
-
Method to expand a node in all directions, following the expansion order set by the user,
making sure the expansion is possible, rather for map access, or limitations by the user.
- expandInDirection(String, int, int, HashSet<HeuristicPathTree.Node>) - Method in class com.example.sulemaia.Thread.ResolverUniformCostThread
-
check if the direction in which the node is trying to be expanded is available or has any limitations.
- ExpansionDetails - Class in com.example.sulemaia.Activity
-
The instantiate of the class that gets the node expansion order from the user.
- ExpansionDetails() - Constructor for class com.example.sulemaia.Activity.ExpansionDetails
-
- ExpansionDetails.ButtonActions - Class in com.example.sulemaia.Activity
-
Implementation of the functions of the buttons.
- expansionOrder - Variable in class com.example.sulemaia.Activity.ExpansionDetails
-
- expansionOrder - Variable in class com.example.sulemaia.Fragment.AStar
-
- expansionOrder - Variable in class com.example.sulemaia.Fragment.FirstBest
-
- expansionOrder - Variable in class com.example.sulemaia.Fragment.UniformCost
-
- expansionOrder - Variable in class com.example.sulemaia.Model.PathManualTree
-
- expansionOrder - Variable in class com.example.sulemaia.Thread.ResolverAStarThread
-
- expansionOrder - Variable in class com.example.sulemaia.Thread.ResolverFirstBestThread
-
- expansionOrder - Variable in class com.example.sulemaia.Thread.ResolverUniformCostThread
-


sigma = Matrices.singularValues(A); (sigma, U, VT) = Matrices.singularValues(A);
This function computes the singular values and optionally the singular vectors of matrix A. Basically the singular value decomposition of A is computed, i.e.,

S =
[diagonal(si), zeros(n,m-n)],
if n=size(A,1) ≤ m=size(A,2)) or [diagonal(si); zeros(n-m,m)], if n >
m=size(A,2)). S has the
same size as matrix A with nonnegative diagonal elements in
decreasing order and with all other elements zero (s1 is the largest element). The function
returns the singular values si in vector sigma
and the
orthogonal matrices in matrices U
and
VT
.
A = [1, 2, 3, 4; 3, 4, 5, -2; -1, 2, -3, 5]; (sigma, U, VT) = singularValues(A); results in: sigma = {8.33, 6.94, 2.31}; i.e. Sigma = [8.33, 0, 0, 0; 0, 6.94, 0, 0; 0, 0, 2.31, 0]
function singularValues extends Modelica.Icons.Function; input Real A[:, :] "Matrix"; output Real sigma[min(size(A, 1), size(A, 2))] "Singular values"; output Real U[size(A, 1), size(A, 1)] = identity(size(A, 1)) "Left orthogonal matrix"; output Real VT[size(A, 2), size(A, 2)] = identity(size(A, 2)) "Transposed right orthogonal matrix"; end singularValues;


{% extends 'base.html' %} {% block content %}
And the results are in! The information below displays a comparison of the records between the two orgs, for the selected object and the selected fields.
Object |
{{ job.object_label }} ({{ job.object_name }}) | |
|---|---|---|
Fields |
{{ job.fields }} |
{{ job.sorted_orgs.0.username }} |
{{ job.sorted_orgs.1.username }} |
|
|---|---|---|
| # Records | {{ job.row_count_org_one }} | {{ job.row_count_org_two }} |
| # Matching Rows | {{ job.matching_rows_count_org_one }} | {{ job.matching_rows_count_org_two }} |
| # Unmatching Rows | {{ job.unmatching_rows_count_org_one }} | {{ job.unmatching_rows_count_org_two }} |
| {{ field }} |
|---|
| {{ record[field] }} |
| {{ field }} |
|---|
| {{ record[field] }} |


Pakistani cricketers win hearts by dining with hospitable Indian cabby
by News DeskIn a heartwarming series of events, Pakistani cricketers shared their dinner table with an Indian cab driver after he refused to accept the taxi fare from the players in Brisbane, Australia.
The gesture by the cricketers — Shaheen Shah Afridi, Yasir Shah and Naseem Shah among others — was widely lauded on social media after the video of ABC radio presenter Alison Mitchell, in which she narrated the story about the generosity of Pakistani players to former Aussie pacer Mitchell Johnson, went viral on Monday.
Mitchell came to know about the incident after she travelled with the same taxi driver, who drove her to the Gabba stadium in Brisbane for the first Test between Australia and Pakistan.
During the ride, she came to know about the players, who were picked up from their hotel in Brisbane and were taken to an Indian restaurant for dinner — where they later treated the cab driver as he refused to charge them for the ride.
Earlier on Sunday, Pakistan was beaten by an innings and five runs on the fourth day of the first Test of the two-match series to take a 1-0 lead.
Babar Azam (104) slammed his second Test ton while Mohammad Rizwan contributed 95 runs to stall Australia’s march to victory but they failed to make the hosts bat again, getting bundled out for 335 second time around.


Thank you for choosing Umbraco - we think this could be the beginning of something beautiful. While it may feel overwhelming at first, we've done a lot to make the learning curve as smooth and fast as possible.


Section 1
This is the content of section1.
Section 2
This is the content of section2.
This is the content of section2.
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This is the content of section3.
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This is the content of section3.
Section 4
This is the content of section4.
This is the content of section4.
This is the content of section4.
This is the content of section4.
Section 5
This is the content of section5.
This is the content of section5.
This is the content of section5.
This is the content of section5.
This is the content of 1st page.
This is the content of 1st page.
This is the content of 1st page.
This is the content of 1st page.
This is the content of 1st page.


A division of a large organization such as a government, university, or business, dealing with a specific area of activity.Specialized functional area within an organization or a division, such as accounting, marketing, planning. Generally every course has its own manager and chain of command.
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This will fetch COMPLETE surveys and update values from the correction excel file.
Updating the documents....


Denton Corker Marshall Studio / Denton Corker Marshall
- Curated by Paula Pintos
- 3 days
Offices Interiors · Melbourne, Australia
- version="1.0" encoding="UTF-8"? Architects: Denton Corker Marshall
- AreaArea of this architecture projectArea: 976.0 m2
- version="1.0" encoding="UTF-8"?YearCompletion year of this architecture project Year: 2018
- version="1.0" encoding="UTF-8"?PhotographsPhotographs: Shannon McGrath
- Client Denton Corker Marshall
- Builder Schiavello
- Structural Engineer Arup
- Services Engineer Umow Lai
- Acoustic Engineer Marshall Day
- Access Consultant Before Compliance
- Building Surveyor Philip Chun & Associates
More Specs Less Specs
Text description provided by the architects. After 35 years, we outgrew our studio at 49 Exhibition Street, Melbourne. Spread over five small floors, we needed a new contemporary workspace with high connectivity, high flexibility, and good daylight and amenity. Level 19 in the IM Pei classic modernist tower at Collins Place, allowed us to consolidate onto a single floor. We asked ourselves the question – how do you make a design studio out of a corporate office shell? The building offered a traditional, central core floor plate of 976m2, with great daylight from large framed windows, giving a decidedly non-corporate feel.
Much of our approach became about maximizing this amenity. Our studio reflects our practice and our approach to design. Disarmingly minimalist, direct, simple, robust and enduring. Designed as an expression of our approach to architecture; we try to strip back rather than add, to simplify rather than complicate. It is predominately a working space, a workshop for the making of architecture and design, which reflects this hard-working aesthetic. We have condensed form and materiality to the minimum while maintaining collective and casual sensibility.
The project is a result of an internal, continuously evolving brief. Firstly, we wanted to create a memorable entry instantly signaling the practice as a creative institution within a corporate tower. A small lift lobby was removed, welcoming visitors and staff directly into reception/gallery, framed by perforated galvanized sheet walls, subtly revealing enlarged design sketches. The centerpiece reception seat seemingly morphs out from the floor – is it furniture or sculpture? A six-meter singular span of aluminum forms a reception desk and informal meeting space. Large meeting rooms are immediately accessible, each maximizing the use of simple, large aluminum tables and focused on large, wireless-enabled displays. Our brief for working spaces was simple. Maximize daylight, openness, amenity, utility, and open-plan workplace connectivity, while minimizing clutter and distraction.
Ceilings and floors are stripped out revealing the honesty of services and structure. Perforated galvanized steel sheet and burnished aluminum is the dominant material, reflecting daylight and enabling any surface to be used for pinup. Functional utility spaces (kitchen, server room, model shop, printers, storage, and staff lockers) wrap the central core, accessible yet concealed. Finally, we wanted to create a great amenity for our staff. Sit-stand desks allow flexibility and encourage healthy posture. A central hub breakout space with coffee machine unites staff. Flexibility allows re-configuration for lunchtime table tennis, functions and events. A central audio-visual display with wireless connectivity enables presentations.
Our overall approach is raw, stripped back, ultra-minimalist, rejecting current fashionable trends of warm, timber-lined, faux-luxury. We have worked hard to make this into something that reflects our design ethic and culture without excess embellishment, through Absolute rigor of stripping away and minimizing clutter and distraction. Hard-working, function-first approach to maximizing utility and amenity. The reception seat is the stand-out insertion, a distinctive and memorable element. It is not an object of place on the floor; it is the floor itself – swollen and split.


Issue: ALLOW-OTHER-KEYS-NILForum: Cleanup
References: :ALLOW-OTHER-KEYS (pp62-63)
Category: CLARIFICATION/CHANGE
Edit history: 22-Aug-90, Version 1 by Pitman
23-Aug-90, Version 2 by Pitman (merge RWK's comments)
23-Aug-90, Version 3 by Pitman (merge Moon's comments)
13-Mar-91, Version 4 by Pitman (comments from JonL, Barmar)
Status: For Internal Discussion
Problem Description:
CLtL specifies that a keyword argument pair of :ALLOW-OTHER-KEYS is
always permissible when the value is non-null, in which case all other
keyword arguments in that actual call are allowed regardless of the
formal &KEY parameter). It doesn't specify any particular meaning
when the value for :ALLOW-OTHER-KEYS is null; consequently such an
actual argument pair will be in error unless there is a formal &KEY
parameter of that name to receive it.
The fact that :ALLOW-OTHER-KEYS NIL either does not work or does not
work reliably causes some coding to be more cumbersome than necessary.
For example, a function that might be written as:
(DEFUN FOO-MEMBER (ITEM LIST PERMISSIVE-P &REST OPTIONS)
(APPLY #'MEMBER ITEM LIST :ALLOW-OTHER-KEYS PERMISSIVE-P OPTIONS))
must in fact be written as:
(DEFUN FOO-MEMBER (ITEM LIST PERMISSIVE-P &REST OPTIONS)
(IF PERMISSIVE-P
(APPLY #'MEMBER ITEM LIST :ALLOW-OTHER-KEYS T OPTIONS)
(APPLY #'MEMBER ITEM LIST OPTIONS)))
because :ALLOW-OTHER-KEYS NIL is not given the `obvious' meaning.
Some people have raised concerns about the permissibility and semantics
of :ALLOW-OTHER-KEYS (including :ALLOW-OTHER-KEYS NIL) if either
&ALLOW-OTHER-KEYS is used or an explicit &KEY argument such as
ALLOW-OTHER-KEYS is specified. Some clarification about such issues
is probably warranted.
Proposal (ALLOW-OTHER-KEYS-NIL:PERMIT):
1. Define that :ALLOW-OTHER-KEYS is always permitted as an argument
to any function which has specified &KEY in the lambda list of its
definition.
If the value is non-NIL, then other non-matching keywords are
also tolerated (i.e., ignored). If the value is NIL, then other
non-matching keyword are not tolerated (i.e., an error should be
signalled in accordance with rules for argument mismatches
established by other proposals) unless &ALLOW-OTHER-KEYS was used.
2. Clarify that if the receiving argument list specifies an argument which
would be flagged by :ALLOW-OTHER-KEYS, then :ALLOW-OTHER-KEYS has both
its special-cased meaning (identifying whether additional keywords are
permitted) and its normal meaning (data flow into the function in
question).
Rationale:
1. There can't be any reasonable use for :ALLOW-OTHER-KEYS as a keyword
to designate `real' information coming into the function since the
keyword is already reserved just in case the value it carries with
it will be non-NIL. As such, there is no ambiguity about the
programmer's intent in the case of :ALLOW-OTHER-KEYS NIL. Failing
to admit :ALLOW-OTHER-KEYS NIL just makes it unnecessarily clumsy
to write functions like FOO-MEMBER (see Problem Description).
It also defeats the purpose of there being a value associated with
:ALLOW-OTHER-KEYS in the first place.
2. This allows functions which do their own keyword processing on &REST
arguments to respect this flag, as well as being conceptually the most
uniform meaning.
Test Case:
#1: ((LAMBDA (&KEY) T) :ALLOW-OTHER-KEYS NIL)
#2: (DEFUN FOO-MEMBER (ITEM LIST PERMISSIVE-P &REST OPTIONS)
(APPLY #'MEMBER ITEM LIST :ALLOW-OTHER-KEYS PERMISSIVE-P OPTIONS))
(FOO-MEMBER 'X '(Z Y X) NIL)
#3: ((LAMBDA (&KEY ALLOW-OTHER-KEYS) ALLOW-OTHER-KEYS)
:ALLOW-OTHER-KEYS 6 :FRED 7)
#4: ((LAMBDA (&KEY ALLOW-OTHER-KEYS) ALLOW-OTHER-KEYS)
:ALLOW-OTHER-KEYS NIL :FRED 7)
#5: ((LAMBDA (&KEY ((:ALLOW-OTHER-KEYS FOO))) FOO)
:ALLOW-OTHER-KEYS 6 :FRED 7)
Current Practice:
#1: Symbolics Genera 8.0 and Sun Common Lisp 3.0.1 signal an error.
Symbolics Genera 8.1 returns T, which is consistent with proposal
PERMIT.
#2: Symbolics Genera 8.0 and Sun Common Lisp 3.0.1 signal an error.
Symbolics Genera 8.1 returns (X), which is consistent with proposal
PERMIT.
#3: Sun Common Lisp 3.0.1 signals an error.
Symbolics Genera 8.0 and 8.1 return 6, which is consistent with
proposal PERMIT.
#4: Symbolics Genera 8.0, Symbolics Genera 8.1, and Sun Common Lisp 3.0.1
signal an error, which is consistent with proposal PERMIT.
#5: Sun Common Lisp 3.0.1 signals an error.
Symbolics Genera 8.0 and 8.1 return 6, which is consistent with
proposal PERMIT.
Cost to Implementors:
Relatively small.
Cost to Users:
None. Currently, a valid user program must avoid stepping on this
error situation.
Cost of Non-Adoption:
See aesthetics.
Benefits:
See aesthetics.
Aesthetics:
This simplifies the user model by making the value associated with
:ALLOW-OTHER-KEYS be what controls whether other keys are permitted,
rather than by making the presence of the sequence ``:ALLOW-OTHER-KEYS T''
in the arglist what controls it. In the status quo, the description of
how :ALLOW-OTHER-KEYS works is like no other keyword in the language.
Discussion:
Pitman, RWK, and Moon support this proposal.
RWK comments: ``Together with my addenda above, [this] proposal
means that &KEY without &ALLOW-OTHER-KEYS implies a "hidden"
keyword argument of :ALLOW-OTHER-KEYS that the &KEY processing
checks. In all other regards, it is a perfectly ordinary keyword
argument.''


Home
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Deliverables
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Technological Feasibility Analysis
Design Review 1
Technical Prototype Demo Document 1
Requirement Specifications


Hello! My name is Veselin and I enjoy solving different kind of problems. I've been studying mostly JavaScript since the pandemic started. I took couple of Software courses back in my home country and at this moment I'm looking for growth opportunities to try new technologies and grow my technical skill set in a team-based atmosphere.
 Some of my favourite activities are snowboarding and hiking in the mountains.
View ResumeCar Catalogue where you can Sign Up and post your car and car details.
Front-end technologies : React, Redux, Axios
Back-end technologies : Node, Express, MongoDB
Functional expense tracker application which you can use to manage your budget. Storing data with Mongo DB.
Technologies used: React, Node.js, Express, MongoDB
Back-end Application using Express.js with authentication and authorization. You can travel with other people and make new on the road buddies. You can join to someone's post or make your own one.
Technologies used: Node.js, Express, Mongoose, Express-handlebars, Jsonwebtoken
Building a massive E-commerce app for selling clothes online
Technologies used: React, Redux, Firebase, Hooks, GraphQL, ContextAPI
My first React project. Really simple and small front-end application.
Тechnologies used: React, Redux
Have a question or want to work together?
Send an Email


|
EvasionPaths
|
Provide abstract base of features that a boundary must satisfy. More...
Inherits ABC.
Inherited by RectangularDomain.
Public Member Functions | |
| None | __init__ (self) |
| Must initialize the boundary points and "alpha_cycle". More... | |
| int | __len__ (self) |
| length of boundary is number of boundary sensors. More... | |
| bool | in_domain (self, tuple point) |
| Determine if given point it in domain or not. More... | |
| def | generate_boundary_points (self) |
| Generate boundary points in counterclockwise order. More... | |
| list | generate_interior_points (self, int n_int_sensors) |
| Generate n_int sensors randomly inside the domain. More... | |
| list | generate_points (self, int n_int_sensors) |
| Return list of all points. More... | |
| tuple | get_alpha_cycle (self) |
| construct boundary cycle. More... | |
Public Attributes | |
| points | |
| alpha_cycle | |
Provide abstract base of features that a boundary must satisfy.
The boundary class generates the positions of the boundary sensors, a way of specifying if a given point is in or out of the boundary. It will also know the boundary cycle associated with the outside of the fence (the "alpha_cycle". And finally, it will be the class to generate initial data since it can determine how best go generate random points inside the domain.
| None __init__ | ( | self | ) |
Must initialize the boundary points and "alpha_cycle".
The points stored are the points on the boundary only.
| int __len__ | ( | self | ) |
length of boundary is number of boundary sensors.
| def generate_boundary_points | ( | self | ) |
Generate boundary points in counterclockwise order.
Points must be generated in counterclockwise order so that the alpha_cycle can be easily computed.
Reimplemented in RectangularDomain.
| list generate_interior_points | ( | self, | |
| int | n_int_sensors | ||
| ) |
Generate n_int sensors randomly inside the domain.
Reimplemented in RectangularDomain.
| list generate_points | ( | self, | |
| int | n_int_sensors | ||
| ) |
Return list of all points.
Boundary points must come first and be non-empty.
| tuple get_alpha_cycle | ( | self | ) |
construct boundary cycle.
the alpha_cycle is the boundary cycle going counter-closckwise around the outside of the domain.
| bool in_domain | ( | self, | |
| tuple | point | ||
| ) |
Determine if given point it in domain or not.
Reimplemented in RectangularDomain.
| alpha_cycle |
| points |


Account Dashboard
{% if remainingAmount < 0 %}
It looks like your credit card bills and direct debits may put your current accounts into overdraft!
{% endif %}
{% if remainingAmount > 0 and totalCreditBalance > 0%}
Looking good! You have enough balance to pay for your upcoming bills, keep within your budgets to keep saving money.
Consider paying off more of your credit card's outstanding balance.
{% endif %}
{% if remainingAmount > 0 and totalCreditBalance == 0 %}
Looking good! You have enough balance to pay for your upcoming bills, keep within your budgets to keep saving money.
You also have no outstanding balance on credit cards, so you could look into putting your money into a savings account!
{% endif %}
{% for account in accountData %}
{% for directDebit in account.directDebitList%}
You need to pay {{directDebit.Receiver}} £{{directDebit.Amount|floatformat:2| intcomma}} on {{directDebit.Date}} from Account {{account.accountID}}
{% endfor %}
{% endfor %}
{% for account in accountData %}
{% if not account.isCreditAccount%}
{% for overdraft in account.Overdraft %}
You will go into overdraft on {{overdraft}} on Account {{account.accountID}}
{% endfor %}
{% endif %}
{% endfor %}
{% if spend > totalCap %}
Your current average spend is greater than your monthly cap on all transactions!
{% endif %}
{% if spend > allCap %}
Your current average spend is greater than the sum of your monthly categorical caps!
{% endif %}
{% if mostExpCat.Cap == 0.0 %}
Tip: You have not set a cap on your most costly category, you should consider doing this! You have spent £{{ mostExpCat.Spend |floatformat:2| intcomma }} on this category.
{% endif %}
{% if remainingAmount > totalBills %}
Your disposable income is currently £{{ remainingAmount |floatformat:2| intcomma}}, that's more than your monthly bills! Good job!
{% endif %}
{% if totalCurrentBalance < totalBills %}
You have insufficient funds to pay off your monthly bills! Consider taking a loan to pay them off or wait for your salary.
{% endif %}


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