|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface TaskContainer
Container object for tasks.
Note that a task container must be able to contain any task, so it has
no generic parameters for task result type or task object type. The
consequence of this is that these types are unknown. So, a task
pulled from a container has type Task<?,?>
, and its
getObject()
an Task.getResult()
methods return a Object
.
| Field Summary | |
|---|---|
static String |
TASKCONTAINER_STATE
Metric name: fires on state changes of any task in the container, and has the value of that task's object identifier. |
| Fields inherited from interface org.ogf.saga.SagaObject |
|---|
NO_WAIT, WAIT_FOREVER |
| Method Summary | |
|---|---|
void |
add(Task<?,?> task)
Adds a task to the task container. |
void |
cancel()
Cancels all the asynchronous operations in the container. |
void |
cancel(float timeoutInSeconds)
Cancels all the asynchronous operations in the container. |
State[] |
getStates()
Gets the states of all tasks in the task container. |
Task<?,?> |
getTask(String id)
Gets a single task from the task container. |
Task<?,?>[] |
getTasks()
Gets the tasks in this task container. |
void |
remove(Task<?,?> task)
Removes the specified task from this container. |
void |
run()
Starts all asynchronous operations in the container. |
int |
size()
Returns the number of tasks in this task container. |
Task<?,?> |
waitFor()
Waits for all tasks to end up in a final state. |
Task<?,?> |
waitFor(float timeoutInSeconds)
Waits for all tasks to end up in a final state. |
Task<?,?> |
waitFor(float timeoutInSeconds,
WaitMode mode)
Waits for one or more of the tasks to end up in a final state. |
Task<?,?> |
waitFor(WaitMode mode)
Waits for one or more of the tasks to end up in a final state. |
| Methods inherited from interface org.ogf.saga.SagaObject |
|---|
clone, getId, getSession |
| Methods inherited from interface org.ogf.saga.monitoring.Monitorable |
|---|
addCallback, getMetric, listMetrics, removeCallback |
| Field Detail |
|---|
static final String TASKCONTAINER_STATE
| Method Detail |
|---|
void add(Task<?,?> task) throws NotImplementedException, TimeoutException, NoSuccessException
task
- the task to add.
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.void remove(Task<?,?> task) throws NotImplementedException, DoesNotExistException, TimeoutException, NoSuccessException
task
- the task to be removed.
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
DoesNotExistException
- is thrown when the container does not contain the specified task.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.void run() throws NotImplementedException, IncorrectStateException, DoesNotExistException, TimeoutException, NoSuccessException
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
IncorrectStateException
- is thrown when any of the tasks in the container
is not in NEW state.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.
DoesNotExistException
- is thrown when the container does not contain any tasks.Task<?,?> waitFor() throws NotImplementedException, IncorrectStateException, DoesNotExistException, TimeoutException, NoSuccessException
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
IncorrectStateException
- may be thrown when any of the tasks in the container
would throw this on Task.waitFor()
.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.
DoesNotExistException
- is thrown when the container does not contain any tasks.Task<?,?> waitFor(WaitMode mode) throws NotImplementedException, IncorrectStateException, DoesNotExistException, TimeoutException, NoSuccessException
mode
- wait for ALL or ANY task.
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
IncorrectStateException
- may be thrown when any of the tasks in the container
would throw this on Task.waitFor()
.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.
DoesNotExistException
- is thrown when the container does not contain any tasks.Task<?,?> waitFor(float timeoutInSeconds) throws NotImplementedException, IncorrectStateException, DoesNotExistException, TimeoutException, NoSuccessException
null
is returned.
timeoutInSeconds
- number of seconds to wait.
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
IncorrectStateException
- may be thrown when any of the tasks in the container
would throw this on Task.waitFor()
.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.
DoesNotExistException
- is thrown when the container does not contain any tasks.Task<?,?> waitFor(float timeoutInSeconds, WaitMode mode) throws NotImplementedException, IncorrectStateException, DoesNotExistException, TimeoutException, NoSuccessException
null
is returned.
timeoutInSeconds
- number of seconds to wait.mode
- wait for ALL or ANY task.
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
IncorrectStateException
- may be thrown when any of the tasks in the container
would throw this on Task.waitFor()
.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.
DoesNotExistException
- is thrown when the container does not contain any tasks.void cancel() throws NotImplementedException, IncorrectStateException, DoesNotExistException, TimeoutException, NoSuccessException
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
IncorrectStateException
- is thrown when any of the tasks in the container
would throw this on Task.cancel()
.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.
DoesNotExistException
- is thrown when the container does not contain any tasks.void cancel(float timeoutInSeconds) throws NotImplementedException, IncorrectStateException, DoesNotExistException, TimeoutException, NoSuccessException
timeoutInSeconds
- time for freeing resources.
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
IncorrectStateException
- is thrown when any of the tasks in the container
would throw this on Task.cancel()
.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.
DoesNotExistException
- is thrown when the container does not contain any tasks.int size() throws NotImplementedException, TimeoutException, NoSuccessException
NotImplementedException
TimeoutException
NoSuccessException
Task<?,?> getTask(String id) throws NotImplementedException, DoesNotExistException, TimeoutException, NoSuccessException
id
- the object identifier of the task (typically obtained from the
TASKCONTAINER_STATE
metric).
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
DoesNotExistException
- is thrown when the container does not contain a task for the
specified id.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.Task<?,?>[] getTasks() throws NotImplementedException, TimeoutException, NoSuccessException
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.State[] getStates() throws NotImplementedException, TimeoutException, NoSuccessException
NotImplementedException
- is thrown if the implementation does not provide an
implementation of this method.
TimeoutException
- is thrown when a remote operation did not complete successfully
because the network communication or the remote service timed
out.
NoSuccessException
- is thrown when the operation was not successfully performed,
and none of the other exceptions apply.
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


The screen area represents the Spectrum display and is surrounded by a narrow border that represents the Spectrum border. Above the screen, the character position of the mouse is displayed as X and Y coordinates along with that position's character, ink, paper, bright and flash attributes.
There are two control boxes, one for Character Grid and another for Border Marker, these switch the display of the optional guidelines on and off. If the control box is orange then the option is on, if it is white then the option is off.
Clicking on the screen will place the currently selected character into that position with the current bright, flash, paper and ink colours. If the paper and/or ink are set to none then the colours will not be set, just the pixel pattern from the character.
If the current character is None Selected then only the paper, ink, bright and flash attributes will be written.
This column controls the current ink colour, selecting the coloured square selects that colour and the orange arrow indicates the current selection. The colours 0 (black) to 7 (white) can be selected as well as a special None mode. When adding characters to the screen with none selected, the ink colour will not be written.
This column controls the current paper colour, selecting the coloured square selects that colour and the orange arrow indicates the current selection. The colours 0 (black) to 7 (white) can be selected as well a special mode, None. When adding characters to the screen with none selected, the paper colour, bright or flash will not be written.
This column controls the current border colour, selecting the coloured square selects that colour and the orange arrow indicates the current selection. The colours 0 (black) to 7 (white) can be selected.
There are two options in attributes, Bright and Flash. Characters will be set with these attributes when they are placed on the screen. If the paper is set to none then the flash and bright attributes will not be written. The show Flash option starts the flashing and it continues until either the button is clicked again or the mouse pointer leaves the Show Flash button.
When the erase Character option is set clicking on the screen will set all the pixels in that character position to paper. It will also set the paper and ink colours if they are not set to none.
Clicking on the Fetch button will load the currently selected character into the character editor, this can then be changed by clicking on the pixels. A click will toggle the pixel between ink and paper. Clicking on the Store button will put the character back in highlighted position in the character array and update the screen display where those characters are used. Characters can be fetched from any character position, they can be stored in all character positions except the block graphics, the last 16 characters.
Import character set opens a file open dialog box, this allows a previously saved character set to be loaded. This will also update the characters on screen if they are that character.
Import screen opens a file open dialog box, this allows a previously saved screen to be loaded.
Export character set saves the character set as a JSON file. The save behaviour will depend on your browser and browser settings. This allows a character set to be saved to the local computer.
Export screen saves the screen as a JSON file. The save behaviour will depend on your browser and browser settings. This allows a screen to be saved to the local computer.
Output character set writes basic code to the output text area that will create the character set (including the UDGs) in a Spectrum environment. This code can be copied and pasted into a Spectrum emulator, BasIN for example, to enable the character set to be put into a Spectrum data format and subsequently used in your own programs.
Output UDGs writes basic code to the output text area that will create the UDGs in a Spectrum environment. This code can be copied and pasted into a Spectrum emulator, BasIN for example, to enable the UDGs to be put into a Spectrum data format and subsequently used in your own programs.
Output screen writes basic code to the output text area that will create the screen in a spectrum environment. This code can be copied and pasted into a Spectrum emulator, BasIN for example, to enable the screen to be put into a Spectrum data format and subsequently used in your own programs.
This button clears the screen to the current ink and paper colours with the current bright and flash attributes.
This button resets the character set and UDGs to the default character set.
The screen, characters and some other settings are automatically saved as you work, when you open the application this saved state is automatically loaded. This is to offer some protection against accidental browser tab closing and should not be relied upon to save data, use the export functions regularly as you work.


Bicycle Detection
Press "b" if a bicycle or "n" if not.
Press "z" to zoom in on current image.
Target Accuracy: F-Score = 0.85
Current Accuracy: = N/A


Queue Simulator
View on GitHub
Model Parameters
RNG Seed:
Arrival Distribution:
Choose one...
Constant
Poisson
Gaussian
Arrival Rate:
Processing Distribution:
Choose one...
Constant
Poisson
Gaussian
Processing Rate:
Number of Servers:
Simulation Time:
Apply QoS Policy:
Apply Load Shedding:
Enable Drain Off:
Run Simulation
Summary Data
Tasks completed:
Avg. Queue Length:
Avg. Wait Time:
Avg. Processing Time:
Avg. Utilization (%):
Specify model paramters on left, and click 'Run ' to begin simulation.


wcmgr
Section: The Webalizer (1)Updated: 12-Jul-2008
Index Return to Main Contents
NAME
wcmgr - Webalizer (DNS) Cache file ManagerSYNOPSIS
wcmgr [ option ... ] cache-fileDESCRIPTION
wcmgr is a utility program which allows manipulation of the DNS cache files used and produced by The Webalizer. Each record in the cache file contains an IP address (either IPv4 or IPv6), a timestamp of when the entry was added to the cache, a flag to indicate if the record contains a resolved name or not, and either the same IP address or a resolved host name. All records are accessed by their IP address.RUNNING WCMGR
wcmgr was designed to be run from the Unix shell command line. This facilitates its use in shell scripts and other automated processes. A valid DNS cache file must be specified. Command line options are optional, and if none are given, the default action is to list the contents of the specified cache file.COMMAND LINE OPTIONS
Different functions are selected by using one or more of the following command line options. If no options are given, the default is to display the contents of the cache file to the screen (stdout).
- -h
- Display all available command line options and exit.
- -v
-
Be verbose.
- -V
- Display the program version and exit. Additional program specific information will be displayed if verbose mode is also used (e.g. '-vV'), which can be useful when submitting bug reports.
- -a address [-n hostname] [-t0]
- Add a new record to the cache file. The IP address will be added to the cache file using the current time as the timestamp and with a resolved name hostname. If -t0 is specified, the record will be considered permanent, and will not be removed (during a purge) or expired. If a hostname is not specified with the -n option, then the address will be used instead, and the record will be flagged as unresolved.
- -c
- Create a new cache file. If used alone, this option will create a new, empty cache file. If used with the import option, a new cache file will be created before importing the data. An error will occur if the file cache-file already exists.
- -d address
- Delete a record from the cache file using the specified address.
- -f address
- Find and display information for address from the cache file. A single line similar to that produced by the -l option will be displayed unless verbose mode is enabled, in which case a more detailed listing will be produced.
- -i name [-c]
- Import data into the cache file from the file name. The import file must be a valid tab delimited text file, such as that created by the export option. If the imported data contains records already present in the cache file, those records will be overwritten by the imported data. The cache file must exist unless the -c option is specified, in which case, a new cache file will be created for the imported data.
- -l
- List the contents of the cache file. This is the default action of the program, so does not necessarily need to be specified. If verbose mode is enabled, a report title, column headers and summary totals will also be displayed.
- -p num
- Purge the cache file of entries older than num days. If num is not specified, then a default of 7 days will be used. if verbose mode is enabled, each purged record will be printed and the total number of purged records will be displayed.
- -s [-t num]
- Display cache file information/statistics. If a TTL value (in days) is specified using the -t option, it will be used to calculate how many records are older than num days, otherwise, the default value of 7 days will be used.
- -n name
- Specify the name to use as the resolved hostname when adding records to the cache.
- -t num
- Time to live (TTL) value. If used along with the -p (purge) option, it specifies how many days a record will remain valid. Any record that is older than num days is considered expired and will be purged. If used with the -a (add) option, a zero value will cause the record to be considered permanent.
- -x name
- Export data from a cache file to a tab delimited text file named name. If the text file name exists, it will be overwritten.
BUGS
Please report bugs to the author.COPYRIGHT
Copyright (C) 1997-2009 by Bradford L. Barrett. Distributed under the GNU GPL. See the files "COPYING" and "Copyright", supplied with all distributions for additional information.AUTHOR
Bradford L. Barrett <brad at mrunix dot net>
Index
This document was created by man2html, using the manual pages.
Time: 05:29:12 GMT, December 24, 2015


A landing page template freshly redesigned for Bootstrap 4
This is a great place to talk about your webpage. This template is purposefully unstyled so you can use it as a boilerplate or starting point for you own landing page designs! This template features:
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Aut optio velit inventore, expedita quo laboriosam possimus ea consequatur vitae, doloribus consequuntur ex. Nemo assumenda laborum vel, labore ut velit dignissimos.


A comprehensive set of Sass tools to shape and style SUI-Components
Provides a global re-writable set of Sass Vars with default values
// --- Colors --- //
$c-primary-light: #80a9ca !default;
$c-primary: #005496 !default;
$c-primary-dark: #003661 !default;
$c-highlighted: #f2cd96 !default;
All UI components must be implemented using a parametrizable mixin
// Sui Button Component
@mixin sui-button(
$type: 'primary',
$size: 'medium',
$background-color: $c-gray-dark,
$color: $c-white,
$icon-fill: transparent,
$icon-stroke: $c-white
)
Every component may have its own parametized set of !default vars
// Button
$c-button-accent: $c-white !default;
$c-button-accent-hover: $c-white !default;
$c-button-accent-icon-fill: $c-white !default;
$c-button-accent-icon-stroke: $c-white !default;
Use the mixin only to define sui-button and re-write its sass vars
.my-FiltersBtn {
&--small {
@include sui-button('accent', 'small');
}
}
Checkout the code here
A set of Sass tools like mixins, functions and helpers to provide common solutions
// Reset link
@mixin reset-link {
color: $c-text-base;
text-decoration: none;
}
Applies global SUI-Components style guide
theme-basic is an Open source npm library to style any ReactJS based project available here:
@schibstedspain/theme-basic
// import theme-basic sass vars and mixins
@import '~@schibstedspain/theme-basic/lib/index';
Mixins with predefined breakpoint values and settings:
$breakpoints: (
xxs: 0,
xs: 320px,
s: 576px,
m: 768px,
l: 992px,
xl: 1200px
) !default;
@include media-breakpoint-up(m) {}
@include media-breakpoint-down(s) {}
Provides a color variarion given a color and an step:
$c-primary-dark: color-variation($c-primary, -1);
Normalizes form elements default styling into a cross site version
Aspect ratio adapter
@include aspect-ratio($horizontal, $vertical);
Flexbox based Grid system


Your payment of {{amount}} on Plush Queens Website was declined.
Reason: {{error_reason}}.
For reference, the remote payment id is: {{remote_id}}.


This page gives a brief overview of the Tetra programming language including the motivation for creating it, as well as the overall design of the language and features.
We are now firmly in the multi core world. It is virtually impossible to buy a new computer with only a single processor core in it. New phones and tablets have either two or four processor cores, and even small computers such as the Raspberry Pi now come with four cores. Nearly every computer that we interact with is a parallel machine.
Despite this huge shift in the hardware world towards parallelism, there has not been a similar shift in the software world. Most programs are still written in a single-threaded manner with parallel programming relegated to niches such as scientific computing, systems development and high performance games.
There are several reasons for this. One of them is that our programming languages and tools are, for the most part, still geared towards sequential programming. Most languages do not include syntax support for parallel programming which makes it more difficult than it should be. Tools like debuggers are also geared primarily for single-threaded programming. Some aspects of parallel programming are inherently difficult, but some of the difficulty comes from our tools not being suited to the task.
The main feature that distinguishes Tetra from most programming languages is that parallelism is a first-class language feature. It has syntax support for specifying that statements run in parallel, or in the background. Most languages instead use libraries to support parallelism. To see why this makes a difference, consider the following Python program which computes the sum of a range of numbers:
total = 0 def sum_range(numbers, a, b): i = a while i <= b: global total total = total + numbers[i] i = i + 1 numbers = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] sum_range(numbers, 0, 9) print(total)
Now suppose we wish to parallelize this so that two threads each added half of the numbers. In Python, we'd have to use the threading library like so:
from threading import Thread, Lock total = 0 lock = Lock( ) def sum_range(numbers, a, b): i = a while i <= b: global total lock.acquire( ) total = total + numbers[i] lock.release( ) i = i + 1 numbers = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] t1 = Thread(target = sum_range, args = (numbers, 0, 4)) t1.start( ) t2 = Thread(target = sum_range, args = (numbers, 5, 9)) t2.start( ) t1.join( ) t2.join( ) print(total)
The code related to specifying what should be done in parallel, and what cannot be is in bold. Notice that it takes over twice as many lines as the original sequential program. Not only is this rather tedious, but it is also error-prone. If we forget to join one of the threads, we will have a race condition which is quite difficult to debug.
Now, consider the same sequential sum program, but in Tetra:
global total = 0
def sum_range(numbers [int], a int, b int):
i = a
while i <= b:
total = total + numbers[i]
i = i + 1
def main( ):
numbers = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
sum_range(numbers, 0, 9)
print(total)
The syntax of Tetra is quite close to that of Python. The major differences are that Tetra requires a main function, and Tetra is statically typed.
The bigger difference, however, is that parallelizing this Tetra program is much easier. It can be done as follows:
global total = 0 def sum_range(numbers [int], a int, b int): i = a while i <= b: lock: total = total + numbers[i] i = i + 1 def main( ): numbers = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] parallel: sum_range(numbers, 0, 4) sum_range(numbers, 5, 9) print(total)
Again, the added lines appear in bold. Because Tetra has built-in syntax for parallelism, there are only two lines to add. The parallel keyword creates a new block of code. Each statement in that block is launched in a new thread. Each thread is automatically joined at the end of the parallel block. The lock statement also creates a new block which gives a critical section. There is no need to explicitly release the lock - it is automatically released at the end of the block.
Having syntactical support for parallelism makes it easier and less error-prone to use.
Another reason that parallelism hasn't been widely embraced by the software world is that it is still not a large part of most computer science curriculums, despite several calls for it to be emphasized more.
One barrier to doing this is that most programming languages used for teaching programming, such as Python and Java, do not include parallelism as a built-in feature. The most widely used language, Python, is especially bad for parallelism because, in addition to lacking syntax for it, Python uses a "global interpreter lock" which actually prevents multiple threads from running at the same time.
On the other side of things, the languages which do have good support for parallelism, such as C and Fortran, are not widely used for introductory classes and can be difficult even for experienced programmers.
Tetra is designed to fill the niche of a language that is designed with parallel programming in mind, but which prioritizes ease of use over performance.


1. Validate the EBU-TT Part 3 Live specification.
2. Provide a set of resources to help anyone making equipment or software using EBU-TT Part 3.
The interoperability toolkit is a set of components, mostly written in Python (to be easy-ish to read) that can create EBU-TT Live documents (and sequences), transfer them from one Node to another using Carriage Mechanisms (currently WebSocket and the file system), validate them, and allow them to be viewed.
If you are writing code to produce live subtitles in EBU-TT Live, you should try plugging it into the consumer to validate the sequences you make. If you are writing code to consume live subtitles, you should try using the producer to generate test data.
This is an open source project hosted by the EBU on GitHub, using Travis-CI for continuous integration and coveralls for code test coverage. The license is BSD3.
This is an activity of the EBU Subtitles in XML group.
You can find details about the project, including details of how to contribute, on its github page.
For discussion of issues etc we have a Slack team - request an invitation via subtitling@ebu.ch.


Ploror688.github.io
Fiction Writing Aids - KS1 English Primary Resources. Essay about accidents god s creation essays about my personal development tamil essay ielts family questions 2015. Essay on different language english globalization.
This KS1 PowerPoint gives examples of instructions and the success criteria. Creative Writing Prompts PowerPoint - Share My Lesson. Creative Writing Powerpoint - TES Resources. @hollster11 is this essay the longest thing ever or what, ive written 500 words already and all ive done about is the positive Year 5 Word of the Day Autumn 1 PowerPoint - Writing, Creative. Write my essay in time! Order papers from our professional team that offers paper writing on any type of topic. Fast, cheap and unique. About Keystage History. Keystage history is the home of best practice in primary and secondary history teaching and learning. You can totally trust the authoritative.
Search for research paper bibliography example research paper introduction methodology write title page essay differences. Essay on grammar books pdf flats and house. Love creative writing ks1 powerpoint - icecoals.com. Keystage History - Advice for teaching history, lessons. PowerPoint to stimulate short, 10-minute creative writing tasks for 6th to 8th gradeers. Students express their ideas free from the burden Creative writing texts ks1 powerpoint - burcoplumbing.com.au. Creative writing teacher ks1 powerpoint - goldridgegroup.com. "My precious." Describing Gollum Talk for Writing trainer, Dean Thompson, has created a free downloadable PowerPoint for descriptive writing based on Gollum.
This excellent PowerPoint provides images for your children to use as inspiration for creative writing! All slides include both a five minute and fifteen minute timer.
Resources – Talk for Writing. Creative Writing From Images Challenge PowerPoint - writing. Fiction Writing Aids teaching resources for Key Stage 1 and for helping your children to add extra depth to their creative writing. KS1 Story Writing Prompts. A powerpoint presentation that gives one new word a day for a whole half term in order to improve vocabulary for speech and writing.
Space Poetry/Creative Writing Lesson Plans - TES Resources. Write My Essay Now! Urgent Essay Writing Service. Includes: Space poetry senses lesson plan Sci-Fi short story lesson plan Space quiz and answers sheets How to make orbiting planets activity Suitable for Key Stage.
Suitable for KS1. Pack includes: Lesson Plan Interactive Presentation for Lesson Plan in both Powerpoint and PDF formats Homework Help Sheet Superhero Profile.
A revision aid to encourage and promote creative writing at all levels. Related Post of Creative writing fantasy ks1 powerpoint who am i writing assignment a diagnostics method of research proposal concerning accounting system KS1 Superhero Stories Writing Pack by YoungWriters. Writing Instructions PowerPoint - Priority Resources, success. Creative writing help ks1 powerpoint. How to essay write pdf grammatical statistics research paper body paragraph format. My school life essay xenophobia solution essay ielts discuss both views.


This template uses well-known labels to sort and display the issues associated with a repository.
The labels this template relies on are:
Chair decision needed
: the issue needs attention from the chairs (e.g. because it can be closed)Need submitter action
: progress on this issue requires clarification or additional information from the issue submitterNeed assignee action
: progress on this issue depends on the person to which the issue is currently assignedList discussion needed
: before progress on this issue can be made, input or consensus from the mailing list is neededPR exists
: there is (at least) one pull request submitted to solve this issue


I'm really happy to see them resurrecting this phrase for the end-of-an-era R.E.M. collection.
This post started as a thought for tumblr, something I'd dash off, up up and away, another in a series of things up for attention in a place where I'm not sure anyone pays attention. But I realized I had more to say, more to think about, and saying it here somehow fits.
***
I mention that this phrase, this Part Lies, Part Hart, Part Truth, Part Garbage is a resurrection, and that's because it is. The first time I encountered it, I saw it on a t-shirt.
You see, I had won first in line at Sears, and with that prize came the ability to purchase the best public seats-- 19th row, floor--for R.E.M.'s Monster Tour. Greg and I freaked out so much that we tried to pool our cash together to buy an extra ticket, and of course we ended up selling that one to Candy, the girl we had both "gone out with" in middle school, just a few years prior.
So there we were, at the Rosemont Horizon, and there it was: a long sleeved t-shirt, dates on the sleeve, and this phrase--Part Lies, Part Hart, Part Truth, Part Garbage--on the back.

The show was great. We had fun. I think it was one of the rare times when Greg and I weren't crushing on Candy, so we were just kids who had known each other for a long time (I'd known them since 6th grade, they probably knew each other since first or something) sharing a great show. I actually don't remember much of it aside from how high and black the ceiling was before the show, and how excited I felt.
That shirt has been one of my go-to travel shirts for years. It's separating on the neck, as they do. It's been in the rotation for cold-apartment pj's and "I need a layer" Homecoming trips.
I love that it says LIES TRUTH HEART GARBAGE on the front, but on the back, they acknowledge, yeah, all of that is in there.
I love that I am rambling because I can't find the words but I want to find the words.
***
A few weeks ago, I got an IM from one of my friends that knew me back then, a guy who bops in and out of my gchat, who made something of himself by being a hacker and learning the internet ropes back when you could do that just because you liked Industrial and piercings and messing with people on IRC. He was important during one of the more challenging times in my life, long distance relationship #1, a relationship where R.E.M. and the Cure and Counting Crows really became this thing, a shared language, the common words of romantics at the end of their teen years figuring out what to do with all of that feeling.
So I got a random IM that said, "hey man, R.E.M. broke up." And first I thought, "huh." And then, "why did he tell me this?"

Part Lies, Part Heart, Part Truth, Part Garbage.
It was nice to hear from him, and to think about things. It was nice to think about how much R.E.M. had meant, for a time. I liked being back there. I liked that it was nice to know that I was here, now.


Launcher Mode v3
- Change spacebar to left_shift.
-
Enter Launcher Mode by tapping the right_command key while left_shift is pressed.
(Leave Launcher Mode when the left_shift is released.)
-
Launcher Mode v3 bindings
- tab: Mission Control
- q: Dictionary
- f: Finder
- a: Activity Monitor
- j: Alfred 3
- k: Emacs
- l: iTerm2
- c: Google Chrome
- etc.
Mouse Keys Mode v3
-
Enter Mouse Keys Mode v3 by tapping the left_command key while left_shift is pressed.
(Leave Mouse Keys Mode v3 when the left_shift is released.)
-
Mouse Keys Mode v3 bindings
- h: mouse left
- j: mouse down
- k: mouse up
- l: mouse right
- v: left click
- b: middle click
- n: right click
- f: fast mode (fast mouse move by f+hjkl)
- d: slow mode (slow mouse move by d+hjkl)
- s: scroll mode [reverse] (scroll by s+hjkl) (depends on "Scroll direction" in System Preferences > Mouse)


rnassqs
is a package to access the QuickStats API from national agricultural statistics service (NASS) at the USDA. There are at least two good reasons to do this:
Reproducibility. downloading the data via an R script creates a trail that you can revisit later to see exactly what you downloaded. It also makes it much easier for people seeking to replicate your results to ensure they have the same data that you do.
DRY. Don’t repeat yourself. Downloading data via API makes it easier to download new data as it is released, and to fetch multiple variables, geographies, or time frames without having to manually click through the QuickStats tool for each data request.
In the beginning it can be more confusing, and potentially take more time, but as you become familiar with the variables and calls of the rnassqs
package and the QuickStats database, you’ll be able to quickly and easily download new data.
The USDA-NASS Quick Stats API has a graphic interface here: https://quickstats.nass.usda.gov. Information on the query parameters is found at https://quickstats.nass.usda.gov/api#param_define.
First, obtain an API key from the ‘Quick Stats’ service: https://quickstats.nass.usda.gov/api. Then we can make a query. Here we request the number of farm operators by operation acreage in Oregon in 2012.
library(rnassqs)
# Specify the query parameters
params <- list(
commodity_desc = "OPERATORS",
domain_desc = "AREA OPERATED"
agg_level_desc = "STATE",
state_alpha = "OR",
year = 2012
)
# Check that our record request is under the 50,000 limit
nassqs_record_count(params)
# Get the data
d <- nassqs(params)
Parameters need not be specified in a list and need not be capitalized. The following is equivalent
# Get the data specifying each parameter as a separate argument to the
# function `rnassqs`
d <- nassqs(commodity_desc = "operators",
domain_desc = "area operated",
agg_level_desc = "state",
state_alpha = "or",
year = 2012)
A growing list of convenience functions makes querying simpler. For example, you can retrieve yields and acres with
# Set parameters
params <- list(
commodity_desc = "APPLES",
domaincat_desc = "NOT SPECIFIED"
agg_level_desc = "STATE",
state_alpha = "OR",
year = 2012
)
# Yields and Acres
yields <- nassqs_yields(params)
acres <- nassqs_acres(params)
the QuickStats API requires authentication. You can get an API Key here. Once you have a key, you can use it in any of the following ways:
In your home directory create or edit the .Renviron
file, and add NASSQS_TOKEN = <your api key>
to the file. R
sessions will have the variable set automatically, and rnassqs
will detect this when querying data. If you use Rstudio, you can also use usethis::edit_r_environ
to open your .Renviron
file and add the key. This will create a new system environmental variable when you start a new R
session. You can also set the environmental variable directly with Sys.setenv(NASSQS_TOKEN = <your api key>
.
You can add a file to your project directory and ignore it via .gitignore
if you’re using github. The advantage of this method is that you don’t have to think about the API key for the rest of the project, but you have to repeat this process for every new project, and you risk forgetting to add it to .gitignore
. Once the api key is in a file, you can use it like this:
# Load the api key
api_key <- readLines("<file name with api key>")
nassqs_auth(key = api_key)
If you don’t want to add the API key to a file or store it in your .Renviron
, you can enter it in the console in a session. This is less easy because you have to enter (or copy-paste) the key each time you begin an R
session. In addition, you won’t be able to automate running your script, since it will stop and ask you to provide an api key.
# Checks if the api key is set and prints it.
# If it is not set, asks the user to set the value in the console.
nassqs_auth()
The QuickStats API offers a bewildering array of fields on which to query. rnassqs
tries to help navigate query building with some functions that return parameter names and valid values for those parameters. nassqs_params()
provides the parameter names, which at the time of this writing are
library(rnassqs)
# returns a list of fields that you can query
nassqs_params()
#> [1] "agg_level_desc" "asd_code"
#> [3] "asd_desc" "begin_code"
#> [5] "class_desc" "commodity_desc"
#> [7] "congr_district_code" "country_code"
#> [9] "country_name" "county_ansi"
#> [11] "county_code" "county_name"
#> [13] "CV" "domaincat_desc"
#> [15] "domain_desc" "end_code"
#> [17] "freq_desc" "group_desc"
#> [19] "load_time" "location_desc"
#> [21] "prodn_practice_desc" "reference_period_desc"
#> [23] "region_desc" "sector_desc"
#> [25] "short_desc" "state_alpha"
#> [27] "state_ansi" "state_name"
#> [29] "state_fips_code" "statisticcat_desc"
#> [31] "source_desc" "unit_desc"
#> [33] "util_practice_desc" "Value"
#> [35] "watershed_code" "watershed_desc"
#> [37] "week_ending" "year"
#> [39] "zip_5"
Including parameter names in nassqs_params
will return a description of the parameter(s) in question:
nassqs_params("agg_level_desc", "source_desc")
#> [1] "agg_level_desc: Geographical level of data. Often 'county', 'state', or 'national', but can include other levels as well"
#> [2] "source_desc: Data source. Either 'CENSUS' or 'SURVEY'"
Documentation on all of the parameters is available at https://quickstats.nass.usda.gov/api#param_define.
A list of the valid values for a given field is available via nassqs_param_values(param = <parameter name>)
. For example,
nassqs_param_values(param = 'source_desc')
returns a list of valid values for the source_desc
parameter.
Building a query often involves some trial and error. One way of developing the query is to use the QuickStats web interface. This is often the fastest method and provides quick feedback on the subset of values for a given query. Alternatively, you can query values for each field as above and iteratively build your query. The query in the end takes the form of a list of parameters that looks like
params <- list(commodity_desc = "CORN", year__GE = 2012, state_alpha = "VA")
Most queries will probably be for specific values such as year = 2012
, but you may also want to query ranges of values. For those queries, append one of the following to the field you’d like to modify:
In the above parameter list, year__GE
is the year
field with the __GE
modifier attached to it. The returned data includes all records with year greater than or equal to 2012.
Multiple values can be queried at once by including them in a simple list with c()
. For example, if you’d like data from both Washington and Oregon, you can write state_alpha = c('WA', 'OR')
.
The API only returns queries that return 50,000 or less records, so it’s a good idea to check that before running a query. Do do so, you can use nassqs_record_count()
. Combined with an assert from the assertthat
package, you can ensure that your queries are valid before attempting to access the data:
# Check that the number of returned records will be less than 50000
params <- list(commodity_desc = "CORN", year__GE = 2012, state_alpha = "VA")
records <- nassqs_record_count(params)
assertthat::assert_that(as.integer(records$count) <= 50000)
Once you’ve built a query, running it is easy:
# Run a query given a set of parameters and an API key
nassqs(params = params, key = api_key)
Putting all of the above together, we have a script that looks like:
library(rnassqs)
library(assertthat) #for checking the size of the query
# Check for the API key. This prints the key if it is set, or asks for it
# if the session is interactive
nassqs_auth()
# Get a list of available fields
parameters <- nassq_params()
# Get valid values for 'commodity_desc'
nassqs_param_values(param = 'source_desc')
# Set a list of parameters to query on
params <- list(commodity_desc = "CORN", year__GE = 2012, state_alpha = "VA")
# Check that the number of returned records will be less than 50000
records <- nassqs_record_count(params)
assert_that(as.integer(records$count) <= 50000)
# Run a query given a set of parameters and an API key
d <- nassqs(params = params, key = api_key)
# Run the same query but parse into a data.frame separately
raw <- nassqs_GET(params = params, key = api_key)
parsed <- nassqs_parse(raw, as = 'data.frame')
The ability of rnassqs
to iterate over lists of parameters is especially helpful. In some cases you may wish to collect many different sets of data, and in others your queries may be larger than the API restriction of 50,000 records. In both cases iterating over a list of parameters is helpful.
Generally the best way to deal with large queries is to make multiple queries subset by year if possible, and by geography if not. Some care is needed if subsetting by geography. Due to suppression of data, the sum of all counties in a state will not necessarily equal the state value. Moreover, some data is collected only at specific geographies. It is best to start by iterating over years, so that if you want say all county cash rents on irrigated land for every year since they became available in 2008, you can iterate by doing the following:
# Define the list of parameters to use repeatedly
param_list <- list(
sector_desc = "ECONOMICS",
commodity_desc = "RENT",
prodn_practice_desc = "IRRIGATED",
class_desc = "CASH, CROPLAND",
agg_level_desc = "COUNTY",
domaincat_desc = "NOT SPECIFIED")
# Iterate through each year to get data
data_list <- lapply(2008:2017, function(yr) {
params <- param_list
params[['year']] <- yr
nassqs(params)
})
# Using dplyr to bind the data list
library(dplyr)
df <- rbind_list(data_list)
# Using data.table to bind the data list
library(data.table)
dt <- rbindlist(data_list)
Subsetting by geography works similarly, looping over the geography variable (usually state_alpha
or county_code
or the like) in lapply.
Similar to above, at times it is helpful to make multiple queries and bind the data into a single data.frame
. For example, you may want to collect the many different categories of acres for every Agricultural Census since 1997, which you can do with something like
# First define a base parameter list to modify for each new query
base_params <- list(
source_desc = "CENSUS",
sector_desc = "ECONOMICS",
commodity_desc = "AG LAND",
agg_level_desc = "COUNTY",
unit_desc = "ACRES",
statisticcat_desc = "AREA",
domain_desc = "TOTAL",
domaincat_desc = "NOT SPECIFIED",
year_GE = 1997
)
# List of parameters that vary for each query
param_list <- list(
ag_land_other = list(
class_desc = "(EXCL CROPLAND & PASTURELAND & WOODLAND)"),
ag_land_irr = list(
prodn_practice_desc = "IRRIGATED",
class_desc = "ALL CLASSES"),
ag_woodland = list(
class_desc = "WOODLAND"),
ag_pastureland = list(
class_desc = "PASTURELAND, (EXCL CROPLAND & WOODLAND)"),
ag_cropland = list(
class_desc = "CROPLAND"),
ag_cropland_excl_harvested = list(
class_desc = "CROPLAND, (EXCL HARVESTED & PASTURED)"),
ag_cropland_harvested = list(
class_desc = "CROPLAND, HARVESTED",
prodn_practice_desc = "ALL PRODUCTION PRACTICES"),
ag_cropland_harvested_irr = list(
class_desc = "CROPLAND, HARVESTED",
prodn_practice_desc = "IRRIGATED")
)
# Iterate through different variable queries
data_list <- lapply(param_list, function(var_params) {
# Create the new parameter list and append the query items that vary
# by query
params <- base_params
for(n in names(var_params)) {
params[[n]] <- var_params[[n]]
}
nassqs(params)
})
# Then rbind_list() or rbindlist() as above
nassqs
is a wrapper around the nassqs_GET
function, which uses httr::GET
to make an HTTP GET request to the Quick Stats API. If you need to access the underlying request object generated by the GET call, you can use nassqs_GET
to return the request object. The rnassqs
package also has a nassqs_parse
function that will process a request object into a data.frame, list, or raw text. nassqs
does handles both together, but you can replicate that functionality with low-level functions as follows:
# Make a HTTP GET request and parse into a data.frame with separate
# function calls. The below is equivalent to
# 'nassqs(params, key = api_key)'
request <- nassqs_GET(params = params, key = api_key)
parsed <- nassqs_parse(request, as = 'data.frame')


by @tylrfishr and @jeremybowers
An opinionated project template for client-side apps.
We use it for everything we do.
Thus, the app template is highly customizable.
(LESS)
Let's take a look at everything we have.
Write Jinja templates to interact with the spreadsheet.
Deployment targets are set in app_config.py
.
LESS files and JSTs are compiled.
Jinja templates are baked to flat HTML.
All CSS and JS files are minified and compressed into one file.
All assets are gzipped.
Everything is pushed to s3.


"APPLE PHONES FEATURES"
APPLE
STEVE JOBS
Iphone features
Things make apple phones attractive:
Microsoft Office 365 Support
Less Unnecessary Features
Accessibility and Settings
Less Security Breaches
CAMERA
METALLIC BODY
BODY DESIGN
LIGHT WEIGHT


Elizabeth's Stage 0
page
Beginner concepts
What is the internet?
The internet is computers sharing information world wide.
Text, photos, videos; music -- most content exists as html files.
Html = hyper text markup language
These html files are stored on local servers around the globe.
A local server in Kathmandu can talk with a server in Boston
using http, or hypertext transfer protocol.
Your request for information using a Google search
sends a retrieval of the correct html files using http.
Then, your computer browser interprets the markup language
in order to display a web page to you.
Markup language, or, Tags and Elements
Tags are what computers need to read in order to display text a certain way.
For example, bolding can be done using at least two different tags
one using a "b" in brackets < > before and after the text,
and the other using the word "strong." In this course we haven't yet
learned Why
there is this difference and when to use which
(though my hunch is
that the "strong" tag is used in CSS and is more efficient.)
Elements are the content, for example, headings, titles and images.
Elements can be inline or block.
Bolding, italicizing, anchor tags (indicating a web site link)
or img (image) tags are used "inline."
Clicking here on hyperlink text is an inline command in the code line.
Tags directing the computer to
display a new paragraph or create
a line break are examples of "block" tags.
What does the "form" tag do? It creates a return carriage to begin a new paragraph after the end tag. Huh.
These block commands also signal an "invisible box" around the content inside that element.


Jenna Dewan shuts down speculation that she shaded Camila Cabello at the AMAs: ‘I love her so much’
by Libby Torres- Dancer and actress Jenna Dewan shut down speculation that she was shading singer Camila Cabello during her performance of “Señorita” at the 2019 American Music Awards on Sunday.
- “I’m getting a lot of text messages from people wondering if I was shading Camila,” Dewan said in a video posted to her Instagram story after the ceremony.
- “No. I love her so much. I’m such a big fan of hers,” the dancer said.
- The controversy started after Dewan appeared to call Cabello “extra” during her AMAs performance.
- Visit Insider’s homepage for more stories.
Jenna Dewan shut down speculation that she shaded Camila Cabello during the 2019 American Music Awards on Sunday.
In a video posted to her Instagram story, Dewan said she had nothing but love for the “Señorita” singer, who performed her hit song with Shawn Mendes at the ceremony Sunday night.
“I’m getting a lot of text messages from people wondering if I was shading Camila,” Dewan said in the video, which appeared to be filmed as she was leaving the ceremony.
“No. I love her. I love her so much. I’m such a big fan of hers,” Dewan clarified, adding, “I don’t understand what that’s about.”
“Guys, we were bumping and grinding so hard to ‘Señorita,'” Dewan’s date for the event, celebrity stylist Brad Goreski, chimed in.
The controversy began after a since-deleted video, showing Dewan whispering something to Goreski during Cabello and Mendes’ performance of “Señorita,” began circulating on Twitter during the awards show.
Some fans thought that Dewan was whispering “She’s so extra” to Goreski, and even claimed that the dancer was rolling her eyes.
But once Dewan posted the video clearing things up, others were quick to condemn the users who started the drama between Cabello and Dewan.
Representatives for Cabello didn’t immediately respond to Insider’s requests for comment.
- Read more:
- Here are all the 2019 American Music Awards winners
- Jenna Dewan says she feared how people would react to her divorce because the public saw her and Channing Tatum as the ‘perfect couple’
- Jenna Dewan says she felt ‘blindsided’ when she found out about Channing Tatum’s relationship with Jessie J ‘over the internet’
- Camila Cabello says she ‘really, really’ loves Shawn Mendes in new interview


Client Sat
Finances
Delivery content
Delivery campaign
Delivery other
People
Contractual SLA
Internal SLA
CVC/TVC
$ 1.506
Soln.CCI
36%
Target CCI
36%
Actual CCI
40%
ODE
Actuals
Variance
Revenue
{{SAPrevenue}}
{{MMErevenue}}
{{MMErevenue - SAPrevenue}}
Cost
{{SAPcontractcost}}
{{MMEcontractcost}}
{{SAPcontractcost-MMEcontractcost}}
CCI
{{SAPCCI}}
{{MMECCI}}
{{MMECCI - SAPCCI}}
CCI%
{{SAPCciPercent}}%
{{MmeCciPercent}}%
{{MmeCciPercent - SAPCciPercent}}%
*values are in thousand million.
Target
$ 1.506
Projected
$ 1.506
Actual
$ 1.300
Gap
$ 0.206
transfer_within_a_station Digitization (FTE)
Target
$1.506
Actual
$0.500
Gap
1.006
FTE Release
4
Stage (<2)
0
Stage (3/4)
2
*values are in thousand million.
PI 3.5
888
airline_seat_recline_extra320
40% Male
60% Diversity
30% Contractors
0% emoji_peopleRedep
0% directions_runAttrition
0% directions_walkHIPO
Issues Bifurcation
rate_review Requests managed16014
emoji_events
Appreciations
94
new_releases
Issues Raised
92
OM ID 7683
OG *Communications,
Contract Region India
Contract / Billing typeSelect
Capability Marketing
EntitySelect
Tower Content Management
Reporting Area Mumbai
Delivery RegionIndia
Location Mumbai
Diamond ClientYes


Interface for an element's attribute specifications
Interface for an element's attribute specifications. The SAX parser implements this interface and passes an instance to the SAX application as the second argument of each startElement event. The instance provided will return valid results only during the scope of the startElement invocation (to save it for future use, the application must make a copy: the AttributeListImpl helper class provides a convenient constructor for doing so). An AttributeList includes only attributes that have been specified or defaulted: #IMPLIED attributes will not be included. There are two ways for the SAX application to obtain information from the AttributeList. First, it can iterate through the entire list:public void startElement (String name, AttributeList atts) { for (int i = 0; i < atts.getLength(); i++) { String name = atts.getName(i); String type = atts.getType(i); String value = atts.getValue(i); [...] } }(Note that the result of getLength() will be zero if there are no attributes.) As an alternative, the application can request the value or type of specific attributes:public void startElement (String name, AttributeList atts) { String identifier = atts.getValue("id"); String label = atts.getValue("label"); [...] }The AttributeListImpl helper class provides a convenience implementation for use by parser or application writers.
getType(String)
getValue(XMLCh*)
getValue(char *)
getValue(char *)
alphabetic index hierarchy of classes
|
Xerces-C XML Parser for C++ Version 1.1 |
|
|
generated by doc++


Sorry, but the page you were trying to view is not working or does not exist.


|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |
| Packages that use ComposableFunction | |
|---|---|
| org.apache.commons.math.analysis | Parent package for common numerical analysis procedures, including root finding, function interpolation and integration. |
| Uses of ComposableFunction in org.apache.commons.math.analysis |
|---|
| Fields in org.apache.commons.math.analysis declared as ComposableFunction | |
|---|---|
static ComposableFunction |
ComposableFunction.ABS
The FastMath.abs method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.ACOS
The FastMath.abs method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.ASIN
The FastMath.asin method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.ATAN
The FastMath.atan method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.CBRT
The FastMath.cbrt method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.CEIL
The FastMath.ceil method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.COS
The FastMath.cos method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.COSH
The FastMath.cosh method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.EXP
The FastMath.exp method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.EXPM1
The FastMath.expm1 method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.FLOOR
The FastMath.floor method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.IDENTITY
The identity function. |
static ComposableFunction |
ComposableFunction.INVERT
The invert operator wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.LOG
The FastMath.log method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.LOG10
The FastMath.log10 method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.LOG1P
The FastMath.log1p method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.NEGATE
The - operator wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.ONE
The constant function always returning 1. |
static ComposableFunction |
ComposableFunction.RINT
The FastMath.rint method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.SIGNUM
The FastMath.signum method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.SIN
The FastMath.sin method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.SINH
The FastMath.sinh method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.SQRT
The FastMath.sqrt method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.TAN
The FastMath.tan method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.TANH
The FastMath.tanh method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.ULP
The FastMath.ulp method wrapped as a ComposableFunction . |
static ComposableFunction |
ComposableFunction.ZERO
The constant function always returning 0. |
| Methods in org.apache.commons.math.analysis that return ComposableFunction | |
|---|---|
ComposableFunction |
ComposableFunction.add(double a)
Return a function adding a constant term to the instance. |
ComposableFunction |
ComposableFunction.add(UnivariateRealFunction f)
Return a function adding the instance and another function. |
ComposableFunction |
ComposableFunction.combine(UnivariateRealFunction f,
BivariateRealFunction combiner)
Return a function combining the instance and another function. |
ComposableFunction |
ComposableFunction.divide(UnivariateRealFunction f)
Return a function dividing the instance by another function. |
ComposableFunction |
BinaryFunction.fix1stArgument(double fixedX)
Deprecated. Get a composable function by fixing the first argument of the instance. |
ComposableFunction |
BinaryFunction.fix2ndArgument(double fixedY)
Deprecated. Get a composable function by fixing the second argument of the instance. |
ComposableFunction |
ComposableFunction.multiply(double scaleFactor)
Return a function scaling the instance by a constant factor. |
ComposableFunction |
ComposableFunction.multiply(UnivariateRealFunction f)
Return a function multiplying the instance and another function. |
ComposableFunction |
ComposableFunction.of(UnivariateRealFunction f)
Precompose the instance with another function. |
ComposableFunction |
ComposableFunction.postCompose(UnivariateRealFunction f)
Postcompose the instance with another function. |
ComposableFunction |
ComposableFunction.subtract(UnivariateRealFunction f)
Return a function subtracting another function from the instance. |
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


Referendum results in full. Voters were asked: 'whether to accept the outline of the agreement submitted by the European Union, the European Central Bank and the International Monetary Fund at the Eurogroup of 25/06/15'. (That is, do you accept the proposals of Greece's creditors, which the government has rejected?)
| Yes / Accepted | – |
| Votes | – |
| No / Not accepted | – |
| Votes | – |
| Turnout | – |


Workshops data
Total income: ₹{{ wamt }}
Workshops with 0 sales not displayed
{% for i in wdata %}
{{ i.get('count') }}
{{ i.get('title') }}
Total income: ₹{{ i.get('amount') }}
{% endfor %}
Competitions data
Total income: ₹{{ camt }}
Competitions with 0 sales not displayed. Amount grouped for teams.
{% for i in cdata %}
{{ i.get('count') }}
{{ i.get('title') }}
Total income: ₹{{ i.get('amount') }}
{% endfor %}


Outer Radius is a creative coding project that presents the sound visualization for the Cashmere Cat song “Mirror Maru”. The project resembles the atmosphere in the universe and portraits the emotion of loneliness and emptiness. It is made by p5.js.
< < back to check other projects
back to top


--- layout: post title: Awful advertising date: 2004-10-06 00:00:00 category: mobile ---
Yes, it's a man in a suit. On a surfboard. Wearing a chefs hat. On the phone.
Did we learn nothing from the Silver Surfer BT Cellnet ads???


Flatiron School
Full Stack Web Development with React
The Flatiron School is an immersive, highly intensive web development program teaching Ruby/Ruby on Rails, JavaScript/jQuery, React, Redux, Sinatra, HTML5, SQL, Git, TDD and more.
The Flatiron School is an immersive, highly intensive web development program teaching Ruby/Ruby on Rails, JavaScript/jQuery, React, Redux, Sinatra, HTML5, SQL, Git, TDD and more.
Graduate Advisor: Nick Holonyak, Jr.
Design, fabrication and characterization of semiconductor laser devices.


Post Not Found
Comments:
No Comments yet. Be the first to comment.
Your email
Comment
Send
Go To All Posts
Add New One


book a chat with Dan,
create a placeholder website on GitHub Pages,
start extra curricular coding: codebar, meetups, personal projects...
have finished first draft of portfolio website,
update project READMEs and CV,
review speakers and slides
Final version of portfolio website
Partner workshops | Monday & Tuesday,
Partners day | Wednesday,
Interview practice | Thursday & Friday
Interviews,
Next cohort begins on Monday,
Graduation party on Friday
Full-stack, front-end, back-end, DevOps, QA/tester, support engineer
Less pressure, more support,
become more employable
Less income, initially
(typically < £30k)
Work with charities on graduate Tech for Better projects at £1,600/month.
£30,000 p.a. (4.5 months)
We look for employer partners who value their culture. We want you to join environments that nurture your development
and make you feel naturally motivated and passionate about what you're doing.
During the programme you'll learn best practices of software development. You can decide what it is you wish to do after the course: stick with JavaScript or learn something new.
Have a think about what you'd be interested in, whether it's working with clients or working on a product. Make sure you're interested in the work.
Flexibilty isn't something I'd recommend to look for straight away. It's more important to be around people you can learn from as much as possible.
Understand your value. You're entering a career in tech. If you work hard, the money will find you. The average salary is £34.5k.
How soon can you get prepared?!
With links to a GitHub profile and PDF CV
(see Example Portfolio's and CV's)
Work on this in pairs it will keep you on task!!
Do research, fill your calendar, go in groups,
look out for announcements on slack, here's a good place to start:
When you learn, teach.
When you get, give.
Maya Angelou


toggle-msbuildlogging – Toggles between MSBuild file logging on and off.
toggle-msbuildlogging
Logging is a feature of the build customization in b(1), bcc(1), bdiag(1), msb(1), nr(1), slngen(1). See there for more details.


DEATH CERT. - "Marion" Thornton died at her son-in-laws place Clifton, Fitzroy Avenue, Balmain, she was 80yrs old, she died of Emphasemia of Forehead ??. William Thornton, son, of 50 Denison Rd., Lewisham was the Informant. She is buried in the Church of England Cemetery, Rookwood, Rev. A.T.S.West?? conducted the ceremony. She was born in Tullamore, Ireland, she had been in N.S.W. for 64yrs. There were 7 children living & 1 female (Alice) deceased.
SMH - THORNTON - 12 September, 1916, at the residence of her son-in-law, H. Ross; "Clifton", Fitzroy Ave, Balmain, Marion, dearly loved wife of Thomas Thornton, in her 80th year.
THORNTON - Thr rels & friends of Thomas Thornton & Family, are invited to attend the Funeral of his late beloved Wife & Mother, MARION; to leave our Chapel to-morrow Thursday aftewrnoon, at 1.30pm, for Church of England Cemetery, Rookwood, no flowers.
FUNERAL - The rels & friends of Frank, Clifton, Ross, Mervyn & Leslie Thornton (on active service), are invited to attend the Funeral of their late Mother (Grandmother)?? MARION THORNTON; to leave our Chapel, to-morrow afternoon at 1.30pm, for Church of England Cemetery, Rookwood.
Must look at the Shipping Records, she should have arrived with her family about - 1852.-


Paytm raises $1 bn in fresh funding from SoftBank, Ant
by ReutersIndian digital payments company Paytm said on Monday it has raised fresh funds from a group of investors, including existing backers such as SoftBank's Vision Fund and Alibaba's Ant Financial.
Paytm did not officially disclose details of the funding, but a source said the Indian company raised $1 billion in the latest round.
Accounts advised by T. Rowe Price Associates were among the new investors for the fund, Paytm said in a statement.
Financial daily Economic Times quoted Paytm Chief Executive Officer Vijay Shekhar Sharma as saying the round would lift the company's valuation to $16 billion.
The company will expand into insurance, lending and investments and invest 100 billion rupees ($1.39 billion) over the next three years to include more users in the country, Paytm said.