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pants
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- >Composition: Wool
- >Fastening: Buttons
- >Style: Official pants
- >Features: 2 piece, double breast with white boxes
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26 January 2001
Disease Outbreak Reported
As of 25 January, the Kwazulu-Natal Department of Health has reported 27 431 cases and 74 deaths since the start of the outbreak in mid-August 2000.
The outbreak in Kwazulu-Natal is primarily affecting the Empangeni area, made up of the Lower Umfolozi districts and the Eshowe/Nkandla area. The lower South Coast is affected mainly in the KwaDukuza/Stanger area and Ugu Region/South Coast.
Cholera is endemic to the eastern seaboard of southern Africa and outbreaks can occur sporadically in any part of the world where water supplies, sanitation, food safety and hygiene practices are inadequate.
An overall management strategy is being implemented to include treatment of patients, provision of clean water and sanitation as well as education and information about how to live in a cholera area. The Department of Health will also work with the Department of Education to bring this information into schools.
No special restrictions on travel to and from KwaZulu-Natal are warranted.


Linking ABAQUS and FORTRAN
ABAQUS and FORTRAN are linked to execute user subroutines such as VUMAT, UMAT, USDFLD, etc. You can find various versions of ABAQUS and FORTRAN Available. Here is the compatibility list:
- ABAQUS 2017
- Intel Composer XE 2013 or above
- Visual Studio 2010 or above v6.14
- Intel Visual Fortran 12.0 or above
- Visual Studio 2010 or above
One can download Student version of FORTRAN for free from here.
Step 1. Installation
Install your copy of SIMULIA ABAQUS followed by Visual Studio and Visual Fortran. Make sure you install C++ component of Visual Studio as well.
Step 2. Fortran Compiler
Find ifort.exe
and ifortvars.bat
in Installation directory of FORTRAN. Copy the address on clip board.
"C:\Program Files (x86)\Intel\Composer XE 2013 SP1\bin\ifortvars.bat" intel64 vs2012
Step 3. Visual Studio
Go to Installation directory of Visual Studio and copy the address of vcvarsall.bat
.
"C:\Program Files (x86)\Microsoft Visual Studio 11.0\VC\vcvarsall.bat" x64
Step 4. Including Directories in ABAQUS CAE
Go to Installation directory of ABAQUS and find launcher.bat
.
Open the file with notepad and paste the addresses in the following manner:
Same can also be done by right-clicking on ABAQUS CAE shortcut → Open File Location
Save the file.
Step 5. Run ABAQUS Verification
Run ABAQUS Verification first, It’ll create a verify.log
opening which you can check if the procedure was successful.
Step 6. Run ABAQUS CAE
Click and open ABAQUS, you will be able to see that FORTRAN is also called along with it.
Cite as
Rahul Singh (2017, June 03). Linking ABAQUS and FORTRAN. Retrieved , from https://mathscapes.xyz/notes/linking-abaqus-and-fortran/.


Post to Google Sheets with form validation
Based on Martin Hawksey's
example
.
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2. The instructor managed classroom time and pace well.
3. The instructor was organized and prepared for every class
4. The instructor encouraged discussions and responded to questions.
5. The instructor demonstrated in-depth knowledge of the subject.
6. The instructor appeared enthusiastic and interested.
7. The instructor used a variety of instructional methods to reach the course objectives (e.g. group discussions, student presentations, etc.)
8. The instructor challenged students to do their best work.
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A central component for Solid servers, handles Web Access Control and Linked Data Platform concerns.
The entry point is src/server.ts, which instantiates a http server, a BlobTree storage, and the core app.
The BlobTree storage exposes a carefully tuned interface to the persistence layer, which is similar to the well-known "key-value store" concept, where opaque Blobs can be stored and retrieved, using arbitrary strings as keys. But the BlobTree interface differs from a key-value store interface in that it not only allows writing and reading blobs of data, but also querying 'Containers', which is similar to doing ls
on a folder on a unix file system: it gives you a list of the directly contained blobs and containers.
This means that if we store all LDP resources inside BlobTree blobs, using the resource path from the http level as the blob's path at the BlobTree level, then implementing LDP GET requests on containers becomes very easy out of the box.
The core application code is in src/lib/code/ and deals with:
The auth code is in src/lib/auth/ and deals with:
In src/lib/api/http/ are two important classes, one for parsing an incoming http request, and one for constructing an outgoing http response. Although each step they do, like setting a numeric http response status code, or extracting a bearer token string from an authorization header, is computationally simple, a lot of the correctness of this module (looking at https://github.com/w3c/ldp-testsuite and the WAC test suite that is under development) depends on the details in these two files.
This is where the action is, each file in src/lib/operations/ does the actual execution of the operation as intended in the incoming HTTP/LDP request. At the same time, each of these files is also really small because of all the preparation that already went before it (the parsing of the http request, and the access checks) and because of the way the BlobTree storage interface was designed, with these operations in mind. For instance a DeleteBlob operation just calls blob.delete, and that's it.
The ReadContainer operation does need to do a bit of work to convert the list of members as reported by the BlobTree Container into an RDF representation like Turtle or JSON-LD. We use RDF-EXT for this, and the calls to that module are wrapped into a util in the src/lib/utils/ folder. Likewise, there are some functions there to deal with how the body, content type, and ETag of a resource can be streamed from and to the BlobTree storage.
Published under an MIT license by inrupt, Inc.
Contributors:
Generated using TypeDoc


The word "text" can be taken into two different ways. It can be used in the sense that we conventionally we do, as alphabetical symbols arranged in a sequence, forming words, sentences, and paragraphs. This kind of text can be written on a piece of paper or typed on a computer screen. "Text" can also be used to mean something much broader. Any media product---a website, a movie, a video game, a picture---can be analyzed as text, i.e., as a set of signs that has been intentionally put together to convey a particular set of ideas and to enforce the agenda the creator of that media product. Good design practices can be used to guarantee that this agenda is deployed as clearly and forcefully as possible.
It is, however, interesting that this broad use of the word "text" is consistent with the idea popularized by French philosopher Jacques Derrida that the extreme (and maybe undue) importance we have placed on writing and writing technologies. Burke's documentary on the history of writing and Cranny-Francis' examples also support this idea. Mcluhan's theory predicts that as technologies are born and, eventually, made obsolete, we will continue to see text and writing take on different yet familiar forms.


Furni is one of the leading online stores providing affordable and reliable furniture to all American citizens. After years of development, we continue to share our passion and excitement for all things “home” by providing quality products, timeless designs and expert guidance.


VisDA Challenge
Aeroplane
Bicycle
Bus
Car
Horse
Knife
Motorcycle
Person
Plant
Skateboard
Train
Truck


Uses of Class
com.destroystokyo.paper.profile.ProfileProperty
-
Uses of ProfileProperty in com.destroystokyo.paper.event.profile
Modifier and TypeMethodDescriptionPreLookupProfileEvent.getProfileProperties()
FillProfileEvent.getProperties()
Same as .getPlayerProfile().getProperties()Modifier and TypeMethodDescriptionvoid
PreLookupProfileEvent.addProfileProperties
(@NotNull Set<ProfileProperty> properties) Adds any properties currently missing to the prepopulated properties set, replacing any that already were set.void
PreLookupProfileEvent.setProfileProperties
(@NotNull Set<ProfileProperty> properties) Clears any existing prepopulated properties and uses the supplied properties Any property in this Set will be automatically prefilled on this Profilevoid
PreFillProfileEvent.setProperties
(@NotNull Collection<ProfileProperty> properties) Sets the properties on the profile, avoiding the call to the Mojang API Same as .getPlayerProfile().setProperties(properties); -
Uses of ProfileProperty in com.destroystokyo.paper.profile
Modifier and TypeMethodDescriptiondefault boolean
PlayerProfile.removeProperty
(@NotNull ProfileProperty property) Removes a specific property from this profilevoid
PlayerProfile.setProperty
(@NotNull ProfileProperty property) Sets a property.Modifier and TypeMethodDescriptiondefault boolean
PlayerProfile.removeProperties
(@NotNull Collection<ProfileProperty> properties) Removes all properties in the collectionvoid
PlayerProfile.setProperties
(@NotNull Collection<ProfileProperty> properties) Sets multiple properties.


Static view served by self-host
This view was served by the Nancy self-host.
- Scheme: @Model.Scheme
- HostName: @Model.HostName
- Port: @Model.Port
- BasePath: @Model.BasePath
- Path: @Model.Path
http://localhost:8888/nancy/
http://localhost:8888/nancy/testing
http://<IP_ADDRESS>:8888/nancy/
http://<IP_ADDRESS>:8888/nancy/testing
http://localhost:8889/nancytoo/
http://localhost:8889/nancytoo/testing


SOA and Microservices promote API centric applications where we can build complex sophisticated systems out of smaller simpler ones. This allows us to build bigger and less error prone systems by enabling developers to better understand the impacts of a change. When we break down systems duplication and boiler plate drastically increases complexity. Authentication is one area where complexity can be introduced across all of our services at once. In this post I look at a pattern to decouple authentication from your system and allow a richer authentication experience without introducing complexity to every API in the system.
Multiple authentication paths
As applications grow many different types of consumers may use APIs. Different consumers have different needs and authentication methods which work well. For example a website may consume your API and it makes sense to use cookies to do so. An automated process may also consume the API and it might make sense to use an API Key type of authentication for that use case. A native mobile application may use OAuth or JWT directly to consume your APIs.
Each of these scenarios make sense internally but having multiple authentication mechanisms across our APIs make things complex. This gets worse as we have more APIs in our system, especially if they are deployed independently.
Authentication is a global concern authorisation a local one
Authentication is essentially the same anywhere throughout our applications, identifying who is using the system is a global concern across the whole system. Allowing access to certain functions on the other hand is a local concern which can only be decided by the function which is currently being executed. Authorisation is not about who but rather about can some(one/thing) like this do that. This is a subtle but important distinction.
These concerns should be separated and dealt with at the appropriate scope.
The Authentication Proxy
The authentication proxy pattern separates the global concern of Authentication from the local concern of authorisation by intercepting all requests to APIs and replacing the specific by reference authentication with a standardised by value claims based token. This means that individual APIs need only validate and check authorisation on one token type.
The authentication proxy has the following behavior/pseudocode
- Receive request
- Decode authentication used by caller
- Produce relevant claims for the authenticated user
- Replace the Authentication on the incoming request with a signed set of claims (eg JWT by value)
- Forward the request to the API implementation
- Send the response back to the caller
By reference and by value
There are two different types of authentication token, each has their place. By reference tokens simply have a key contained in the token which needs to get looked up server side to get the actual permissions, they are opaque meaning only the server understands the actual information this token contains. By value tokens contain information directly within the token, this means if the token contains the information you need you don’t need to look up any information later. By value tokens can either by opaque or transparent depending on if they are encrypted or signed. By reference tokens are tiny, but require a second lookup stage and by value tokens are bigger but avoid subsequent lookups.
By reference tokens are useful when they are appended onto every request and bandwidth is important. There is no point transmitting lots of information when a little could do. By value tokens are better when we want to remove a lookup later in the system. With the authentication proxy it makes sense to use by reference tokens externally and by value tokens internally (where bandwidth is less relevant).
Authorisation
The API implementation can then ignore the actual user lookup and authentication handshake and simply examine the claims to authorise a behavior. For example instead of looking up the user ID and seeing if they are assigned the edit blog post permission we can simply check the claims to see if they have an edit blog post claim. This scales far better especially if we have non-user things in our system as well (such as an API key) which may use an entirely different permission model.
More importantly that user lookup component (which previously had to be in every API) can now be performed centrally decoupling the permission tree from every API.
Routing
Routing is an important component when multiple APIs are at play, how does the authentication proxy know where to send the request. There are many ways to approach this problem but I like the following the best.
Get your API proxy to receive requests for api.example.con, reserve all subdomains for your actual APIs (it’s important that you control the DNS lookup of *.api.example.con
from your proxy machine for security reasons). Then use the first segment of the url to select the API subdomain to use. eg a request for https://api.example.con/posts/v1/edit might get routed to the API https://posts.api.example.con/v1/edit. This kind of URL routing is readable and presents a contiguous api front to consumers. In this example there is no need to publish the posts.api.example.con API publically, only the proxy needs to be able to access it directly. However in some cases it may be desirable to allow APIs to call each other internally as well as the authentication proxy.
###Costs As with any proxy system the Authentication proxy introduces synchronous latency into your applications, Latency is not zero so it is important to understand, measure and minimise the impact of this on your application. While the request overhead may not be controllable in this pattern there are several techniques you can use to minimise latency.
Tip 1: Host the APIs on the same server as the proxy, and always request the instance of the API running on the local machine. This essentially removes the network cost from the latency. You can then load balance the proxy which will in turn load balance the APIs. Do note when you deploy an API you will also need to take the proxy out of the load balancer during the deploy to avoid a failure.
Tip 2: Introduce caching on your claims generation. The generation step is probably the most costly part of the proxy and by caching this lookup you can remove time out of your requests. If you weren’t previously caching the authentication check in your application this may well improve performance overall. Do note you will also need a good invalidation mechanism.


Cloud Vision V1 API - Class Google::Cloud::Vision::V1::GcsDestination (v0.6.4)
Reference documentation and code samples for the Cloud Vision V1 API class Google::Cloud::Vision::V1::GcsDestination.
The Google Cloud Storage location where the output will be written to.
Inherits
- Object
Extended By
- Google::Protobuf::MessageExts::ClassMethods
Includes
- Google::Protobuf::MessageExts
Methods
#uri
def uri() -> ::String
-
(::String) — Google Cloud Storage URI prefix where the results will be stored. Results
will be in JSON format and preceded by its corresponding input URI prefix.
This field can either represent a gcs file prefix or gcs directory. In
either case, the uri should be unique because in order to get all of the
output files, you will need to do a wildcard gcs search on the uri prefix
you provide.
Examples:
File Prefix: gs://bucket-name/here/filenameprefix The output files will be created in gs://bucket-name/here/ and the names of the output files will begin with "filenameprefix".
Directory Prefix: gs://bucket-name/some/location/ The output files will be created in gs://bucket-name/some/location/ and the names of the output files could be anything because there was no filename prefix specified.
If multiple outputs, each response is still AnnotateFileResponse, each of which contains some subset of the full list of AnnotateImageResponse. Multiple outputs can happen if, for example, the output JSON is too large and overflows into multiple sharded files.
#uri=
def uri=(value) -> ::String
-
value (::String) — Google Cloud Storage URI prefix where the results will be stored. Results
will be in JSON format and preceded by its corresponding input URI prefix.
This field can either represent a gcs file prefix or gcs directory. In
either case, the uri should be unique because in order to get all of the
output files, you will need to do a wildcard gcs search on the uri prefix
you provide.
Examples:
File Prefix: gs://bucket-name/here/filenameprefix The output files will be created in gs://bucket-name/here/ and the names of the output files will begin with "filenameprefix".
Directory Prefix: gs://bucket-name/some/location/ The output files will be created in gs://bucket-name/some/location/ and the names of the output files could be anything because there was no filename prefix specified.
If multiple outputs, each response is still AnnotateFileResponse, each of which contains some subset of the full list of AnnotateImageResponse. Multiple outputs can happen if, for example, the output JSON is too large and overflows into multiple sharded files.
-
(::String) — Google Cloud Storage URI prefix where the results will be stored. Results
will be in JSON format and preceded by its corresponding input URI prefix.
This field can either represent a gcs file prefix or gcs directory. In
either case, the uri should be unique because in order to get all of the
output files, you will need to do a wildcard gcs search on the uri prefix
you provide.
Examples:
File Prefix: gs://bucket-name/here/filenameprefix The output files will be created in gs://bucket-name/here/ and the names of the output files will begin with "filenameprefix".
Directory Prefix: gs://bucket-name/some/location/ The output files will be created in gs://bucket-name/some/location/ and the names of the output files could be anything because there was no filename prefix specified.
If multiple outputs, each response is still AnnotateFileResponse, each of which contains some subset of the full list of AnnotateImageResponse. Multiple outputs can happen if, for example, the output JSON is too large and overflows into multiple sharded files.


Player Information:
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Player ID:
AC:
HP:
Add Player
Done
Select a Monster Size:
normal
large
huge
gargantuan
colossal
Done
Players
Monsters
X1
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X3
X4
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Large
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Border
Scenery
Doorway
Scenery
Greenery
Scenery
Water
Draggable Window
Name
ID
AC
HP
Add Monster


RT @confluentinc: .@newrelic runs one of the largest @apachekafka installations in the world—as a monitoring company, they have naturally p…
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Searching for data within Dataverse is quite easy using the dataverse_search()
function. The simplest searches simply consist of a query string:
library("dataverse")
Sys.setenv("DATAVERSE_SERVER" = "dataverse.harvard.edu")
dataverse_search("Gary King")[c("name")]
## 10 of 1043 results retrieved
## name
## 1 00698McArthur-King-BoxCoverSheets.pdf
## 2 00698McArthur-King-MemoOfAgreement.pdf
## 3 00698McArthur-King-StudyDescription.pdf
## 4 077_mod1_s2m.tab
## 5 10 Million International Dyadic Events
## 6 1998 Jewish Community Study of the Coachella Valley, California
## 7 2002 State Legislative Survey
## 8 A Comparative Study between Gurukul System and Western System of Education
## 9 A Demographic and Attitudinal Study of the Jewish Community of St. Louis
## 10 A Demographic Study of the Jewish Community of Atlantic County, 1985
The results are paginated, so users can rely upon the per_page
and start
argument to requested subsequent pages of results. We’ll start at 6 and to show that we retrieve the last five results from the previous query plus 15 more (due to per_page = 20
):
dataverse_search("Gary King", start = 6, per_page = 20)[c("name")]
## 20 of 1043 results retrieved
## name
## 1 2002 State Legislative Survey
## 2 A Comparative Study between Gurukul System and Western System of Education
## 3 A Demographic and Attitudinal Study of the Jewish Community of St. Louis
## 4 A Demographic Study of the Jewish Community of Atlantic County, 1985
## 5 A Demographic Study of the Jewish Community of Greater Kansas City
## 6 A Demographic Study of the Jewish Community of Greater Washington, 1983
## 7 A Lexicial Index of Electoral Democracy
## 8 A Population Study of the Jewish Community of Metrowest, New Jersey
## 9 A Population Study of the Jewish Community of Rochester, 1986
## 10 A Population Study of the Jewish Community of Worcester
## 11 A Study of Jewish Culture in the Bay Area
## 12 A Unified Model of Cabinet Dissolution in Parliamentary Democracies
## 13 ABC News / The Washington Post Poll: January, 1988
## 14 ABC News / The Washington Post poll # 7925: Social Security/1984 Election
## 15 ABC News / The Washington Post Poll: December, 1987
## 16 ABC News Gary Hart Poll, December 1987
## 17 ABC News Gary Hart Poll, December 1987
## 18 ABC News Iraq Poll, August 1990
## 19 ABC News Kosovo Peace Poll #1, June 1999
## 20 ABC News New Hampshire Primary Voter Poll, January 2000
More complicated searches can specify metadata fields like title
and restrict results to a specific type
of Dataverse object (a “dataverse”, “dataset”, or “file”):
ei <- dataverse_search(author = "Gary King", title = "Ecological Inference", type = "dataset", per_page = 20)
## 20 of 867 results retrieved
# fields returned
names(ei)
# names of datasets
ei$name
## [1] "name" "type" "url" "global_id" "description" "published_at" "citationHtml"
## [8] "citation" "authors"
## [1] "10 Million International Dyadic Events"
## [2] "3D Dust map from Green et al. (2015)"
## [3] "[KRISNA02]³ New Religious Movements : Case of ISKCON"
## [4] "A Comparative Study between Gurukul System and Western System of Education"
## [5] "A Lexicial Index of Electoral Democracy"
## [6] "A Statistical Inference Engine for Small, Dependent Samples [Version 2.310]"
## [7] "A Unified Model of Cabinet Dissolution in Parliamentary Democracies"
## [8] "ABC News / The Washington Post poll # 7925: Social Security/1984 Election"
## [9] "ABC News Iraq Poll, August 1990"
## [10] "ABC News/The Washington Post Poll: Los Angeles Race Riots"
## [11] "ABC News/The Washington Post Poll: Race Relations"
## [12] "ABC News/Washington Post Los Angeles Beating Poll, April 1992"
## [13] "ABC News/Washington Post Poll #1, September 1990"
## [14] "ABC News/Washington Post Race Relations Poll, May 1992"
## [15] "ABC News/Washington Post Reagan 100 Days Poll, April 1981"
## [16] "Afrobarometer Round 3: The Quality of Democracy and Governance in 18 African Countries, 2005-2006"
## [17] "Afrobarometer Round 3: The Quality of Democracy and Governance in Benin, 2005"
## [18] "Afrobarometer Round 3: The Quality of Democracy and Governance in Botswana, 2005"
## [19] "Afrobarometer Round 3: The Quality of Democracy and Governance in Cape Verde, 2005"
## [20] "Afrobarometer Round 3: The Quality of Democracy and Governance in Ghana, 2005"
Once datasets and files are identified, it is easy to download and use them directly in R. See the “Data Retrieval” vignette for details.


Some juicy header content
Hello there, awesome person!
This is a link to Github!
This is a link to LeetCode
This is a link to FreeCodeCamp


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.util.Calendar java.util.GregorianCalendar org.swiftgantt.common.Time
public class Time
TODO Extended from GregorianCalendar with more features
getYear(), getMonth(), getDay(), getHour(), getMinute(), getSecond()
setToFirstDayOfThisWeek(), getFirstDayOfThisWeek(), setToLastDayOfThisWeek(), getLastDayOfThisWeek()
| Field Summary |
|---|
| Fields inherited from class java.util.GregorianCalendar |
|---|
AD, BC |
| Fields inherited from class java.util.Calendar |
|---|
ALL_STYLES, AM, AM_PM, APRIL, AUGUST, DATE, DAY_OF_MONTH, DAY_OF_WEEK, DAY_OF_WEEK_IN_MONTH, DAY_OF_YEAR, DECEMBER, DST_OFFSET, ERA, FEBRUARY, FIELD_COUNT, FRIDAY, HOUR, HOUR_OF_DAY, JANUARY, JULY, JUNE, LONG, MARCH, MAY, MILLISECOND, MINUTE, MONDAY, MONTH, NOVEMBER, OCTOBER, PM, SATURDAY, SECOND, SEPTEMBER, SHORT, SUNDAY, THURSDAY, TUESDAY, UNDECIMBER, WEDNESDAY, WEEK_OF_MONTH, WEEK_OF_YEAR, YEAR, ZONE_OFFSET |
| Constructor Summary | |
|---|---|
Time()
|
|
Time(java.util.Calendar calendar)
|
|
Time(java.util.Date date)
|
|
Time(int year)
|
|
Time(int year,
int month)
|
|
Time(int year,
int month,
int dayOfMonth)
|
|
Time(int year,
int month,
int dayOfMonth,
int hourOfDay)
|
|
Time(int year,
int month,
int dayOfMonth,
int hourOfDay,
int minute)
|
|
Time(int year,
int month,
int dayOfMonth,
int hourOfDay,
int minute,
int second)
|
|
Time(java.util.Locale aLocale)
|
|
Time(java.util.TimeZone zone)
|
|
Time(java.util.TimeZone zone,
java.util.Locale aLocale)
|
| Method Summary | |
|---|---|
Time |
clone()
|
boolean |
equals(java.lang.Object obj)
|
int |
getDate()
Get day of time |
int |
getDayIntervalFrom(Time time)
|
int |
getDayIntervalTo(Time time)
|
int |
getDayOfWeek()
Get day of week. |
Time |
getFirstDayOfThisWeek()
Return the first day of the week that current time in. |
int |
getHour()
Get hour of time. |
int |
getHourIntervalFrom(Time time)
|
int |
getHourIntervalTo(Time time)
|
Time |
getLastDayOfThisWeek()
Return the last day of the week that current time in. |
int |
getMinute()
Get minute of time. |
int |
getMinuteIntervalFrom(Time time)
|
int |
getMinuteIntervalTo(Time time)
|
int |
getMonth()
Get month of time, starts from 1, not 0. |
int |
getMonthIntervalFrom(Time time)
|
int |
getMonthIntervalTo(Time time)
|
int |
getSecond()
Get second of time. |
int |
getSecondIntervalFrom(Time time)
|
int |
getSecondIntervalTo(Time time)
|
int |
getWeekIntervalFrom(Time time)
|
int |
getWeekIntervalTo(Time time)
|
int |
getYear()
Get year of time. |
int |
getYearIntervalFrom(Time time)
|
int |
getYearIntervalTo(Time time)
|
Time |
increaseDate()
|
Time |
increaseDates(int offset)
|
Time |
increaseHour()
|
Time |
increaseHours(int offset)
|
Time |
increaseMinute()
|
Time |
increaseMinutes(int offset)
|
Time |
increaseMonth()
|
Time |
increaseMonths(int offset)
|
Time |
increaseSecond()
|
Time |
increaseSeconds(int offset)
|
Time |
increaseWeek()
|
Time |
increaseWeeks(int offset)
|
Time |
increaseYear()
|
Time |
increaseYears(int offset)
|
boolean |
isRestDay()
Check if it is NOT working day in a week. |
boolean |
isWorkingDay()
Check if it is working day in a week. |
void |
setDate(int date)
Set day of time. |
void |
setHour(int hour)
Set hour of time. |
void |
setMinute(int minute)
Set minute of time. |
void |
setMonth(int month)
Set month of time. |
void |
setSecond(int second)
Set second of time. |
Time |
setToFirstDayOfThisWeek()
Set time to the first day of the week that current time in. |
Time |
setToLastDayOfThisWeek()
Set time to the last day of the week that current time in. |
void |
setYear(int year)
Set year of time. |
java.lang.String |
toString()
|
Time |
truncateAtDate()
Truncate part of time at date |
Time |
truncateAtHour()
Truncate part of time at hour |
Time |
truncateAtMinute()
Truncate part of time at minute |
Time |
truncateAtMonth()
Truncate part of time at month |
Time |
truncateAtSecond()
Truncate part of time at second |
Time |
truncateAtWeek()
Truncate part of time at week |
Time |
truncateAtYear()
Truncate part of time at year |
| Methods inherited from class java.util.GregorianCalendar |
|---|
add, getActualMaximum, getActualMinimum, getGreatestMinimum, getGregorianChange, getLeastMaximum, getMaximum, getMinimum, getTimeZone, hashCode, isLeapYear, roll, roll, setGregorianChange, setTimeZone |
| Methods inherited from class java.util.Calendar |
|---|
after, before, clear, clear, compareTo, get, getAvailableLocales, getDisplayName, getDisplayNames, getFirstDayOfWeek, getInstance, getInstance, getInstance, getInstance, getMinimalDaysInFirstWeek, getTime, getTimeInMillis, isLenient, isSet, set, set, set, set, setFirstDayOfWeek, setLenient, setMinimalDaysInFirstWeek, setTime, setTimeInMillis |
| Methods inherited from class java.lang.Object |
|---|
getClass, notify, notifyAll, wait, wait, wait |
| Constructor Detail |
|---|
public Time(java.util.Calendar calendar)
public Time(int year, int month, int dayOfMonth, int hourOfDay, int minute, int second)
public Time(int year, int month, int dayOfMonth, int hourOfDay, int minute)
public Time(int year, int month, int dayOfMonth, int hourOfDay)
public Time(int year, int month, int dayOfMonth)
public Time(int year, int month)
public Time(int year)
public Time(java.util.TimeZone zone, java.util.Locale aLocale)
public Time(java.util.Locale aLocale)
public Time(java.util.TimeZone zone)
public Time(java.util.Date date)
public Time()
| Method Detail |
|---|
public Time clone()
clone
in class java.util.GregorianCalendar
public Time increaseYears(int offset)
public Time increaseYear()
public Time increaseMonths(int offset)
public Time increaseMonth()
public Time increaseWeeks(int offset)
public Time increaseWeek()
public Time increaseDates(int offset)
public Time increaseDate()
public Time increaseHours(int offset)
public Time increaseHour()
public Time increaseMinutes(int offset)
public Time increaseMinute()
public Time increaseSeconds(int offset)
public Time increaseSecond()
public Time setToFirstDayOfThisWeek()
public Time getFirstDayOfThisWeek()
public Time setToLastDayOfThisWeek()
public Time getLastDayOfThisWeek()
public boolean isWorkingDay()
public boolean isRestDay()
public Time truncateAtYear()
public Time truncateAtMonth()
public Time truncateAtWeek()
public Time truncateAtDate()
public Time truncateAtHour()
public Time truncateAtMinute()
public Time truncateAtSecond()
public int getYearIntervalFrom(Time time)
time
-
public int getYearIntervalTo(Time time)
public int getMonthIntervalFrom(Time time)
public int getMonthIntervalTo(Time time)
public int getWeekIntervalFrom(Time time)
public int getWeekIntervalTo(Time time)
public int getDayIntervalFrom(Time time)
time
-
public int getDayIntervalTo(Time time)
public int getHourIntervalFrom(Time time)
public int getHourIntervalTo(Time time)
public int getMinuteIntervalFrom(Time time)
public int getMinuteIntervalTo(Time time)
public int getSecondIntervalFrom(Time time)
public int getSecondIntervalTo(Time time)
public int getYear()
public void setYear(int year)
year
- public int getMonth()
public void setMonth(int month)
month
- public int getDate()
public void setDate(int date)
date
- public int getHour()
public void setHour(int hour)
hour
- public int getMinute()
public void setMinute(int minute)
minute
- public int getSecond()
public void setSecond(int second)
second
- public int getDayOfWeek()
public boolean equals(java.lang.Object obj)
equals
in class java.util.GregorianCalendar
public java.lang.String toString()
toString
in class java.util.Calendar
|
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Super Mario 64 Land brings Cat Mario to the 64-bit classic
Follow Polygon online:
by Ryan GilliamOn Sunday, Nov. 10, Nintendo 64 modder Kaze Emanuar released their newest project: Super Mario 64 Land. This new mod adds new levels and features to the beloved Super Mario 64 — what looks to be a game’s worth of content.
The major features for Super Mario 64 Land look to be a Super Mario 3D World style overworld map, and new powers for Mario —gained when wearing the Tanooki and Cat suits. There are also new worlds, including a Super Mario 64 level in the style of Super Mario World.
According to the announcement video, Super Mario 64 Land comes with 32 new levels, 70 different areas, 75 new music tracks, eight new bosses, and 10 new powers. While the game features numerous styles from different games and areas, the gameplay still looks very much like Super Mario 64.
If you always wished Super Mario 64 had more levels, it may be worth looking into Emanuar’s latest mod.
This isn’t Emanuar’s first rodeo with Mario mods. They’ve also helped create a Super Mario Sunshine mod for Super Mario 64. Emanuar recently released a Super Mario 64 cross Ocarina of Time mod, too.
To download Super Mario 64 Land, you can follow Emanuar’s download link in the video description.


This is an advertisement. It’s fairly unobtrusive and hidden in a help file, and so we at balthisar.com don’t feel too guilty for plugging a paid product: Balthisar Tidy for Work.
Balthisar Tidy for Work gives you all of the great features of Balthisar Tidy with a few extra goodies to make it worth it:
Balthisar Tidy and Balthisar Tidy for Work are fun products to work on, and fun and pride in craftsmanship is really our chief motivation at balthisar.com.
Our primary motivation to charge for Balthisar Tidy For Work is to pay for language localization.
Balthisar Tidy is free and always will be (in fact, it’s free and open source). Sure, some of the development tools cost money and distribution in the App Store requires a yearly, paid membership, but these are relatively low costs that contribute to our enjoyment. But language localization is expensive, much too expensive to eat out of pocket.
So, here’s the deal: 100% of the net proceeds from Balthisar Tidy for Work will be used to pay for language localizations, prioritized by the number of sales in each language region.
And, hey, if you already speak English and don’t care about the Latvians, then consider purchasing Balthisar Tidy for Work on its merits alone.


It is represented in a form based on W3C RDF/RDFS. We encourage proposals for schema.org improvements to be expressed in this same style. For Discussion please use the W3C Web schemas group.
See datamodel for more details.
Note: the style of RDFa used here may change in the future. To see the substantive content of the schema, view the HTML source markup. We use a simple subset of RDFa for syntax, including prefixes that are declared in the
RDFa initial context.
Enumeration
Lists or enumerations—for example, a list of cuisines or music genres, etc.
Subclass of: Intangible
Class
A class, also often called a 'Type'; equivalent to rdfs:Class.
Subclass of: Intangible
Property
A property, used to indicate attributes and relationships of some Thing; equivalent to rdf:Property.
Subclass of: Intangible
DataType
The basic data types such as Integers, Strings, etc.
Boolean
Boolean: True or False.
Subclass of: DataType
False
The boolean value false
Subclass of: Boolean
Thing
The most generic type of item.
sameAs
URL of a reference Web page that unambiguously indicates the item's identity. E.g. the URL of the item's Wikipedia page, Freebase page, or official website.
Domain: Thing
Range: URL
url
URL of the item.
Domain: Thing
Range: URL
$divs


--- layout: post authors: ["Konrad Hinsen"] title: "Konrad Hinsen: What I've Learned" date: 2013-09-11 time: "09:00:00" tags: ["Community", "Experience Report"] ---
All of my research has been based on computation, starting with my Master's thesis (1989) on the dynamics of colloidal suspensions. Back then, computational physics concentrated on simple systems, and scientists usually wrote their own simple software from scratch. When I started to work on biomolecular simulations five years later, I discovered the sad state of non-trivial scientific software, written by generations of PhD students and postdocs who learned Fortran "on the job" and had the prime goal of getting their research project done with a minimum of programming effort.
I started looking for better tools for scientific software, discovered the Python language, and joined the small group of researchers who were developing the "Numerical Python" package (the precursor of today's NumPy with the goal of doing computational science in Python. When an HFSP grant gave me the freedom to choose the tools I like, I decided to write a Python library for biomolecular simulation and to publish it as an Open Source package. It's called the Molecular Modeling Toolkit (MMTK), and it has become popular for developing molecular simulation methods. When distributed version control systems appeared, I adopted Mercurial for MMTK development, which is now hosted on Bitbucket.
MMTK has been the central tool for most of my own research work on protein structure and dynamics, in particular for the development of Elastic Network Models. I try to publish the MMTK-based Python scripts underlying my publications (here's an example), so that others can reproduce the results and apply the techniques to their own problems. Others have adopted MMTK for building their own tools, examples are the visualization program Chimera, the normal-mode Web application WEBnmS, and the MD analyis package nMOLDYN. All this became possible because MMTK is published as Open Source software.
Like everything related to computing technology, scientific computing has been evolving at a rapid pace and this process is likely to continue. The biggest challenge I see today is the integration of software into the process of doing science. We tend to consider software as the equivalent of some experimental apparatus: a tool that does a well-defined job, which the scientists needs to understand of course, but whose construction and detailed workings can be left to specialists. However, computing has been growing in importance for research to the point that it ranks equal to mathematics and to many experimental techniques. For more and more research studies, the "methods" part is nothing but algorithms. We need to make sure that scientists understand these algorithms, but we also need to make sure that the highly optimized versions of these algorithms that are implemented in software are indeed equivalent to the simple versions that are presented in the papers. A question that we need to ask ourselves constantly is: given that software is known to have bugs, why should anyone believe that our computational results are right?
The Reproducible Research movement is making an important contribution to this development by encouraging more openness and transparency in computational science, and I am adopting reproducible research for my own work in molecular simulation. Since existing tools did not support large binary datasets and projects requiring multiple computing platforms, I am developing my own toolset called ActivePapers. Molecular simulation has the additional problem of a lack of flexible and documented file formats for publishing and archiving detailed and machine-readable descriptions of simulations. I am working on that aspect as well in the MOSAIC project.
Still, the biggest obstacle for more reliable computational science is not technology, but the lack of problem awareness in the scientific community and the lack of computational compentence among practicing scientists. And that's why I joined Software Carpentry as an instructor. I am convinced that these bootcamps are useful, but they are also fun, and a good way to meet scientists from different fields who care about the same problems.


Tasks
Lists
On your mark
Get set
Go!
View Article
Download
© 2013
Thibaut Courouble
-
MIT License
Original PSD by
Wassim Bourguiba


Instructions
Welcome to the eloquently named Stick Figure Fighting Game! This was technically made by Daniel, Ryan, and Alan.
As our the name suggests, our game consists of stick figures fighting. The game will be split up between Draw Phases and Combat Phases. During Draw Phases, you will
be allowed to add vertical/horizontal lines onto the screen, upon which your stick figures will fight on during the Combat Phase. This is currently a 2 player game,
you will be given the choice between a Ninja and a Normal Character. Based on the option you choose, you will be either playing a best of three or a best of five.
Player that kills the other will be allowed to draw an additional line in an intermediate draw phase.
Draw Phase
Note: At this moment, you can only draw vertical or horizontal lines. If you try to draw a diagonal, a straight line will be made in the direction of the greatest length.
You will need to draw using your keyboard
Player1
- Press R to place down the first point, place a second point if the first is already placed, or draw a line between two points if both are already placed
- Press F to cancel your drawing
- Press UP DOWN LEFT RIGHT to move around your drawing cursor
Player2
- Press SHIFT to place down the first point, place a second point if the first is already placed, or draw a line between two points if both are already placed
- Press CNTRL to cancel your drawing
- Press WASD to move around your drawing cursor
Press K to skip the drawing Phase
Combat Phase
Player1
- Press UP to jump
- Press DOWN to crouch
- Press LEFT/ RIGHT to move left/right
- Press R to fire projectile
- Press F to melee attack
Player2
- Press W to jump
- Press D to crouch
- Press A/D to move left/right
- Press Shift to fire a projectile
- Press CNTRL to melee attack


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Overview
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get()
- Method in class domosaics.model.arrangement.
ArrangementManager
Retrieves the added arrangements as dataset in an array
get(int)
- Method in class domosaics.model.arrangement.
DomainSet
Returns the domain at a specified position within the set.
getAction(Class<?>)
- Method in class domosaics.ui.io.menureader.
DefaultMenuActionManager
Gives access to all loaded actions.
getAction(Class<?>)
- Method in interface domosaics.ui.io.menureader.
MenuActionManager
Gives access to all loaded actions.
getActionManager()
- Method in class domosaics.ui.views.view.
ViewInfo
Return the action manager used to control the view specific menu actions
getActions()
- Method in class domosaics.ui.views.view.
ViewActionManager
Return an iterator object iterating over all loaded actions
getActiveView()
- Method in class domosaics.ui.
ViewHandler
Return the actually displayed View
getArrangement()
- Method in class domosaics.model.arrangement.
Domain
Returns the arrangement, to which the domain is assigned
getArrangementBounds()
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getArrangementBounds()
- Method in interface domosaics.ui.views.domainview.layout.
DomainLayout
getArrangementCount()
- Method in class domosaics.model.arrangement.
ArrangementManager
Return the number of added domain arrangements.
getArrangementRenderer()
- Method in class domosaics.ui.views.domainview.renderer.
DefaultDomainViewRenderer
getArrangementRenderer()
- Method in interface domosaics.ui.views.domainview.renderer.
DomainViewRenderer
getArrangementSelectionManager()
- Method in class domosaics.ui.views.domainview.
DomainView
getArrangementSelectionManager()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
Return the selection manager for domain arrangement components
getAssociatedIcon()
- Method in class domosaics.ui.views.view.
ViewInfo
Return the altered icon for the workspace if something happens to the view (e.g. sequences loaded into the Domain view).
getBoundingShape()
- Method in class domosaics.ui.views.view.components.
AbstractViewComponent
getBoundingShape()
- Method in interface domosaics.ui.views.view.components.
ViewComponent
Returns the bounding shape of this component.
getBounds(DomainArrangement, int)
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getBounds()
- Method in class domosaics.ui.views.view.components.
AbstractViewComponent
getBounds()
- Method in interface domosaics.ui.views.view.components.
ViewComponent
Returns the bounds of this component, where X,Y is the anchor point and therefore not necessarily the upper left corner.
getCategory(ViewType)
- Method in class domosaics.model.workspace.
ProjectElement
Returns the category based on a
ViewType
, which is stored in a
ViewInfo
.
getChild(Object, int)
- Method in class domosaics.ui.workspace.
WorkspaceTreeModel
Implementation of the TreeModel interface method to get a child at the specified index based on its parent.
getChildAt(int)
- Method in class domosaics.model.workspace.
WorkspaceElement
Return the child element at the specified index
getChildCount()
- Method in class domosaics.model.workspace.
WorkspaceElement
Returns the number of assigned children
getChildCount(Object)
- Method in class domosaics.ui.workspace.
WorkspaceTreeModel
Implementation of the TreeModel interface method to get the number of children for a specified element.
getChildren()
- Method in class domosaics.model.workspace.
WorkspaceElement
Return a list of all children as array
getClazz()
- Method in enum domosaics.ui.views.
ViewType
Return the class object for this ViewType.
getClickedComp()
- Method in class domosaics.ui.views.view.manager.
DefaultSelectionManager
getClickedComp()
- Method in interface domosaics.ui.views.view.manager.
SelectionManager
Return the ViewComponent which was selected by clicking on it
getColor()
- Method in enum domosaics.ui.views.domainview.components.
DomainColors
getComponent()
- Method in class domosaics.ui.docking.
DefaultDockable
Returns the backend component for this dockable.
getComponent()
- Method in class domosaics.ui.views.domainview.
DomainView
getComponent(DomainArrangement)
- Method in class domosaics.ui.views.domainview.manager.
DomainArrangementComponentManager
getComponent()
- Method in class domosaics.ui.views.view.
AbstractView
Returns the component containing the view.
getComponent(T)
- Method in class domosaics.ui.views.view.manager.
AbstractComponentManager
getComponent(T)
- Method in interface domosaics.ui.views.view.manager.
ComponentManager
Return the UI component for a specified backend data object.
getComponent()
- Method in interface domosaics.ui.views.view.
View
Returns the component containing the view.
getComponent()
- Method in class domosaics.ui.workspace.
WorkspaceView
To access the JTree directly this method can be used.
getComponentsIterator()
- Method in class domosaics.ui.views.view.manager.
AbstractComponentManager
getComponentsIterator()
- Method in interface domosaics.ui.views.view.manager.
ComponentManager
Return an iterator over all stored ViewComponent objects for which backend data exists.
getDaSet()
- Method in class domosaics.ui.views.domainview.
DomainView
getDaSet()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
getData(Reader)
- Method in class domosaics.model.arrangement.io.
XdomReader
Parses a xdom formatted file.
getData(Reader)
- Method in class domosaics.model.io.
AbstractDataReader
getData(Reader)
- Method in interface domosaics.model.io.
DataReader
In this method the actual parsing is done.
getDataFromFile(File)
- Method in class domosaics.model.io.
AbstractDataReader
getDataFromFile(File)
- Method in interface domosaics.model.io.
DataReader
Retrieves data from a file.
getDataFromStream(InputStream)
- Method in class domosaics.model.io.
AbstractDataReader
getDataFromStream(InputStream)
- Method in interface domosaics.model.io.
DataReader
Retrieves data from a stream.
getDataFromString(String)
- Method in class domosaics.model.io.
AbstractDataReader
getDataFromString(String)
- Method in interface domosaics.model.io.
DataReader
Retrieves data from a string.
getDataImportIcon()
- Method in class domosaics.ui.views.view.
ViewInfo
Return icon used within the data import wizard
getDefaultDomainColor()
- Method in class domosaics.ui.views.domainview.manager.
DomainColorManager
getDefaultLocation()
- Method in class domosaics.model.
Configuration
getDesc()
- Method in class domosaics.model.arrangement.
DomainArrangement
getDescription()
- Static method in class domosaics.ui.wizards.
SelectViewNamePage
getDisplayedShape()
- Method in class domosaics.ui.views.domainview.components.
DomainArrangementComponent
getDisplayedShape()
- Method in class domosaics.ui.views.domainview.components.
DomainComponent
getDisplayedShape()
- Method in class domosaics.ui.views.view.components.
AbstractViewComponent
getDisplayedShape()
- Method in interface domosaics.ui.views.view.components.
ViewComponent
Returns the actual displayed shape for this component, which is used for mouse events to determine whether or not the component was clicked on.
getDockables()
- Method in class domosaics.ui.docking.
DefaultDockableResolver
Get a grip on all dockables stored within the resolver.
getDockKey()
- Method in class domosaics.ui.docking.
DefaultDockable
Return the dockkey for this dockable.
getDomain(int)
- Method in class domosaics.model.arrangement.
DomainArrangement
Returns the domain at the specified position.
getDomain()
- Method in class domosaics.ui.views.domainview.components.
DomainComponent
getDomainArrangement()
- Method in class domosaics.ui.views.domainview.components.
DomainArrangementComponent
getDomainArrangementFontManager()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainArrangementFontManager()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
Return the font manager for domain arrangement components
getDomainColor(DomainFamily)
- Method in class domosaics.ui.views.domainview.manager.
DomainColorManager
getDomainColor(DomainComponent)
- Method in class domosaics.ui.views.domainview.manager.
DomainColorManager
getDomainColorManager()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainColorManager()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
Return the color manager for domain components
getDomainComponent(Domain)
- Method in class domosaics.ui.views.domainview.manager.
DomainArrangementComponentManager
getDomainComponentManager()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainComponentManager()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
Return the domain arrangement component manager.
getDomainComponentsIterator()
- Method in class domosaics.ui.views.domainview.manager.
DomainArrangementComponentManager
getDomainFontManager()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainFontManager()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
Return the font manager for domain components
getDomainIter()
- Method in class domosaics.model.arrangement.
DomainArrangement
Returns an iterator over all domain objects stored in the arrangement.
getDomainLayout()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainLayout()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
getDomainLayoutManager()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainLayoutManager()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
Return the layout manager for the view
getDomainMouseController()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainMouseController()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
getDomainRenderer()
- Method in interface domosaics.ui.views.domainview.renderer.
ArrangementRenderer
getDomainRenderer()
- Method in class domosaics.ui.views.domainview.renderer.
DefaultArrangementRenderer
getDomainRenderer()
- Method in class domosaics.ui.views.domainview.renderer.
MsaArrangementRenderer
getDomains()
- Method in class domosaics.model.arrangement.
DomainArrangement
Returns the domain vector of the arrangement.
getDomains(DomainArrangementComponent)
- Method in class domosaics.ui.views.domainview.manager.
DomainArrangementComponentManager
getDomainScore(DomainComponent)
- Method in class domosaics.ui.views.domainview.manager.
DomainSearchOrthologsManager
getDomainSelectionManager()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainSelectionManager()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
Return the selection manager for domain components
getDomainShape(DomainComponent)
- Method in class domosaics.ui.views.domainview.manager.
DomainShapeManager
getDomainShapeManager()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainShapeManager()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
Return the shape manager for domain components
getDomainViewRenderer()
- Method in class domosaics.ui.views.domainview.
DomainView
getDomainViewRenderer()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
getDomainWidth(Domain)
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getDomainX(Domain)
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getDomList()
- Method in class domosaics.model.arrangement.
DomainSet
Returns the domain set as a List object.
getEvalue()
- Method in class domosaics.model.arrangement.
Domain
Return the evalue for this domain
getFamID()
- Method in class domosaics.model.arrangement.
Domain
getFamily(String)
- Method in class domosaics.model.arrangement.
ArrangementManager
getFamily()
- Method in class domosaics.model.arrangement.
Domain
Returns the domain family for this domain.
getFamilyCount()
- Method in class domosaics.model.arrangement.
ArrangementManager
Return the number of added domain families.
getFamilyIterator()
- Method in class domosaics.model.arrangement.
ArrangementManager
getFileExtension()
- Method in enum domosaics.ui.views.
ViewType
Return the file extension when saving the view data into a file
getFirstProject()
- Method in class domosaics.ui.
WorkspaceManager
Return the first project within the workspace.
getFont(C)
- Method in class domosaics.ui.views.view.manager.
DefaultFontManager
getFont()
- Method in class domosaics.ui.views.view.manager.
DefaultFontManager
getFont(C)
- Method in interface domosaics.ui.views.view.manager.
FontManager
Returns the font for the specified view component
getFont()
- Method in interface domosaics.ui.views.view.manager.
FontManager
Return the default font
getFormat()
- Method in enum domosaics.ui.views.view.export.
GraphicFormats
Return the images format type, e.g.
getFrameClazz()
- Method in class domosaics.ui.views.view.
ViewInfo
Return the tool frame class if the view is also a tool
getFrom()
- Method in class domosaics.model.arrangement.
Domain
Returns the from position gained from the xdom format.
getFromWithGaps()
- Method in class domosaics.model.arrangement.
Domain
Returns the starposition of the domain within a gapped arrangement sequence
getGoogleUrl()
- Method in class domosaics.model.
Configuration
getGoogleUrl(String)
- Method in class domosaics.model.
Configuration
getHeight()
- Method in interface domosaics.ui.tools.
ToolFrameI
getHeight()
- Method in class domosaics.ui.views.view.components.
AbstractViewComponent
getHeight()
- Method in interface domosaics.ui.views.view.components.
ViewComponent
Returns the height of this component.
getIcon()
- Method in class domosaics.model.workspace.
CategoryElement
Returns the icon for the category depending on the ViewType.
getIcon()
- Method in class domosaics.model.workspace.
ProjectElement
Returns the icon for the project depending on its state.
getIcon()
- Method in class domosaics.model.workspace.
ViewElement
Returns the icon for the view element.
getIcon()
- Method in class domosaics.model.workspace.
Workspace
Returns the icon for the workspace element.
getIcon()
- Method in class domosaics.model.workspace.
WorkspaceElement
Returns the icon for the workspace element.
getIcon()
- Method in class domosaics.ui.views.view.
ViewInfo
Return the views actually used icon within the workspace
getIconHeight()
- Method in class domosaics.ui.views.domainview.components.
AngstdShapeChooserIcon
getIconWidth()
- Method in class domosaics.ui.views.domainview.components.
AngstdShapeChooserIcon
getID()
- Method in class domosaics.model.arrangement.
Domain
Returns the family id of the domain
getID()
- Method in class domosaics.model.arrangement.
DomainFamily
Returns the family id
getID()
- Method in class domosaics.ui.views.view.
ViewInfo
Return the unique view id
getImageExporter()
- Method in enum domosaics.ui.views.view.export.
GraphicFormats
Return the format specific image exporter
getIndex(WorkspaceElement)
- Method in class domosaics.model.workspace.
WorkspaceElement
Returns the index of a child
getIndexOf(Domain)
- Method in class domosaics.model.arrangement.
DomainArrangement
Returns the index of a domain within the arrangement.
getIndexOfChild(Object, Object)
- Method in class domosaics.ui.workspace.
WorkspaceTreeModel
Implementation of the TreeModel interface method to get the index of a specified child from a specified parent.
getInsets()
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getInsets()
- Method in interface domosaics.ui.views.domainview.layout.
DomainLayout
getInstance()
- Static method in class domosaics.model.
Configuration
getInstance()
- Static method in class domosaics.ui.
AngstdUI
Returns the current AngstdUI instance.
getInstance()
- Static method in class domosaics.ui.
ViewHandler
Returns the current ViewManager instance.
getInstance()
- Static method in class domosaics.ui.wizards.
WizardManager
getInstance()
- Static method in class domosaics.ui.
WorkspaceManager
Method to get an instance of the Workspace manager, following the singleton pattern.
getLabel()
- Method in class domosaics.ui.views.domainview.components.
DomainArrangementComponent
getLabel()
- Method in class domosaics.ui.views.domainview.components.
DomainComponent
getLargestDaName()
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getLargestDaName()
- Method in interface domosaics.ui.views.domainview.layout.
DomainLayout
getLeaveLabaleSpace()
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getLen()
- Method in class domosaics.model.arrangement.
Domain
Returns the domain length in amino acid sequences
getLen(boolean)
- Method in class domosaics.model.arrangement.
DomainArrangement
Returns the length of the protein sequence.
getLen(boolean)
- Method in class domosaics.model.sequence.
Sequence
getLen(boolean)
- Method in interface domosaics.model.sequence.
SequenceI
Returns the length of the sequence with or without counting gaps.
getLocation()
- Method in class domosaics.ui.views.view.components.
AbstractViewComponent
getLocation()
- Method in interface domosaics.ui.views.view.components.
ViewComponent
Returns the Position of the components anchor point.
getMaxDomains()
- Method in class domosaics.model.arrangement.
ArrangementManager
Returns the maximal number of domains contained in one arrangement of the manager.
getMaximumFontSize()
- Method in class domosaics.ui.views.view.manager.
DefaultFontManager
getMaximumFontSize()
- Method in interface domosaics.ui.views.view.manager.
FontManager
Return maximum font size
getMaxLen()
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getMaxLen()
- Method in interface domosaics.ui.views.domainview.layout.
DomainLayout
getMaxShiftCol()
- Method in class domosaics.ui.views.domainview.components.
DomainArrangementComponent
getMenu(InputStream)
- Method in class domosaics.ui.io.menureader.
MenuReader
Parser method which parses a XML-formatted file which holds a menu structure for a JMenuBar, which can be created using
MenuEntry.create(MenuActionManager)
getMenuFromFile(String)
- Method in class domosaics.ui.io.menureader.
MenuReader
Creates the input stream for the xml formatted menu file from a file path
getMenuFromURL(URL)
- Method in class domosaics.ui.io.menureader.
MenuReader
Creates the input stream for the xml formatted menu file from a file url
getMinimumFontSize()
- Method in class domosaics.ui.views.view.manager.
DefaultFontManager
getMinimumFontSize()
- Method in interface domosaics.ui.views.view.manager.
FontManager
Return minimum font size
getMouseOverComp()
- Method in class domosaics.ui.views.view.manager.
DefaultSelectionManager
getMouseOverComp()
- Method in interface domosaics.ui.views.view.manager.
SelectionManager
Return the ViewComponent which was selected by a mouse over event
getMovePoint()
- Method in class domosaics.ui.views.domainview.components.
DomainMouseController
getMovePoint()
- Method in class domosaics.ui.views.domainview.components.
ShiftComponentsMouseController
getMultiDomCount()
- Method in class domosaics.model.arrangement.
ArrangementManager
Returns number of arrangements containing more than one domain.
getName()
- Method in class domosaics.model.arrangement.
DomainArrangement
Returns the proteins name.
getName()
- Method in class domosaics.model.sequence.
Sequence
getName()
- Method in interface domosaics.model.sequence.
SequenceI
Returns the name for the sequence
getName()
- Method in enum domosaics.ui.views.view.export.
GraphicFormats
Return the formats name
getName()
- Method in class domosaics.ui.views.view.
ViewInfo
Return the views name
getNcbiUrl()
- Method in class domosaics.model.
Configuration
getNcbiUrl(String)
- Method in class domosaics.model.
Configuration
getNode()
- Method in class domosaics.ui.workspace.components.
WorkspaceChangeEvent
Returns the modified element within the workspace tree
getNumDomainColors()
- Method in class domosaics.ui.views.domainview.manager.
DomainColorManager
getNumDomainsCount()
- Method in class domosaics.model.arrangement.
ArrangementManager
Get the number of arrangements containing 1 domain, 2 domains, 3 domains, ... and so on.
getNumDomainShapes()
- Method in class domosaics.ui.views.domainview.manager.
DomainShapeManager
getNumUniqueArrangements()
- Method in class domosaics.model.arrangement.
ArrangementManager
getParent()
- Method in class domosaics.model.workspace.
WorkspaceElement
Returns parent element
getParentPane()
- Method in class domosaics.ui.views.view.
AbstractView
Returns the panel displaying this view
getParentPane()
- Method in interface domosaics.ui.views.view.
View
Returns the panel displaying this view
getParentPane()
- Method in class domosaics.ui.workspace.
WorkspaceView
Method to get a grip on the panel which embeds this view.
getPfamUrl()
- Method in class domosaics.model.
Configuration
getPfamUrl(String)
- Method in class domosaics.model.
Configuration
getPreferredSize(DomainArrangement)
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getPreferredSize(DomainArrangement)
- Method in interface domosaics.ui.views.domainview.layout.
DomainLayout
getPrefferedSize(Graphics2D, DomainComponent)
- Method in class domosaics.ui.views.domainview.renderer.
DomainTooltipRenderer
getProject()
- Method in class domosaics.model.workspace.
CategoryElement
getProject()
- Method in class domosaics.model.workspace.
ProjectElement
getProject()
- Method in class domosaics.model.workspace.
ViewElement
getProject()
- Method in class domosaics.model.workspace.
Workspace
getProject()
- Method in class domosaics.model.workspace.
WorkspaceElement
Return the project where the element is assigned to.
getProjects()
- Method in class domosaics.model.workspace.
Workspace
Return all projects
getRedundantDAs()
- Method in class domosaics.ui.views.domainview.components.
DomainArrangementComponent
getRelativeBounds()
- Method in class domosaics.ui.views.view.components.
AbstractViewComponent
getRelativeBounds()
- Method in interface domosaics.ui.views.view.components.
ViewComponent
Returns the relative bounds of this component, which can be used during the layout process.
getRoot()
- Method in class domosaics.ui.workspace.
WorkspaceTreeModel
Implementation of the TreeModel interface method to get the root of the workspace tree
getSelectedElement()
- Method in class domosaics.ui.workspace.
WorkspaceSelectionManager
Returns the actual selected element
getSelectedProject()
- Method in class domosaics.ui.workspace.
WorkspaceSelectionManager
Returns the actual used project.
getSelection()
- Method in class domosaics.ui.views.view.manager.
DefaultSelectionManager
getSelection()
- Method in interface domosaics.ui.views.view.manager.
SelectionManager
Return all selected ViewComponents as collection
getSelectionIterator()
- Method in class domosaics.ui.views.view.manager.
DefaultSelectionManager
getSelectionIterator()
- Method in interface domosaics.ui.views.view.manager.
SelectionManager
Return an iterator over all ViewComponents which are currently selected
getSelectionManager()
- Method in class domosaics.ui.
WorkspaceManager
Returns the selectionManager, which is needed for some methods within the workspace package.
getSelectionRectangle()
- Method in class domosaics.ui.views.domainview.components.
DomainMouseController
getSeq(boolean)
- Method in class domosaics.model.sequence.
Sequence
getSeq(int, int, boolean)
- Method in class domosaics.model.sequence.
Sequence
getSeq(boolean)
- Method in interface domosaics.model.sequence.
SequenceI
Returns the sequence data, with or without gaps.
getSeq(int, int, boolean)
- Method in interface domosaics.model.sequence.
SequenceI
Returns the data of a subsequence, with or without gaps.
getSequence()
- Method in class domosaics.model.arrangement.
Domain
Returns the sequence of the domain
getSequence()
- Method in class domosaics.model.arrangement.
DomainArrangement
Returns the underlying sequence data for this arrangement, if it was assigned.
getSequences()
- Method in class domosaics.ui.views.domainview.
DomainView
getSequences()
- Method in interface domosaics.ui.views.domainview.
DomainViewI
getShape()
- Method in enum domosaics.ui.views.domainview.components.
DomainShapes
getShapeID(DomainFamily)
- Method in class domosaics.ui.views.domainview.manager.
DomainShapeManager
getShiftColumn()
- Method in class domosaics.ui.views.domainview.components.
DomainComponent
getShiftX()
- Method in class domosaics.ui.views.domainview.components.
DomainArrangementComponent
getSingleDomCount()
- Method in class domosaics.model.arrangement.
ArrangementManager
Returns number of arrangements containing one domain.
getState()
- Method in class domosaics.ui.io.menureader.
AbstractMenuAction
Return the actions state
getStringWidth(String)
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getTitle()
- Method in class domosaics.model.workspace.
WorkspaceElement
Returns the title from the workspace element
getTitlebar()
- Method in class domosaics.ui.docking.
SDockKey
Return the title bar which should be displayed
getTo()
- Method in class domosaics.model.arrangement.
Domain
Returns the to position gained from the xdom format.
getToolFrame()
- Method in interface domosaics.ui.tools.
Tool
getToolTipText()
- Method in class domosaics.ui.views.domainview.components.
DomainComponent
getTreeCellRendererComponent(JTree, Object, boolean, boolean, boolean, int, boolean)
- Method in class domosaics.ui.workspace.
WorkspaceTreeCellRenderer
Ensure the drawing of the workspace elements icon next to its title.
getType()
- Method in class domosaics.model.workspace.
CategoryElement
Returns the ViewType which is represented by this category.
getType()
- Method in class domosaics.ui.views.view.
ViewInfo
Return the views type
getTypeName()
- Method in class domosaics.model.workspace.
WorkspaceElement
Return the name of the element.
getUniprotUrl()
- Method in class domosaics.model.
Configuration
getUniprotUrl(String)
- Method in class domosaics.model.
Configuration
getUniqueArrangements()
- Method in class domosaics.model.arrangement.
ArrangementManager
getUnsetShape(DomainComponent)
- Method in class domosaics.ui.views.domainview.manager.
DomainShapeManager
getView(ViewInfo)
- Method in class domosaics.ui.
ViewHandler
Returns the queried view based on its unique id stored within the view info.
getView()
- Method in class domosaics.ui.views.domainview.layout.
AbstractDomainLayout
getView(URL)
- Method in class domosaics.ui.views.view.io.
ViewReader
Creates a ViewInfo object filled with all necessary view informations which are stored in the property file.
getViewComponent()
- Method in class domosaics.ui.views.view.
AbstractView
Returns the real view component.
getViewComponent()
- Method in interface domosaics.ui.views.view.
View
Returns the real view component.
getViewID()
- Method in class domosaics.model.workspace.
ViewElement
Returns the view id for the represented view.
getViewInfo()
- Method in class domosaics.model.workspace.
ViewElement
Returns the ViewInfo about the view represented by this workspace element.
getViewInfo()
- Method in class domosaics.ui.views.view.
AbstractView
Returns the views information such as unique id various icons and so on all coupled within the ViewInfo object.
getViewInfo()
- Method in interface domosaics.ui.views.view.
View
Returns the views information such as unique id various icons and so on all coupled within the ViewInfo object.
getViewPosition()
- Method in class domosaics.ui.views.view.
ViewPanel
Return the actual view position within the scrollPane.
getViews()
- Method in class domosaics.model.workspace.
CategoryElement
Returns a list of all assigned views to this element
getWidth()
- Method in interface domosaics.ui.tools.
ToolFrameI
getWidth()
- Method in class domosaics.ui.views.view.components.
AbstractViewComponent
getWidth()
- Method in interface domosaics.ui.views.view.components.
ViewComponent
Returns the width of this component.
getWorkspaceFolderIcon()
- Method in class domosaics.ui.views.view.
ViewInfo
Return workspace folder icon
getWorkspaceFolderName()
- Method in class domosaics.ui.views.view.
ViewInfo
Return workspace folder name
getWorkspacePanel()
- Method in class domosaics.ui.
WorkspaceManager
Return the workspace embedding panel.
getX()
- Method in class domosaics.ui.views.view.components.
AbstractViewComponent
getX()
- Method in interface domosaics.ui.views.view.components.
ViewComponent
Returns the (anchors) x coordinate for this component.
getY()
- Method in class domosaics.ui.views.view.components.
AbstractViewComponent
getY()
- Method in interface domosaics.ui.views.view.components.
ViewComponent
Returns the (anchors) y coordinate for this component.
getZoomTransform()
- Method in class domosaics.ui.views.view.components.
ZoomController
Return the calculated zoom transformation.
GraphicFormats
- Enum in
domosaics.ui.views.view.export
Enumeration GraphicFormats defines all supported formats for exporting a view.
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| FEATURE ARTICLE | ||||||||||||
|
RETURN OF THE HEROIC LAWYERS . . . AND THE HEROIC
CLIENTS: THE WINSLOW BOY AND THE CASTLE By Michael Asimow What happened to the heroic movie lawyers of yesteryear, now that we need them so much? Where have you gone, Atticus Finch? Well never forget how you went to the limit for a falsely accused black man in To Kill a Mockingbird. How we miss Clarence Darrow, standing up for the first amendment in a sweltering Tennessee courtroom in Inherit the Wind. Heroic lawyers have become an endangered species in films of the last twenty years. They've mostly been replaced by such disgusting characters as John Milton in Devil's Advocate or Fletcher Reade in Liar Liar.
Heroic clients are in even shorter supply. Where are the clients who are willing to bet all their chips on an issue of principle, like the humble high school biology teacher in Inherit the Wind who went to the wall for the right to teach evolution, or the general who accepted a court martial to publicize the Armys neglect of air power in The Court Martial of Billy Mitchell? The ultimate heroic client and lawyer, of course, was Sir Thomas More, who put his life on the line in an unequal struggle with Henry VIII over the principle of papal supremacy in A Man for All Seasons. Rejoice, pop culture fans: heroic lawyers, and their sidekicks, heroic clients, have returned from the grave. In David Mamet's brilliant and inspiring new film The Winslow Boy, the central characters are a truly heroic lawyer, Sir Robert Morton, and two heroic clients, Arthur Winslow and his daughter Catherine. The central character in The Castle is a heroic client, Darryl Kerrigan, who wins a smashing victory with the help of a public-spirited lawyer. The Winslow Boy Ronnie Winslow is expelled from the Royal Naval Academy for stealing and cashing a five shilling postal money order. Ronnie, who is only 14, declares his innocence to his father Arthur. Arthur Winslow is determined to clear Ronnie's name, at all costs to the family. The British bureaucracy is unyielding; Ronnie's guilt seems certain. The circumstantial evidence against him seems overwhelming. In the eyes of the Admiralty, the idea of reopening the case is utterly unthinkable. Arthur persuades Sir Robert Morton to accept Ronnie's case. Morton is a Member of Parliament and the most famous barrister in England. To some, the case might have seemed trivial or hopeless, but to Sir Robert, it presents issues of surpassing importance. He puts his entire political and legal career on the line for Ronnie Winslow. In the end, Sir Robert pays a high price indeed for serving as Ronnie's champion. Morton must first engage in a parliamentary struggle to persuade the government to waive sovereign immunity so the case can be heard. The struggle between the lad and the government becomes a huge cause celebre in the press and is discussed everywhere in the country. Ultimately, the government yields by issuing a petition of right, a document inscribed "let right be done." This allows the case to come to trial and Ronnie finally gets his day in court. If Ronnie's case arose today, it would probably be in the form of judicial review of the Academy's decision rather than a trial de novo in court. Morton would have argued that Ronnie had been denied due process because the Academy's inquiry process lacked basic procedural protections. The same would be true in England, since English law has developed solid procedural protections under the rubric of natural justice. Moreover, sovereign immunity would be no defense. The idea that the King can do no wrong has long since been discarded in actions seeking judicial review of the actions of governmental bodies. Perhaps the best part of The Winslow Boy is its focus on what happens to the Winslow family during the long struggle with the government to bring Ronnie's case to trial. Arthur Winslow is a middle class retired banker in poor health with three children. He has every reason not to pursue the struggle. After all, Ronnie has relocated to a new school; why not let the unfortunate matter be forgotten? Moreover, on the merits, it looks like the Academy got the goods on Ronnie, so the case is very much an uphill struggle. But Ronnie says he didn't do it and Arthur believes a grave injustice has been done. He is, therefore, prepared to fight to the bitter end, regardless of the cost. He is staunchly backed by his suffragette daughter Catherine, a marvelously engaging and admirable character, a feminist way ahead of her time. The financial costs to the Winslow family of pursuing Ronnie's case are crushing. Even worse, the case has a devastating impact on the personal lives of each member of the family and on Arthur's health. They are engulfed in unwelcome publicity and besieged by the press. Yet an issue of principle is involved and Arthur and Catherine simply will not yield, despite enormous pressure to do so. At first, we thoroughly dislike Sir Robert. He seems cold, harsh, totally lacking in emotion or empathy. Catherine, in particular, detests his conservative politics and what she sees as his opportunism. By the end, however, we see an entirely different side of Sir Robert. Even Catherine, who lost her fiance over the Winslow case, begins to realize that she has gravely underestimated him. And so Sir Robert turns out to be an admirable person as well as a crafty and skillful attorney. The Winslow Boy is a remake of a terrific 1950 film and an oft-performed 1946 play by Terrence Rattigan. All are based on the 1908 case of George Archer-Shee, who like Ronnie Winslow was a young naval cadet expelled for stealing a money order. Archer-Shee's case was taken up by the leading barrister of the time, Sir Edward Carson (who later prosecuted Oscar Wilde). As in the film, the case became a subject of tremendous controversy in England. Carson induced the government to grant a petition of right that allowed the case to come to trial. Archer-Shee was victorious in the trial but was killed in World War I. The Castle
When I was on sabbatical in Australia a couple of years ago, I saw The Castle and I just loved it. It was a huge box office smash in Australia. It is funny--I mean, really funny. But funny in the best way, like The Full Monty or My Cousin Vinny, it's affectionate toward its characters and it's about something serious. The Castle has finally gotten an American distribution deal. Don't miss this film. Darryl Kerrigan is a loving family man deeply attached to his home, even though it's right next to the Melbourne airport and built on toxic waste. Imagine his shock when the airport tries to acquire it through compulsory purchase ("eminent domain" in American lingo) to expand the freight terminal. He decides to fight back on the theory that "a man's home is his castle." As obstinate as Arthur Winslow, Darryl fights his way through four layers of the Australian administrative justice system regardless of the costs. The second stage is Australia's Administrative Appeals Tribunal. This is an institution unique to Australia. It's an independent body that provides adjudicatory hearings for all administrative agencies (unlike the American or British system in which each administrative agency provides its own hearings). Representing himself, Darryl's legal argument is that the law must be the same as justice and it isn't just to take away a man's home without his consent. Needless to say, this argument fails. It's been quite a long time since law and justice were the same thing. At the first judicial review stage, Darryl is represented by Dennis Denuto, undoubtedly the single most incompetent lawyer in the history of film (but perhaps the very funniest). Denuto is reduced to relying on "the vibes" from Australia's famous Mabo decision which recognized aboriginal land claims. The breakthrough comes when Darryl makes the acquaintance of a kindly older gentleman who turns out to be a retired Queen's Counsel, a distinguished barrister named Lawrence Hamill. Hamill takes Darryl's case pro bono to the Australian Supreme Court. He relies on a provision in Article 51 of the Australian constitution providing that a compulsory purchase can only be on "just terms." Hamill argues that acquisition of someone's house for a freight terminal owned by a multinational corporation is not "just terms," regardless of the fairness of the price to be paid for the property. Needless to say, this is not good constitutional law in Australia or anyplace else, but it sounds great in the film. Indeed, like the denouement in The Winslow Boy, it is downright inspiring. The Winslow Boy and The Castle bring the heroic lawyer and the heroic client front and center. Both involve pigheaded clients who found great lawyers willing to fight for a principle, however silly that principle might seem to others. These films are events for celebration, even if Sir Robert and the Winslows, and Lawrence Hamill and the Kerrigans are from lands far away and (in the case of The Winslow Boy) a time long ago. Perhaps if these films are as successful as they deserve to be, filmmakers will once again see possibilities in making movies about great lawyers and great clients. Michael Asimow's email address is<EMAIL_ADDRESS>|


Cannabis can be used to provide relief to symptoms of many medical conditions. Consult with our specialists from the comfort of your home and find out if you are eligible.


Psalms 12:1
Help, LORD; for the godly man ceaseth; for the faithful fail from among the children of men.


Silent Meditation Retreat - Heart of Truth
April 26 to May 6 2014 - Sattal Ashram, India
About the Retreat
This is a 10-day retreat and as with all of our retreats, one of our important aims is to support you in finding your own rhythm, for what works for you on your individual spiritual path. We greatly value all of the mystical spiritual traditions within Buddhism, Christianity, Islam, Judaism and Hinduism and feel that they all provide profound guidance and support, but do not adhere to any one in particular. Both we, and the program, are there to support you, as you find what best nourishes your practice.
The retreat will be in silence. Our daily schedule begins at around sunrise, and ends at about 9 pm, with a break in the afternoon after lunch. This includes sitting and walking meditations, teachings, a morning yoga or exercise session, walks in nature, chanting, as well as the opportunity for one-to-one-meetings with Nicole.
Sattal Ashram is set in a peaceful location in the foothills of the Himalayas, with a friendly and helpful staff who have been giving us their support for the last ten years. The ashram is surrounded by forests with an abundance of wildlife and beautiful lakes which invite us to swim.
Accommodation is provided in shared rooms, and vegetarian meals are served three times a day.
Costs
The daily rate to cover food and accommodation is 850 Indian rupees, so the total for the practical costs will be 8500 rupees. To make the retreat possible, the teacher and manager freely and happily give their time and energy for the retreat. Your generosity will help us to continue to offer these retreats in the future. There is the opportunity for you to give donations as an expression of support and thanks at the end of the retreat.
Getting There
The Ashram is around a one and a half hour drive from Kathgodam and Haldwani Railway Stations. There are overnight trains available from Delhi and Haridwar (near Rishikesh). More details of how to get there will be provided once you have registered.
If you have any questions or wish to register, please send an email to SharingDharma@NicoleChristine.org


traefiklands.rocks
Welcome to Traefiklands Rocks
This is a small webpage to test traefik.
You can find the dashboard here:
http://dashboard.traefiklands.rocks
How nice that is...


{{market.name}}
{{market.name}}
| Location | {{market.location}} |
|---|---|
| Market Cap | {{market.market_cap_exchange}} |
| Currency | {{ market.currency }} |
{% extends "layout.html" %} {% block body %}
| Location | {{market.location}} |
|---|---|
| Market Cap | {{market.market_cap_exchange}} |
| Currency | {{ market.currency }} |


the future
A collection of high-rez photos from the future by
@clintonhalpin
the future is now
by
@clintonhalpin


This application is basically designed to make the user understand the difference and similarities between different arithmetic representation of integers. The key idea is to be able to observe and understand that some of the arithmetic representation behave isomorhically and hence any of them could be interchangebly used at the backend without the knowledge of the user.
Step 1- Select any two rows that you want to add and press the ADD button .
Step 2- The result will be highlighted as well as displayed in the results table.
OVERFLOW- If the resultant of the two numbers cannot be represented in given number of "bits" , then it is an overflow which is indicated by the overflow flags.( The actual values requiring higher number of bits will be displayed in the result table for reference)
Step 3- Press reset button for adding new set of numbers.


As announced in our
2018 summer update, we are excited to announce the 2
nd steemSTEM meetup at
Virgo! After having organised a visit down at the Large Hadron Collider at CERN in February 2018 (see
here for the final report), steemSTEM is now bringing Steem to the Virgo research laboratory in Pisa (Italy) where research on gravitational waves is conducted.
[Image used with permission from Virgo Labs]
—
###
DETAILS ###
—
The meetup will take place on the 20-22 September 2018 between Pisa (where Virgo is located) and Florence. The schedule is at follows:
20th of September: Day of arrival. In the afternoon, we will meet up to socialise, meet the SteemSTEM people hiding themselves behind the blogs and have dinner together.
21
st of September: The group will drive to the Virgo lab in Pisa early in the morning.
At
10:00 AM an introduction talk will be held, followed by a visit of the detector and a Q&A session. Lunch is currently planned on-site, together with the Virgo staff.
In the
afternoon, we will tour Pisa, have dinner together and drive back to Florence in the evening.
22nd of September: On this day, we meet again around lunch time to have a chance to discuss the events of the previous day in a rested state. For the afternoon, we plan to visit the Natural History Museum of Florence.
—
## HOW TO PARTICIPATE?
—
The venue is limited to 35 people. To be one of those, it is mandatory to register. To this aim:
Leave a comment on this post
Send a message to @suesa on the steemstem discord with your phone number and a scan of a valid ID.
As a confirmation of your participation, you will be given writing permission on the
channel dedicated to this meetup (where updated details about the event are to be provided).
If a visa is needed to enter Italy, please contact @lemouth on the steemstem discord.
Why asking for your phone number? For organisational purposes so that we can contact you quickly and efficiently if needed (a whatsapp group will be created).
Why asking for your ID? We will allow you to enter an international research laboratory. There is no free lunch… We however ensure that your information will not be leaked.
Please also make sure that you really have the time and money to attend.
—
## FEE
—
There is no fee.
While the visit at Virgo itself is free, the participants are expected to cover their own expenses (including travel and accomodation).
Optimally, some individuals will have to rent and drive cars. SteemSTEM will do its best in (potentially partially) supporting the rentals. We will also attempt to reimburse the participants to a certain degree, as we did last time. This does *not guarantee we can pay you back anything.
## FINAL LAST WORDS ##
[Credits: @elvisxx71]
We hope to see you all there! SteemSTEM is pushing the limits further once again!


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{% extends "layout.html" %} {% block pageTitle %} You cannot use this service {% endblock %} {% block content %}
The last filing date for {{companyName}} ({{companyNumber}}) is already {{monthLimit}} months or more after the end of the accounting reference period.
Filing extensions are granted to allow a company to meet its filing obligations. They cannot be used to extend the filing deadline to more than {{monthLimit}} months after the end of the accounting reference period.
You must file your company accounts (opens in a new tab) as soon as possible to avoid a late filing penalty. The penalty will increase depending on how late the accounts reach Companies House.


Mastodon Instance List
Instances are queried every 5 minutes
To have an instance added to the list, message<EMAIL_ADDRESS>with the url and topic
This is a work in progress. I still need to add a form for new submissions, a page for each instance with stats, and better styling.
Topic
-
Title |
Topic
X statuses
X users |
Note
Last activity X minutes ago
-
{{ instance.title }} |
{{ instance.topic }}
{{ instance.stats.status_count }} statuses
{{ instance.stats.user_count }} users |
{{ instance.note }}
Last activity {{ lastActivity(instance) }}


audio
element test
Pass Criteria
#1: Element is supported
#2: Element has correct HTML and Core Accessibility API mappings
#3: Controls are keyboard accessible:
#3.1: Controls MUST be focusable
#3.2: MUST be able to activate controls, including any child menu/controls
Reference
HTML
audio
element
HTML Accessibility API Mappings for
audio
element
Test au-001:
audio
element
Test au-002:
audio
element with
aria-label
Test au-003:
audio
element with
aria-label
and
aria-describedby
Audio file:
Spam call: Bob hangs up 7 mins into his survey
by Bruce Lawson


We take it from a database, repackage it into "models", put those into "controllers", these controllers rewrap it as JSON, send it over the wire via something like XMLHTTPRequest to a web browser, which stores it in another set of "models" in JavaScript, whose data is then plugged into HTML templates, and finally rendered into the DOM.
We do this wrangling by connecting many different systems, with different APIs to learn:
It becomes difficult to keep these synchronized when something changes. If a circle's state depends on another circle's state, then it must know to update whenever the other one updates. If you don't have a perfect system, this can get complex.
These circles often communicate with events, like messageAdded rather than state. This makes it more complex because ______. And it breaks caching because a cache will need to know each event.
React points out that we can simplify the synchronization of DOM with Javascript Models by re-rendering the DOM each time the Javascript changes. But it doesn't address all the other levels of state.
Statebus generalizes this idea to the whole stack, on client and server. Each level is re-rendered from the circles it depends on. To make it efficient:
We can apply this general technique to each layer, replacing this ad-hoc soup with a uniform, efficient, simple architecture that requires less code, incurs less complexity, and provides more features.
We can simplify all these technologies into two operations happening: (1) Fetching state, and (2) Saving changes to state.
Statebus lets you implement each layer uniformly, with just these
two methods
You can write the same functionality with much less code. [Show examples]
This is what makes code so much simpler. One-way dataflow, single source of truth, etc. This is the best FRP ever made.
For instance, we can replace the server with a dumb store that doesn't have any code of its own.
other_data = fetch('state://other.service/something1')
Because nodes have a uniform protocol, incorporating data from a different site is as easy as giving it a different URL.
(Make diagram that replaces server side with multiple services of different colors.)
(Make diagram)
(Make diagram)
(Make diagram)
These methods
Caption:


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