Aggregation is the process of grouping data. For example, in Proximity the models aggregate attribute values to create features. Example aggregation functions include average, count, degree, and proportion.
A query is ambiguous if it admits more than one interpretation. For example, a query with adjacent annotated vertices is ambiguous because neither annotation takes precedence over the other. Ambiguous queries are not permitted in QGraph.
An attribute is a name-value pair that represents additional information about the database entity on which it appears. Proximity attribute values are sets, which may contain zero or more values and which may include specific values more than once. Proximity supports attributes for objects, links, subgraphs, and containers. Objects and links can have a variable number of attributes and attributes can have a variable number of values.
Attribute constraints compare the attribute values of two database entities, such as two objects or two links.
Attribute value conditions restrict query matches to objects or links having the attribute value specified in the condition.
Bias is the systematic difference between the values predicted by the learned model and actual values.
A boundary edge is a query edge that crosses a subquery box.
A boundary vertex is a vertex within a subquery box that is connected to query elements outside the subquery box by a boundary edge.
A numeric annotation of the form
[i
..j
], a
bounded range specifies that there must be at least
i
and no more than
j
corresponding elements to match the
query.
Conditions and constraints can compare attribute values of
the same type (e.g., STR
with
STR
). In addition, you can compare attributes
of type DBL
with FLT
and
INT
, and attributes of type
FLT
with INT
.
In principle, a complex condition can be any boolean combination of simple conditions. Proximity’s implementation of QGraph restricts complex conditions to disjunctive normal form.
A condition restricts query matches by requiring that database items match specified attribute values. For example, the condition ObjType = person on a vertex requires that that vertex only match objects with a ObjType attribute having a value of person. Existence conditions work similarly, but only require that the corresponding object or link have any value for the specified attribute without caring what that value is.
Constraints compare the attribute values or identities of two distinct query elements. Only pairs of objects or links that satisfy the constraint match the corresponding query.
A container is a collection of subgraphs usually created as the result of executing a query.
The core vertex is the vertex from a QGraph query that corresponds to the object to be classified. Objects and links connected to the core vertex define the local neighborhood to be used in classifying the core object.
A directed edge in a query requires matching links in the database follow the same direction as the query edge.
A query must be a single connected graph. A query containing more than one connected component is considered to be disconnected and thus not allowed.
Boolean formulae expressed as a disjunction of
conjunctions are said to be in disjunctive normal form. Such
formulae consist of a series of disjunctions (expressions
OR
ed together) where each expression is either
a terminal expression (a simple proposition in the case of boolean
logic or a simple condition in the case of Proximity conditions),
the negation of a terminal expression, or the conjunction
(expressions AND
ed together) of terminal
expressions.
Proximity uses the terms vertex and edge to refer to entities in a query and the terms object an link to refer to entities in the data. An edge in a query matches corresponding links in the data.
An exact annotation requires a specific number of matches for example, [2], rather than a range in the number of matches such as [2-4] or [2..].
Existence conditions check to see if the corresponding object or link has a value for the specified attribute. An existence condition is satisfied if the corresponding item has any value for the attribute, regardless of what that value is.
Identity constraints compare the identity (OID) of two database entities.
The inner structure of a subquery is the set of vertices and edges that fall entirely within the subquery box. The boundary edge and subquery annotation are not part of the inner structure.
Isomorphic subgraphs have the same structure in terms of nodes and edges but may have different member objects and links.
Knowledge discovery seeks to find useful patterns in large and complex databases. More specifically, relational knowledge discovery focuses on constructing useful statistical models from data about complex relationships among people, places, things, and events.
A link is a directed binary relation connecting two objects in a Proximity database. We use link to refer to relations in a database and edge to refer to relations in a query.
see self link
A mirror match to a QGraph query is a pair of otherwise identical subgraphs that differ only in terms of how the subgraph’s objects and links match the query’s vertices and edges. Specifically, in a mirror match, two objects reverse positions from their original locations in the other matching subgraph.
A multi-dimensional (or multi-column) attribute in Proximity
contains more than one value. For example, a
location attribute might contain two
values corresponding to the x
and
y
coordinates of the item’s position.
Proximity permits the inclusion of multi-dimensional
attributes in data but does not yet support their use in queries
or models.
Each vertex and edge in a Proximity query is assigned a name (label) that is used to identify the corresponding items in the matching subgraphs.
A negated query element (vertex or edge) has a numeric
annotation of [0]
; there must be no
corresponding element in the data when matching the query.
Numeric annotations place limits on the number of isomorphic substructures that can occur in matching portions of the database. Annotations also serve to group isomorphic structures into a single subgraph rather than producing multiple matches.
An object is a Proximity database entity that represents things in the world such as people, places, and events.
Optional query elements define structures that can be, but
are not required to be present in the data in order to match the
query. They are annotated with
[0..
or n
][0..]
.
Precedence determines the order in which query elements are considered in matching the database. An annotated vertex has precedence over an annotated edge because the match process first finds objects that match the annotated vertex and then finds links from that object to match the corresponding edges in the query.
Prefix notation places an expression’s operator before
its operands. For example, the expression
a
+ b
becomes
+ a
b
when using
prefix notation.
Propositionalizing data “flattens” relational data by moving attributes of related items to the objects of interest. For example, in a system that reasons about movies, propositionalizing an attribute of a director, such as date-of-birth, might place that attribute on related movie objects as director-date-of-birth.
QGraph is a visual query language designed to support knowledge discovery in large graph databases.
As used in this document, relational data refers to data that explicitly represent relations among objects as first-class entities. Relational data are represented by a directed graph in which nodes represent objects from the domain of interest and links represent relationships between pairs of objects.
A database’s schema determines how the data are represented, i.e., which data entities are mapped to objects, which are mapped to links, and what constitutes attributes of those objects and links. Proximity also uses an internal schema that determines how Proximity database structures map to MonetDB data structures.
A self-link connects a node with itself. For example, web pages often contain hyperlinks that jump to another part of the current page, linking the web page to itself.
A one-dimensional star query includes a core vertex and one or more neighboring vertices, each connected to the core vertex by a single edge. Typically, the neighboring vertices (and therefore the corresponding edges as well) are annotated with an unbounded range, permitting any number of matching neighbor objects and links. Star queries can be extended to additional dimensions through the use of subqueries.
A subgraph is a connected portion of a graph. QGraph queries return subgraphs as matches to the query.
A subquery is a connected subgraph of vertices and edges that can be treated as a logical unit. Subqueries allow grouping and limiting of complex query structures rather than just individual query elements.
A type is a label that categorizes instances in a data set, usually represented as an attribute-value pair assigned to an object or link. For example, a data set might contain objects that represent three types of entities: actors, movies, and studios. Proximity does not require a type attribute, but users may specify zero, one, or many attributes that provide type information. These attributes can be practical for the user, but in fact Proximity does not distinguish attributes representing type information from attributes representing other kinds of information.
A numeric annotation of the form
[i
..], an unbounded range
specifies that there must be at least i
corresponding element(s) to match the query.
An undirected edge in a query matches links in the database regardless of the link’s direction.
Validation is the process of ensuring that an XML document
obeys the structure specified in the associated DTD. In Proximity,
queries (which are represented internally in XML) must validate
against the DTD in graph-query.dtd
. Because
DTDs cannot specify semantic content or enforce all
potential syntactic requirements, a syntactically valid query may
still be illegal under the rules of QGraph.
Proximity uses the terms vertex and edge to refer to entities in a query and the terms object an link to refer to entities in the data. A vertex in a query matches corresponding objects in the data.
A well-formed query conforms to all rules governing how queries may be legally structured.


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Nigerian GenCos threaten shutdown over fees
by Pamela LargueElectricity generation companies (GenCos) have said they might be forced to shutdown their plants nationwide over a ‘new policy’ of the Nigerian Bulk Electricity Trading Plc (NBET).
The GenCos, through Joy Ogaji , executive secretary of their umbrella group, the Association of Power Generation Companies (APGC), said in Abuja on Sunday that the federal government must prevail on the NBET to rescind its insistence on its "unilateral and arbitral directive."
In September, bulk trader NBET, had directed all thermal GENCos to comply with its directive to submit their respective board approvals or resolutions affirming commitment to pay 0.75% administrative charge on all collated and submitted gas and transportation cost invoices to the Central Bank of Nigeria (CBN) for payment.
The APGC claimed that the NBET had demanded the administrative charge from the GenCos in order to access a N600 billion ($2 billion) Federal Government intervention fund.
Read more about Nigeria's power sector
Solar impact cases in Nigeria
Nigerian-South African relations: “We are brothers”
The GenCos however, rejected the alleged fee, arguing that there was no policy directive to that effect by the Nigerian Electricity Regulatory Commission (NERC).
Ogaji said the move might lead to the shutdown of power supply by GenCos, who had unanimously agreed to “call the bluff of NBET.”
She said: “The situation is truly grave and completely unprecedented as NBET has completely shed its role as a licensee of the industry and taken on some sorts of regulatory role. The entity is almost conducting itself in a manner that suggests that it is above the law.
“If NBET’s excesses are not checked and the N600 billion fund is not released in time, whether we deliberately shut down or not, the machine would shut down. Gas suppliers have stopped giving gas to some of the GenCos. The earlier the money is released, the better for us all.”
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Ogaji recalled that the electric bulk buying firm was introduced into the market as a service provider with a mandate of making the generation business viable, but alleged that it had since abdicated its role. She urged government to revert to the Market Operator (MO) while the NBET focuses on engagements with new entrants or prospective power project developers.
“GenCos have not been better off in terms of productivity since NBET was created. From 1 February 2015 that NBET took over till date, no GenCo has received 100% payment for power generated and supplied. This marriage needs to be dissolved because the reason for the marriage has not been fulfilled. Instead of getting better, it is getting worse because NBET has carried on as a quasi-regulator,” Ogaji added.
She said government, especially the board chairman of NBET, must review the “professional conduct of the management of the agency to ensure that business etiquettes are instilled,” adding that this should be done in line with the current administration’s vision of providing an enabling environment and leveraging the ease of doing business index in Nigeria.
Source: The Guardian


The Iceman Cometh (1973)
Grade: 60
American Film Theater was a production company with a good idea. Why not film top-quality plays, casting them with famous (if past their box office prime) actors? Aware that these films would not have folks standing in line to see them at theaters, they were distributed for limited engagements only, with the audience sometimes paying in advance to see them through a subscription.
About ten films were made, from 1972 through 1975. Perhaps the most famous of these films was "The Iceman Cometh", the 1947 Eugene O'Neill play about alcoholics hiding from life behind 'pipe dreams'. It starred Lee Marvin as the garrulous Hickey, a reformed drunk seeking to free his fellow alcoholics from the bottle by shattering their 'pipe dreams'.
The full length of "The Iceman Cometh" is four hours. The version that I saw had one hour removed, and another version exists that is under two hours. Not having seen the four or two hour versions, I can't compare them with the three hour version. I have heard that a television production from 1960 with Jason Robards as Hickey is superior, but I haven't seen that either. I can say that the 1973 version is a good film, but not a happy one. The large collection of eccentric and pathetic drunks have little to look forward to except the next drink, which is not always easy to obtain.
The performances are good all around. Blustery Marvin may or may not make as good a Hickey as Robards, but he had to learn and deliver a mountain of lines, which he does effortlessly. His character provides the play's suspense: why did he become reformed, what happened to his wife, and will he succeed in reforming the drunks? Not all the characters are as interesting, particulary Hugo (played by future Boss Hogg Sorrell Booke) with his ravings about the bourgeois and the willow trees.
<EMAIL_ADDRESS>http://members.tripod.com/~Brian_Koller/movies.html
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.
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Related links: index of all rec.arts.movies.reviews reviews


This is a simple javascript implenetation of Dijkstra's Algorithm to find the minimum distance between two points. The edges are weighted randomly, and only exist fo 75% of the possible edges. Once the algorithm begins, "visited" vertices will turn gray, the vertex under current consideration yellow, and when complete, the path will be in red. Status messages are below, as well as info for any individual node.
Quick overview of the Algorithm: (click for description)
Start by setting the distance value for each vertex at Infinity.
Set the distance for the starting Vertex to 0.
Push all the vertices onto a sorted structure, usually some form of a heap. This particular implementation uses a simple array due to the limited size.
Repeat the following:
Pop the first element off the vertices stack.
If the current vertex = end vertex, we've found the path.
Traverse each of it's edges to the next vertex. For each of those vertices:
Calculate the tentative distance for that vertex: tentative distance = (current distance) + (edge weight).
Set the distance to be the minimum of either it's current distance, or the tentative distance. (denoted as the black number on each vertex).
Mark the current vertex as visited and never revisit. This implementation accomplishes this via the pop at the beginning, which remove it from the possible vertex pool. (vertex marked as gray when visited)
Sort the unvisited vertex list.
If all of the vertices are removed, and no path was found, then no path exists.


Ploror688.github.io
Writing custom events in java with custom event java 1.1 has introduced me how to create a custom parser writing event listener writing the event handlers. A service that receives calls from the system when new notifications are posted or removed, or their ranking changed. To extend this class, you must declare. The Java™ Tutorials Lesson: Writing Event Listeners. This section has detailed information and examples of writing each common kind of event listener. DBPool - Java Database Connection Pooling. Realm Java is the first database built for mobile. An alternative to SQLite and ORMs that's fast, easy to use, and open source.
Listener a custom event in Java Writing Question. I listener to do something like this in Java but I don t know the way: Can somebody give me a hint or sample. Swing - Creating Custom Listeners In Java - Stack Overflow.
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Coronavirus in Scotland
Coronavirus (COVID-19) was first identified in December 2019.
The first case of Coronavirus (COVID-19) in Scotland was confirmed in March 2020.
Scottish test numbers
A total of 2,101 Scottish tests have concluded. Of these:
- 2,078 tests were confirmed negative
- 23 tests were positive
| Health board | Positive cases |
|---|---|
| Ayrshire and Arran | 1 |
| Fife | 2 |
| Forth Valley | 2 |
| Grampian | 4 |
| Greater Glasgow and Clyde | 3 |
| Lanarkshire | 3 |
| Lothian | 5 |
| Shetland | 2 |
| Tayside | 1 |
Last updated: 2pm on 9 March 2020. The latest numbers will publish at 2pm each day.
The Department of Health and Social Care publishes UK figures on behalf of all UK Chief Medical Officers. Test results from Scotland are included in the overall UK figure.
Coronavirus symptoms and health advice
Common symptoms of coronavirus include:
- high temperature or fever
- cough
- shortness of breath
Public health advice can be found at: Coronavirus (COVID-19) on NHS Inform.
A free helpline has been set up for people who do not have symptoms but are looking for general advice: 0800 028 2816.
Overseas visitors to Scotland, regardless of their residency status, are exempt from NHS charges for both the diagnosis and treatment of coronavirus (COVID-19).
Travel advice
Travel advice and country specific information can be found at: FitForTravel.
Our approach
Our approach is guided by the Chief Medical Officer, and we continue to monitor the situation closely and to work with the WHO and international community.
We are working with the Welsh Government, Northern Ireland Executive, and the UK Government to respond to the ongoing outbreak.


--- layout: post title: "Welcome To The World of DevBae." subtitle: "A blog to make technology easier to understand." home_title: "Welcome To The World of DevBae." home_subtitle: "A blog to make technology easier to understand." date: 2020-05-01 13:00:00 -0400 bg_url: "https://source.unsplash.com/Im7lZjxeLhg/1280x1280" author: "DevBae" tags: [home] ---
We've been waiting for so long to announce a blog to help you understand technology in a simpler and easier way. In the coming time, you all will be learning whatever we know through our blog posts and tutorials.
Currently we are only two people, who are managing and writing blogs here but we whole heartedly welcome others to join and share their knowledge, we'll be happy to post your tech write-ups here. Everyone has important resources bookmarked in their browsers, tell us what they are and do good to others. Contact us via mail or contribute to our Github repository.


SEBI approves stricter disclosure norms for companies defaulting on loans
SEBI also extended the requirement for Business Responsibility Report (BRR) to top 1,000 companies, up from 500 companies presently.
by Express Web DeskThe Securities and Exchange Board of India (SEBI) has approved stricter disclosure norms for the listed companies that are defaulting on loans.
The market regulator has also revised its regulations for the portfolio managers as well as for the rights issue of shares. Apart from these steps, it also extended the requirement for Business Responsibility Report (BRR) to top 1,000 companies, up from 500 companies presently.
Companies that fail to repay the principle amount or interest on loans beyond a period of 30 days will be required to disclose “fact of such a default” within a period of 24 hours, SEBI announced following its board meeting in Mumbai.
In a separate decision taken in its meeting, SEBI would be revising the norms for the issuance of shares on the basis of rights to the existing shareholders. the time taken for the process will be reduced to 31 days from the existing 55 days.
That apart, the market regulator will also amend its norms for the portfolio managers, where the requirement for the net worth and minimum investment would get raised for such portfolio managers.
SEBI Chairman Ajay Tyagi has said that the regulator’s objective is to “get more openness to help investors.”
(with PTI inputs)


FOR
The versatile FOR keyword can be used to iterate over a different collections like array, objects and set of HTML elements.
FOR-IN
A FOR-IN
statement iterates through all entries of an array, object, or values that implement Iterable
interface.
Each element returned by expression is visited exactly once. The current element is made available for further processing in the variable specified by variableName
.
This will iterate over all elements from the array and make the current array element available in variable i
. i
is not modified in this example but simply pushed into the result using the RETURN
keyword.
The variable introduced by FOR
is available until the scope the FOR
is placed in is closed.
Another example that uses a statically declared array of values to iterate over:
Nesting of multiple FOR
statements is allowed, too. When FOR
statements are nested, a cross product of the array elements returned by the individual FOR
statements will be created.
In this example, there are two array iterations: an outer iteration over the array of months plus an inner iteration over the array of years. The inner array is traversed as many times as there are elements in the outer array. For each iteration, the current values of months and years are made available for further processing in the variable m
and y
.
FOR-WHILE
FOR-WHILE
variant specifies the repeated iteration as long as a boolean condition evaluates to true. The condition is evaluated before each iteration. variableName
variable holds a number of each iteration.


Federation Gateway¶
A common architecture is the so-called federation gateway. In this approach IdentityServer acts as a gateway to one or more external identity providers.
This architecture has the following advantages
- your applications only need to know about the one token service (the gateway) and are shielded from all the details about connecting to the external provider(s). This also means that you can add or change those external providers without needing to update your applications.
- you control the gateway (as opposed to some external service provider) - this means you can make any changes to it and can protect your applications from changes those external providers might do to their own services.
- most external providers only support a fixed set of claims and claim types - having a gateway in the middle allows post-processing the response from the providers to transform/add/amend domain specific identity information.
- some providers don’t support access tokens (e.g. social providers) - since the gateway knows about your APIs, it can issue access tokens based on the external identities.
- some providers charge by the number of applications you connect to them. The gateway acts as a single application to the external provider. Internally you can connect as many applications as you want.
- some providers use proprietary protocols or made proprietary modifications to standard protocols - with a gateway there is only one place you need to deal with that.
- forcing every authentication (internal or external) through one single place gives you tremendous flexibility with regards to identity mapping, providing a stable identity to all your applications and dealing with new requirements
In other words - owning your federation gateway gives you a lot of control over your identity infrastructure. And since the identity of your users is one of your most important assets, we recommend taking control over the gateway.
Implementation¶
Our quick start UI utilizes some of the below features. Also check out the external authentication quickstart and the docs about external providers.
- You can add support for external identity providers by adding authentication handlers to your IdentityServer application.
- You can programmatically query those external providers by calling
IAuthenticationSchemeProvider
. This allows to dynamically render your login page based on the registered external providers. - Our client configuration model allows restricting the available providers on a per client basis (use the
IdentityProviderRestrictions
property). - You can also use the
EnableLocalLogin
property on the client to tell your UI whether the username/password input should be rendered. - Our quickstart UI funnels all external authentication calls through a single callback (see
ExternalLoginCallback
on theAccountController
class). This allows for a single point for post-processing.


current rssi: {{rssi}}
the rssi threshold high limit defines above which signal strenght a lap is detected.
the rssi threshold low limit defines below which signal strenght the next lap can be detected.
needs to be below the rssi threshold high limit.


Iraqi man Saad Harbi Haid Al-Karawi, 28, was diagnosed with dystonia, a rare neurological disorder which makes muscle contract involuntarily, causing repetitive or twisting movement.
He started experiencing the symptoms at the age 14, which he develops abnormal movement that sees him bending backwards and tilting his head uncontrollably.
The genetic disorder also left Saad bed-ridden for three years.
He was brought to Fortis Memorial Research Institute (FMRI) in Gurugram in northern India.
Saad was examined by a team of doctors led by neurosurgeon Dr Sandeep Vaishya and was suggested a procedure known as Bilateral Globus Pellidus Internus Deep Brain Stimulation to cure his condition.
He underwent a 10-hour operation which doctors placed electrodes deep inside his brain.
The complex surgery has a margin of error of less than 0.5mm. Once placed, they are connected to an implant placed in the chest.
Dr Vaishya said: "It took 8 to 10 hours to implant the device.
"The device now delivers carefully controlled electrical stimulation to targeted areas in the brain.
"He has shown visible signs of recovery within a week after the surgery."
Saad has been cured of his tremors and is now able to walk independently with crutches.
He said: "I am extremely happy that my condition has recovered to this extent.
"I can now walk and do all the normal activities like anyone else."


{% extends "Aplicacio/base.html" %} {% block title %}Aplicacio - {{ movie.name }}{% endblock %} {% block content %} {{ movie.name }} {% if user == movie.user %} (edit) {% endif %} MOVIE DETAILS: DECK: {{ movie.deck }} DURATION: {{ movie.duration }} REVENUE: {{ movie.revenue }} MORE DETAILS: link Characters {% for character in movie.characters.all %} {{ character.name }} {% empty %}Sorry, no characters for this movie yet. {% endfor %} Locations {% for location in movie.locations.all %} {{ location.name }} {% empty %}Sorry, no locations for this movie yet. {% endfor %} {% endblock %} {% block footer %} Created by {{ movie.user }} on {{ movie.date }} {% endblock %}
DECK: {{ movie.deck }} DURATION: {{ movie.duration }} REVENUE: {{ movie.revenue }} MORE DETAILS: link


loading
Far far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics, a large language ocean.
SCROLL
or use keys
The Big Oxmox advised her not to do so, because there were thousands of bad Commas, wild Question Marks and devious Semikoli, but the Little Blind Text didn’t listen. She packed her seven versalia, put her initial into the belt and made herself on the way. When she reached the first hills of the Italic Mountains, she had a last view back on the skyline of her hometown Bookmarksgrove, the headline of Alphabet Village and the subline of her own road, the Line Lane.
Learn more about MOET product, view online manuals, get the latest downloads, and more. Connect with us, or get service, support, and professional advice from our team.
It is a paradisematic country, in which roasted parts of sentences fly into your mouth. Even the all-powerful Pointing has no control about the blind texts it is an almost unorthographic life.
© MOET 2015 - Made for awesome people


{% extends "gridder_base.html" %}{% load humanize %} {% block title %}Page Not Found | PDFGridder{% endblock %} {% block extrahead %} {% endblock %} {% block content %}
It looks like the page you are looking for doesn’t exist.
You can still go back to the homepage.


--- layout: post title: Please Learn to Think date: '2012-05-17 10:54:29 -0700' mt_id: 1493 blog_id: 1 post_id: 1493 basename: please_learn_to_think categories: - cognition ---
Jeff Atwood's blog entry "Please Don't Learn to Code" has triggered a huge number of responses. Among the better ones was Michael Lopp's "Please Learn to Write" and Scott Hanselman's "Please Learn to Think about Abstractions."
Reading Hanselman's entry I noticed that he made an implicit point that is key to thinking and reminded me of one of my favorite things about Art Markman's book Smart Thinking, which I recently reviewed. He has an entire chapter about the power of self-explanation for enriching knowledge.
In this case, Hanselman's wife actually had no knowledge of plumbing—she just knew about operating the faucet. But I'll bet that she would have said she knew something. Markman recommends that you challenge yourself to explain any knowledge you presume to have. In doing so (and using some of the techniques he offers in the book), you'll quickly realize that there are gaps in that knowledge.
Once you know of the gaps, you can easily fill them in. In the beginning, your knowledge feels sufficient even though it has holes. After a short burst of self-explanation and accompanying research, you'll feel much more confident.
You shouldn't tolerate complacency in any area of your life and the best way to accomplish that is to become an active thinker.


Want to design, build, and give life to a team of cutting-edge robots?
This is the place to be!
The Thunderbots are an entirely student run team of thirty plus
engineering and computer science students dedicated to creating a
team of autonomous soccer-playing robots to compete at the
international RoboCup competition. Together they tackle both the
technical and administrative aspects of a project, gaining a valuable
university experience that cannot be provided in the classroom.
They meet regularly one evening a week and Saturdays to work on their
projects with other members of the team.
Thunderbots prides itself on being a highly competitive and finds its
success in an environment of multi-disciplinary teamwork, mentorship,
and student-directed learning. All skill levels are welcome! We recruit
first years to graduate students. All we ask for is that you have
dedication, enthusiasm, and an eagerness to learn about robotics. The
technical projects are highly involved, but, when accomplished, are
very rewarding.
The team is not currently recruiting new members. However, if you are
interested in joining the team, we welcome everyone to apply during
our next recruitment cycle in September!


--- title: "2021 ANNUAL SPRING PLANT SALE" subtitle: "" layout: "concerts-page" event-notes: "" published: true ---
You must be a current Red Butte Garden member to enter the plant sale on Member-only Benefit Day.
Free entry to the plant sale through the Amphitheatre gates.
Please park and enter through the north-facing Amphitheatre gates. Parking info below.
Check back soon for the 2020 plant list.
We do our best when growing and ordering plants for our plant sale months ahead of time, but we can't guarantee the quantity or availabilty of all plants listed.
Click the links below to see lists of the different plants offered.
Most plants at the sale will have plant ID cards to help you decide which plants do best in different sunny or shady locations and watering cycles in your yard, including bee-friendly, critter resistant, and high-elevation hardy plants.
CLICK HERE for a larger version.
From the four-way stop sign at Chipeta and Wakara Way, turn left (or north) and follow the signs the the Red Butte Garden Amphitheatre. Enter through the concert general admission gate.
Parking is available in the lots west and north of the Amphitheatre entrance. A few handicapped parking stalls are available in the west lot.
CLICK HERE for a larger parking map.


Contributing to Poetry🔗
First off, thanks for taking the time to contribute!
The following is a set of guidelines for contributing to Poetry on GitHub. These are mostly guidelines, not rules. Use your best judgement, and feel free to propose changes to this document in a pull request.
Table of contents🔗
- Reporting bugs
- Suggesting enhancements
- Contributing to documentation
- Contributing to code
- Issue triage
- Git workflow
How to contribute🔗
Reporting bugs🔗
This section guides you through submitting a bug report for Poetry. Following these guidelines helps maintainers and the community understand your report, reproduce the behavior, and find related reports.
Before creating bug reports, please check this list to be sure that you need to create one. When you are creating a bug report, please include as many details as possible. Fill out the required template, the information it asks helps the maintainers resolve the issue faster.
Note: If you find a Closed issue that seems like it is the same thing that you're experiencing, open a new issue and include a link to the original issue in the body of your new one.
Before submitting a bug report🔗
- Check the FAQs on the official website for a list of common questions and problems.
- Check that your issue does not already exist in the issue tracker.
How do I submit a bug report?🔗
Bugs are tracked on the official issue tracker where you can create a new one and provide the following information by filling in the template.
Explain the problem and include additional details to help maintainers reproduce the problem:
- Use a clear and descriptive title for the issue to identify the problem.
- Describe the exact steps which reproduce the problem in as many details as possible.
- Provide your pyproject.toml file in a Gist after removing potential private information (like private package repositories).
- Provide specific examples to demonstrate the steps to reproduce the issue. Include links to files or GitHub projects, or copy-paste-able snippets, which you use in those examples.
- Describe the behavior you observed after following the steps and point out what exactly is the problem with that behavior.
- Explain which behavior you expected to see instead and why.
- If the problem is an unexpected error being raised, execute the corresponding command in debug mode (the
-vvv
option).
Provide more context by answering these questions:
- Did the problem start happening recently (e.g. after updating to a new version of Poetry) or was this always a problem?
- If the problem started happening recently, can you reproduce the problem in an older version of Poetry? What's the most recent version in which the problem doesn't happen?
- Can you reliably reproduce the issue? If not, provide details about how often the problem happens and under which conditions it normally happens.
Include details about your configuration and environment:
- Which version of Poetry are you using? You can get the exact version by running
poetry -V
in your terminal. - Which Python version Poetry has been installed for? Execute the
debug:info
to get the information. - What's the name and version of the OS you're using?
Suggesting enhancements🔗
This section guides you through submitting an enhancement suggestion for Poetry, including completely new features and minor improvements to existing functionality. Following these guidelines helps maintainers and the community understand your suggestion and find related suggestions.
Before creating enhancement suggestions, please check this list as you might find out that you don't need to create one. When you are creating an enhancement suggestion, please include as many details as possible. Fill in the template, including the steps that you imagine you would take if the feature you're requesting existed.
Before submitting an enhancement suggestion🔗
- Check the FAQs on the official website for a list of common questions and problems.
- Check that your issue does not already exist in the issue tracker.
How do I submit an Enhancement suggestion?🔗
Enhancement suggestions are tracked on the official issue tracker where you can create a new one and provide the following information:
- Use a clear and descriptive title for the issue to identify the suggestion.
- Provide a step-by-step description of the suggested enhancement in as many details as possible.
- Provide specific examples to demonstrate the steps..
- Describe the current behavior and explain which behavior you expected to see instead and why.
Contributing to documentation🔗
One of the simplest ways to get started contributing to a project is through improving documentation. Poetry is constantly evolving, this means that sometimes our documentation has gaps. You can help by adding missing sections, editing the existing content so it is more accessible or creating new content (tutorials, FAQs, etc).
Note: A great way to understand Poetry's design and how it all fits together, is to add FAQ entries for commonly asked questions. Poetry members usually mark issues with candidate/faq to indicate that the issue either contains a response that explains how something works or might benefit from an entry in the FAQ.
Issues pertaining to the documentation are usually marked with the Documentation label.
Contributing to code🔗
Picking an issue🔗
Note: If you are a first time contributor, and are looking for an issue to take on, you might want to look for Good First Issue labelled issues. We do our best to label such issues, however we might fall behind at times. So, ask us.
If you would like to take on an issue, feel free to comment on the issue tagging @python-poetry/triage
. We are more than happy to discuss solutions on the issue. If you would like help with navigating
the code base, join us on our Discord Server.
Local development🔗
You will need Poetry to start contributing on the Poetry codebase. Refer to the documentation to start using Poetry.
You will first need to clone the repository using git
and place yourself in its directory:
$ git clone git@github.com:python-poetry/poetry.git
$ cd poetry
Note: We recommend that you use a personal fork for this step. If you are new to GitHub collaboration, you can refer to the Forking Projects Guide.
Now, you will need to install the required dependency for Poetry and be sure that the current tests are passing on your machine:
$ poetry install
$ poetry run pytest tests/
Poetry uses the black coding style and you must ensure that your code follows it. If not, the CI will fail and your Pull Request will not be merged.
Similarly, the import statements are sorted with isort and special care must be taken to respect it. If you don't, the CI will fail as well.
To make sure that you don't accidentally commit code that does not follow the coding style, you can install a pre-commit hook that will check that everything is in order:
$ poetry run pre-commit install
You can also run it anytime using:
$ poetry run pre-commit run --all-files
Your code must always be accompanied by corresponding tests, if tests are not present your code will not be merged.
Pull requests🔗
- Fill in the required template
- Be sure that your pull request contains tests that cover the changed or added code.
- If your changes warrant a documentation change, the pull request must also update the documentation.
Note: Make sure your branch is rebased against the latest main branch. A maintainer might ask you to ensure the branch is up-to-date prior to merging your Pull Request if changes have conflicts.
All pull requests, unless otherwise instructed, need to be first accepted into the main branch (master
).
Issue triage🔗
Note: If you have an issue that hasn't had any attention, you can ping us
@python-poetry/triage
on the issue. Please, give us reasonable time to get to your issue first, spamming us with messages does not help anyone.
If you are helping with the triage of reported issues, this section provides some useful information to assist you in your contribution.
Triage steps🔗
- If
pyproject.toml
is missing or-vvv
debug logs (with stack trace) is not provided and required, request that the issue author provides it. - Attempt to reproduce the issue with the reported Poetry version or request further clarification from the issue author.
- Ensure the issue is not already resolved. You can attempt to reproduce using the latest preview release and/or poetry from the main branch.
- If the issue cannot be reproduced,
- clarify with the issue's author,
- close the issue or notify
@python-poetry/triage
. - If the issue can be reproduced,
- comment on the issue confirming so
- notify
@python-poetry/triage
. - if possible, identify the root cause of the issue.
- if interested, attempt to fix it via a pull request.
Multiple versions🔗
Often times you would want to attempt to reproduce issues with multiple versions of poetry
at the same time. For these use cases, the pipx project is useful.
You can set your environment up like so.
pipx install --suffix @1.0.10 'poetry==1.0.10'
pipx install --suffix @1.1.0rc1 'poetry==1.1.0rc1'
pipx install --suffix @master 'poetry @ git+https://github.com/python-poetry/poetry'
Hint: Do not forget to update your
poetry@master
installation in sync with upstream.
For @local
it is recommended that you do something similar to the following as editable installs are not supported for PEP 517 projects.
# note this will not work for Windows, and we assume you have already run `poetry install`
cd /path/to/python-poetry/poetry
ln -sf $(poetry run which poetry) ~/.local/bin/poetry@local
Hint: This mechanism can also be used to test pull requests.
Git Workflow🔗
All development work is performed against Poetry's main branch (master
). All changes are expected to be submitted and accepted to this
branch.
Release branch🔗
When a release is ready, the following are required before a release is tagged.
- A release branch with the prefix
release-
, eg:release-1.1.0rc1
. - A pull request from the release branch to the main branch (
master
) if it's a minor or major release. Otherwise, to the bug fix branch (eg:1.0
). - The pull request description MUST include the change log corresponding to the release (eg: #2971).
- The pull request must contain a commit that updates CHANGELOG.md and bumps the project version (eg: #2971).
- The pull request must have the
Release
label specified.
Once the branch pull-request is ready and approved, a member of @python-poetry/core
will,
- Tag the branch with the version identifier (eg:
1.1.0rc1
). - Merge the pull request once the release is created and assets are uploaded by the CI.
Note: In this case, we prefer a merge commit instead of squash or rebase merge.
Bug fix branch🔗
Once a minor version (eg: 1.1.0
) is released, a new branch for the minor version (eg: 1.1
) is created for the bug fix releases. Changes identified
or acknowledged by the Poetry team as requiring a bug fix can be submitted as a pull requests against this branch.
At the time of writing only issues meeting the following criteria may be accepted into a bug fix branch. Trivial fixes may be accepted on a case-by-case basis.
- The issue breaks a core functionality and/or is a critical regression.
- The change set does not introduce a new feature or changes an existing functionality.
- A new minor release is not expected within a reasonable time frame.
- If the issue affects the next minor/major release, a corresponding fix has been accepted into the main branch.
Note: This is subject to the interpretation of a maintainer within the context of the issue.


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import controllers.psp.routes._ @this( main_template: main_template ) @(schemeName: String, authorisingPsa: String, emailAddress: String)(implicit request: Request[_],messages: Messages) @email = { @emailAddress } @headingText = { @messages("messages__pspRemovalConfirmation__heading__screenReaderAlternative", schemeName) } @p2Text = { @messages("messages__pspRemovalConfirmation__p2__screenReaderAlternative", authorisingPsa, schemeName) } @main_template( title = messages("messages__pspRemovalConfirmation__title"), bodyClasses = None ) {
@Html(messages("messages__pspRemovalConfirmation__p1", email.toString))
@Html(p2Text.toString)
@messages("site.return_to_psp_overview") }


Quran بِسْمِ اللَّهِ الرَّحْمَٰنِ الرَّحِيمِ 35:1 > الْحَمْدُ لِلَّهِ فَاطِرِ السَّمَاوَاتِ وَالْأَرْضِ جَاعِلِ الْمَلَائِكَةِ رُسُلًا أُولِي أَجْنِحَةٍ مَثْنَىٰ وَثُلَاثَ وَرُبَاعَ ۚ يَزِيدُ فِي
Holy Bible (AKJV) John 14:6> Jesus saith unto him, I am the way, the truth, and the life: no man cometh unto the Father, but by me. Romans 8:28> And we know that all things work together for good to them that love God, to them who are the called according to his purpose. Romans 12:12> rejoicing in hope; patient in tribulation; continuing instant in prayer;
PowerShell PS> Get-NetAdapter | Select-Object Name,MacAddress
Text.
Background.


✍ Rename Tab (bookmarklet)
1) drag above link into bookmarks (favourites) bar
2) click it while on page you want to have "renamed"
I wish I could rename the tabs when I’m working in an internet browser.


Components
In Legato, a component is a collection of code and other files that are functionally related, along with one or more licenses that apply to the components' files.
Components can be "built" generating output like object code libraries and other files. These files can be incorporated into applications and run on a target device.
Legato components can also have language-independent interfaces and configuration data.
Rationale
It's important to manage complexity. The more complex a system becomes, the harder it is to ensure required behaviour without unwanted effects. However, the more complex the problem, the more complex the software, and there's no avoiding this necessary complexity. But, if complexity is carefully compartmentalized (broken into smaller pieces with like behaviour requirements), human beings can still manage it.
Many approaches have been devised to reduce complexity like 'divide-and-conquer' where the system is broken down into small, manageable parts that together provide the complete system behaviour. It's proven that decoupling parts from each other (minimizing interconnectedness) can dramatically improve correctness and maintainability. Modularization and packaging support this.
Component-based software development separates implementation from interface, allowing software components to be swapped-out similar to hardware components E.g., a client component can be written to access a standard telephony interface without knowing the implementation of the interface; and this client can be used with different implementation components, depending on the underlying telephony network (cellular, PSTN, VoIP, etc.) the product supports.
Legato is designed to make it easier to build systems using a component-based model.
Decoupling components and hiding implementation details within components (behind their interfaces) has a major impact on maintainability:
- Clearly defining interface and components' roles and responsibilities allow defect sources to be isolated more easily.
- Components can be swapped out with stubs, and interfaces can be instrumented to gather more troubleshooting information.
- Component changes that don't affect its interfaces are constrained to that component. This supports
refactoring.
- Test suites can be applied to components implementing the same interface so test reuse is also supported.
Component-based software development also enables creative interconnection of components in previously unimagined ways to discover unique new solutions.
Components designed for reuse with simple, clean interfaces using standard data types and methods can be recombined into different arrangements that exhibit different overall system behaviours. Web mashups can combine previously-constructed web services into completely new applications because those web services provide well-defined interfaces using standard access mechanisms and data formats. The mashup doesn't care about how the web services are implemented; the mashup only cares about what the interfaces provide.
A further potential of component-based development is the ease of sharing (for free or for pay) of these reusable components. If a component is very useful to others, it can be shared and reused in accordance with the license that the author has chosen to release it under.
Legato Components
In the Legato world, each component is kept in its own directory. The name of the directory is also the name of the component.
The component can contain any number of source code files, pre-compiled binary files, resource files (e.g., audio files or images), or whatever files the component needs.
Each component must have a Component.cdef
file. This file describes the component to the Legato Build. It lists what source files the component includes, what interfaces it uses or implements, what resource files it includes, and what files it needs in the target host runtime environment.
Components that have source code files can be included in executables inside apps. The build tools will generate the appropriate start-up code for the executable to ensure that the component gets initialized when the executable is started.
Component Programming Model
Generally, Legato components are written using an event-driven model. Callback functions called "event handlers" (or "handlers" for short) are attached to specific events, and when events occur, the thread's event loop calls the appropriate handlers.
Every component implements a special initialization function (COMPONENT_INIT
in C). That function does whatever initialization is required for that component (e.g., initializes data structures, registers event handlers, starts threads, etc.) and returns. The process's main thread (auto-generated by the Build) runs all the component initializers for all components in the executable and then enters the Legato event loop. The event loop then reacts to events by and calling registered handlers.
This model allows multiple components to be deployed to the same process and even share a single thread within that process, without having to know anything about each other. This reduces the risk of multi-threaded race conditions and saves stack memory space, while simplifying many programming tasks.
Sometimes the judicious use of threads can considerably simplify a program, so multithreading is also supported by Legato, along with the usual thread synchronization tools (mutexes, semaphores, etc.) and the addition of queued function calls.
If a component blocks a shared thread, it blocks every component sharing that thread. So, to maximize a component's reusability in different programs, it's best to avoid blocking the main thread. Legato components can start their own, private threads to avoid this. And any thread can run its own event loop if an event-driven thread with blocking event handlers is desired.
Legacy Code
Sometimes you'll have a legacy program you want to include in your app without rewriting it in the style of a Legato component. This can be done by building your legacy app using your normal build system (but using the appropriate cross-toolchain provided for your target device) and bundling the built programs and libraries into the app.
Copyright (C) Sierra Wireless Inc. Use of this work is subject to license.


Something awesome
Lorem ipsum dolor sir amet consectir adpisicing elit. Fugiat rem facilia.
Learn more


--- layout: page # Education --- {% for degree in site.data.resume_info.education_list %}
{{ degree.school }} - {{degree.location}} {{ degree.start }} - {{ degree.end }}


Many police departments have online police blotters. Some of these online police blotters mention the names, ages and locations of those arrested. Even in the cases where the aforementioned are not convicted of the offence for which they are arrested, the names, etc. will remain posted on the sites containing the police blotters. Furthermore, the arresting officers will not always mention the fact that one’s name, etc. will be posted.
Be aware; this is becoming increasingly common. There are also mug shot sites which might cause more damage in the future.
Look yourself up on a search engine if you have been arrested. If you have a common name put your home location in the search. If you have a rare name this will be more of a problem if your name is posted as this may be the first entry the search engine shows.
The collateral damage caused by this information being online is not trivial. This day and age, given the economy, it will be much harder for anyone who’s name is on any of these sites to get/stay employed as well as the fact that relatives, friends and acquaintances may also turn their backs based on information on these sites.
I am posting this because I was arrested with two of my friends for crack and heroin. Our names, ages and home locations were posted on such a site three or four days after the arrest. We were not told of this online posting by the arresting officers. One of my friends and I had the charges dropped and the other had his reduced. There was no mention of those facts on that or a later post. The point here is to warn as many people as possible about this. Be careful.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


click here to go to the index page.
external link: google
click here to go to the login page.
NESTED index.html


Isolated Scope
controller scope vars
- $scope.a = 'aaa';
- $scope.b = 'bbb';
- $scope.c = 'ccc';
directive reference in view
<ex-isolated a="b" x="c" y="z" ></ex-isolated>
The view has access to its variables.
- a: {{ a }}
- b: {{ b }}
- c: {{ c }}
The directive maps its scope variables with
scope: {
// make a available in the directive's scope
and map it to the controller's variable specified
by the attribute a
a: '=',
// make foo available in the directive's scope
// and map it to the controller's variable specified
// by the attribute x
foo: '=x'
}


[gecode-users] Reified Distinct Constraint
Christian Schulte
cschulte at kth.se
Mon Mar 2 11:06:06 CET 2009
Well, yes. But one still needs to implement it... Maybe I'll announce a
master thesis for some soft constraints because they are pretty useful and I
got interested in them for some other reasons, too.
Christian
--
Christian Schulte, www.it.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Malcolm Ryan
Sent: Monday, March 02, 2009 5:01 AM
To: gecode list
Subject: Re: [gecode-users] Reified Distinct Constraint
Well a 'soft distinct' like this could easily be converted to a
reified distinct:
soft_distinct(args, nViolations);
BoolVar b = post(space, ~(nViolations == 0));
Malcolm
On 17/02/2009, at 8:36 PM, Christian Schulte wrote:
> No, not really. I do not know what this distinct would be good for.
> A more
> useful one would be a soft distinct where the number of violations is
> counted (there, one actually also could get some propagation). Check
> for
> example:
> http://citeseerx.ist.psu.edu/viewdoc/summary?doi=<IP_ADDRESS>.7071
>
> What do you need a reified distinct for?
>
> Christian
>
> --
> Christian Schulte, www.it.kth.se/~cschulte/
>
>
> -----Original Message-----
> From: Max [mailto:chaosangel at gmx.de]
> Sent: Tuesday, February 17, 2009 10:32 AM
> To: Christian Schulte
> Cc: 'gecode list'
> Subject: Re: [gecode-users] Reified Distinct Constraint
>
> Thank you for the quick answer.
> Is this feature planned for the release of GeCode3.0?
> I just found a mail in the archive of somebody requesting the same
> feature.
> Currently i do use O(n^2) constraints for this, but i wanted to show
> that i can transform it into a constant number of rules.
> Thats why i would need the reified version.
>
> Max
>
> Christian Schulte wrote:
>> No, there is no reified version. The best you can do at emulating
>> is use
>> excessive reification: Create O(n^2) reified disequality
>> constraints for
> all
>> variable-variable pairs, and then the reified control variable is the
>> conjunction of all the control variables from the disequalities. As
>> said,
>> not very good.
>>
>> Christian
>>
>> --
>> Christian Schulte, www.it.kth.se/~cschulte/
>>
>> -----Original Message-----
>> From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On
>> Behalf
>> Of Max Ostrowski
>> Sent: Monday, February 16, 2009 2:21 PM
>> To: gecode list
>> Subject: [gecode-users] Reified Distinct Constraint
>>
>> I just found the distinct constraint, that hopefully makes all
>> variables
>> distinct. This could greatly reduce the number of constraints, as i
>> am
>> translating from a logic program.
>> But i would need a reified version of the distinct constraint.
>> I there any or can i at least emulate thie behaviour?
>>
>> Thank you in advance,
>> Max
>>
>
>
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the gecode-users
mailing list


MuW201 Tangible Computing
Spring 2020
Instructor: Sayjel Vijay Patel
Course Description
Tangible Computing’ explores the evolving state of computation as both a visual and embodied medium. Through projects and daily work, students cultivate an informed use of technology from the ground up; embracing both the precision and messiness of computers to generate unexpected and novel multi-sensory user experiences and design artifacts. This knowledge will also help students develop deeper insights into emerging aesthetic principles and build algorithmic literacy; the ability to recognize the biases inherent today in all digital interactions.
This course is split into two parts. The first part, ‘Decoding Cultures of Time-based Media”, focuses on screen-based interactions. It exposes the skills to create an interactive computer program and unpacks various visual cultures of computational aesthetics. The second part of the course, ‘Ambient Media Interfaces’, focuses on embodied interactions. It explores how to create mixed-reality and tangible media applications.
Learning Objectives
- Evidence confidence with using a broad range of examples from new media art and interactive technology to understand how they interrelate
- Evidence confidence with developing a repertoire to interpret things traditionally categorized either as software or as hardware where one can perceive the influence of the other
- Evidence confidence with gaining experience and giving and receiving peer-group critique regarding how one expresses and instantiates one’s ideas.
- Evidence competence in working with a variety of software technologies and using creative problem solving to generate multi-sensory affordances.
Course Materials and Software
- Sketchbook. Always plan your projects on paper before writing any code.
- Laptop. or lab computer..
- Arduino. Required for project 2
- Sublime Text Text Editor
- NodeJS
- GitHub
- P5.js Processing for the Web
- Three.js 3D Library
- Johnny-Five Javascript Arduino Library


subselect: Selecting Variable Subsets
A collection of functions which (i) assess the quality of variable subsets as surrogates for a full data set, in either an exploratory data analysis or in the context of a multivariate linear model, and (ii) search for subsets which are optimal under various criteria.
| Version: |
0.14 |
| Imports: |
MASS, ISwR, corpcor |
| Published: |
2018-01-29 |
| Author: |
Jorge Orestes Cerdeira [aut],
Pedro Duarte Silva [aut],
Jorge Cadima [aut, cre],
Manuel Minhoto [aut] |
| Maintainer: |
Jorge Cadima <jcadima at isa.utl.pt> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
yes |
| Materials: |
ChangeLog |
| In views: |
ChemPhys |
| CRAN checks: |
subselect results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=subselect
to link to this page.


ROMY AND MICHELE'S HIGH SCHOOL REUNION A film review by Craig Good Copyright 1997 Craig Good
I bravely predict that Lisa Kudrow and Mira Sorvino will be completely overlooked come Oscar time since the Academy still seems to think that there's something easy about doing comedy. Perhaps it's because once in a while someone like Kudrow or Sorvino will come along and make it look so easy. In "Romy and Michele's High School Reunion" their performances are a reminder that at least half of story telling is in the telling -- it's not just the script.
The script by Robin Schiff is good, and it is funny, but the story itself doesn't break particularly new ground. Which doesn't matter a whit because it *is* funny, and the film *is* good. Sorvino and Kudrow turn in performances which accomplish something rare: they give a real depth and humanity to a couple of shallow people. They are also funny and fun to watch. (Any red--blooded male could be entirely forgiven for becoming obsessed with Mira Sorvino's mouth after watching her talk for a while.)
On the surface, Romy and Michele are none too bright. They haven't managed to do anything impressive in ten years after high school except bond in a vital friendship. Their joy is positively contagious as they continue to find the things they have in common. Every time they give each other that "Wow, you *too*?" look it's a moment of discovery for them. That these things are all completely banal is beside the point. The basic arc of the story, that they fight and then rediscover their friendship, is easy to see coming. What's pleasantly unpredictable is just what these two are going to do or say next. It's pleasant mostly because just about everything they say or do is funny.
Speaking of good work likely to be overlooked, this movie happens to have some of the most subtile effects makeup work I've ever seen. There is some good age makeup in a dream sequence but (and I'm being vague so as not to spoil anything) check out the character in the limo who says he has had plastic surgery. Now that is really nice work.
Back to the movie. Another fun performance to watch is that of Janeane Garofalo as the uptight and in a rush woman with a chip on her shoulder the size of Montana. And aside from the romantic frustrations she suffered in high school the best I can figure is that she's just angry because she has such a big chip on her shoulder.
Walking home from the theatre I could overhear the conversation of a couple of young teen girls who were busily analyzing Romy and Michele's clothes and hair in each sequence of the movie. I'd bet folding money that neither of them realized how much they sounded just like Romy and Michele. They reminded me that no matter how far off the wall they got (which is pretty darn far by the end of the reunion) Romy and Michele were in the end bright, likeable and most of all, human. If you're looking for a fun time at the movies you could do a lot worse.
OK? OK!
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Board members honoured for contributions to Hindu community
by CALVIN YANGIn his early years serving the Hindu community here, Mr Bala Subramanion would go from door to door, soliciting funds for the refurbishment of the Sri Srinivasa Perumal Temple in Serangoon Road.
The 102-year-old Mr Bala, who was Singapore's first Asian postmaster-general, also devoted his free time to other community projects such as the renovation of the Sri Sivan Temple at its former location in Orchard Road.
Yesterday, he was among those recognised for their contributions at a dinner to mark the 50th anniversary of the Hindu Endowments Board.
The dinner, at the Marina Mandarin, was part of a series of initiatives to celebrate the board's golden jubilee this year. More than 80 former and current members of the board, as well as the Hindu Advisory Board, were honoured for laying the groundwork for the vibrant growth of the community here.
The community has come a long way, said Mr Bala, who used to sit on the advisory board, which was established in 1985 to advise the Government and the endowments board on matters of the Hindu religion and customs.
"I am proud of what we have done over the years for those in need."
Senior Minister Tharman Shanmugaratnam, who presented tokens of appreciation to these members at the event, said many have worked hard "to make things better than what you saw and to elevate the lives of Hindus".
"It is an intense type of volunteering, frequent and often in the forefront," he added.
He added that the two boards have provided "quiet, steady and critically important leadership in the Hindu community" over the years.
Mr Tharman also commended the Hindu community leaders for playing an active role in promoting inter-faith harmony, including nurturing strong networks with their other faith counterparts.

"For us in Singapore, that must mean that we put even more effort into cultivating peace and harmony and building social trust," he said.


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ece 109 cumsheet
cumulative cheat sheet
i will turn this into a better cheat sheet for the final, just need to know what doesn't need to be on it
week 1: event
i dont have anything to say lmao
P(E \cup F) = P(E) + P(F) - P(EF)
"inclusion-exclusion principle," subtracts double counted intersection
P(E) = \frac{|E|}{|S|}
but only if it's
equiprobable!!
\binom{n}{k} = \frac{n!}{k! \, (n - k)!}
G - F = GF^C
does not occur = complement occurred
"not necessarily" is a valid response to "does [event] occur?"
post-quiz note: none of this was used
week 2: given
conditional probability
P(E | F) = \frac{P(EF)}{P(F)} = \frac{P(F | E) \, P(E)}{P(F)}
P(EF) = P(E | F) \, P(F) = P(F | E) \, P(E)
\begin{aligned} P(B) &= P(BA) + P(BA^C) = P(B | A) \, P(A) + P(B | A^C) \, P(A^C) ~ \text{splitting into cases} \\ &= P(B | A_1) \, P(A_1) + \dots + P(B | A_n) \, P(A_n) \\ P(B | E) &= P(B | A_1 E) \, P(A_1 | E) + \dots + P(B | A_n E) \, P(A_n | E) \end{aligned}
P(A_1 \dots A_n) = P(A_1) \, P(A_2 | A_1) \, P(A_3 | A_1 A_2) \dots
P(A_n | A_1 \dots A_{n-1})
"chain rule"
P(A_i | B) = \dfrac{P(B | A_i) \, P(A_i)}{\displaystyle\sum_{j =
1}^n P(B | A_j) \, P(A_j)}
"bayes theorem"
if E
and
F
disjoint,
P(E | F) = 0
if
E \subseteq F
then
EF = E
,
P(F | E) = 1
split complicated events into cases
post quiz note: we did not use this. did need to know how to interpret gibberish like "ur mom but not my mom"
week 3: independent
If E
and F
are
independent,
P(EF) = P(E) \, P(F)
-
P(E | F) = P(E)
ifP(F) \neq 0
-
E
andF^C
,E^C
andF
,E^C
andF^C
are also independent
If A
and B
are
independent given C
,
-
P(AB | C) = P(A | C) \, P(B | C)
ifP(C) \neq 0
-
P(A | BC) = P(A | C)
-
but they aren't independent given
C^C
!!
If E
and F
are
disjoint and their probabilities aren't 0, they're
not independent
If three events are independent to each other ("pairwise independent")
and
P(ABC) = P(A) \, P(B) \, P(C)
(which isn't
necessarily true), they're independent
Probability E
occurs exactly
k
times in
n
independent trials:
\binom{n}{k} (P(E))^k (1 - P(E))^{n-k}
For disjoint A
and
B
, probability that
A
occurs before
B
in independent trials:
\frac{P(A)}{P(A) + P(B)}
and i guess random vars are fair game too??
"with replacement" = putting it back (→ independent trials)
disjoint and subset events are not independent
don't forget that you know about their complements too
post quiz: P(A | C)
is NOT
\frac{P(A)}{P(C)}
. the conditional
independence equations above were useful
week 4: cumdf
(CDF/pmf definitions moved to a table in week 5)
here are a bunch of formulas that are probably kind of easy to remember/figure out on the spot
P(X > u) = 1 - F(u)
P(X < u) = F(u^-)
P(X \geq u) = 1 - F(u^-)
-
P(X = u) =
"jump atu
" (if continuous it's 0) P(a < X \leq b) = F(b) - F(a)
P(a < X < b) = F(b^-) - F(a)
-
P(a \leq X < b) = F(b^-) - F(a^-)
P(a \leq X \leq b) = F(b) - F(a^-)
cumDF only needs to be right continuous, so
F(u) = F(u^+) \neq F(u^-)
when zeger has P([a, b]) = b - a
, split into
cases based on possible values of X
or
endpoints of idk (for example, if X
could be
0 and 1, then your cases would be u < 0
,
0 \leq u < 1
, etc, see w4d2 lecture
example or winter 22 quiz 4.3)
also, P(E^C | F) = 1 - P(E | F)
i do not imagine any of this will be needed on the quiz
post quiz: nothing was used. the quiz was easy
week 5: expected
| function | stands for | typical function name and formula | graph notes | rules/properties |
|---|---|---|---|---|
CDF |
cumulative distribution function |
F_X(u) = P(X \leq u) |
filled bubbles always above open circles |
never decreases, starts at 0 and ends at 1 |
pmf |
probability mass function |
p_X(u) = P(X = u) |
bars with dots on them |
never negative, bars add to 1 |
|
probability density function |
f_X(u) = \frac{dF_X(u)}{du} |
never negative, area under curve is 1 P(a < X \leq b) = \int\limits_a^b f_X(u) du |
expected value/mean:
E[X] = \sum_u u f_X(u)
E[X] = \int\limits^\infty_{-\infty} u f_X(u) du
| special rv | pmf/pdf | intuition | mean | variance | |
|---|---|---|---|---|---|
uniform discrete rv |
|
||||
|
binary rv
(deterministic rv when |
p_X(0) = 1 - q p_X(1) = q |
flipping a biased coin |
E[X] = q |
\sigma_X^2 = q(1-q) |
|
binomial rv |
p_X(k) = \binom{n}{k} p^k (1 - p)^{n-k} for |
number of heads from flipping biased coin
|
E[X] = np |
||
poisson rv |
p_X(k) = \dfrac{\lambda^k e^{-\lambda}}{k!} for |
E[X] = \lambda |
|||
geometric rv |
p_X(k) = p(1 - p)^{k - 1} for |
number of biased coin flips until first head |
E[X] = \frac{1}{p} |
||
|
uniformly distributed rv on |
f_X(u) = \begin{cases} \dfrac{1}{b - a} & \text{if $a < u < b$} \\ 0 & \text{else} \end{cases} |
E[X] = \frac{a + b}{2} |
\sigma_X^2 = \frac{(a-b)^2}{12} |
||
|
gaussian/normal rv X \sim \N(m, \sigma^2) |
f_X(u) = \frac{1}{\sigma \sqrt{2\pi}} e^{-\dfrac{1}{2}\left(\dfrac{u - m}{\sigma}\right)^2} |
E[X] = m |
\Var(X) = \sigma^2 |
||
exponential rv |
f_X(u) = \begin{cases} \lambda e^{-\lambda u} & \text{if $u > 0$} \\ 0 & \text{else} \end{cases} |
E[X] = \frac{1}{\lambda} |
post-quiz: none of this was very useful, but desmos is!!
week 6: variance
CDF for X \sim \N(0, 1)
:
\Phi(u) = \frac{1}{\sqrt{2\pi}} \int\limits_{-\infty}^u e^{-\frac{z^2}{2}} dz = \frac{1}{2} + \frac{1}{2}\erf\left(\frac{u}{\sqrt{2}}\right)
for X \sim \N(m, \sigma^2)
,
F_X(u) = \Phi\left(\dfrac{u-m}{\sigma}\right)
i dont think i need to know this at all, but
\erf(u) = \frac{2}{\sqrt{\pi}} \int\limits_0^u e^{-t^2} dt
more expected value properties:
E[g(X)] = \begin{cases} \displaystyle\int\limits_{-\infty}^\infty g(u) f_X(u) du & \text{continuous} \\ \displaystyle\sum_u g(u) p_X(u) & \text{discrete} \end{cases}
E[g_1(X) + g_2(X)] = E[g_1(X)] + E[g_2(X)]
n
th moment:
E[X^n]
. first moment is mean
n
th central moment:
E[(X - E[X])^n]
. first central moment is
zero, second central moment is variance (sqrt is stddev)
\sigma_X^2 = \Var(X) = E[(X - E[X])^2] = E[X^2] - E[X]^2
for Y = aX + b
:
E[aX + b] = aE[X] + b
-
pmf
p_Y(u) = p_X\left(\dfrac{u-b}{a}\right)
-
variance
\sigma_Y^2 = a^2 \sigma_X^2
-
if
X \sim \N(m, \sigma^2)
, thenY \sim \N(am + b, a^2 \sigma^2)
to find pdf of Y
in terms of
p_X(u)
(pdf of X
)
-
set up CDF of
Y
(getF_Y
in terms ofF_X
) differentiate
\frac{d}{du} \int\limits_{h(u)}^{g(u)} f(z, u) dz = f(g(u), u) g'(u) - f(h(u), u) h'(u) + \int\limits_{h(u)}^{g(u)} \left(\frac{\partial}{\partial u} f(z, u)\right) dz ~ \text{(leibniz rule)}
joint cumdfs probably not this week
You can visually use the center of mass of the pdf/pmf for expected value
Variance is never negative
Use Wolfram Alpha!
be prepared to complete the square and stuff to make things look like a gaussian
post quiz note:
know your log properties
-
\Var(aX^2) = a^2\Var(X^2)
because if you letY = X^2
then\Var(aX^2) = \Var(aY) = a^2 \Var(Y) = a^2 \Var(X^2)
-
when using desmos to calculate variance of
Y = 2 - 3X^2
you can't dropX = 0
when calculating expected value becauseY \neq 0
week 7: joint
| joint | marginal | |
|---|---|---|
cumDF |
F_{X,Y}(u, v) = P(X \leq u, Y \leq v) |
F_X(u) = F_{X,Y}(u, \infty) F_Y(u) = F_{X,Y}(\infty, v) |
pmf |
p_{X,Y}(u, v) = P(X = u, Y = v) to get a probability of a region, just add the probabilities in it P((X, Y) \in T) = \sum_{(u, v) \in T} p_{X,Y}(u, v)
the CDF is like an infinite rectangle with top right corner
F_{X,Y}(a, b) = P((X, Y) \in \{(u, v) | u \leq a, v \leq b\}) \sum_{u, v} p_{X,Y}(u, v) = 1 |
p_X(u) = \sum_u p_{X,Y}(u, v) p_Y(v) = \sum_u p_{X,Y}(u, v) |
|
you can take a partial derivative in either order f_{X,Y}(u, v) = \frac{\partial^2 F_{X,Y}(u, v)}{\partial u \, \partial v} derived from P((X, Y) \in T) = \iint\limits_T f_{X,Y}(u, v) \, du \, dv pdf ⇒ CDF: F_{X,Y}(u, v) = \int\limits_{-\infty}^v \int\limits_{-\infty}^u f_{X,Y}(s, t) \, ds \, dt \int\limits_{-\infty}^\infty \int\limits_{-\infty}^\infty f_{X,Y}(u, v) \, du \, dv = 1 |
f_X(u) = \int\limits_{-\infty}^\infty f_{X,Y}(u, v) \, dv f_Y(v) = \int\limits_{-\infty}^\infty f_{X,Y}(u, v) \, du |
(from spencer vid) to find a probability from joint pdf:
-
figure out what region to integrate over depending on the event given
do integral. lmao
shortcut! if you know that a marginal pdf will be constant (eg when
finding marginal pdf of Y
where joint pdf
only dependent on u
(X
)) you can just solve for C
by setting area
= 1
post quiz. desmos is ideal for those double integrals. everything was just pdf stuff, so didnt use this cumsheet for the quiz
week 8: independent rvs
these are equivalent:
-
rvs
X
andY
are independent -
P(X \in A, Y \in B) = P(X \in A) \, P(Y \in B)
where
A, B \in \mathbb{R}
-
joint CDF factors:
F_{X,Y}(u, v) = F_X(u) \, F_Y(v)
for allu, v
-
joint pdf factors:
f_{X,Y}(u, v) = f_X(u) \, f_Y(v)
for allu, v
-
joint pmf factors:
p_{X,Y}(u, v) = p_X(u) \, p_Y(v)
for allu, v
iid (independent, identically distributed) means same pdf/pmf
| rv | |
|---|---|
Z = X + Y |
\begin{aligned} f_e(w) &= \int\limits_{-\infty}^\infty f_{X,Y}(w - v, v) \, dv \\ &= \int\limits_{-\infty}^\infty f_{X,Y}(u, w - u) \, du \\ &= \int\limits_{-\infty}^\infty f_X(w - v) \, f_Y(v) \, dv ~ \text{(if independent; convolution integral)} \\ &= \int\limits_{-\infty}^\infty f_X(u) \, f_Y(w - u) \, du \end{aligned} |
Z = \max(X, Y) |
\begin{aligned} f_Z(w) &= \int\limits_{-\infty}^t f_{X,Y}(u, t) \, du + \int\limits_{-\infty}^t f_{X,Y}(t, v) \, dv \\ &= F_X(t) \, f_Y(t) + f_X(t) \, F_Y(t) ~ \text{(if independent)} \\ &= n \, F_X^{n-1}(t) \, f_{X_1}(t) ~ \text{(if $n$ iid rvs)} \\ &= \begin{cases} nt^{n-1} ~ \text{if $t \in [0, 1]$} \\ 0 ~ \text{else} \end{cases} ~ \text{(if rvs uniform on $[0, 1]$)} \end{aligned} |
Z = XY |
f_Z(a) = \int\limits_{-\infty}^\infty \frac{1}{|v|} f_{X,Y}\left(\frac{a}{v}, v\right) \, dv |
from spencer:
-
P(\max(X, Y) \geq 1) = 1 - P(\max(X, Y) < 1)
which is a bit more useful -
polar integration
\iint f(r, \theta) r dr d\theta
when the quiz asks which of a bunch of joint pmf graphs are independent, the rows/columns should be multiples of each other
post-quiz: yeah actually in general, if you have two independent uniform rvs, their joint pdf/pmf will be a rectangle/array
week 9: covariance
f_{X + Y, X - Y}(a, b) = \frac{1}{2} f_{X,Y}\left(\frac{a + b}{2}, \frac{a - b}{2}\right)
\begin{aligned} E[Z = g(X_1, \dots, X_n)] &= \int\limits_{-\infty}^\infty \int\limits_{-\infty}^\infty \dots \int\limits_{-\infty}^\infty g(u_1, \dots, u_n) \, f_{X_1, \dots, X_n}(u_1, \dots, u_n) \, du_1 \dots du_n \\ E[g(X, Y)] &= \int\limits_{-\infty}^\infty \int\limits_{-\infty}^\infty g(u, v) \, f_{X, Y}(u, v) \, du dv & \text{(continuous)} \\ &= \sum_v \sum_u g(u, v) \, p_{X, Y}(u, v) & \text{(discrete)} \end{aligned}
E[X + Y] = E[X] + E[Y] ~ \text{They don't need to be independent}
covariance
\begin{aligned} \Cov(X, Y) &= E[(X - E[X])(Y - E[Y])] \\ &= E[XY] - E[X] \, E[Y] \\ \Cov(X, X) &= \Var(X) \\ \Cov(X, Y + Z) &= \Cov(X, Y) + \Cov(X, Z) \\ \Cov(aX, bY) &= ab \Cov(X, Y) \\ \Var(X \pm Y) &= \Var(X) + \Var(Y) \pm 2 \Cov(X, Y) \\ &= \Var(X) + \Var(Y) ~ \text{if uncorrelated} \end{aligned}
for independent rvs,
\Var(X_1 \pm \dots \pm X_n) = \Var(X_1) \pm \dots \pm \Var(X_n)
correlation coefficient
\begin{aligned} \rho_{X, Y} &= \frac{\Cov(X, Y)}{\sigma_X \sigma_Y} \\ &= E\left[\left(\frac{X - E[X]}{\sigma_X}\right)\left(\frac{Y - E[Y]}{\sigma_Y}\right)\right] \\ |\rho_{X, Y}| &\leq 1 \end{aligned}
independence → (uncorrelated ↔
E[XY] = E[X] \, E[Y]
)
then zeger went on to talk about estimation.. which spencer DID mention , so 😱😱😱
mean squared error = E[(X - \hat{X})^2]
with
error e
, true value
X
, estimate
\hat{X}
best linear estimate
\begin{aligned} \hat{X} &= \frac{E[XY]}{E[Y^2]} \cdot Y \\ &= \rho_{X, Y} Y ~ \text{if $\sigma_X = \sigma_Y = 1$, $E[X] = E[Y] = 0$} \end{aligned}
joint gaussian
\begin{aligned} f_{X,Y}(u, v) &= \frac{1}{2\pi\sigma_X\sigma_Y\sqrt{1-\rho^2}} ~ e^{\displaystyle -\frac{1}{2(1 - \rho^2)} \left( \left(\frac{u - m_X}{\sigma_X}\right)^2 + \left(\frac{v - m_Y}{\sigma_Y}\right)^2 - 2\rho\left(\frac{u - m_X}{\sigma_X}\right)\left(\frac{v - m_Y}{\sigma_Y}\right) \right)} ~ \text{where $\rho$ is the correlation coeff} \\ &= \frac{1}{2\pi\sqrt{1-\rho^2}} ~ e^{\displaystyle -\frac{1}{2(1 - \rho^2)} (u^2 + v^2 - 2\rho uv)} ~ \text{if $m_X = m_Y = 0$, $\sigma_X = \sigma_Y = 1$} \\ \end{aligned}
just for gaussians, independence ↔ uncorrelated
don't mix up stddev and variance!! make sure to sqrt variance for
\sigma_X
for correlation coefficient, but
when the problem asks to sum variances leave it as
\sigma_X^2
maybe the infinite integral of e^{-ax}
might
be nice to have
\begin{aligned} \int\limits_0^\infty e^{-ax} dx &= -\frac{1}{a} e^{-ax} \bigg\rvert_0^\infty \\ &= -\frac{1}{a} e^{-a\infty} + \frac{1}{a} e^0 \\ &= -\frac{1}{a} \cdot 0 + \frac{1}{a} \cdot 1 \\ &= \boxed{\frac{1}{a}} \end{aligned}
actually this seems incredibly limited i would just use desmos
at least for fall '21 #2 apparently it is better to use the gaussian pdf not the joint gaussian
post-quiz: needed to double check variance equation


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I selected Glide Right Window Door for 3 specific reasons... their professionalism, fair and reasonable quote for their product and services, and their true desire to provide excellent customer service! I couldn't be happier with the windows and working with Mark and Blake made the process painless. They are reliable, prompt, and intent on providing 100% satisfaction!
--Cheryl | Costa Mesa, CA
Blake and his team are fantastic and I can't say enough about their level of service and dedication. Others tried to get me to cut corners and order lower quality windows, but I trust Blake and he didn't disappoint. The team was in and out in a day, cleaned up their work areas and now I enjoy a cooler home in the summer and a warmer home in the winter. Thanks!
--Jeff | Tustin, CA
I highly recommend this company for any of your windows or doors. They have good prices and excellent craftsmanship. The two guys that installed my windows, Blake and Mark, were friendly and professional!!
--Raymond | Costa Mesa, CA
Great install and meticulous attention to detail. Excellent service and prompt follow up after the job. Do business with these guys with complete confidence.
--Scott | Dana Point, CA
This is such a great company! They were by far the lowest price in the area, they were quick and efficient, incredibly nice and easy to work with!
--Jenny | Ladera Ranch, CA
Blake Palmer, CEO
Phone:<PHONE_NUMBER>
Email<EMAIL_ADDRESS>Mark Macpherson, CFO
Phone:<PHONE_NUMBER>
Email<EMAIL_ADDRESS>Scott Barber, Sales
Phone:<PHONE_NUMBER>
Email<EMAIL_ADDRESS>Address:
27126 Paseo Espada, Suite 1603
San Juan Capistrano, CA 92675


These are simple pages that I use as a test bed. They generally don't do very much, but help me to understand what some code is supposed to be do.
I have been using BootStrap's breakpoints in my CSS for responsive design. I recently became aware that my phone is considerably smaller than BootStrap's small screen size (572 pixels) and much much smaller than the manufacturer specs say it is. So how big is it?
viewport uses properties of document.body to display the width and heigth of the viewport.


/businesses/get
Get list of all your business locations.
Each response will be numered with id, starting with 1, for example businessId1, businessId2, ... , businessId{count}.
Parameter count will be returned in the response.
Parameters
| Name |
Type |
Required |
Example |
Description |
| clientId |
string(40) |
yes |
04f78...9f9f3 |
Client id is a unique user identifier provided by GetFiveStars. |
| hash |
string(64) |
yes |
bd13a40...303f3c5 |
Hash is a digital request signature. Learn how to generate hash here. |
| page |
integer |
no |
1 |
Page number, if not specified then page = 1 |
Request
POST https://getfivestars.com/api/businesses/get
[Content-Type: application/json]
{
"clientId": "627d5e234e1a2f503c9e12262cf313d693575895",
"hash": "25c1ecd01f97fa19d42395f050414c71fd706510b44814d01d600a0f90101246",
"page": 1
}
Response
{
"page": 1,
"perPage": 100,
"pages": 1,
"businessId1": 376,
"businessName1": "Peach Trees Intl.",
"businessPhone1": "808-333-3334",
"businessCity1": "Haiku",
"businessState1": "HI",
"businessZip1": "96708",
"businessCountry1": "US",
"businessStreetAddress1": "150 Hana Hwy",
"businessType1": "LocalBusiness",
"businessOrganisationType1": "company",
"customField1": "12345", // displayed only if not empty
"businessWebsiteURL1": "https:\/\/www.peachtreeintl.abc-company.com", // displayed only if not empty
"count": 1,
"errorCode": 0,
"errorMessage": "Success"
}
Errors
| errorCode |
errorMessage |
| -1 |
Unknown error |
| 1 |
Invalid hash sign |
| 2 |
Invalid clientId |
| 3 |
Server error - please contact support |


Experience
-
Community Relations Specialist, Centro de la Familia de Utah
February 2009 - Present
-
Producer and Host, Acceso Utah
May 2013 - Present
-
Producer and Host, Hola Hawai'i
October 2011 - February 2012
-
Contributing Writer, Hawaii Hispanic News
February 2011 - October 2012
-
Staff Writer, Intermountain Catholic
February 2011 - October 2012


Platform for Digital Financial Services
Apache Fineract (\’fīn-,ǝ-ˌrakt\) is an open source system for core banking as a platform. Fineract provides a reliable, robust, and affordable solution for entrepreneurs, financial institutions, and service providers to offer financial services to the world’s 2 billion underbanked and unbanked.
About
Apache Fineract can be deployed in any environment: cloud or on-premise, on or offline, mobile or PC; it’s extensible enough to support any organizational type or delivery channel, and flexible enough to support any product, service, or methodology. For any organization, big or small, it will provide the client data management, loan and savings portfolio management, integrated real time accounting, and social and financial reporting needed to bring digital financial services in a modern connected world.
Rapid Product Creation
Our flexible product creation engine allows you to instantly create, configure and roll out brand new products across any of your branches. You can respond to client demand in no time. You can also configure your product mix to ensure clients can only take on a responsible amount of loans at one time.
Multiple Lending Methodologies
The Apache Fineract API supports
- individual lending,
- Grameen Joint Liability group lending,
- multi-tranche loans,
- standing instructions for automated payments,
- and co-op lending.
For group lending, we have full functionality to configure and manage groups including client, group, center information and hierarchy.
Full Range of Deposit Products
Savings is one of the most proven services in the financial inclusion toolkit. Apache Fineract supports your organization as it moves beyond basic passbook savings with support for
- fixed (term) deposits,
- recurring deposits,
- and current accounts.
Your client can benefit from a fluid mix of deposit and credit products to help them store up the funds to resist shocks and grow income needed to make larger purchases and investments.
Interest, Penalties, and Fees
Apache Fineract supports:
- calculation of interest balance on daily or average daily balance with the ability to specify the compounding period daily or monthly
- flat or percentage-based fees that can be applied and collected on a specific due date
- minimum opening balance and a locking period that can be defined in days, weeks, months, and years
Contribute
The Apache Fineract (incubating) community welcomes contributors who want to support the Fineract technology. Our community builds everything from this website, from the Fineract code to documentation and best practices information.
We especially welcome additions and corrections to the documentation, wiki, and website to improve the user experience. Bug reports and fixes and additions to the Apache Fineract code are welcome. Helping users learn best practices also earns good karma in our community.
Mailing Lists
Users
Perfect if you build on top of or deploy Apache Fineract.
To subscribe, send a blank email to<EMAIL_ADDRESS>You can also read the archives.
Developers
If you are building contributions and modifications to Apache Fineract this is the list for you.
To subscribe, send a blank email to<EMAIL_ADDRESS>You can also read the archives.
Commits
This list receives an email whenever new code is contributed to Apache Fineract.
To subscribe, send a blank email to<EMAIL_ADDRESS>You can also read the archives.
Resources
Documentation
Contributor's Zone
Here you will find guides about getting started, how to contribute, and build instructions.
Committer's Zone
Here you will find guides about handling pull requests, and dealing with code reviews.
Repositories
Apache Fineract
Here you will find the source code for Apache Fineract.
Web Site
Here you will find the source code for this web site.
Disclaimer
Apache Fineract is an effort undergoing incubation at The Apache Software Foundation (ASF), sponsored by the Apache Incubator PMC. Incubation is required of all newly accepted projects until a further review indicates that the infrastructure, communications, and decision making process have stabilized in a manner consistent with other successful ASF projects. While incubation status is not necessarily a reflection of the completeness or stability of the code, it does indicate that the project has yet to be fully endorsed by the ASF.