| Interface | Description |
|---|---|
| ChangesetDebugConfiguration.ChangesetDebugListener | |
| ListEventsHandler<QueryParams> |
An interface used by sections to interact with their data-fetching services.
|
| LoadEventsHandler |
An interface used by a
Section to notify its users of the status of the connection while
loading new items. |
| SectionTree.SectionMatcher | |
| SectionTree.Target |
The class implementing this interface will be responsible to translate the ChangeSet into UI
updates.
|
| Class | Description |
|---|---|
| BaseLoadEventsHandler |
An empty implementation of
LoadEventsHandler |
| Change |
A Change represent a single operation in a section's
ChangeSet . |
| ChangeSet |
A ChangeSet represent a list of Change that has to be applied to a
SectionTree.Target as the result
of an update of a Section . |
| ChangesetDebugConfiguration |
Used for debugging changeset generation.
|
| ChangesetDebugConfiguration.ChangesetDebugInfo | |
| ChangeSetState |
ChangeSetState is responsible to generate a global ChangeSet between two
Section s trees. |
| ChangesInfo |
A ChangesInfo represent a list of Change that has to be applied to a
SectionTree.Target as the result
of an update of a Section . |
| Children |
Utility class that represents the children of a
GroupSectionSpec . |
| Children.Builder | |
| KeyHandler |
This class manages the
Section s global keys for a SectionTree . |
| LoadingEvent |
Sections should implement this method to receive events about their children's loading state.
|
| Logger | |
| Section |
Represents a unique instance of a
Section that is driven by its matching SectionLifecycle . |
| Section.Builder<T extends Section.Builder<T>> |
A builder to build a Section with a
SectionLifecycle L. |
| SectionContext | |
| SectionDebugUtil |
Exposes methods needed for debugging tools like Stetho and Flipper.
|
| SectionLifecycle | |
| SectionLifecycleTestUtil |
A utility elevating some of the visibility constraints internal classes, including
SectionLifecycle , SectionContext and Section to ease testing. |
| SectionsDebugParams | |
| SectionsLogEventUtils |
Utility class for creating common logging events.
|
| SectionTree |
Represents a tree of
Section and manages their lifecycle. |
| SectionTree.Builder |
A builder class that can be used to create a
SectionTree . |
| SectionTree.Target.DynamicConfig | |
| SectionTreeLoadingEventHandler |
| Enum | Description |
|---|---|
| FocusType |
Can be used for requesting focus to a part of a Section.
|
| LoadingEvent.LoadingState |
| Exception | Description |
|---|---|
| SectionKeyNotFoundException |
| Annotation Type | Description |
|---|---|
| SectionsLogEventUtils.ApplyNewChangeSet |


S A M V E N T E R S
github
wikipedia links
how
stuff
is
connected
sam-docs
short
ref
for
code
spx opts viz
vol
is
your
father
backpacker hostels map
map
world
human
society
About
sam
sam
sam
sam
<3
:)


A project aims to extract the integrated terminal of Visual Studio Code out and make it a standalone app.
Motivation:
1) I really like the integrated terminal and do not want to open Visual Studio Code every
time just for using the terminal.
2) Other people also like it and want a standalone version. Check
this issue
out.
Tic-tac-toe game with blazing simple UI and you will never be able to beat the computer.
View Project


An analogy to describe the difference between HTML and CSS HTML holds the structure and textual content of a web page and CSS provides the instructions on its style and appearance. For example, the HTML could include headings, subheadings and paragraph text; and the CSS allows us to apply a different colour or font to that text. your car may be used as an analogy for the differences between HTML and CSS. The “Car” would be HTML and the “Gas” would represent CSS “Gas” is used as the content filling in this structure “Car”. Similarly, HTML holds the content and structure of a web page
Control flow is about the order a computer executes what you ask it to do using coding languages. Generally, computer instructions are carried out from top to bottom. However, looping statements such as for, while and do-while, can require a computer to disrupt a default top down flow.
The process of filling your car is a process that can be compared to control flow and looping.The Document Object Model (DOM) is the browser's understanding and representation of an HTML document. The DOM enables JavaScript to be used to access the HTML as an object and change the HTML elements of a web page; allowing us to make more dynamic and interactive websites. You can interact with the DOM by opening developer tools in the browser and navigating to the 'elements' section, this is the DOM.
Arrays can store multiple items (elements) under a single label (variable) too. However, the items in an array are accessed or 'called' using an automatically given index number starting from 0. To access an array item you may use the variable followed by the index number in brackets e.g. arrayName[0] will access the first item of the array.
A function is a set of instructions / a customised JavaScript command created to carry out a particular action. Helpfully, the Watch and Code Practical JavaScript course describes functions as 'recipes'. The basic structure of a function is as follows:
A function can be defined once and reused many times this helps us to avoid repeating ourselves again and again and again.


MathJax can be loaded from a public web server or privately from your hard drive or other local media. To use MathJax in either way, you will need to obtain a copy of MathJax and its font package. There are three ways to do this: via git, svn, or via a pre-packaged archive. We recommend git or svn, as it is easier to keep your installation up to date.
The easiest way to get MathJax and keep it up to date is to use the Git version control system to access our GitHub repository. Use the commands
git clone git://github.com/mathjax/MathJax.git mathjax
cd mathjax
unzip fonts.zip
to obtain and set up a copy of MathJax.
Whenever you want to update MathJax, you can now use
cd mathjax
git status
to check if there are updates to MathJax. If MathJax needs updating, use
cd mathjax
git pull origin
# if fonts.zip is updated, do the following as well:
rm -rf fonts
unzip fonts.zip
to udpate your copy of MathJax to the current release version. If the fonts.zip file has been updated, you will need to remove the old fonts directory and unpack the new one bring your installation up to date. If you keep MathJax updated in this way, you will be sure that you have the latest bug fixes and new features as they become available.
This gets you the current development copy of MathJax, which is the “bleeding-edge” version that contains all the latest changes to MathJax. At times, however, these may be less stable than the “release” version. If you prefer to use the most stable version (that may not include all the latest patches and features), use git tag -l to see all versions and use git checkout <tag_name> to checkout that version of MathJax. When you want to upgrade to a new release, you will need to repeat this for the latest release tag.
If you are more comfortable with the subversion source control system, you may want to use our svn mirror. If you want to get the latest svn revision, use the commands
svn co http://mathjax.svn.sourceforge.net/svnroot/mathjax/trunk/mathjax mathjax
cd mathjax
unzip fonts.zip
to obtain and set up a copy of MathJax. (The SourceForge development page also shows how to do this.)
Whenever you want to update MathJax, you can now use
cd mathjax
svn status
to check if there are updates to MathJax. If MathJax needs updating, use
cd mathjax
svn update
# if fonts.zip is updated, do the following as well:
rm -rf fonts
unzip fonts.zip
to udpate your copy of MathJax to the current release version. If the fonts.zip file has been updated, you will need to remove the old fonts directory and unpack the new one bring your installation up to date. If you keep MathJax updated in this way, you will be sure that you have the latest bug fixes and new features as they become available.
This gets you the current development copy of MathJax, which is the “bleeding-edge” version that contains all the latest changes to MathJax. At times, however, these may be less stable than the “release” version. If you prefer to use the most stable version (that may not include all the latest patches and features), use
svn co http://mathjax.svn.sourceforge.net/svnroot/mathjax/tags/mathjax-1.0.1 mathajx
cd mathjax
unzip fonts.zip
to obtain the version 1.0.1 release. When you wish to update to a new release, you will need to check out a new copy of MathJax with the new release number.
Release versions of MathJax are available in archive files from the MathJax download page or the GitHub downloads (click the big download button on the right), where you can download the archives that you need.
You should download the MathJax-v1.0.1.zip file, then simply unzip it. Once the MathJax directory is unpacked, you should move it to the desired location on your server (or your hard disk, if you are using it locally rather then through a web server). One natural location is to put it at the top level of your web server’s hierarchy. That would let you refer to the main MathJax file as /MathJax/MathJax.js from within any page on your server.
Use the HTML files in the test directory to see if your installation is working properly:
test/
index.html # Tests default configuration
index-images.html # Tests image-font fallback display
sample.html # Sample page with lots of pretty equations
Open these files in your browser to see that they appear to be working properly. If you have installed MathJax on a server, use the web address for those files rather than opening them locally. When you view the index.html file, you should see (after a few moments) a message that MathJax appears to be working. If not, you should check that the files have been transferred to the server completely, that the fonts archive has been unpacked in the correct location, and that the permissions allow the server to access the files and folders that are part of the MathJax directory (be sure to verify the MathJax folder’s permissions as well). Checking the server logs may help locate problems with the installation.


You can switch between portrait and landscape modes in the Platforms panel box as well. When on a platform that has a specific callback for such an event Ripple will fire it appropriately.
Go ahead and try switching back and forth, a message should appear notifying its success. (you can also see the event happening in your browser console)
The code for registering this event can be found in
js/Routes.js


...you will generate the socket from the now rectified positive model. Don't make the line too thin. An overly-thin brush will cause gaps to appear in the trim line when the line is smoothed. Once all face groups are cleared, use the selection tool to draw a trim line. Start by using the selection tool to trace the trim line for the socket as marked during the scanning process, Make sure to trace above the line rather than directly on the line and verify that the line is continuous and that there are no gaps.
In the following steps, you will select an area on the model and use it to form a trim line.
Use the slider to select an appropriate brush size. It shouldn't be too large, but should be large enough to create a smooth, consistent selection with no breaks. Don't make the line too thin. An overly-thin brush will cause gaps to appear in the trim line when the line is smoothed.
Use the brush to draw a trim line on the model, starting at the bottom of the patella, rising higher on the sides of the leg,
and meeting in a straight line on the back of the model. To erase unwanted selections, hold down the "Ctrl" button on your keyboard while drawing.
Pressing the "Accept" button will smooth your trim line.
To generate a socket, double-click anywhere below the trim line. The area on which you've double clicked should turn orange.
If an area does not turn orange, simply double-click in it as well. When the entire area below the trim line is selected, press "Accept" and then move on to the "Generate Socket" step.
In this step you will turn your selection into a facegroup.
Double click on the socket area to select the facegroup you've just created. Next, double click on the trim line. Both areas should now appear in orange, indicating that they are selected.
Use the expand and contract buttons to make the trim line edge of the your selection roughly
10% higher.
By pressing "Accept" the selection will be remeshed to smooth the trim line.
To generate a socket, double-click anywhere below the trim line to select the appropriate part of the model. Then, press generate socket to create the socket. You can set the space between the residual limb and the socket using the ‘inner dimension’ slider and the thickness of the socket wall using the ‘outer dimension’ slider.
In the following steps, you will create a socket, set its distance from the limb, and determine its thickness.
Double click on the socket area to select the facegroup you've just created. Next, double click on the trim line. Both areas should now appear in orange, indicating that they are selected.
Use the "Distance" slider to choose how much space there will be between the limb and the inside of the socket. Measurements are in millimetres. Press "Accept" to generate the socket.
In this step, the offset you have created will be turned into a new object. This separates the socket from the rectified residual limb.
Press the "Accept" button to select the socket.
Press the "Accept" button to select the socket.
Press the "Accept" button to select the socket.
Using the "Distance" slider, set the thickness of the socket, in millimetres. Press "Accept" to apply the change.


ParaView is an open-source, multi-platform data analysis and visualization application. ParaView users can quickly build visualizations to analyze their data using qualitative and quantitative techniques. The data exploration can be done interactively in 3D or programmatically using ParaView’s batch processing capabilities.
ParaView was developed to analyze extremely large datasets using distributed memory computing resources. It can be run on supercomputers to analyze datasets of petascale size as well as on laptops for smaller data, has become an integral tool in many national laboratories, universities and industry, and has won several awards related to high performance computation.


Your Profile
Choose what information is shared by default to other attendees
Name:
Stephen Collins
Personal Details:
No
Yes
Email:
<EMAIL_ADDRESS>Gender:
Male
Company Details:
No
Yes
Company:
Rainmaker Technologies
Position:
Senior Computer Scientist
My Interests:
No
Yes
Cloud Computing
Internet Of Things
Future of the Internet
Green IT
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Jacob Paul Clolinger
Democrat
Health & Safety Senior Specialist with Vail Resorts
Bachelor of Science in Environmental Science from Bowling Green State University - May 2013 Master of Science in Environmental Policy & Management from University of Denver - November 2018
80003
Through my work this year with The 2020 Movement we have begun to form an online community where social justice issues can be brought forward, and community members can encourage each other to carry out tangible actions to support these issues.
N/A
The 2020 Movement is an online social justice campaign that I have volunteered with since June 2020. I have been a Board Member of the Centennial 38 Oar Foundation since January 2018. This organization promotes soccer in the Denver area.
I would like to have the opportunity to impact the state for the next decade. I believe that this commission ensure our democracy by playing a vital role in a fair and free election. I believe that my level-headed nature and analytical thinking can help work with a diverse group towards the best interests of all Coloradans.
I believe that I have always been the level-headed voice of reason in my professional life. I think that I take my time to listen and understand others' points of view before giving my opinion. I think gives me the personality to be able to work with people of different opinions to ensure that the best solution is found for everyone.
I have worked professionally in an environmental where my own data and reporting informs decisions that are made with regards to health & safety. I feel that I am strongly suited to look at data and use logical reasoning to come up with the best solution from that data. I feel that I would be particularly suited to this situation given my critical thinking skills and experience having to find creative solutions to problems. I have also taken graduate level courses in GIS, which has given me an understanding of mapping. I believe this will be another invaluable skill for the commission.
Male


Deadly new disease can 'infect and ruin world's coral reefs'
Grey-patch disease can envelop live coral and has been found in Micronesia across 18 different species of coral
by Henry GoodwinA deadly new disease is threatening to infect and ruin the world's coral reefs, warns a new study.
Known as grey-patch disease, it alters the community of microbes found on the host coral by forming a film of bacteria which envelops the live coral.
Researchers from the University of Derby and the University of Guam surveyed reefs across the Indian and Pacific Oceans between 2011 and 2018 for signs of the new disease.
Although the scientists found that grey-patch is currently restricted to Micronesia, it was found across 18 different species of coral and nearly 22 per cent of surveyed colonies.
The disease is apparently slow to progress, meaning that some coral tissue was able to grow back over the biofilm.
Study lead author Dr Michael Sweet said: "Upon analysis of the coral samples, multiple microorganisms appeared to be involved in degrading the corals' defences causing the onset of the disease.
"This supports recent findings that suggest we should shift from the one-pathogen-one-disease model, to exploring the importance of multiple pathogens in any given disease."
Each coral's microbiome - the distinct community of microbes hosted by corals - was significantly affected by the infection.
However, when comparing microbiomes across different corals, those with the disease were found to be more similar with regard to their community profiles.
Dr Sweet added: "Our analysis highlighted the clustering of specific microbes. Identifying these clusters may be a useful tool for assessing coral health at any given time.
"We found that in healthy coral tissue, 'infection clusters' were seen in advance of physical signs of the disease. We were also able to identify 'survival clusters' in diseased tissue.
"These appeared to be essential to the health of the coral and these good bacteria appeared to compete against the disease-causing microbes, allowing certain corals to recover and survive.
"We are now interested in exploring if these microbes may be cultured and used as probiotics to assist corals in overcoming the impacts of climate change."
The findings were published in the journal Microbiome.


We have gamified the task of finding new fonts. Just Your Type combines the user interface of a dating application and with the excitement of new typography. Our web application uses Google Fonts API and applies the styling to a random quote generator via Quote Garden. With Just Your Type, users can see how a font is utilized with different characters, while also enjoying some wisdom of love.
Live Demo ProcessFrom the brilliant minds of Half&Half comes a web applications that ease the pain of remembering family household list. GroGroGro create a grocecy list the entire family have access too. Members of the family can read,add, and update the family list while the administator can delete items.
Live Demo Process


Air pollution issue: NGT to summon Delhi, central govt officials on Tuesday
The Supreme Court earlier issued directions to Delhi-NCR to stop construction, demolition and garbage burning activities
by Press Trust of IndiaThe National Green Tribunal Monday took cognisance of deteriorating air quality in Delhi-NCR and asked officials from the Delhi government, Central Pollution Control Board, Delhi Pollution Control Committee and Ministry of Environment and Forests to appear before it tomorrow.
The bench of NGT chairperson Justice A K Goel, after an in-chamber proceeding, summoned Delhi chief secretary, DPCC chairman, member secretary of CPCB and concerned secretary of MoEF for 10.30 am tomorrow.
The Supreme Court earlier Monday issued directions to Delhi-NCR to stop construction, demolition and garbage burning activities in the region, along with a direction Punjab, Haryana and Uttar Pradesh to ensure no instance of stubble burning takes place.


Money Play. How should Red play 54?
pips Red=85 White=93
(CorrectAnswer= 0/0, ErrorScore= 0)
6/2, 6/1 is postponing the inevitable. White’s board is strengthening so Red should go now.
18/9 is a double blunder, giving 24 shots and many more hit and covers than 18/14, 18/13 which leaves only 20 shots.
Another clue is the race. Red will lead 17 pips after the roll and will be close to doubling next turn. In fact, after some of White’s responses, e.g. 43, Red has an immediate double.
18/9 is a double blunder, giving 24 shots and many more hit and covers than 18/14, 18/13 which leaves only 20 shots.
Another clue is the race. Red will lead 17 pips after the roll and will be close to doubling next turn. In fact, after some of White’s responses, e.g. 43, Red has an immediate double.
1. Cubeful 2-ply 18/14 18/13 Eq.: -0.135 0.436 0.046 0.001 - 0.564 0.081 0.003 2. Cubeful 2-ply 6/2 6/1 Eq.: -0.200 (-0.064) 0.445 0.011 0.000 - 0.555 0.032 0.000 3. Cubeful 2-ply 6/1 5/1 Eq.: -0.208 (-0.073) 0.442 0.010 0.000 - 0.558 0.030 0.000 4. Cubeful 0-ply 18/9 Eq.: -0.311 (-0.176) 0.391 0.041 0.001 - 0.609 0.035 0.001 5. Cubeful 0-ply 18/14 6/1 Eq.: -0.464 (-0.329) 0.359 0.049 0.001 - 0.641 0.109 0.002


Stars: {{review.stars}} {{review.body}} by: {{review.author}} on {{review.createdOn | date:'MM/dd/yyyy @ h:mma'}}
{{review.body}}


Hello World
Hello!
This is some filler post content for parsing. i should probably mention that I've never done this before and am really excited to parse what I'm writing and have it actually work. I'm less excited to parse this a few dozen times before it does work but meh, nothing worth something was ever anything so.. yeah.
Moving on..
Second verse, mostly more drivel. The idea is to put these text sections into a paragraph node and the titles into headings. Obviously. However, I'm not sure if I can only use one h1 per page or if nested sections can start their own heading heierarchy. I guess I'll find out.
Don't forget!
I'll also need a replacer to substitute such html unfriendly characters as & and <>'s.
Looking Back
Finally got this parsed and html-ed. Now looking into getting the images to display nicely.


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.rmi.MarshalledObject
public final class MarshalledObject
A MarshalledObject
contains a byte stream with the serialized
representation of an object given to its constructor. The get
method returns a new copy of the original object, as deserialized from
the contained byte stream. The contained object is serialized and
deserialized with the same serialization semantics used for marshaling
and unmarshaling parameters and return values of RMI calls: When the
serialized form is created:
MarshalledObject
is
represented by a serialized instance of its stub.
When copy of the object is retrieved (via the get
method),
if the class is not available locally, it will be loaded from the
appropriate location (specified the URL annotated with the class descriptor
when the class was serialized.
MarshalledObject
facilitates passing objects in RMI calls
that are not automatically deserialized immediately by the remote peer.
| Constructor Summary | |
|---|---|
MarshalledObject(Object obj)
Creates a new MarshalledObject that contains the
serialized representation of the current state of the supplied object. |
| Method Summary | |
|---|---|
boolean |
equals(Object obj)
Compares this MarshalledObject to another object. |
Object |
get()
Returns a new copy of the contained marshalledobject. |
int |
hashCode()
Return a hash code for this MarshalledObject . |
| Methods inherited from class java.lang.Object |
|---|
clone, finalize, getClass, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public MarshalledObject(Object obj) throws IOException
MarshalledObject
that contains the
serialized representation of the current state of the supplied object.
The object is serialized with the semantics used for marshaling
parameters for RMI calls.
obj
- the object to be serialized (must be serializable)
IOException
- if an IOException
occurs; an
IOException
may occur if obj
is not
serializable.| Method Detail |
|---|
public Object get() throws IOException, ClassNotFoundException
IOException
- if an IOException
occurs while
deserializing the object from its internal representation.
ClassNotFoundException
- if a
ClassNotFoundException
occurs while deserializing the
object from its internal representation.
could not be foundpublic int hashCode()
MarshalledObject
.
hashCode
in class Object
Object.equals(java.lang.Object)
,
Hashtable
public boolean equals(Object obj)
MarshalledObject
to another object.
Returns true if and only if the argument refers to a
MarshalledObject
that contains exactly the same
serialized representation of an object as this one does. The
comparison ignores any class codebase annotation, meaning that
two objects are equivalent if they have the same serialized
representation except for the codebase of each class
in the serialized representation.
equals
in class Object
obj
- the object to compare with this MarshalledObject
true
if the argument contains an equaivalent
serialized object; false
otherwiseObject.hashCode()
,
Hashtable
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


---
title: "Children’s activities"
layout: featured
header-bg: custom-bg-corporate-green
featured-hero-description: "Activities, events and clubs for pre-school and school age children."
featured-hero-image: "events/childrens-event.jpg"
featured-hero-alt: "Children sat on a carpet in a library."
featured-hero-caption: "Event at Ipswich County Library"
breadcrumb: events
---
{%
include z-bar.html
src="events/rushmere-1000.jpg"
alt="Parents and carers playing with young children in a library."
bg-color="bg-near-white"
title="Pre-school children"
text="Free, fun sessions for babies, toddlers and young children. Have fun, meet other parents and carers and give your child a great start in life.
"
link="/events-activities/children/pre-school-children/"
link-text="Find an activity near you →"
link-color="custom-corporate-green"
link-hover-color="custom-corporate-green"
%}
{%
include z-bar.html
src="events/laptop-1000.jpg"
alt="Two children concentrating at a laptop."
layout-reverse="true"
color="white"
bg-color="custom-bg-corporate-green"
title="School age children"
text="Lego, Minecraft and coding clubs, reading & writing groups, craft sessions and more for school age children."
link="/events-activities/children/school-age-children/"
link-text="Find an event near you →"
link-color="custom-corporate-green"
link-hover-color="custom-corporate-green"
%}


It's so nice to be able to be on the road playing Pokémon and having a quick reference without all the large guidebooks.
Super awesome-o. I use this all the time for Pokémon instead of having to go online to Serebii.
HTML [is] in direct competition with other technologies intended for applications deployed over the web, in particular Flash and Silverlight.
[The web] won on desktop, just in time for mobile to eat the world.
| ApplicationCache | → | ServiceWorker |
| LocalStorage/WebSQL | → | IndexedDB |
| Touch icons | → | Web App Manifest |
| Save to homescreen | → | Install banner |
Pokémon is © Nintendo, The Pokémon Company, and GameFreak


Interface DiscountFactors
-
- All Superinterfaces:
MarketDataView
,ParameterizedData
- All Known Implementing Classes:
SimpleDiscountFactors
,ZeroRateDiscountFactors
,ZeroRatePeriodicDiscountFactors
public interface DiscountFactors extends MarketDataView, ParameterizedData
Provides access to discount factors for a single currency.The discount factor represents the time value of money for the specified currency when comparing the valuation date to the specified date.
-
-
Method Summary
All Methods Static Methods Instance Methods Abstract Methods Default Methods Modifier and Type Method Description CurrencyParameterSensitivities
createParameterSensitivity(Currency currency, DoubleArray sensitivities)
Creates the parameter sensitivity when the sensitivity values are known.double
discountFactor(double yearFraction)
Gets the discount factor for specified year fraction.default double
discountFactor(LocalDate date)
Gets the discount factor for the specified date.double
discountFactorTimeDerivative(double yearFraction)
Returns the discount factor derivative with respect to the year fraction or time.default double
discountFactorWithSpread(double yearFraction, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Gets the discount factor for the specified year fraction with z-spread.default double
discountFactorWithSpread(LocalDate date, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Gets the discount factor for the specified date with z-spread.Currency
getCurrency()
Gets the currency.static DiscountFactors
of(Currency currency, LocalDate valuationDate, Curve curve)
Obtains an instance from a curve.CurrencyParameterSensitivities
parameterSensitivity(ZeroRateSensitivity pointSensitivity)
Calculates the parameter sensitivity from the point sensitivity.double
relativeYearFraction(LocalDate date)
Calculates the relative time between the valuation date and the specified date.DiscountFactors
withParameter(int parameterIndex, double newValue)
Returns a copy of the data with the value at the specified index altered.DiscountFactors
withPerturbation(ParameterPerturbation perturbation)
Returns a perturbed copy of the data.double
zeroRate(double yearFraction)
Gets the continuously compounded zero rate for specified year fraction.default double
zeroRate(LocalDate date)
Gets the continuously compounded zero rate for the specified date.default ZeroRateSensitivity
zeroRatePointSensitivity(double yearFraction)
Calculates the zero rate point sensitivity at the specified year fraction.ZeroRateSensitivity
zeroRatePointSensitivity(double yearFraction, Currency sensitivityCurrency)
Calculates the zero rate point sensitivity at the specified year fraction specifying the currency of the sensitivity.default ZeroRateSensitivity
zeroRatePointSensitivity(LocalDate date)
Calculates the zero rate point sensitivity at the specified date.default ZeroRateSensitivity
zeroRatePointSensitivity(LocalDate date, Currency sensitivityCurrency)
Calculates the zero rate point sensitivity at the specified date specifying the currency of the sensitivity.default ZeroRateSensitivity
zeroRatePointSensitivityWithSpread(double yearFraction, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Calculates the zero rate point sensitivity with z-spread at the specified year fraction.default ZeroRateSensitivity
zeroRatePointSensitivityWithSpread(double yearFraction, Currency sensitivityCurrency, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Calculates the zero rate point sensitivity with z-spread at the specified year fraction specifying the currency of the sensitivity.default ZeroRateSensitivity
zeroRatePointSensitivityWithSpread(LocalDate date, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Calculates the zero rate point sensitivity with z-spread at the specified date.default ZeroRateSensitivity
zeroRatePointSensitivityWithSpread(LocalDate date, Currency sensitivityCurrency, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Calculates the zero rate point sensitivity with z-spread at the specified date specifying the currency of the sensitivity.-
Methods inherited from interface com.opengamma.strata.market.MarketDataView
findData, getValuationDate
-
Methods inherited from interface com.opengamma.strata.market.param.ParameterizedData
findParameterIndex, getParameter, getParameterCount, getParameterMetadata
-
-
-
-
Method Detail
-
of
static DiscountFactors of(Currency currency, LocalDate valuationDate, Curve curve)
Obtains an instance from a curve.The curve is specified by an instance of
Curve
, such asInterpolatedNodalCurve
. The curve must have x-values of year fractions with the day count specified. The y-values must be zero rates or discount factors.- Parameters:
currency
- the currencyvaluationDate
- the valuation date for which the curve is validcurve
- the underlying curve- Returns:
- the discount factors view
-
getCurrency
Currency getCurrency()
Gets the currency.The currency that discount factors are provided for.
- Returns:
- the currency
-
withParameter
DiscountFactors withParameter(int parameterIndex, double newValue)
Description copied from interface:ParameterizedData
Returns a copy of the data with the value at the specified index altered.This instance is immutable and unaffected by this method call.
- Specified by:
withParameter
in interfaceParameterizedData
- Parameters:
parameterIndex
- the zero-based index of the parameter to getnewValue
- the new value for the specified parameter- Returns:
- a parameterized data instance based on this with the specified parameter altered
-
withPerturbation
DiscountFactors withPerturbation(ParameterPerturbation perturbation)
Description copied from interface:ParameterizedData
Returns a perturbed copy of the data.The perturbation instance will be invoked once for each parameter in this instance, returning the perturbed value for that parameter. The result of this method is a new instance that is based on those perturbed values.
This instance is immutable and unaffected by this method call.
- Specified by:
withPerturbation
in interfaceParameterizedData
- Parameters:
perturbation
- the perturbation to apply- Returns:
- a parameterized data instance based on this with the specified perturbation applied
-
relativeYearFraction
double relativeYearFraction(LocalDate date)
Calculates the relative time between the valuation date and the specified date.The
double
value returned from this method is used as the input to other methods. It is typically calculated from aDayCount
.- Parameters:
date
- the date- Returns:
- the year fraction
- Throws:
RuntimeException
- if it is not possible to convert dates to relative times
-
discountFactor
default double discountFactor(LocalDate date)
Gets the discount factor for the specified date.The discount factor represents the time value of money for the specified currency when comparing the valuation date to the specified date.
If the valuation date is on or after the specified date, the discount factor is 1.
- Parameters:
date
- the date to discount to- Returns:
- the discount factor
- Throws:
RuntimeException
- if the value cannot be obtained
-
discountFactor
double discountFactor(double yearFraction)
Gets the discount factor for specified year fraction.The year fraction must be based on
#relativeYearFraction(LocalDate)
.- Parameters:
yearFraction
- the year fraction- Returns:
- the discount factor
- Throws:
RuntimeException
- if the value cannot be obtained
-
discountFactorTimeDerivative
double discountFactorTimeDerivative(double yearFraction)
Returns the discount factor derivative with respect to the year fraction or time.The year fraction must be based on
#relativeYearFraction(LocalDate)
.- Parameters:
yearFraction
- the year fraction- Returns:
- the discount factor derivative
- Throws:
RuntimeException
- if the value cannot be obtained
-
discountFactorWithSpread
default double discountFactorWithSpread(LocalDate date, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Gets the discount factor for the specified date with z-spread.The discount factor represents the time value of money for the specified currency when comparing the valuation date to the specified date.
The z-spread is a parallel shift applied to continuously compounded rates or periodic compounded rates of the discounting curve.
If the valuation date is on or after the specified date, the discount factor is 1.
- Parameters:
date
- the date to discount tozSpread
- the z-spreadcompoundedRateType
- the compounded rate typeperiodsPerYear
- the number of periods per year- Returns:
- the discount factor
- Throws:
RuntimeException
- if the value cannot be obtained
-
discountFactorWithSpread
default double discountFactorWithSpread(double yearFraction, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Gets the discount factor for the specified year fraction with z-spread.The discount factor represents the time value of money for the specified currency when comparing the valuation date to the specified date.
The z-spread is a parallel shift applied to continuously compounded rates or periodic compounded rates of the discounting curve.
If the valuation date is on or after the specified date, the discount factor is 1.
The year fraction must be based on
#relativeYearFraction(LocalDate)
.- Parameters:
yearFraction
- the year fractionzSpread
- the z-spreadcompoundedRateType
- the compounded rate typeperiodsPerYear
- the number of periods per year- Returns:
- the discount factor
- Throws:
RuntimeException
- if the value cannot be obtained
-
zeroRate
default double zeroRate(LocalDate date)
Gets the continuously compounded zero rate for the specified date.The continuously compounded zero rate is coherent to
discountFactor(LocalDate)
along with year fraction which is computed internally in each implementation.- Parameters:
date
- the date to discount to- Returns:
- the zero rate
- Throws:
RuntimeException
- if the value cannot be obtained
-
zeroRate
double zeroRate(double yearFraction)
Gets the continuously compounded zero rate for specified year fraction.The year fraction must be based on
#relativeYearFraction(LocalDate)
.- Parameters:
yearFraction
- the year fraction- Returns:
- the zero rate
- Throws:
RuntimeException
- if the value cannot be obtained
-
zeroRatePointSensitivity
default ZeroRateSensitivity zeroRatePointSensitivity(LocalDate date)
Calculates the zero rate point sensitivity at the specified date.This returns a sensitivity instance referring to the zero rate sensitivity of the points that were queried in the market data. The sensitivity typically has the value
(-discountFactor * yearFraction)
. The sensitivity refers to the result ofdiscountFactor(LocalDate)
.- Parameters:
date
- the date to discount to- Returns:
- the point sensitivity of the zero rate
- Throws:
RuntimeException
- if the result cannot be calculated
-
zeroRatePointSensitivity
default ZeroRateSensitivity zeroRatePointSensitivity(double yearFraction)
Calculates the zero rate point sensitivity at the specified year fraction.This returns a sensitivity instance referring to the zero rate sensitivity of the points that were queried in the market data. The sensitivity typically has the value
(-discountFactor * yearFraction)
. The sensitivity refers to the result ofdiscountFactor(LocalDate)
.The year fraction must be based on
#relativeYearFraction(LocalDate)
.- Parameters:
yearFraction
- the year fraction- Returns:
- the point sensitivity of the zero rate
- Throws:
RuntimeException
- if the result cannot be calculated
-
zeroRatePointSensitivity
default ZeroRateSensitivity zeroRatePointSensitivity(LocalDate date, Currency sensitivityCurrency)
Calculates the zero rate point sensitivity at the specified date specifying the currency of the sensitivity.This returns a sensitivity instance referring to the zero rate sensitivity of the points that were queried in the market data. The sensitivity typically has the value
(-discountFactor * yearFraction)
. The sensitivity refers to the result ofdiscountFactor(LocalDate)
.This method allows the currency of the sensitivity to differ from the currency of the market data.
- Parameters:
date
- the date to discount tosensitivityCurrency
- the currency of the sensitivity- Returns:
- the point sensitivity of the zero rate
- Throws:
RuntimeException
- if the result cannot be calculated
-
zeroRatePointSensitivity
ZeroRateSensitivity zeroRatePointSensitivity(double yearFraction, Currency sensitivityCurrency)
Calculates the zero rate point sensitivity at the specified year fraction specifying the currency of the sensitivity.This returns a sensitivity instance referring to the zero rate sensitivity of the points that were queried in the market data. The sensitivity typically has the value
(-discountFactor * yearFraction)
. The sensitivity refers to the result ofdiscountFactor(LocalDate)
.This method allows the currency of the sensitivity to differ from the currency of the market data.
The year fraction must be based on
#relativeYearFraction(LocalDate)
.- Parameters:
yearFraction
- the year fractionsensitivityCurrency
- the currency of the sensitivity- Returns:
- the point sensitivity of the zero rate
- Throws:
RuntimeException
- if the result cannot be calculated
-
zeroRatePointSensitivityWithSpread
default ZeroRateSensitivity zeroRatePointSensitivityWithSpread(LocalDate date, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Calculates the zero rate point sensitivity with z-spread at the specified date.This returns a sensitivity instance referring to the zero rate sensitivity of the points that were queried in the market data. The sensitivity refers to the result of
discountFactorWithSpread(LocalDate, double, CompoundedRateType, int)
.The z-spread is a parallel shift applied to continuously compounded rates or periodic compounded rates of the discounting curve.
- Parameters:
date
- the date to discount tozSpread
- the z-spreadcompoundedRateType
- the compounded rate typeperiodsPerYear
- the number of periods per year- Returns:
- the point sensitivity of the zero rate
- Throws:
RuntimeException
- if the result cannot be calculated
-
zeroRatePointSensitivityWithSpread
default ZeroRateSensitivity zeroRatePointSensitivityWithSpread(double yearFraction, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Calculates the zero rate point sensitivity with z-spread at the specified year fraction.This returns a sensitivity instance referring to the zero rate sensitivity of the points that were queried in the market data. The sensitivity refers to the result of
discountFactorWithSpread(LocalDate, double, CompoundedRateType, int)
.The z-spread is a parallel shift applied to continuously compounded rates or periodic compounded rates of the discounting curve.
The year fraction must be based on
#relativeYearFraction(LocalDate)
.- Parameters:
yearFraction
- the year fractionzSpread
- the z-spreadcompoundedRateType
- the compounded rate typeperiodsPerYear
- the number of periods per year- Returns:
- the point sensitivity of the zero rate
- Throws:
RuntimeException
- if the result cannot be calculated
-
zeroRatePointSensitivityWithSpread
default ZeroRateSensitivity zeroRatePointSensitivityWithSpread(LocalDate date, Currency sensitivityCurrency, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Calculates the zero rate point sensitivity with z-spread at the specified date specifying the currency of the sensitivity.This returns a sensitivity instance referring to the zero rate sensitivity of the points that were queried in the market data. The sensitivity refers to the result of
discountFactorWithSpread(LocalDate, double, CompoundedRateType, int)
.The z-spread is a parallel shift applied to continuously compounded rates or periodic compounded rates of the discounting curve.
This method allows the currency of the sensitivity to differ from the currency of the market data.
- Parameters:
date
- the date to discount tosensitivityCurrency
- the currency of the sensitivityzSpread
- the z-spreadcompoundedRateType
- the compounded rate typeperiodsPerYear
- the number of periods per year- Returns:
- the point sensitivity of the zero rate
- Throws:
RuntimeException
- if the result cannot be calculated
-
zeroRatePointSensitivityWithSpread
default ZeroRateSensitivity zeroRatePointSensitivityWithSpread(double yearFraction, Currency sensitivityCurrency, double zSpread, CompoundedRateType compoundedRateType, int periodsPerYear)
Calculates the zero rate point sensitivity with z-spread at the specified year fraction specifying the currency of the sensitivity.This returns a sensitivity instance referring to the zero rate sensitivity of the points that were queried in the market data. The sensitivity refers to the result of
discountFactorWithSpread(LocalDate, double, CompoundedRateType, int)
.The z-spread is a parallel shift applied to continuously compounded rates or periodic compounded rates of the discounting curve.
This method allows the currency of the sensitivity to differ from the currency of the market data.
The year fraction must be based on
#relativeYearFraction(LocalDate)
.- Parameters:
yearFraction
- the year fractionsensitivityCurrency
- the currency of the sensitivityzSpread
- the z-spreadcompoundedRateType
- the compounded rate typeperiodsPerYear
- the number of periods per year- Returns:
- the point sensitivity of the zero rate
- Throws:
RuntimeException
- if the result cannot be calculated
-
parameterSensitivity
CurrencyParameterSensitivities parameterSensitivity(ZeroRateSensitivity pointSensitivity)
Calculates the parameter sensitivity from the point sensitivity.This is used to convert a single point sensitivity to parameter sensitivity. The calculation typically involves multiplying the point and unit sensitivities.
- Parameters:
pointSensitivity
- the point sensitivity to convert- Returns:
- the parameter sensitivity
- Throws:
RuntimeException
- if the result cannot be calculated
-
createParameterSensitivity
CurrencyParameterSensitivities createParameterSensitivity(Currency currency, DoubleArray sensitivities)
Creates the parameter sensitivity when the sensitivity values are known.In most cases,
parameterSensitivity(ZeroRateSensitivity)
should be used and manipulated. However, it can be useful to create parameter sensitivity from pre-computed sensitivity values.There will typically be one
CurrencyParameterSensitivity
for each underlying data structure, such as a curve. For example, if the discount factors are based on a single discount curve, then there will be oneCurrencyParameterSensitivity
in the result.- Parameters:
currency
- the currencysensitivities
- the sensitivity values, which must match the parameter count- Returns:
- the parameter sensitivity
- Throws:
RuntimeException
- if the result cannot be calculated
-
-


This is both documentation and demo of git-wiki theme for jekyll.
it��s a modular and full featured wiki powered by git, github & gitlab pages and pull-requests!
It means:
You can fork/copy the master branch now and start your wiki in just 1 minute*!
*Github pages takes about 10 minutes to show up the first time you configure it
Note: You can even include the official github wiki as a submodule and enable the option in our conf file to use github wiki pages in git-wiki system, but it��s an experimental feature and it implies less advantages and greater disadvantages for now.
GITLAB PORTING: (https://gitlab.com/drassil/git-wiki/)
List of git-wiki installations
Fork or copy this repository
Use master branch of this repository to start instead of gh-pages that contains useless files for you! (you can delete that branch from your repository and re-create if you need)
copy and rename _config.yml.dist in _config.yml changing settings inside
rename wiki/main_page.md.dist in wiki/main_page.md
push your changes in your repository, then configure the github pages in your repository settings
Your wiki is ready!
If you need to work on git-wiki locally before publish, then clone your wiki repo and follow this instructions from official github article: https://help.github.com/articles/setting-up-your-github-pages-site-locally-with-jekyll/ Git wiki already contains the Gemfile for local installations.
You can also use our docker files to run git-wiki under docker,
the easiest method is to run docker-compose up
command in this folder
Read documentation about Customization HERE
You can open a public issue on github , send a private email or create a PR to improve it.
Thank you!
jQuery for DOM manipulation


BoredBuddy
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Click the baordgame below that best fits you.
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--- layout: page title: About header-img: "img/about-bg.png" ---
When I'm not googling my way through every piece of code, I'm either playing video games or training martial arts.


Click me to focus on the button 1 Click me to focus on the button 1 without scrolling Click me to focus on the input 4 Click me to focus on the input 4 without scrolling Button 1


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This Web page is made to represent daily progress of Covid-19 toughout India in Graphical form.
This color represent daily death count due to Covid-19 :'(
This color represent daily recover count from Covid-19 :)
This color represent Daily Registered cases count of Covid-19 :(


Proprietary & Confidential. © 2012 R/GA
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--- layout: default title: Breakout groups description: Every week after the presentation, we break out into topic-specific working and learning groups led by regular facilitators to guide conversations, answer questions, and build teams for civic apps. The groups are split into two types - working groups and learning groups. ---
Every week after the presentation, we break out into topic-specific working and learning groups led by regular facilitators to guide conversations, answer questions, and build teams for civic apps. The groups are split into two types: working groups and learning groups.
Want to start your own breakout group? Just mention it at the next hack night and people will vote with their feet!
Educational sessions about civic technlogy, programming, working with data and troubleshooting help.
| Learning group | Facilitator(s) | Description |
|---|---|---|
| Orientation / Civic Tech 101 | Christopher Whitaker | New to civic technology and civic hacking? Don't even know what that means? Every week, Christopher leads quick workshop to get you up to speed. Or you can watch it online. |
| Code Clinic | René M. Paccha Karl Fogel | You bring the problems, we'll bring the experienced coders willing to take a look. Code Clinic is a group for coders — especially new coders, but open to anyone — to get a second pair of eyes on their work, debugging tips, architecture feedback, etc. |
| Mob Programming | Nick Mader |
Hands-on learning! This group shares a single screen, keyboard and mouse and use a timer to rotate control among participants to complete a shared exercise. |
| Dolphin Tank | Mary Kuhn Civic Tech Dolphin |
Develop project ideas, connect to talent and resources, or find new projects to join in a safe, friendly space with your peers. Meets the last Tuesday of every month. |
| Freedom of Information Workshop | Brandon Smith |
Have you ever wondered how to show your teeth when requesting data, material, information from a public body? FOIA law provides for some pretty strong ammunition if you want—or may ever want—to ask for something heads of a public agency might not want you to know about. Attend this FOIA class with the people who forced out the Laquan McDonald video. What we lack in structure we make up for in verve. Meets every other Tuesday. |
Topic-specific working groups led by facilitators to guide conversations, answer questions, and build teams for civic apps.
| Topic | Project | Facilitator(s) | Description |
|---|---|---|---|
| Beach Water Quality | E. coli Predictions | Tom Schenk Jr. |
A statistical model is used to predict the E. coli levels at Chicago's beaches to determine whether a beach advisory is issued to warn swimmers of potentially high levels of bacteria. However, the actual levels of bacteria is not known until the next day when lab tests have been completed. This project has the goal of increasing the accuracy of these statistical predictions, avoiding unnecessary beach advisories and correctly issuing advisories when bacteria is present. |
| Community Empowerment | Black Tech Mecca: Ecosystem Network | Fabian Elliott Corey Thurman |
Black Tech Mecca is working on the development of community platform to strengthen connections within the black tech community and collect data to evaluate health of ecosystem. Think of a directory on steroids with a powerful data processing backend. |
| Education | Teach Tech Task Force | Eve Tulbert Vinesh Kannan |
Teach Tech Task Force (T^3) is dedicated to identifying and supporting best practices for learning with civic technology. We design tools and curricula to support learning in formal and informal settings. We take on projects to assist both in school and out of school time programs. Our end goal is to train the next generation of civic technology leaders by finding new ways to support innovative programs and educators. If you have a project idea or want to get involved, come to our working group! Active projects: CS4All EduMap / Culture of Innovation CS Standards [Working Title] / Support for CPS Student Led Technology Teams |
| Transportation | Project Pavement: Personalized Bike Routing | Nate Hutcheson Zane Blanton | Project Pavement will be a web service to design the best and safest bike routes in Chicago using personalized and contributed information, avoiding streets with rough pavements and prioritizing known shortcuts. |
| Education | IL state teacher licensure, CPS digital census | Josh Kalov | This group focuses mainly on Chicago Public Schools. |
| Health | Chicago Nursing Home Search | Joel Inwood | This project will help Chicago area seniors or their loved ones find the best quality care available. |
| Transportation | Mapping the Demand for Better Transit | John Krause | We’re mapping the density of people sitting on buses throughout the city in order to show where there’s enough ridership to warrant upgrading from buses stuck in traffic to something better—like a bus lane, BRT, or light rail. What other factors do we need to consider in determining if a dedicated transit lane is warranted? |
| Pensions | Modelling Pension Reform in Illinois | Denis Roarty Ben Galewsky | Explore ways to use data and models to help pensioners and tax payers understand how reform proposals will impact them and each other. |
| Access to Justice | Hack Night Taxi Project | Kulsum Ameji |
The “sharing economy” is much touted for its disruptive capabilities. Yet, many policy, legal, and regulatory issues intersect in nuanced ways in the “sharing economy.” What are the long-term implications for customers/consumers and for low-wage workers who exist in the contradictory space between traditional, highly regulated systems and new, “disruptive” economic systems? How can technology be used to enhance the functionality of these systems and to strengthen consumer and driver’s rights? |
| Transportation/Safety | RideW/Me | Robert Friedman | A point-to-point, peer-to-peer transportation solution for youth. |


Informed by research and observation, explore your products user experience and style through sketching and rapid concept generation.
Using multiple rapid prototyping methods, develop and refine your product to prepare for manufacturing.
Communicate and co-operate with local and foreign manufacturers to finalize parts and assembly for end-use products.
From Packaging to Social Media content, start promoting your product early to create buzz .
When I was younger I used to love to draw, my mother encouraged me to apply to the Visual Arts Program at Mayfield Secondary School. I took classes in video editing, photography, and even learning autocad in architecture class as I explored my creative interests.
After High School I took a Design Certificate Course where I explored multiple design disciplines like Graphic, and Packaging before deciding I want to become an Industrial Designer and create products people can hold in their hands.
I completed my Industrial Design Degree and got my first job at a Sky2Designs where I worked on new product ideas and existing Solar powered products. I gained valuable knowledge of manufacturing techniques for a variety of different materials.
I worked as the Production and Design Manager at 3D Phacktory. Here I worked on a wide range of products either managing projects or working with clients myself to design and produce everything from Movie props to medical devices to childrens toys. I also got to run the most advanced 3D printer in the city.
I was hired as the Sole Designer at Thumper Massager to redesign their flagship product line. They had been making their products for over 30 years and wanted to update the line to use lithium powered battery packs. I worked with local and over-seas manufacturers to reduce manufacturing costs as well as refine the supply-chain and assembly process.


Condo on the Bay - Run COBList
Use this form to upload the UserExport CSV file and download the COBList Excel file
First export from Manage Users -- just Select All then Export Selected for a full run
(you can do a partial export from Manage Users (Owner=Yes) for labels with limited error checking)


Before Change
// Make a modified version of the space that projects the bias vectors to 0.
// Then weight each row of that space by "applicability", the probability
// that each row should be de-biased.
modified_component = reject_subspace(frame, components_to_reject).mul(applicability, axis=0)
del components_to_reject
// Make another component representing the vectors that should not be
// de-biased: the original space times (1 - applicability).
After Change
// Predict the probability of each word in the vocabulary being in the
// category. This is done on shards, to reduce peak memory consumption.
applicability = np.zeros(shape=(len(frame),), dtype=np.float32)
for shard_start, shard_end in make_shard_endpoints(len(frame)):
applicability[shard_start:shard_end] = category_predictor.predict_proba(
frame[shard_start:shard_end])[:, 1]
del category_predictor
// Make a matrix of vectors representing the correlations to remove.
vocab = [


SHANGHAI NOON
Review by John Beachem
* * * 1/2
Directed by: Tom Dey Written by: Miles Millar, Alfred Gough
It's 1881, and the royal Princess Pei Pei (Lucy Liu) has fled her home in China's Forbidden City to visit the west. Unfortunately she has been kidnapped, and the ransom has been set at one hundred thousand pieces of gold. Three royal guards have been sent to America to deliver the gold. Accompanying them is Chon Wang (Jackie Chan), a guard who is not particularly popular among his people for reasons never explained to us. As Wang's group heads toward Carson City to deliver the gold, their train is robbed by the surfer like Roy O'Bannon (Owen Wilson) and his gang of rather brain dead thugs. Wang is seperated from the other guards. He forms an unlikely alliance with O'Bannon in an attempt to rescue the princess on his own. Accompanying the two very different men are Wang's new wife, Falling Leaf (Brandon Merrill), who turns out to be an expert marksman, and a horse who can follow commands better than any dog. Against them are a group of renegade lawmen led by the evil, blood-thirsty Marshall Van Cleef (Xander Berkeley) and a former Chinese warrior (Roger Yuan), who now runs a labor camp.
As everyone knows, Jackie Chan movies are not held to the same standard as most other films. Chan's films are present for no other reason than to entertain with slapstick humor and amazing acts of physical dexterity. I'm happy to say that on both counts, "Shanghai Noon" delivers. Does that mean this is a great film? No, of course not. A Jackie Chan movie can never be classified as great. "Shanghai Noon" Is really nothing more than goofy, mindless fluff that audience members will forget days after viewing. Does that mean there's nothing deep and meaningful about this movie? Frankly, yes. The subject of the treatment of Chinese workers in the old west is touched upon briefly; but you'll be pleased to hear that the remainder of the film is devoted entirely to Jackie Chan and Owen Wilson acting like goofballs, and the two get some great goofball scenes together. Two of the funniest ones are where they have to escape from a jail cell, and another where they play a rather bizarre drinking game in a whore house.
Jackie Chan has been called the Buster Keaton of the '90s. At first I didn't believe this to be an accurate statement, since many of his older films ("Rumble in the Bronx" in particular) are a little more serious. However, after the release of "Rush Hour" two years ago, Chan has shown himself to be quite the comedian. While physical comedy is obviously his forte, Chan is also a master of hysterical facial expressions. Watch his face in a scene where tomahawks are being hurled at him. On the other hand, Owen Wilson ("The Haunting") is great at dialogue driven comedy. He is given some of the movie's best lines like, "Stop it! We're men, we're not pinatas." Yet despite some great comical moments, I had a hard time seeing Wilson as anything more than a surfer stuck in the old west. Chan and Wilson obviously make up the majority of the film, with the other characters amounting to little more than props. Lucy Liu ("Play it to the Bone") gives a strangely subdued performance and hardly appears in the picture. Xander Berkely ("Gattaca") is strangely amusing, rather than scary, considering the type of character he is supposed to be playing.
Okay everyone, you're obviously going to see "Shanghai Noon" to watch Jackie Chan do some amazing acrobatics using all sorts of scenery. Thankfully there is quite a bit more action here than was present in "Rush Hour". He also gets some interesting props to work with: like a horseshoe tied to a rope; a pair of antlers sans moose; and in a rather amazing scene, a few pine trees. It's also a lot of fun watching Chan's old fashion warrior try and use a six shooter for the first time. The movie's main faults come from some interesting minor characters being given no screen time. Brandon Merrill's character is especially interesting, but she appears in the film for no more than two minutes at a time. Another problem is a gratingly bad soundtrack, which doesn't fit the movie in any way. The movie ends with Chan's trademark outtakes which were some of the funniest I've seen from one of his movies. Also, watch for an appearance by "Revenge of the Nerds" star Curtis Armstrong. "Shanghai Noon" runs a bit too long at 110 minutes, when Chan's movies should always stick to a 90 minute running time. I'd recommend the film to anyone who enjoyed "Rush Hour" and give it three and a half out of five stars.
Any past movies you want me to review? Send to<EMAIL_ADDRESS>Past reviews can be found at either: http://www.dependentfilms.net or http://us.imdb.com/ReviewsBy?John+Beachem
* * * * * - One of the best movies of the year. * * * * - Great flick, try and catch this one. * * * - Okay movie, hits and misses. * * - Pretty bad, see it at your own risk. * - See this one only if you enjoy pain.
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For any question or support please create an issue at github.


| SET_THREAD_AREA(2) | Linux Programmer's Manual | SET_THREAD_AREA(2) |
#include <linux/unistd.h> #if defined __i386__ || defined __x86_64__ # include <asm/ldt.h>
int get_thread_area(struct user_desc *u_info); int set_thread_area(struct user_desc *u_info);
#elif defined __m68k__
int get_thread_area(void); int set_thread_area(unsigned long tp);
#elif defined __mips__
int set_thread_area(unsigned long addr);
#endif
Note: There are no glibc wrappers for these system calls; see NOTES.
On m68k and MIPS, set_thread_area() allows storing an arbitrary pointer (provided in the tp argument on m68k and in the addr argument on MIPS) in the kernel data structure associated with the calling thread; this pointer can later be retrieved using get_thread_area() (see also NOTES for information regarding obtaining the thread pointer on MIPS).
On x86, Linux dedicates three global descriptor table (GDT) entries for thread-local storage. For more information about the GDT, see the Intel Software Developer's Manual or the AMD Architecture Programming Manual.
Both of these system calls take an argument that is a pointer to a structure of the following type:
struct user_desc { unsigned int entry_number; unsigned int base_addr; unsigned int limit; unsigned int seg_32bit:1; unsigned int contents:2; unsigned int read_exec_only:1; unsigned int limit_in_pages:1; unsigned int seg_not_present:1; unsigned int useable:1; #ifdef __x86_64__ unsigned int lm:1; #endif };
get_thread_area() reads the GDT entry indicated by u_info->entry_number and fills in the rest of the fields in u_info.
set_thread_area() sets a TLS entry in the GDT.
The TLS array entry set by set_thread_area() corresponds to the value of u_info->entry_number passed in by the user. If this value is in bounds, set_thread_area() writes the TLS descriptor pointed to by u_info into the thread's TLS array.
When set_thread_area() is passed an entry_number of -1, it searches for a free TLS entry. If set_thread_area() finds a free TLS entry, the value of u_info->entry_number is set upon return to show which entry was changed.
A user_desc is considered "empty" if read_exec_only and seg_not_present are set to 1 and all of the other fields are 0. If an "empty" descriptor is passed to set_thread_area(), the corresponding TLS entry will be cleared. See BUGS for additional details.
Since Linux 3.19, set_thread_area() cannot be used to write non-present segments, 16-bit segments, or code segments, although clearing a segment is still acceptable.
On MIPS and m68k, set_thread_area() always returns 0. On m68k, get_thread_area() returns the thread area pointer value (previously set via set_thread_area()).
arch_prctl(2) can interfere with set_thread_area() on x86. See arch_prctl(2) for more details. This is not normally a problem, as arch_prctl(2) is normally used only by 64-bit programs.
On MIPS, the current value of the thread area pointer can be obtained using the instruction:
rdhwr dest, $29
This instruction traps and is handled by kernel.
Prior to Linux 3.19, the DS and ES segment registers must not reference TLS entries.
| 2020-02-09 | Linux |


This is the demo repository for the Fabric Engine alpha program. If you would like to join the Fabric testing program, please email<EMAIL_ADDRESS>Fabric currently only supports the Chrome and Firefox browsers. Support for other browsers is coming soon. Some demos utilize advanced features of OpenGL and may not run on every computer.
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Discover Hong Kong
The best city in the World
- Bruce Lee
Why Hong Kong?
“Hong Kong has a complexity that defies definition. It's the only place where I can be searching for colonial military relics near the Chinese border, lunching with a Buddhist at a Sikh temple, ng to decipher the aesthetics of Chinese Revival architecture, or splurging on a set of knives – all within five hours – followed by a night of Cantonese opera, karaoke or poetry, anywhere I choose. Hong Kong is so intense...”
So much to see...
And to eat
Like most cities in Asia, the food scene in Hong Kong is world renowned. From street food so good that the Michelin Guide made a category just for it to high-end bars and restaurants, food in Hong Kong suits every taste and budget. Given the Western and Eastern influences on Hong Kong, you can find both traditional Asian foods as well as spendy Western options.
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Best Articles
Seven reasons to explore Hong Kong Global Geopark right now
Twenty years after its return to China, Hong Kong is awakening to the importance of its natural and cultural heritage on a collective scale. And it should. The city is the top in Asia and fifth worldwide in the extent of its area designated for conservation, according to the World Economic Forum's 2015 Travel and Tourism Report. In very few places are urban delights and outdoor pursuits on offer in such close proximity as here. Natural hexagonal columns in ethereal colours at Hong Kong Global Geopark. PIERA CHEN - Lonely Planet Writer
Hong Kong hustle: exploring Kowloon with kids
Kowloon might be loud, crazy and disarmingly brash – but the pulsing heart of Hong Kong is full of delights for younger travellers. Just a leisurely stroll through the bright lights of Nathan Road will have them gawking like star struck Canto-pop fans. TOM SPURLING - Lonely Planet Writer


Sarau's proposal is to show students that they are able to use the skills they have to talk about an important subject or learn something new about this project.
The student has the freedom to express his artistic and knowledge skills.
The Brazilian Savannah encompasses the states: Amapá, Maranhão, Piauí, Rondônia, Distrito Federal,Goiás, Mato Grosso, Mato Grosso do Sul, Minas Gerais, São Paulo, Tocantins, Bahia. It is located in three of the largest hydrographic basins in South America, (Tocantins-Araguaia,São Francisco e Prata), which, in a way, favors its biodiversity.
The predominant climate in the cerrado is seasonal tropical characterized by a warm climate with rainy and dry periods. The vegetation is, for the most part, similar to that of savannah, with low, sparse trees, twisted trunks, thick leaves and long roots; grasses and shrubs.
The savannah and the ecosystems that compose it have a rich fauna and flora, being the habitat of many species of animals. This is also one of the reasons why this biome is one of the most affected by animal trafficking.
In spite of presenting a rich great biodiversity, this biome has been suffering a lot with deforestation, mainly caused by agriculture. Today, the biome conserves only 20% of its total area, going through a great process of mischaracterization, that is, occupied by large cattle pastures and extensive plantations of soybeans, cotton, sugarcane, eucalyptus. In addition, much of the cerrado has already been destroyed by the unrestrained process of urbanization. Deforestation and illegal hunting, smuggling of species and fires, threaten the habitat of many species, thus leading to their extinction.
See some animals that are at risk of extinction
it is the biggest cat in the Americas and the third largest in the world, after tigers and lions. It is a predatory animal (at the top of the food chain), carnivore and vertebrate (has vertebrae). It belongs to the carnivorous order and the felidae family. Its scientific name is Panthera onca.
it is the third biggest mammal in the Americas, behind only the jaguar and the puma. Its most striking physical characteristic is the presence, in its coat, of yellow patches surrounded by black (in the horizontal position), on the legs, the patches are black in color and rounded in shape.
it is a carnivorous, medium-sized and semi-aquatic animal that can be found throughout Latin America, except Chile. They can be viewed in environments such as forests, riparian forests, lakes, rivers and coastal regions associated with coastal lagoons.
Lucas Freitas de Queiroz
Possuo conhecimentos sobre HTML, CSS, JavaScript, PHP, e GIT, estudei robótica por 2 anos no ensino fundamental, tenho habilidades surpreendentes relacionadas a minha criatividade, sou muito estudioso, gosto de ler muito, e pretendo sempre estar aprendendo cada vez mais.


| Item | Description | Action |
|---|---|---|
| Open | Open the design window | |
| Header | Add a header with the text "I love Hello Kitty!" | |
| Google Play | Add a Google Play button for Hello Kitty Nail Salon | |
| Youtube Player | Embed a YouTube video for Hello Kitty MEGA Cosmetics Set abd Surprises | |
| Image | Embed an image of Hello Kitty | |
| Anita's Notebook | Add a button to open Anita's Notebook page about Hello Kitty | |
| Background-Color | Click the dropdown to select a background-color | |
| Close | Close the design window |
| HTML | CSS | JavaScript | XML | Others |
|---|---|---|---|---|
| Table | Background-Color | Displaying Window | None | None |
| Buttons | Text Alignment | Populating Display Window | None | None |
| iFrame | Hover Effect | Displaying Dropdown Menu | None | None |
| Images | Cursor | Closing Window | None | None |
| Hyperlinks | Fonts | Opening Hyperlinks | None | None |
| Headers | Width | Modifying CSS of Display Window | None | None |
| Line Breaks | Height | None | None | None |


HTML is all about bare and disciplined structure like basement, walls and pillars of a house. CSS is the paint, artwork and home decor.
Control flow means things happening in an order and in a day to day, it is like waking up and then brushing teeth and not the other way around.Loop is a repeation of certain tasks again and again when certain conditions are met and in a day to day life, it's like waking up and brushing teeth every single day when the day starts.
DOM is document object model and it represents HTML as tree like structure. This makes an easier understanding of code by breaking HTML into smaller meaningful chunks.
Data in arrays are ordered lists and they can accessed with numerical values starting from 0. On the other hand, values in objects are accessed using strings like bills, payments etc.
Functions are pre-defined piece of code that will be executed when called. It is very useful when certain tasks needs to be done repeatedly in a program.


Overview
CONNECTIVE is a library to help you create large-scale, complex and long-living reactive flows, in
Javascript/Typescript.
If you are completely new here, it is a good idea to take a glance at the
Quick Dive
to get yourself familiar a little bit.
For instructions on how to install
CONNECTIVE, take a look at the
How to Install section of the home page.
What is a reactive flow?
A reactive flow is a general form of any asynchronous program. A reactive flow starts with some
sources of events/data. For example, the sources of your flow might be DOM events (user clicks, input change),
incoming requests to http end-points, a web-socket, etc. The events/data then can go through some transformation,
for example you might extract the actual value of the input changed, or the request body from incoming request.
The events/data can also go through some sinks, which will do something according to the incoming event/data.
For example a sink might show some text on the DOM in response to a button-click, another one might save
a record in some database, etc.
import { source, map, sink } from '@connectv/core';
let a = source(); //--> creates a source
let b = map(x => 'hellow ' + x); //--> says hellow to incoming strings
let c = sink(x => console.log(x)); //--> will log the incoming values
a.to(b).to(c); //--> data from a will go to b then to c
c.bind(); //--> lets bind the sink
a.send('world'); //--> send 'world' to our flow
The sources of a reactive flow might send events/data at any given time. For example, the user might change the value
of an input or click on a button at any given time, multiple times even, or a http request might come to your code
at any moment. However, the actual code of the flow does not care when the source emits something (or most of time even
how many times):
import { source, map, sink } from '@connectv/core';
let a = source(); //--> creates a source
let b = map(x => 'hellow ' + x); //--> says hellow to incoming strings
let c = sink(x => console.log(x)); //--> will log the incoming values
a.to(b).to(c); //--> data from a will go to b then to c
c.bind(); //--> lets bind the sink
/*!*/setInterval(() => a.send('world'), 1000); //--> send 'world' to our flow every second.
Each node in a reactive flow might also do its thing either in sync or asynchronously, without the rest of the flow
being affected:
import { source, map, sink } from '@connectv/core';
let a = source(); //--> creates a source
/*!*/let b = map((x, done) => { //--> says hellow to incoming strings ...
/*!*/ setTimeout(() => done('hellow ' + x), 500); //--> but after a brief wait
/*!*/});
let c = sink(x => console.log(x)); //--> will log the incoming values
a.to(b).to(c); //--> data from a will go to b then to c
c.bind(); //--> lets bind the sink
setInterval(() => a.send('world'), 1000); //--> send 'world' to our flow every second.
Pins: declarative flows
The first way that
CONNECTIVE helps with creating large-scale reactive flows is through the conecpt of
Pins. Each
Pin is a node on your reactive flow: it might be the source, it might be
the sink, or any node in between. In the examples above, all the elements of the flow (
a, b, c)
are pins.
Pins allow for declarative description of your flow. You can define them and connect them to each other
in any manner you see fit. You can connect multiple pins to one pin or one to multiple other pins, or even
create loops of pins:
// so assume a, b, c, d and e are pins ...
//
// you can connect them together like this:
//
a.to(b).to(c).to(d).to(e);
//
// or like this (which is equivalent):
//
e.from(d).from(c).from(b).from(a);
//
// you can do stuff like this,
// which means a goes to b and c,
// and both b and c go to d, and then to e:
//
a.to(b, c).to(d).to(e);
//
// even crazier stuff, which means
// a is connected to b and c,
// b is connected to d and e and
// c is connected to d and e:
//
a.to(b, c).to(d, e);
//
// the same thing in reverse:
//
group(d, e).from(b, c).from(a);
//
// or even loop back if you need to:
//
a.to(b).to(c).to(b).to(d).to(e);
//
// or connect stuff serially, which means
// a is connected to c,
// b is connected to d,
// c and d are connected to e
//
group(a, b).serialTo(c, d).to(e);
//
// the same thing in reverse
//
e.from(c, d).serialFrom(a, b);
When you are done declaring your flow(s), you should then bind the pins (for example using
.bind() on sinks,
or using
.subscribe() on any type of pin). This will cause the pins to form the necessary subscriptions
and internal connections that would result in the described behavior of your flow in a really performant and efficient manner.
You can read about pins in more detail
here.
CONNECTIVE comes with a host of various
pin types that allow you to achieve all sorts of complex reactive behaviors easily, and you can find the list in the
left-side table of contents, which you can access by clicking on the
hamburger menu icon in the footer
.
You can also easily create your own custom pin types using
pipe() and
RxJS's pipeable operators.
If you are curious on how
CONNECTIVE creates the internal machinery of your reactive flows, take a look at
this entry.
Agents: flow re-use
Just like synchronous programming, when a reactive flow grows in size, it needs some abstraction for re-using repeated
parts of the flow instead of repeating them all over. In
CONNECTIVE, that abstraction is an
Agent: it is a partial reactive flow with some input pins and some output pins. It is called
Agent, as it can be seen as a black-box that responds to incoming events/data/messages by processing them somehow
and then emitting some other events/data/messages.
The main way to define your own custom agent is
composition().
It is called
composition as it directly represents a part of a reactive flow (while other agents might not even
utilize reactive flows in their description):
/*!*/import { composition, source, pin, filter, sink } from '@connectv/core';
/*!*/const evenOdd = composition(() => { // --> define the composition ...
/*!*/ let input = pin(); // ... define the pins that go in
/*!*/ let odd = input.to(filter(x => x % 2 == 1)); // ... and the two pins that go out
/*!*/ let even = input.to(filter(x => x % 2 == 0));
/*!*/
/*!*/ return [{ input }, { odd, even }]; // --> return the input and output pins
/*!*/});
//
// now using the composition:
//
let a = source();
/*!*/a.to(evenOdd()).serialTo(
sink(v => console.log('ODD:: ' + v)),
sink(v => console.log('EVEN:: ' + v))
).subscribe();
a.send(2);
a.send(3);
a.send(4);
Notice how the composition is used:
a.to(evenOdd()).serialTo(...)
When you connect something
to an agent or composition, basically you
are connecting it to all of its inputs, and when you connect an agent or composition
to something, you are basically connecting all of its outputs. So this snippet
simply means that
a is connected to all of the
evenOdd()'s
inputs, and its outputs are serially connected to what is provided to
.serialTo().
Alternatively, you could access inputs and outputs of a composition explicitly:
// this code does the same thing
let e = evenOdd();
a.to(e.in('input'));
group(e.out('odd'), e.out('even')).serialTo(
sink(v => console.log('ODD:: ' + v)),
sink(v => console.log('EVEN:: ' + v))
).subscribe();
// this does the same thing too
let e = evenOdd();
a.to(e.in('input'));
e.out('odd').to(sink(v => console.log('ODD:: ' + v))).subscribe();
e.out('even').to(sink(v => console.log('EVEN:: ' + v))).subscribe();
Besides full-fledged compositions, you can also utilize
expr()
to turn simpler functions into agents or
node() to turn much
more complex functions into agents.
Similar to pins,
CONNECTIVE offers different pre-built agents for creating powerful flows. You
can find the list of these agents in the left-side table of contents, and you can access the table of contents
by clicking on the sweet
hamburger menu icon in the footer
.
About this document
This document is intended as an intuitive guide of concepts and usage of the toolset offered by
CONNECTIVE. It does not cover features that are still under consideration, nor does it features
that are yet to be fully covered by tests.
Each class or function is similarly described in an intuitive and guide-like manner, rather than a precise specification.
The precise specification of each class or function is the test-suites designed to outline and ensure its intended
properties and behaviors. The link(s) to the test suites for each function or class can be found on the end of its
corresponding entry.
Note that you might find further classes/functions/properties/methods/etc in the code than
in this documentation and/or in the test-suites, which means for whatever reason they are not yet part of
CONNECTIVE's specification and are potentially subject to change. This holds true even for functionality
that might be outlined in this documentation but not yet guaranteed by the test suite, though usually
this corresponds to a relatively stable functionality that is missing sufficient test coverage.
SVG SMIL
animations are used through-out this documentation to visualize how different pins or agents work. Though almost
all modern browsers support the format, most of them do so in a half-hearted and generally buggy way. For this reason,
I would recommend reading these docs on
Firefox,
as per our limited testing, it offers the smoothest and most bug-free support for the format.


All Classes
Addition
Assignment
Constant
ExpressionParser
ExpressionTree
ExpressionTreePrinter
ExpressionTreePrinter.Symbol
Main
Multiplication
Node
Operand
Operator
Ternary
Unary
Variable


{{#contentFor "title"}}Dependencies | Code{{/contentFor}} {{#contentFor "tabName"}}dependencies{{/contentFor}} {{!< layouts/code.html}}
At this time Cyclops Core has no external dependencies. Internally any dependencies are bundled and encapsulated with the Cyclops script. These dependencies are not public and are simply and internal implementation detail. If Cyclops Core is consumed and no other framework library is included our widgets will be registered with the global version on jQuery, if and when included, to allow consumption of our components without a framework.


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Until it's ready, discover more by visiting the projects below on GitHib.
Projects in the ORBIT ecosystem:
ORBIT is a specification for simple, fungible tokens implemented by utilizing OP_RETURN for the storage of token events on the Bitcoin Cash blockchain. No changes to the Bitcoin Cash protocol or nodes are required. However, wallets may wish to incorporate this token standard in order to allow the user to easily take account of and interact with tokens that adhere to this ORBIT standard.
ORBIT is open source and licensed under the MIT license. See the LICENSE file for more details.


| latest version v1.9 - last update 12 Nov 2004 |
#include <ltiOrientedHLTransform.h>
Inheritance diagram for lti::orientedHLTransform:
Help methods | |
| bool | getHoughSpacePoints (const channel32 &hough, vector< tpoint< float > > &positions, const float stdDevFactor=1.0f, const float hystheresis=0.5f) const |
| bool | getSegmentPoints (const point &imageSize, const float radius, const float angle, point &a, point &b, const point &origin=point(-1,-1)) const |
Public Member Functions | |
| orientedHLTransform () | |
| orientedHLTransform (const orientedHLTransform &other) | |
| virtual | ~orientedHLTransform () |
| virtual const char * | getTypeName () const |
| bool | apply (const channel &src, const channel &angle_src, channel32 &dest) const |
| bool | apply (const channel8 &src, const channel &angle_src, channel32 &dest) const |
| bool | apply (const image &src, const channel &angle_src, channel32 &dest) const |
| bool | apply (const channel32 &src, const channel &angle_src, channel32 &dest) const |
| orientedHLTransform & | copy (const orientedHLTransform &other) |
| orientedHLTransform & | operator= (const orientedHLTransform &other) |
| virtual functor * | clone () const |
| const parameters & | getParameters () const |
| virtual bool | updateParameters () |
| int | getAccuracy () const |
| bool | setAccuracy (int iAccuracy) |
The houghLineTransform::parameters specify what part of a given image/channel is transformed and which point values are considered.
To accelerate the computations, an orientation map containing the angles perpendicular to the edges is used. This can be generated using for example lti::orientationMap.
Two additional methods help in the use of the hough space. The first one detects the local maxima ( getHoughSpacePoints() ), and the second one finds two points that define the line segment found in the image ( getSegmentPoints() ).
The hough space contains as expected two parameters: radius and angle. They are measured from the middle point of the analysed region. The angle is always between 0 and 180 degrees. The radius can be negative and its absolute value will be between 0 and the image diagonal divided by two.
Example:
#include "ltiOrientedHLTransform.h" // the hough transform #include "ltiCannyEdges.h" // the edge detector #include "ltiALLFunctor.h" // to read png, jpg and bmp images #include "ltiDraw.h" // drawing tool #include "ltiViewer.h" // visualization tool // ... lti::image inputImg; lti::channel8 edges; lti::channel angles; // orientation map lti::channel32 transformAccu; // load an image and extract the intensity channel from it lti::loadImage imgLoader; imgLoader.load("../img/hough1.png",inputImg); // load an image // we need the edges cannyEdges canny; canny.apply(inputImg,edges,angles); // create default HLT (Hough Line Transform) using default parameters lti::orientedHLTransform HLT; // The Hough Transform HLT.apply(edges,angles,transformAccu); // Display the Hough space viewer viewHS("Hough Space"); viewHS.show(transformAccu); // Now get the local maxima of the transformAccu lti::vector< tpoint<float> > maxpos; HLT.getHoughSpacePoints(transformAccu,maxpos); // And draw the found lines in the original image lti::draw<rgbPixel> drawer; drawer.use(inputImg); drawer.setColor(lti::White); point a,b; for (int k=0;k<maxpos.size();++k) { HLT.getSegmentPoints(inputImg.size(),maxpos.at(k).x,maxpos.at(k).y,a,b); drawer.line(a,b); } // at last, show the resulting lines viewer view("Detected lines"); view.show(inputImg); view.waitButtonPressed(); // wait until the user presses the mouse button // on the viewer window.
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default constructor, member variable m_iAccuracy is set to 180
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copy constructor
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destructor |
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operates on a copy of the given parameters.
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Make Hough Transform of the given image and write the transformation accumulator into dest. operates on a copy of the given parameters.
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operates on a copy of the given parameters.
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operates on a copy of the given parameters.
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returns a pointer to a clone of this functor.
Implements lti::functor. |
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copy data of "other" functor.
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returns accuracy of Hough Line Transform
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This method is used to get the list of points in the parameter space, sorted by their hough transformation value, with the maxima at the beginning.
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returns used parameters
Reimplemented from lti::transform. |
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Given a radius and an angle, compute the two points at the border of the image.
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returns the name of this type ("orientedHLTransform")
Reimplemented from lti::transform. |
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alias for copy member
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sets accuracy of Hough Line Transform and creates the appropriate sinus and cosinus integer tables
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set functor's parameters. This member makes a copy of theParam: the functor will keep its own copy of the parameters!
Reimplemented from lti::functor. |


The following demonstrates the use of all of the repetition model buttons—add
, remove
, move-up
and move-down
—as well as the various ways to cancel the default action of these repetition buttons.
It also provides examples of customized addition buttons.
Note: Buttons with ellipses will confirm the action.


--- ---
@Input('uiOptions')
The transition options
Book {{ book.name }}
@Input('uiParams')
The parameter values to use (as key/values)
Book {{ book.name }}
@Input('uiSref')
The name of the state to link to
Home
An observable (ReplaySubject) of the state this UISref is targeting. When the UISref is clicked, it will transition to this TargetState.
When triggered by a (click) event, this function transitions to the UISref's target state
Generated using TypeDoc
A directive when clicked, initiates a Transition to a TargetState.
Purpose
This directive is applied to anchor tags (

) or any other clickable element. It is a state reference (or sref -- similar to an href). When clicked, the directive will transition to that state by calling StateService.go, and optionally supply state parameter values and transition options.When this directive is on an anchor tag, it will also add an
href
attribute to the anchor.Selector
[uiSref]
: The directive is created as an attribute on an element, e.g.,
Inputs
uiSref
: the target state's name, e.g.,uiSref="foostate"
. If a component template uses a relativeuiSref
, e.g.,uiSref=".child"
, the reference is relative to that component's state.uiParams
: any target state parameter values, as an object, e.g.,[uiParams]="{ fooId: bar.fooId }"
uiOptions
: TransitionOptions, e.g.,[uiOptions]="{ inherit: false }"
 Bar  Foo Child  Bar {{foo.barId}}  Bar {{foo.barId}}


todo¶
The list of todos.
scripts¶
Either add doctests, logging or unittests to dlink
Continue adding these support structures until you feel confident enough to begin basing dot_sym.ipy off of it
At some point we can then begin basing newbuntu off of that.
A script that utilizes dlink to update the scripts in ~/bin.
Rsync and rclone scripts aren’t close to done. Part of that will be encrypting/archiving your notebooks and pulling them down on different devices.
Linting¶
Run
rstcheck
on all of the rst files in ./docs. If you want to do it from Termux you’ll need to specifyrstcheck -j 1
becausemultiprocessing
doesn’t work.Also this needs to be able to pass a standard
flake8
lint.


Jason Williams
Jason is Assistant Director, External Collaborations at Cold Spring Harbor Laboratory’s DNA Learning Center (www.dnalc.org)
and is the Education, Outreach, and Training lead for CyVerse. Jason organizes, instructs, and speaks at more than dozen
bioinformatics workshops annually. In addition to Cold Spring Harbor, Jason is faculty at Yeshiva University in New York,
where he created and instructs a research program for their Girl's High School. Jason also serves on committees and boards
for several projects that advance science and science.
Steering Committee (2016 Chair, 2015 Member)
Instructor Trainer