{{ 'Watch short video ad to get X coins' | translate:{amount: 1000} }}:
{{ 'Rate application or like us on Facebook to get X coins' | translate:{amount: 5000} }}.
Play Vaultomb Post Apocalyptic RPG to get 20 000 coins!
{{ 'Buy premium version of the game to removes all ads and unlock several unlimited features' | translate }}.
{{ 'remove all ads from the game' | translate }}
{{ 'skip up to X questions during every play' | translate:{amount: 3} }}
{{ 'start every game with one extra life' | translate }}


Open-source front-end library that builds a superset based on all browser Storages implementations (localStorage & sessionStorage).


PIC: Mommy dearest…First Lady shares photo with one of her twins
by Sharon ChirisaMommy duty calls..

The Mnangagwa twins Sean and Collins are currently 32 years old.
Although the twins rarely make public appearances together, they once shared a photo which roused public interest to those not in the know that the first family has doubles.
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Overview
Lists records from multiple modules at a time.
Summary
This endpoint will return a set of records fetched from multiple modules defined by :collection_name
.
The records will be filtered, sorted and truncated to max_num
as a single collection.
Collections may use a field mapping. For instance, the due_date
of Tasks may be referred to as date_end
.
In this case the alias (date_end
) should be used in filter
and order_by
expressions instead of real field name.
Note that response data still contains the original fields for the module.
Request Arguments
| Name |
Type |
Description |
Required |
| fields |
String |
See Filter API. If the collection definition uses aliases, then aliases should be used instead of real field names.
|
False |
| max_num |
Integer |
See Filter API.
|
False |
| filter |
String |
See Filter API. If collection definition uses aliases, then aliases should be used instead of real field names.
|
False |
| order_by |
String |
See Filter API. If collection definition uses aliases, then aliases should be used instead of real field names.
|
False |
| offset |
Map |
Individual offset for each module which the collection consists of.
-1 (or any negative value) denotes that the module should be skipped.
If module offset is not specified, it defaults to 0.
|
False |
Response Arguments
| Name |
Type |
Description |
| next_offset |
Map |
The next offset to retrieve records. -1 will be returned for the given module when there are no more records.
|
| records |
Array |
The record result set. |
Response
{
"next_offset": {
"Calls": 1,
"Meetings": -1,
"Tasks": -2,
},
"records": [
{
"_module": "Calls",
"id": "8703fbf3-0ffa-c288-8d2c-512f943ecdc3",
"name": "Discuss review process",
"date_end": "2014-02-26T19:12:00+00:00"
},
{
"_module": "Tasks",
"id": "e1c495cb-af17-1b37-dd66-512f934fe155",
"name": "Introduce all players",
"due_date": "2014-02-26T19:12:00+00:00"
},
{
"_module": "Tasks",
"id": "456b7848-9959-5a64-cd34-512d0938addd",
"name": "Follow-up on proposal",
"due_date": "2014-02-26T19:12:00+00:00"
}
]
}
Change Log
| Version |
Change |
|
v10
|
Added /collection/:collection_name GET endpoint.
|


Experiment with
Word2Vec
on any English word!
Type words into the boxes to see what the computer comes up with. This project can be implemented in auto-complete features on text editors.
By Arjun Singh
Loading Model...
is nearest to ...
Between
and
is ...
is to
as
is to ...


Not in general.
If the data is expected to fall into a known range of values, then a program can check for valid input values. Sometimes other things are known about the data that can be used to check it. But otherwise, there is usually no way to check. Bytes written in one format can usually be mistakenly read with another. You have to be sure that the data file and the program match.
This is a common problem in programming. Some files are many years old and were created with poorly documented programs that ran on now obsolete computers. Figuring out how to read them is often a case of detective work.
Often a file will have a header that describes its data. This is common for image files, for example. A program that reads the file checks the header to verify that the file is what is expected. It is common for the header to include additional information such as the date of its creation and the version number of the program that created it.


| Package | Description |
|---|---|
| teetime.framework |
Contains the implementation of the TeeTime framework.
|
| teetime.framework.exceptionHandling |
Copyright © 2015 Christian Wulf, Nelson Tavares de Sousa (http://teetime-framework.github.io)
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
|
| teetime.framework.performancelogging | |
| teetime.framework.performancelogging.formatstrategy | |
| teetime.framework.scheduling.globaltaskpool | |
| teetime.framework.scheduling.pushpullmodel | |
| teetime.framework.signal |
Contains the signals that are used within the framework.
|
| teetime.framework.termination | |
| teetime.framework.test |
Copyright © 2015 Christian Wulf, Nelson Tavares de Sousa (http://teetime-framework.github.io)
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
|
| teetime.stage |
Contains a set of pre-defined stages, which are ready-to-go and can be used for analysis configuration.
|
| teetime.stage.basic | |
| teetime.stage.basic.distributor | |
| teetime.stage.basic.distributor.dynamic | |
| teetime.stage.basic.merger | |
| teetime.stage.basic.merger.dynamic | |
| teetime.stage.io | |
| teetime.stage.string | |
| teetime.stage.xml | |
| teetime.util.framework.port |
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractConsumerStage<I> |
class |
AbstractProducerStage<O>
The
ProducerStage produces at least one element at each execution. |
class |
DivideAndConquerStage<P extends AbstractDivideAndConquerProblem<P,S>,S extends AbstractDivideAndConquerSolution<S>>
A stage to solve divide and conquer problems
|
| Modifier and Type | Field and Description |
|---|---|
protected AbstractStage |
AbstractPipe.cachedTargetStage |
| Modifier and Type | Method and Description |
|---|---|
<S extends AbstractStage,O> |
ConfigurationBuilder.Connection.to(S stage,
Function<S,InputPort<I>> inputPort,
Function<S,OutputPort<O>> outputPort) |
| Modifier and Type | Method and Description |
|---|---|
AbstractStage |
AbstractPipe.getCachedTargetStage()
Performance cache: Avoids the following method chain
|
AbstractStage |
AbstractPort.getOwningStage() |
| Modifier and Type | Method and Description |
|---|---|
Collection<AbstractStage> |
ConfigurationFacade.getStartStages(Configuration configuration) |
| Modifier and Type | Method and Description |
|---|---|
void |
StageFacade.abort(AbstractStage stage) |
static long |
StateStatistics.getActiveWaitingTime(AbstractStage stage) |
AbstractExceptionListener |
StageFacade.getExceptionListener(AbstractStage stage) |
List<InputPort<?>> |
StageFacade.getInputPorts(AbstractStage stage) |
int |
StageFacade.getLevelIndex(AbstractStage stage) |
List<OutputPort<?>> |
StageFacade.getOutputPorts(AbstractStage stage) |
Thread |
StageFacade.getOwningThread(AbstractStage stage) |
static List<StateChange> |
StateStatistics.getStates(AbstractStage stage)
This method is used to collect the List of States
|
TerminationStrategy |
StageFacade.getTerminationStrategy(AbstractStage stage)
Deprecated.
since 3.0. Will be removed.
|
boolean |
Traverser.EndOfTraverse.isMet(AbstractStage stage) |
boolean |
Traverser.AlreadyRunsEndOfTraverse.isMet(AbstractStage stage) |
void |
InputPortRemovedListener.onInputPortRemoved(AbstractStage stage,
InputPort<?> removedInputPort) |
void |
OutputPortRemovedListener.onOutputPortRemoved(AbstractStage stage,
OutputPort<?> removedOutputPort) |
void |
StageFacade.onStarting(AbstractStage stage) |
void |
StageFacade.onTerminating(AbstractStage stage) |
void |
StageFacade.runStage(AbstractStage stage) |
void |
StageFacade.runStage(AbstractStage stage,
int numOfExecutions) |
static void |
StateStatistics.sendingFailed(AbstractStage stage)
This method is called by Pipes if the sending of the next element needs to be delayed because of full Queue.
|
static void |
StateStatistics.sendingSucceeded(AbstractStage stage)
This method is called when the element is successfully added to the Pipe.
|
void |
StageFacade.setExceptionHandler(AbstractStage stage,
AbstractExceptionListener exceptionHandler) |
void |
StageFacade.setLevelIndex(AbstractStage stage,
int levelIndex) |
void |
StageFacade.setOwningThread(AbstractStage stage,
Thread newThread) |
void |
StageFacade.setScheduler(AbstractStage stage,
TeeTimeScheduler scheduler) |
boolean |
StageFacade.shouldBeTerminated(AbstractStage stage) |
void |
TeeTimeScheduler.startStageAtRuntime(AbstractStage stage) |
void |
RuntimeServiceFacade.startWithinNewThread(AbstractStage previousStage,
AbstractStage stage)
Does not send signals.
|
void |
Traverser.traverse(AbstractStage stage) |
void |
BreadthFirstTraverser.traverse(AbstractStage startStage,
ITraverserVisitor traverserVisitor) |
Traverser.VisitorBehavior |
ITraverserVisitor.visit(AbstractStage stage) |
| Constructor and Description |
|---|
AbstractPort(Class<T> type,
AbstractStage owningStage,
String name) |
| Constructor and Description |
|---|
A2InvalidThreadAssignmentCheck(Set<AbstractStage> threadableStages)
Deprecated.
|
| Modifier and Type | Method and Description |
|---|---|
abstract AbstractExceptionListener.FurtherExecution |
AbstractExceptionListener.onStageException(Exception exception,
AbstractStage throwingStage)
This method will be executed if an exception arises.
|
AbstractExceptionListener.FurtherExecution |
AbstractExceptionListener.reportException(Exception e,
AbstractStage stage) |
| Modifier and Type | Method and Description |
|---|---|
Set<AbstractStage> |
ActivationStateLogger.getStages() |
| Modifier and Type | Method and Description |
|---|---|
void |
ActivationStateLogger.register(AbstractStage stage)
Any stage can register itself here.
|
| Constructor and Description |
|---|
CumulativeActivePassivTime(Collection<AbstractStage> stages) |
PercentageOfActiveTime(Collection<AbstractStage> stages) |
RNTFormating(Collection<AbstractStage> stages) |
| Modifier and Type | Method and Description |
|---|---|
AbstractStage |
ITaskQueueDuplicable.duplicate() |
AbstractStage |
StageBuffer.getStage() |
AbstractStage |
ScheduleQueue.removeNextStage() |
| Modifier and Type | Method and Description |
|---|---|
List<AbstractStage> |
GlobalTaskPoolScheduling.getFiniteProducerStages() |
Set<AbstractStage> |
GlobalTaskPoolScheduling.getFrontStages() |
| Modifier and Type | Method and Description |
|---|---|
teetime.framework.scheduling.globaltaskpool.TeeTimeTaskQueueThreadChw |
GlobalTaskPoolScheduling.getOwningThreadSynched(AbstractStage stage) |
boolean |
GlobalTaskPoolScheduling.isBeingExecuted(AbstractStage stage) |
boolean |
GlobalTaskPoolScheduling.isPausedStage(AbstractStage stage) |
boolean |
ScheduleQueue.scheduleStage(AbstractStage stage) |
boolean |
GlobalTaskPoolScheduling.setIsBeingExecuted(AbstractStage stage,
boolean newValue) |
void |
GlobalTaskPoolScheduling.setOwningThreadSynced(AbstractStage stage,
teetime.framework.scheduling.globaltaskpool.TeeTimeTaskQueueThreadChw newThread) |
void |
GlobalTaskPoolScheduling.startStageAtRuntime(AbstractStage stage) |
Traverser.VisitorBehavior |
SignalVisitor.visit(AbstractStage stage) |
| Modifier and Type | Method and Description |
|---|---|
default boolean |
ScheduleQueue.scheduleStages(Collection<? extends AbstractStage> stages) |
| Constructor and Description |
|---|
StageBuffer(AbstractStage stage,
boolean done) |
| Modifier and Type | Method and Description |
|---|---|
void |
PushPullScheduling.onAfterTermination(AbstractStage stage) |
void |
PushPullScheduling.onBeforeStart(AbstractStage stage) |
void |
PushPullScheduling.startStageAtRuntime(AbstractStage newStage) |
| Constructor and Description |
|---|
A2InvalidThreadAssignmentCheck(Set<AbstractStage> threadableStages) |
| Modifier and Type | Method and Description |
|---|---|
void |
StartingSignal.trigger(AbstractStage stage) |
void |
ISignal.trigger(AbstractStage stage) |
void |
ValidatingSignal.trigger(AbstractStage stage) |
void |
TerminatingSignal.trigger(AbstractStage stage) |
| Constructor and Description |
|---|
NextActiveStageShouldTerminate(AbstractStage stage) |
StageHasTerminated(AbstractStage stage) |
| Modifier and Type | Method and Description |
|---|---|
static StageTester |
StageTester.test(AbstractStage stage)
Prepares to test the given stage.
|
| Modifier and Type | Class and Description |
|---|---|
class |
ByteArray2String |
class |
Cache<T> |
class |
CipherStage |
class |
Clock
This stage sends the current timestamp repeatedly with a given interval delay of
Clock.intervalDelayInMs . |
class |
CollectorSink<T> |
class |
Counter<T> |
class |
CountingMapMerger<T>
Receives different CountingMap instances and merges them into a single one.
|
class |
ElementDelayMeasuringStage<T> |
class |
ElementsToList<I> |
class |
ElementThroughputMeasuringStage<T> |
class |
EveryXthStage<T> |
class |
FileExtensionSwitch |
class |
InitialElementProducer<T>
Represents a producer stage which outputs all of its elements in the first and only execution.
|
class |
InputPortSizePrinter<T> |
class |
InstanceCounter<T,C extends T> |
class |
InstanceOfFilter<I,O extends I> |
class |
MappingCounter<T>
This counts how many of different elements are sent to this stage.
|
class |
MD5Stage |
class |
MultipleInstanceOfFilter<I> |
class |
NoopFilter<T> |
class |
ObjectProducer<T>
Deprecated.
since 3.0. Use
StreamProducer instead. |
class |
Ramp
Sends a sequence of numbers starting from 0 to the value 'n' (not included) received by the input port, i.e., (0,1,2,..,n-1).
|
class |
RandomIntegerGenerator |
class |
Relay<T> |
class |
ResponsiveProducer<T>
Represents a producer stage which outputs one element per execution.
|
class |
StartTimestampFilter |
class |
StatelessCounter<T> |
class |
StopTimestampFilter |
class |
StreamProducer<T> |
class |
ZipByteArray
A stage to compress and decompress byte arrays
|
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractFilter<E> |
class |
AbstractTransformation<I,O> |
class |
Delay<T> |
class |
Sink<T> |
| Modifier and Type | Class and Description |
|---|---|
class |
Distributor<T>
New output ports can be created by calling
Distributor.getNewOutputPort() . |
| Modifier and Type | Class and Description |
|---|---|
class |
DynamicDistributor<T> |
| Modifier and Type | Class and Description |
|---|---|
class |
Merger<T>
This stage merges data from the input ports, by taking elements according to the chosen merge strategy and by putting them to the output port.
|
| Modifier and Type | Class and Description |
|---|---|
class |
DynamicMerger<T> |
| Modifier and Type | Class and Description |
|---|---|
class |
AbstractTcpReaderStage<T> |
class |
ByteArrayFileWriter |
class |
Directory2FilesFilter |
class |
File2ByteArray |
class |
File2Lines |
class |
File2SeqOfWords |
class |
File2TextLinesFilter |
class |
Printer<T>
A filter to print objects to a configured stream
|
| Modifier and Type | Method and Description |
|---|---|
AbstractStage |
EveryXthPrinter.getFirstStage() |
| Modifier and Type | Class and Description |
|---|---|
class |
Tokenizer |
class |
ToLowerCase
Receives a string and passes it on to the next stage only with lower case letters.
|
class |
WordcharacterFilter
Receives a string and passes it with removed punctuation and similar characters on to the next stage.
|
| Modifier and Type | Class and Description |
|---|---|
class |
ApplyXSLTToDocumentStage
Represents a transformation stage.
|
class |
LoadXMLToDocumentStage
Represents a transformation stage.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
PortAction<T extends AbstractStage> |
| Modifier and Type | Method and Description |
|---|---|
static <T extends AbstractStage> |
PortActionHelper.checkBlockingForPendingPortActionRequest(T stage,
BlockingQueue<PortAction<T>> portActions) |
static <T extends AbstractStage> |
PortActionHelper.checkForPendingPortActionRequest(T stage,
BlockingQueue<PortAction<T>> portActions) |
Copyright © 2015–2019. All rights reserved.


Sports are fundamental in the development of our society and we as human beings, especially at young ages when we know nothing about anything but we simply do not care. In sports we learn to relate ourselves with other people who have similar interest and a common goal to achieve. It does not matter the sport, whether it is an individual or a team sport, there are always people around us that get directly or indirectly to make it possible. It can Analyze and report individual’s performance.
Nagarjuna College Of Engineering & Technology, Mudugurki,
Venkatagiri Kote Post, Devanhalli, Bangalore- 562164
080-6746-2700,701,702 info@ncetmail.com


You vainglorious grim-look'd frump.
Hath thy lack-witted manner affrighted a woman to birth a blob of dizzy-hearted swordfish?
Smoke me with a spittle-trenchcoated mattock! Alack! Even a physician couldst not rectify thee of thy beggarly costume.
You vainglorious grim-look'd frump.
Hath thy lack-witted manner affrighted a woman to birth a blob of dizzy-hearted swordfish?
Smoke me with a spittle-trenchcoated mattock! Alack! Even a physician couldst not rectify thee of thy beggarly costume.


Creating data pipelines
In order to create data pipelines, you need to execute 'tasks' and coordinate execution dependencies. Here we show how to do it in bds
Executing a task
The most basic operation is to execute a task, which is done using a task
expression.
bds
takes care of executing a task on different environments (local computer, server, cluster, etc.), so you don't need to focus on mundane details (such as cluster queue monitoring, or querying remote computers for resources).
In this toy example, we schedule 10 tasks for execution. I'm running this on a computer that only has 8 CPUs, so not all tasks can execute in parallel.
File test_04.bds
#!/usr/bin/env bds
for( int i=0 ; i < 10 ; i++ ) {
task echo Hi $i ; sleep 1 ; echo Done $i ; sleep 1
}
Note that bds interpolates variable $i
(string interpolation simply means replacing by the value of a variable within the string)
$ ./test_04.bds
Hi 1
Hi 6
Hi 2
Hi 4
Hi 3
Hi 7
Hi 0
Hi 5
Done 1
Done 6
Done 2
Done 4
Done 3
Done 7
Done 0
Done 5
Hi 9
Hi 8
Done 9
Done 8
In this case, we are running on an 8 core computer, so the first 8 tasks get executed in parallel. The rest is executed when the first tasks finish.
Warning: Task execution order is not guaranteed (e.g. a cluster scheduler can decide to run tasks out of order). We'll see how to coordinate tasks later.
Running on a cluster
Here we show how exactly the same script is run on a cluster, keep in mind that not a single line of code changed. We copy tha same script (used in the previous section) to a cluster. We execute it, but now the tasks are scheduled using MOAB, Torque, PBS or Grid Engine.
$ bds -s cluster test_04.bds
Task dependencies
In a typical pipeline we must be able to control task execution which depends on previously executed tasks. Here we show how.
Waiting for a task to finish 'wait
'
The simplest form of execution control is to wait until one or more tasks finish before executing the next task(s).
This is done using the wait
statement.
In this example, we run a set of tasks (echo Hi $i
) and after all the tasks finished, we run another set of tasks (echo Bye $i
)
File test_05.bds
#!/usr/bin/env bds
for( int i=0 ; i < 10 ; i++ ) {
task echo Hi $i ; sleep 1
}
wait
print("After wait\n")
for( int i=0 ; i < 10 ; i++ ) {
task echo Bye $i ; sleep 1
}
Running the script, we get
$ ./test_05.bds
Hi 7
Hi 0
Hi 6
Hi 5
Hi 1
Hi 3
Hi 4
Hi 2
Hi 8
Hi 9
After wait
Bye 1
Bye 0
Bye 7
Bye 2
Bye 6
Bye 4
Bye 3
Bye 5
Bye 9
Bye 8
- The
wait
statement is like a barrier. Until all tasks are finished, the program does not continue. If any task fails, a checkpoint file is created, where all program data is serialized. We can correct the problem and restart the pipeline where it left. - The
wait
statement can wait for all tasks, for single tasks or for a list of tasks. - We then run the same script on a cluster. Again, this is done simply by using
-s cluster
command line. The video shows how tasks are scheduled and on the cluster, always honoring thewait
statement - The exit code of a
bds
script is 0 if all tasks executed without any problems, and non-zero if any task failed.
Dependency operator '<-
'
The dependency operator provides a simple way to see if a file needs to be updated (i.e. recalculated) with respect to some inputs. For instance, when we already processed some files and have the corresponding results, we may save some work if the inputs have not changed (like "make" command).
We introduce the dependency operator <-
(pronounced 'dep') which is a "make" style operator.
The expression out <- in
is true if 'out' file needs to be updated.
More formally, the expression is true if the file name represented by the variable 'out' does not exist, is empty (zero length) or has a creation date before 'in'.
E.g.:
File test_06.bds
#!/usr/bin/env bds
string inFile = "in.txt"
string outFile = "out.txt"
# Create 'in.txt' if it doesn't exist
if( !inFile.exists() ) {
task echo Creating $inFile; echo Hello > $inFile
}
wait
# Create 'out.txt' only if needs to be updated resepct to 'in.txt'
if( outFile <- inFile ) {
task echo Creating $outFile; cat $inFile > $outFile
}
When executing for the first time, both tasks are executed and both files ('in.txt' and 'out.txt') are created.
$ ./test_06.bds
Creating in.txt
Creating out.txt
If we execute for a second time, since files have not changed, no task
is executed.
$ ./test_06.bds
$
If we now change the contents of 'in.txt', and run the script again, the second task
will be executed (because 'out.txt' needs to be updated with respect to 'in.txt')
# Update 'in.txt'
$ date > in.txt
# Since we updated the input file, the output must be recalculated
$ ./test_06.bds
Creating out.txt
Summary: If the file 'out.txt' is up to date with respect to 'in.txt', the following condition will be false and the task
will not execute
if( outFile <- inFile ) {
task echo Creating $outFile; cat $inFile > $outFile
}
This construction is so common that we allow for some syntactic sugar.
task( outFile <- inFile ) {
sys echo Creating $outFile; cat $inFile > $outFile
}
Automatic task dependency detection
Programming task dependencies can be difficult. BDS can help by automatically inferring task dependencies and executing tasks in the correct order.
In this example, we have two tasks:
- The first task uses an input file 'in.txt', to create an intermediate file 'inter.txt'
- The second task uses the intermediate file 'inter.txt' to create the ouptut file 'out.txt'.
The script below does not have a wait
statement.
Instead bds
automatically infers that the second task depends on the first one, and does not start execution until the first task begins.
Notice that we don't tell bds to wait for the first task to finish (there is no explicit wait
statement).
File test_07.bds
#!/usr/bin/env bds
# We use ':=' for declaration with type inference
inFile := "in.txt"
intermediate := "inter.txt"
outFile := "out.txt"
task( intermediate <- inFile) {
sys echo Creating $intermediate; cat $inFile > $intermediate; sleep 1 ; echo Done $intermediate
}
task( outFile <- intermediate ) {
sys echo Creating $outFile; cat $intermediate > $outFile; echo Done $outFile
}
As a side note: We used the :=
operator to declare variables using type inference.
So we can write inFile := "in.txt"
instead of string inFile = "in.txt"
, which not only is shorter to type, but also makes the code look cleaner.
Now let's run the script
# Delete old file (if anY)
$ rm *.txt
# Create input file
$ date > in.txt
# Run
$ ./test_07.bds
Creating inter.txt
Done inter.txt
Creating out.txt
Done out.txt
Note how the second task is executed only after the first one finished.
Complex dependencies: dep
and goal
The goal
statement helps to program complex task scheduling interdependencies.
In the previous example, we had an input file 'in.txt', an intermediate file 'inter.txt' and an output file 'out.txt'. One problem is that if we delete the intermediate file 'inter.txt' (e.g. because we may want to delete big files with intermediate results), then both tasks will be executed
For convenience, here is the code again. File test_07.bds
#!/usr/bin/env bds
inFile := "in.txt"
intermediate := "inter.txt"
outFile := "out.txt"
task( intermediate <- inFile) {
sys echo Creating $intermediate; cat $inFile > $intermediate; sleep 1 ; echo Done $intermediate
}
task( outFile <- intermediate ) {
sys echo Creating $outFile; cat $intermediate > $outFile; echo Done $outFile
}
# Remove intermediate file
$ rm inter.txt
# Re-execute script
$ ./test_07.bds
Creating inter.txt
Done inter.txt
Creating out.txt
Done out.txt
Why is this happening? The reason is that task
statements are evaluated in order.
So when bds
evaluates the first task
expression, the dependency intermediate <- inFile
is true (because 'inter.txt' doesn't exist, so it must be updated with respect to 'in.txt').
After that, when the second task
expression is evaluated, out <- intermediate
is also true, since 'inter.txt' is newer than 'out.txt'.
As a result, both tasks are re-executed, even though 'out.txt' is up to date with respect to 'in.txt'.
This can be a problem, particularly if each task requires several hours of execution.
There are two ways to solve this, the obvious one is to add a simple 'if' statement surrounding the tasks:
#!/usr/bin/env bds
inFile := "in.txt"
intermediate := "inter.txt"
outFile := "out.txt"
if( outFile <- inFile) {
task( intermediate <- inFile) {
sys echo Creating $intermediate; cat $inFile > $intermediate; sleep 1 ; echo Done $intermediate
}
task( outFile <- intermediate ) {
sys echo Creating $outFile; cat $intermediate > $outFile; echo Done $outFile
}
}
Although it solves the issue, the code is not elegant.
The alternative is to use dep
and goal
* dep
defines a task exactly the same way as task
expression, but it doesn't evaluate if the tasks should be executed or not (it's just declarative).
* goal
executes all dependencies nescesary to create an output
Example:
File test_08.bds
#!/usr/bin/env bds
inFile := "in.txt"
intermediate := "inter.txt"
outFile := "out.txt"
dep( intermediate <- inFile) {
sys echo Creating $intermediate; cat $inFile > $intermediate; sleep 1 ; echo Done $intermediate
}
dep( outFile <- intermediate ) {
sys echo Creating $outFile; cat $intermediate > $outFile; echo Done $outFile
}
goal outFile
If we execute this script
# Delete old files (if any)
$ rm *.txt
# Create input file
$ date > in.txt
# Run script (both tasks should be executed)
$ ./test_08.bds
Creating out.txt
Done out.txt
Creating inter.txt
Done inter.txt
Now we delete 'inter.txt' and re-execute
# Delete intermediate file
$ rm inter.txt
# Run again (out.txt is still up to date with respect to in.txt, so no task should be executed)
$ ./test_08.bds
$
As you can see, no task is executed the second time, since 'out.txt' is up to date, with respect to 'in.txt'. The fact that intermediate file 'inter.txt' was deleted, is ignored, which is what we wanted.


Count to {{countTo}} from {{countFrom}} over {{duration}} seconds
<h1 lazy-count count-to="{{model.countTo}}" duration="{{model.duration}}" count-from="{{model.countFrom}}"></h1>


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GET_NPROCS
Section: Linux Programmer's Manual (3)
Updated: 2012-03-20
Index
Return to Main Contents
NAME
get_nprocs, get_nprocs_conf - get number of processors
SYNOPSIS
#include <sys/sysinfo.h>
int get_nprocs(void);
int get_nprocs_conf(void);
DESCRIPTION
The function
get_nprocs_conf()
returns the number of processors configured by the operating system.
The function
get_nprocs()
returns the number of processors currently available in the system.
This may be less than the number returned by
get_nprocs_conf()
because processors may be offline (e.g., on hotpluggable systems).
RETURN VALUE
As given in DESCRIPTION.
CONFORMING TO
These functions are GNU extensions.
NOTES
The current
implementation of these functions is rather expensive,
since they open and parse files in the
/sys
filesystem each time they are called.
The following
sysconf(3)
calls make use of the functions documented on this page
to return the same information.
np = sysconf(_SC_NPROCESSORS_CONF); /* processors configured */
np = sysconf(_SC_NPROCESSORS_ONLN); /* processors available */
EXAMPLE
The following example shows how
get_nprocs()
and
get_nprocs_conf()
can be used.
#include <stdio.h>
#include <sys/sysinfo.h>
int
main(int argc, char *argv[])
{
printf("This system has %d processors configured and "
"%d processors available.\n",
get_nprocs_conf(), get_nprocs());
return 0;
}
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- CONFORMING TO
-
- NOTES
-
- EXAMPLE
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:08 GMT, September 18, 2014


{% extends "layout.html" %} {% block page_title %} Money Claims Prototype {% endblock %} {% block content %} ALPHA This is a new service – your feedback will help us to improve it. Sign in Email Password Forgot your password? Read our terms and conditions {% endblock %}
ALPHA This is a new service – your feedback will help us to improve it.


Symbol Index for "Phenomenon Qualifier Type"
Symbol Index for diagram
"Phenomenon Qualifier Type"
AC/Direction (Generalization Node)
Associative Category (Class)
classifier (Association)
Incident Involvement Type (Class)
Inter Subject Relationship Type (Class)
Location Structure Type (Class)
Phenomenon Qualifier (Class)
Phenomenon Qualifier Type (Class)
Subject Location Type (Class)
Temporal Link Type (Class)


--- title: Khyati Patel author: Khyati Patel date: '2021-07-25' slug: [] categories: - R tags: - R Markdown image: https://www.alice-in-wonderland.net/wp-content/uploads/171.jpg caption: '' preview: yes output: blogdown::html_page: toc: no fig_width: 5 fig_height: 5 keep_md: yes description: This is my journey exploring graphs, maps and networks! ---
Hi, I am Khyati and this is my journey exploring graphs, maps and networks!
For one of the assignments we had to plot out names on graphs using the baby names data set.This Data is about Different Baby Names with their Gender, Name, Count and Overall Rank in proportion to the overall data.
glimpse(babynames) # dplyr
## Rows: 1,924,665
## Columns: 5
## $ year <dbl> 1880, 1880, 1880, 1880, 1880, 1880, 1880, 1880, 1880, 1880, 1880,…
## $ sex <chr> "F", "F", "F", "F", "F", "F", "F", "F", "F", "F", "F", "F", "F", …
## $ name <chr> "Mary", "Anna", "Emma", "Elizabeth", "Minnie", "Margaret", "Ida",…
## $ n <int> 7065, 2604, 2003, 1939, 1746, 1578, 1472, 1414, 1320, 1288, 1258,…
## $ prop <dbl> 0.07238359, 0.02667896, 0.02052149, 0.01986579, 0.01788843, 0.016…
head(babynames) # base R
## # A tibble: 6 × 5
## year sex name n prop
## <dbl> <chr> <chr> <int> <dbl>
## 1 1880 F Mary 7065 0.0724
## 2 1880 F Anna 2604 0.0267
## 3 1880 F Emma 2003 0.0205
## 4 1880 F Elizabeth 1939 0.0199
## 5 1880 F Minnie 1746 0.0179
## 6 1880 F Margaret 1578 0.0162
tail(babynames) # same
## # A tibble: 6 × 5
## year sex name n prop
## <dbl> <chr> <chr> <int> <dbl>
## 1 2017 M Zyhier 5 0.00000255
## 2 2017 M Zykai 5 0.00000255
## 3 2017 M Zykeem 5 0.00000255
## 4 2017 M Zylin 5 0.00000255
## 5 2017 M Zylis 5 0.00000255
## 6 2017 M Zyrie 5 0.00000255
names(babynames) # same
## [1] "year" "sex" "name" "n" "prop"
Plotting my name on a graph -
library(babynames) # contains the actual data
library(dplyr) # for manipulating data
library(ggplot2) # for plotting data
# manipulate_name_data
mydata <- babynames %>%
filter( name == "Khyati" | name == "Khyathi") %>%
filter( sex == "F")
mydata
## # A tibble: 2 × 5
## year sex name n prop
## <dbl> <chr> <chr> <int> <dbl>
## 1 1992 F Khyati 5 0.00000249
## 2 2013 F Khyati 6 0.00000312
glimpse(mydata)
## Rows: 2
## Columns: 5
## $ year <dbl> 1992, 2013
## $ sex <chr> "F", "F"
## $ name <chr> "Khyati", "Khyati"
## $ n <int> 5, 6
## $ prop <dbl> 2.49e-06, 3.12e-06
plot <- ggplot(mydata, aes(x = year,
y = prop,
group = name,
color = name,
colorspaces = sex)) +
geom_line()
plot
It was interesting to find out how rare the name is in the US. The graph output was also different from the usual, indicating the gradual but constant increase in the usage of the name.
In this assignment, we had to map our home town. Initially, I started mapping Mumbai as a whole but later found out it was a large data set to handle on one map. I further scaled it to Malabar Hill and plotted the buildings, highways , famous restaurants and highways linked on the map.
## Using default API key for pickpoint.io. If batch geocoding, please get your own (free) API key at https://app.pickpoint.io/sign-up
## Using default API key for pickpoint.io. If batch geocoding, please get your own (free) API key at https://app.pickpoint.io/sign-up
## Issuing query to Overpass API ...
## Rate limit: 0
## Query complete!
## converting OSM data to sf format
## Issuing query to Overpass API ...
## Rate limit: 0
## Query complete!
## converting OSM data to sf format
## Issuing query to Overpass API ...
## Rate limit: 0
## Query complete!
## converting OSM data to sf format
## Issuing query to Overpass API ...
## Rate limit: 0
## Query complete!
## converting OSM data to sf format
#1
tm_shape(dat_malabarhill_B) + tm_fill(col="lightcoral") +
#2
tm_shape(dat_malabarhill_H) + tm_lines(col="steelblue3" , lwd = 1) +
#3
tm_shape(dat_malabarhill_R) + tm_dots(size = 0.7 , col="plum4" , shape = 21) + tm_text("name", auto.placement = TRUE, size = 0.5 , alpha = 1) +
#4
tm_shape(dat_malabarhill_T) + tm_dots(size = 0.1 , col="palegreen3" , shape = 21) +
#5
tm_compass(type = "rose" , position = c("right" , "bottom") , size = 1.5) +
tm_scale_bar(width = 4 , position = c("right" , "bottom" , text.size = 1)) +
tm_layout( title = "MALABAR HILL, MUMBAI" , title.size = 0.7 , title.color = "black" ,title.position = c("left" , "top"), frame = TRUE, frame.lwd = 3 , bg.color = "lightyellow")
## Scale bar width set to 0.25 of the map width
For this assignment, the task was to explore and analyse drama using Network Graphs. The TV show I chose was ‘This Is Us’. To analyse the show, I saw the first episode of season 1 and explored the connections between the main and guest characters. It was fun to see the connections evolve during the episode and it gave me a better understanding of the show.
## Rows: 19 Columns: 7
## ── Column specification ────────────────────────────────────────────────────────
## Delimiter: ","
## chr (5): name, sex, race, cast(season 1), occupation
## dbl (2): node id, birthyear
##
## ℹ Use `spec()` to retrieve the full column specification for this data.
## ℹ Specify the column types or set `show_col_types = FALSE` to quiet this message.
## Rows: 21 Columns: 4
## ── Column specification ────────────────────────────────────────────────────────
## Delimiter: ","
## chr (1): type
## dbl (3): from, to, weight
##
## ℹ Use `spec()` to retrieve the full column specification for this data.
## ℹ Specify the column types or set `show_col_types = FALSE` to quiet this message.

## # A tibble: 21 × 4
## from to weight type
## <dbl> <dbl> <dbl> <chr>
## 1 1 2 31 family
## 2 4 4 1 self
## 3 3 12 4 family
## 4 5 15 9 friend
## 5 5 4 28 family
## 6 1 13 27 family
## 7 2 13 21 family
## 8 5 16 11 work
## 9 3 6 19 family
## 10 6 12 2 family
## # … with 11 more rows
## # A tbl_graph: 19 nodes and 21 edges
## #
## # An undirected multigraph with 6 components
## #
## # Node Data: 19 × 7 (active)
## id name sex race `cast(season 1)` birthyear occupation
## <int> <chr> <chr> <chr> <chr> <dbl> <chr>
## 1 1 Jack Pearson M white main 1944 construction wor…
## 2 2 Rebecca Pearson F white main 1950 housewife/singer
## 3 3 Randall Pearson M black main 1980 businessman
## 4 4 Kate Pearson F white main 1980 personal assista…
## 5 5 Kevin Pearson M white main 1980 actor
## 6 6 Beth Pearson F black main NA lawyer
## # … with 13 more rows
## #
## # Edge Data: 21 × 4
## from to weight type
## <int> <int> <dbl> <chr>
## 1 1 2 31 family
## 2 4 4 1 self
## 3 3 12 4 family
## # … with 18 more rows
# visualizing between-ness and degree of nodes
tiu %>%
activate(nodes) %>%
mutate(degree = centrality_degree()) %>%
activate(edges) %>%
mutate(betweenness = centrality_edge_betweenness()) %>%
ggraph(layout = "nicely") +
geom_edge_link(aes(alpha = betweenness)) +
geom_node_point(aes(size = degree, colour = degree)) +
scale_color_gradient(guide = "legend") +
geom_node_label(aes(label = name),
repel = TRUE, max.overlaps = 20,
alpha = 0.6,
size = 3)
# visualize communities of nodes
tiu %>%
activate(nodes) %>%
mutate(community = as.factor(group_louvain())) %>%
ggraph(layout = "graphopt") +
geom_edge_link() +
geom_node_point(aes(color = community), size = 5) +
geom_node_label(aes(label = name),
repel = TRUE, max.overlaps = 20,
alpha = 0.6,
size = 3) +
labs(title = "This Is Us (NBC Series)",
subtitle = "Season 1 Episode 1",
caption = "Duration 40 minutes")
tiu
## # A tbl_graph: 19 nodes and 21 edges
## #
## # An undirected multigraph with 6 components
## #
## # Node Data: 19 × 7 (active)
## id name sex race `cast(season 1)` birthyear occupation
## <int> <chr> <chr> <chr> <chr> <dbl> <chr>
## 1 1 Jack Pearson M white main 1944 construction wor…
## 2 2 Rebecca Pearson F white main 1950 housewife/singer
## 3 3 Randall Pearson M black main 1980 businessman
## 4 4 Kate Pearson F white main 1980 personal assista…
## 5 5 Kevin Pearson M white main 1980 actor
## 6 6 Beth Pearson F black main NA lawyer
## # … with 13 more rows
## #
## # Edge Data: 21 × 4
## from to weight type
## <int> <int> <dbl> <chr>
## 1 1 2 31 family
## 2 4 4 1 self
## 3 3 12 4 family
## # … with 18 more rows
From the above graphs, we come to know that there were three obvious connections (work,family,friends) with three parallel stories running side by side. the individual nodes indicate the characters which appear later in season 1 and have not yet engaged into conversation with the main characters.
Throughout the two weeks of this workshop, I realized that it’s important to remember that learning coding/programming language is very similar to learning a spoken language in the sense that you need to be using it regularly or it will not stick. Learning ‘R’ as a coding language was a trip of ups and downs. It did get overwhelming at times as we had to process a lot of information in such a short amount of time. However, the joy of your codes working and finally seeing the desired outcome surpassed it. The best parts of this workshop were when we listened to music every morning before class started and the part where we coded as a class and tried new things. I realized that you can use ‘R’ to clean, analyze, and graph my data. It can be used for research to estimate and display results which will be helpful for future projects. This course was really helpful and i wish to explore it more:)


Registration at the summer school is free of charge but mandatory for
all attendees. Registration deadline is May 31 June 10, 2019.
Please, take into consideration that the number of attendees is limited. Register as soon as you are sure to be able to attend the summer school.
Note that scholarships will be available for students enrolled in US universities, thanks to the NSF support. Undergraduate, master, and PhD students are eligible. The results will be announced in June.
Please, register here.
Registration is now closed.


BENJAMIN
Hi,
I'm Benji :)
I'm a Computer Science student.
I love solving complex problems, capturing beautiful landscapes and building cool things.
Check out my pictures
down below.
CLOUDY -
SWITZERLAND
CITY -
MONTREAL
BW -
LONDON
CASTLE -
LONDON
A DAY -
THAILAND


webmachine
Webmachine decision flow
This diagram is illustrative of the flow of processing that a webmachine resource goes through from inception to response.
Version 1 of this diagram, from Alan Dean, was the inspiration for webmachine_decision_core. Versions 2 and 3 were created in collaboration between Alan Dean and Justin Sheehy.
A copy of v3 is found in the webmachine source tree for convenience.


Test whether the model is disposed.
A signal emitted when any model state changes.
Dispose the model.
Generated using TypeDoc
Test whether the model is disposed.


When linking applications software with the CFITSIO library, several system libraries usually need to be specified on the link command line. On Unix systems, the most reliable way to determine what libraries are required is to type 'make testprog' and see what libraries the configure script has added. The typical libraries that need to be added are -lm (the math library) and -lnsl and -lsocket (needed only for FTP and HTTP file access). These latter 2 libraries are not needed on VMS and Windows platforms, because FTP file access is not currently supported on those platforms.
Note that when upgrading to a newer version of CFITSIO it is usually necessary to recompile, as well as relink, the programs that use CFITSIO, because the definitions in fitsio.h often change.


25 migrants found alive in refrigerated truck on Dutch-UK ferry
by AFPMore by this AuthorIn Summary
25 migrants found alive in refrigerated container on ferry sailing from the Netherlands to Britain.
The people found in the container received medical attention at the port and two were taken to hospital for further treatment for possible hypothermia.
The discovery comes the month after 39 Vietnamese people were found dead in a refrigerated truck in Britain
The Hague. A ferry crew found 25 migrants in a refrigerated container on a boat sailing from the bus to Britain on Tuesday, emergency services said.
The cargo vessel bound for Felixstowe returned to the Dutch port of Vlaardingen, near Rotterdam, as soon as the stowaways were found, they said in a statement.
The people found in the container received medical attention at the port and two were taken to hospital for further treatment for possible hypothermia.
The discovery comes the month after 39 Vietnamese people were found dead in a refrigerated truck in Britain, again laying bare the risks of illegal migrant routes to Europe.
ARREST
"On board a ship it turned out that several people were found in a cooling container. The ship returned to the harbour," said the Rotterdam region emergency services on Twitter.
Advertisement
"The 25 people were taken off the ship and given the medical care they need. Earlier the message came from the ship that no people died.
"Two people were transported to hospital for extra medical care. Twenty-three people were transferred to a police location after a medical check-up."
DFDS Seaways, which operates the cargo ferry, said that the migrants had come on board on a lorry trailer, De Telegraaf newspaper said.
The driver of the truck had been arrested, it added.
A bus took away the mainly male group, some of whom were wrapped in silver thermal blankets.
Their nationalities were not immediately known.
DESPERATE
The mayor of Vlaardingen, Annemiek Jetten, said "more and more" people were trying to cross the Channel and had not been put off by the deaths of the Vietnamese migrants.
"I think people are so desperate that they keep trying, despite the tragic events in the UK not so long ago," Jetten told broadcaster NOS.
She added that it was not clear if more people were trying to get to Britain before immigration laws become tougher after its scheduled exit from the EU next year.
Separately on Tuesday Dutch border police intercepted a bus carrying 65 Moldovan nationals including children who were planning to claim asylum, Dutch media reported.


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Not sure what coaching service is best for you? Go ahead and book a free 30-minute consulatation with me and we can discuss what you need.
Coaching is more than just changing a spreadsheet every couple of weeks, just like lifting is about so much more than the exercises you do in a training session. SBF is all about building a genuine relationsip with you and providing you with support, guidance, mentoring, and education. I truly believe the coach and athelete can both learn so much from one another, and in doing so, we'll work together to meet your goals in a healthy, safe, and sustainable way.
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Various coaching options to fit
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If you value your training and making progress on your goals, and want help balancing all facets of your training - including conditioning, recovery, and nutrition - but don’t have the time to develop and implement your own plan, this coaching option is perfect for you. With regular check-ins and communication with the coach, this is comprehensive programming with the added long-term guidance and support of a coach. All-In Programming is for anyone who already understands the basics of strength training and wants to take their training to the next level, or is even considering competing one day.
Read MoreCustom Programming
This is coaching and programming for anyone who wants to learn the basics of lifting - or who already understands the basics, but wants to take their progress to the next level - without worrying about the intricacies of nutrition, weight change, and conditioning. Just like All-In-Training, this includes the long-term guidance and support of a coach, with regular check-ins to ensure you're making progress.
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SBF Conditioning for Strength is coaching and programming for anyone who wants to improve their conditioning in order to get the most out of their lifting. If you already lift weights and are interested in learning more about the basics of conditioning for strength and physique training, here is a great place to start. This includes regular check-ins to ensure you're making progress.
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Platoon: Stone the new Riefenstahl? By John R. Saul
Platoon: A film which confirmed its director, Oliver Stone, as the legitimate heir to Leni Riefenstahl. As in Triumph Of The Will, false mythology is created making nonsense of reality without seeming to use manipulation or propaganda. Platoon presented itself as the first attempt to reconcile Americans with what had happened in Vietnam by telling the everyday truth of how soldiers experienced the war. It was indeed constructed to heal the still suppurating wound inflicted on the greatest nation in the world by its defeat in open combat at the hands of a small, poor, third world country. Stonešs method was built upon deceptively simple dramatic conflict. His platoon was made up of a young, naive and well-intentioned officer who commanded young, well-intentioned soldiers, including the naive hero, Chris. The source of power in the group was a blondish, pale, beautiful, gentle yet strong and wise sergeant. These people all believed in the American dream and saw themselfves as victims of injustice. The source of power in the company was also a sergeant-a senior staff sergeant. However, he was dark-skinned, cynical, scarred and cunning. The first represented the American ideal; the second was the devil. To be more exact, the second represented a constant in American history-the traitor, Benedict Arnold in modern dress, the man who believes that men of principle are weak, the force of evil within each person and therefore within the nation. His cynicism and crude interpretation of reality enable him to trick others into temporarily betraying the American dream. The film rises through two successive apocalypses. The first ends with the Christ sergeant being abandoned to a swarm of Viet Cong while the company rises above him in helicopters in the care of the devil sergeant. It is a false resurrection. A betrayal. We last see the good man who died for them on his knees with his arms out as if on a cross. In its final culmination of apocalyptic violence-a confused night of smoke, explosion, light and sound-the platoon is defeated without the Viet Cong becoming visible. They remain vague shadows in the trees. They can not appear. In Stonešs mythology American is neither fighting Vietnam nor defeated by it. America is struggling to defeat the enemy within itself. The great and good people are attempting to cast out the devil. The early morning reveal a wasteland of bodies , some half-alive. One is the devil sergeant, another the naive hero. He executes the devil, thus freeing America The film ends with his rising from the disaster, again in a helicopter. In voice-over, Chris reflects as he is evacuated:
Looking back, we did not fight the enemy, we fought ourselves-and the enemy was within us... The war is over for me now, but it will always be there-the rest of my days... Be that as it may, those of us who did make it have an obligation to build again,to teach to others what we know and to try with whatšs left of our lives to find a goodness and meaning to this life.
This is the true resurrection. Stone has vaporized the defeat by converting it into the caricature of a morality play about a civil war. The would of defeat was converted into a cathartic experience in which the American dream persisted. Art heightens memory. As Riefenstahl demonstrated, propaganda can erase it , as well as any sense of ethical reality. Stonešs visual manipulation literally exorcised the publicšs memory of failure and of . In the aftermath of Platoon, other films , such as The Hill, were made, reflecting this new perception, and slowly the general manner in which the whole war was treated softened and became positive.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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No evidence for the expression of the progesterone receptor on peripheral blood lymphocytes during pregnancy[ see comments] The expression of the progesterone receptor in human peripheral blood lymphocytes was analysed, using an enzyme linked immunosorbent assay (Abbott PgR-EIA monoclonal), in order to evaluate its prognostic character in the context of spontaneous abortion.
Abstract
Cytosols were prepared from lymphocytes of 24 healthy pregnant women (11 first, 10 second and three third trimester), seven healthy non-pregnant women, nine women with recurrent spontaneous abortion, and six healthy men. In addition, a human breast carcinoma cell line (ZR-75-1), which expresses the progesterone receptor, was analysed throughout. The ZR-75-1 cell line showed an expression of 642 fmol/mg whereas lymphocytes of pregnant women showed an expression < or = 4 fmol/mg. Lymphocytes of non-pregnant women, women with threatened pre-term delivery, and men showed equivalent levels: 3 +/- 1, 3 +/- 2 and 5 +/- 4 fmol/mg respectively. These results show that there is no evidence of specific expression of the progesterone receptor in pregnancy and exclude any prognostic character in spontaneous abortion. A role for the progesterone receptor in the mechanism of the known effect of progesterone on peripheral blood lymphocytes is also excluded.


Namespace Wintellect.PowerCollections
Classes
Algorithms
Algorithms contains a number of static methods that implement algorithms that work on collections. Most of the methods deal with the standard generic collection interfaces such as IEnumerable<T>, ICollection<T> and IList<T>.
Bag<T>
Bag<T> is a collection that contains items of type T. Unlike a Set, duplicate items (items that compare equal to each other) are allowed in an Bag.
CollectionBase<T>
CollectionBase is a base class that can be used to more easily implement the generic ICollection<T> and non-generic ICollection interfaces.
ListBase<T>
ListBase is an abstract class that can be used as a base class for a read-write collection that needs to implement the generic IList<T> and non-generic IList collections. The derived class needs to override the following methods: Count, Clear, Insert, RemoveAt, and the indexer. The implementation of all the other methods in IList<T> and IList are handled by ListBase.
MultiDictionaryBase<TKey, TValue>
MultiDictionaryBase is a base class that can be used to more easily implement a class that associates multiple values to a single key. The class implements the generic IDictionary<TKey, ICollection<TValue>> interface.
OrderedMultiDictionary<TKey, TValue>
The OrderedMultiDictionary class that associates values with a key. Unlike an OrderedDictionary, each key can have multiple values associated with it. When indexing an OrderedMultidictionary, instead of a single value associated with a key, you retrieve an enumeration of values.
All of the key are stored in sorted order. Also, the values associated with a given key are kept in sorted order as well.
When constructed, you can chose to allow the same value to be associated with a key multiple times, or only one time.
OrderedMultiDictionary<TKey, TValue>.View
The OrderedMultiDictionary<TKey,TValue>.View class is used to look at a subset of the keys and values inside an ordered multi-dictionary. It is returned from the Range, RangeTo, RangeFrom, and Reversed methods.
ReadOnlyCollectionBase<T>
ReadOnlyCollectionBase is a base class that can be used to more easily implement the generic ICollection<T> and non-generic ICollection interfaces for a read-only collection: a collection that does not allow adding or removing elements.
Set<T>
Set<T> is a collection that contains items of type T. The item are maintained in a haphazard, unpredictable order, and duplicate items are not allowed.
Structs
Pair<TFirst, TSecond>
Stores a pair of objects within a single struct. This struct is useful to use as the T of a collection, or as the TKey or TValue of a dictionary.
Delegates
BinaryPredicate<T>
The BinaryPredicate delegate type encapsulates a method that takes two items of the same type, and returns a boolean value representating some relationship between them. For example, checking whether two items are equal or equivalent is one kind of binary predicate.


Hey there!! I am Computer Science Graduate
Student at Northeastern University.
I have previously worked as data analyst intern at
Einsite, Hyderabad. I consider myself good at data
analysis with experience in python, R. I'm also learning
full stack web development as world wide web is
the origin for most of the data. When I'm not coding,
I read non-fiction books. I am also very passionate
about fitness and nutrition.
LogDown enables users to search the caloric
content and other details in a particular food
item and add them to their daily food log by
using the Nutrionix API. This application
was developed using MEAN stack.
Compiled state-wise data on obesity risk factors
and demographic factors across the entire US
population. Performed clustering on each data-set
using techniques like K-Means, Agglomerative
Hierarchical clustering, DB-SCAN. Visualized and
compared clustered data-sets by plotting the
data onto choropleth maps of US States.
Developed an application to extract the theme
of a sentence by using Dependency Parser which
is pre-trained using TreeBanks. Dependency parser
finds the dependencies among the various words
present in a sentence. TreeBank is a parsed text
corpus that annotates syntactic or semantic sentence
structure.
A custom search engine was built to retrieve
information from a corpus made up of 1000 unique
wikipedia urls. The retrieval models implemented
in the search engine are TF-IDF, BM25 ranking
algorithm and LUCENE. Techniques like stopping,
stemming and query expansion using psuedo relevance
feedback were used to improve the performance of the
retrieval model. The retrieval models were evaluated using
techniques like Precision, Recall, MAP, MRR.
Work
Data Analyst Intern, Einsite
Built an application to analyse a transaction record.
Visual validation is done by generating the paths
in google maps for all the unique assets that satisfy
the transaction constraints . The application was
developed in Python and the prominent library used
is Pandas.
Created a python script to match the Master BOQs'
(Bill of Quantities) with the Project BOQs'.
The matching was implemented using the idea of TF-iDF.
SpaCy, an industrial strength NLP library has
also been utilized for this task.
Incorporated the AutoComplete feature to capture
the work executed in the Einsite suite of applications
using Tries.


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Audiance Auto Parts
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Man City boss Pep Guardiola dismisses Liverpool favourites tag ahead of Anfield clash
Liverpool can go nine points clear of Manchester City with victory at Anfield but Pep Guardiola insists the title won't be over
by Simon Mullock, https://www.mirror.co.uk/authors/simon-mullock/A defiant Pep Guardiola has warned Jurgen Klopp that he is not going to Anfield as an underdog.
The Manchester City boss refuses to accept that the champions will be handing over the title to Liverpool after already falling six points behind Klopp’s men at the top of the Premier League.
City’s team has been ravaged by injuries – with goalkeeper Ederson the latest player to join a casualty list that includes David Silva and long-term absentees Leroy Sane and Aymeric Laporte.
Guardiola is aware of the size of his task at a ground where City have won just twice in the last 63 years.
But the Catalan has declared his intention to go to Merseyside to win and blow the title race wide open.
Guardiola said: “I’ve never gone into a game feeling like an outsider and feeling like I’m not going to win.
“Of course, Liverpool are in a position six points ahead and they are playing fantastic all season.
“We also have many problems in some departments.
“But I’m not going to take the bus to Anfield on Sunday thinking I’m going to lose the game.
“That has never happened in my career. I have always had the feeling that if we do the special things we plan to do, then we will have our chance to win.
“People keep talking about what will happen if we lose. But what if we win?”
Guardiola’s four trips to Anfield brought three defeats before a goalless draw last season.
Riyad Mahrez squandered the chance to blow away the Blues’ bogey when he missed a last-minute penalty.
But the result still provided the solitary point that was to prove decisive for City in their bid to retain the title.
Yet City’s struggles at Liverpool run deep. Their only Premier League win was back in 2003 – and Kevin Keegan is the only man still alive to have managed the Blues to victory there.
Guardiola admits he is at a loss to explain why Anfield has become such a graveyard for City. He said: No, I cannot explain it. I can explain my period here, when we have played there.
“Last season, in the last minute, we could have won but we missed a penalty.
“Sometimes it happens. It shows how difficult it is. It is not easy to go to Camp Nou or Madrid or Bayern Munich or the biggest stages to win away.
“I will try to tell the players what they have to do to win the game in terms of the mental approach and tactical decisions. Maybe it happens this time and it is done.”
Guardiola added: “To win these kind of games you have to be at the top level.
“We can’t be half and half because the way Liverpool play demands incredible attention in all the details for 95 minutes.
“The only chance we have is if we play well and create chances.
“Not just at Anfield, but all the big stadiums around the world.”


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Josh Batchelor | Software Developer
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Josh Batchelor
Full Stack Developer
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Your search for a hard working developer is over. The team needs me, take a look at what I bring:
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Below are a few examples of my work
C#
Python & SQL
JavaScript
HTML & CSS
C# ASP.NET / MVC
Messaging App
C# Windows Forms
Various Small Games
Python
Fizz Buzz Test &
Rock Paper Scissors Game
JavaScript
Gravity Simulation (Sketch)
JavaScript
Pizza Website
HTML & CSS
Cinema Website
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I love to program! Give me a call, text or email. Let me know how I can be the answer to your development needs.
503-719-2241
joshuasbatchelor@gmail.com


Guilherme Grillo
3542 BERRY STREET - CHEYENNE WELLS, CO 80019 -<PHONE_NUMBER> -<EMAIL_ADDRESS>I am experienced in leveraging agile frameworks to provide a robust synopsis for high level overviews,iterative opproches to corporate stategy foster collaborative thinking to further the overwall value proposition.


001 /* 002 * $HeadURL: http://juliusdavies.ca/svn/not-yet-commons-ssl/tags/commons-ssl-0.3.9/src/java/org/apache/commons/ssl/HttpSecureProtocol.java $ 003 * $Revision: 121 $ 004 * $Date: 2007-11-13 21:26:57 -0800 (Tue, 13 Nov 2007) $ 005 * 006 * ==================================================================== 007 * Licensed to the Apache Software Foundation (ASF) under one 008 * or more contributor license agreements. See the NOTICE file 009 * distributed with this work for additional information 010 * regarding copyright ownership. The ASF licenses this file 011 * to you under the Apache License, Version 2.0 (the 012 * "License"); you may not use this file except in compliance 013 * with the License. You may obtain a copy of the License at 014 * 015 * http://www.apache.org/licenses/LICENSE-2.0 016 * 017 * Unless required by applicable law or agreed to in writing, 018 * software distributed under the License is distributed on an 019 * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY 020 * KIND, either express or implied. See the License for the 021 * specific language governing permissions and limitations 022 * under the License. 023 * ==================================================================== 024 * 025 * This software consists of voluntary contributions made by many 026 * individuals on behalf of the Apache Software Foundation. For more 027 * information on the Apache Software Foundation, please see 028 * <http://www.apache.org/>. 029 * 030 */ 031 032 package org.apache.commons.ssl; 033 034 import org.apache.commons.httpclient.params.HttpConnectionParams; 035 import org.apache.commons.httpclient.protocol.SecureProtocolSocketFactory; 036 037 import java.io.IOException; 038 import java.net.InetAddress; 039 import java.net.Socket; 040 import java.security.GeneralSecurityException; 041 042 /** 043 * Hook into HttpClient. 044 * 045 * @author Credit Union Central of British Columbia 046 * @author www.cucbc.com 047 * @author <a href="mailto:juliusdavies<EMAIL_ADDRESS>048 * @since 5-May-2006 049 */ 050 public class HttpSecureProtocol extends SSLClient 051 implements SecureProtocolSocketFactory { 052 053 public HttpSecureProtocol() 054 throws GeneralSecurityException, IOException { 055 super(); 056 } 057 058 /** 059 * Attempts to get a new socket connection to the given host within the 060 * given time limit. 061 *
 062 * To circumvent the limitations of older JREs that do not support connect 063 * timeout a controller thread is executed. The controller thread attempts 064 * to create a new socket within the given limit of time. If socket 065 * constructor does not return until the timeout expires, the controller 066 * terminates and throws an 067 * {@link org.apache.commons.httpclient.ConnectTimeoutException} 068 *
 069 * 070 * @param host the host name/IP 071 * @param port the port on the host 072 * @param localAddress the local host name/IP to bind the socket to 073 * @param localPort the port on the local machine 074 * @param params {@link org.apache.commons.httpclient.params.HttpConnectionParams Http connection parameters} 075 * @return Socket a new socket 076 * @throws java.io.IOException if an I/O error occurs while creating the socket 077 * @throws java.net.UnknownHostException if the IP address of the host cannot be 078 * determined 079 */ 080 public Socket createSocket(final String host, 081 final int port, 082 final InetAddress localAddress, 083 final int localPort, 084 final HttpConnectionParams params) 085 throws IOException { 086 if (params == null) { 087 throw new IllegalArgumentException("Parameters may not be null"); 088 } 089 int timeout = params.getConnectionTimeout(); 090 return super.createSocket(host, port, localAddress, localPort, timeout); 091 } 092 093 }


As a software engineer specializing in full-stack JavaScript and having worked frequently with many other languages, I thrive on working with problems resolved through analytical thinking, simplification, and creative solutions. I love to develop intuitive web applications and apply progressive performance build strategies to reduce server load and speed up user experiences.
Here are a few of my technologies of interest, so far:
I have been developing on the NASA Worldview application with an AGILE team since 2018. NASA Worldview provides a satellite's perspective of the planet as it looks today and as it has in the past. Worldview provides the capability to interactively browse 800+ global, full-resolution satellite imagery layers accessing multiple APIs, and download underlying science data. Many of the imagery layers are updated within three hours of observation, essentially showing the Earth as it looks "right now". This supports time-critical areas such as wildfire management, air quality measurements, and flood monitoring.
View Live View RepoWorldview Snapshots is a lightweight, lower bandwidth tool for creating multiple format image snapshots from a selection of popular NASA satellite the Global Imagery Browse Services (GIBS) API imagery layers. You can preview and download imagery in different band combinations and add overlays on the imagery of active fire detections, coastlines, borders and roads.
View LiveThis React application is a mobile-first design episode guide for the show Mystery Science Theater 3000. It allows you to toggle through seasons, episodes, and link to IMDB and YouTube. A search feature provides episodes by title query. Client-side requests are handled with Axios client.
View Live View RepoCrew Builder is a social platform for building support through motivating engagement created as a collaborative effort. My main contributions were initializing our NodeJs/Express back-end, developing custom features for the responsive React front-end using React-Bootstrap, integrating continuous GitHub deployment to Heroku, and structuring our Mocha server tests. I also developed space-saving Webpack builds for our development and production needs.
View RepoThis MERN application was developed to match pet owners with hosts to watch their pets. The front-end was built with custom Material-UI components and user authentication was handled through API served JSON Web Token protected routes using React-Router. I created unit testing using Mocha/Chai and developed a MongoDB data seed tool.
View RepoThis application was created to help narrow down movie choices by searching for movies, retrieving detailed information, providing IMDB links, and saving movies to watch for later. It uses routed API's to fetch data, add to a temporary movie pool(anonymously or logged in), and store client associated data. This RESTful application was built using MongoDB mLab for data storage, Express(with EJS), and NodeJs.
View RepoSuggesTUNES is a music exploration application with JSON search queries handled through the LastFM API. Search results are initially populated with current top artists and top genres from LastFM. Suggest music based on top artists, genres, and find detailed artist information including similar artists.
View RepoThis application calculates beats per minute (BPM) to assist in timing delays and reverbs for users interested in digital music production and analog instruments. Main design characteristics are minimalist UI and responsiveness for mobile.
View Live View RepoProjects include a vanilla JS Calculator, React Pomodoro Clock, jQuery Tic-Tac-Toe, and various API/AJAX apps. These Code Pen projects were created as part of the Front End Development Certificate which I enjoyed working through at freeCodeCamp. This course was valuable in learning the fundamentals of numerous front end technologies.
View Codepen Portfolio


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So far, we've seen hints at what might be a nice way to use RequireJS. Here are my suggestions, for what they are worth:
js
or (if you're not in an
MVC environment which uses the folder as a library target) scripts
; js
is nice and terse and unsurprisingpath
configuration settings to simplify paths to libraries and keep those
libraries separate from your code; irrespective of whether they are downloaded to /lib
or
come out of a package manager like npm
or bower
, or a combination
of the above (come from a package manager and are processed by build into /lib, for
example)js/main.js
as your entry-point as it's unsurprising. Only do configuration here
and then require
on your application entry-point, eg from the app
moduleshims
to make loading of non-AMD scripts easier to maintain and less effort
to use within modulesshim
configurationshims
or actual module
dependency chains as resolved by loading modules to sort this out. So, for example, if you're going
to use a non-AMD AngularJS in your application, rather make it a pre-requisite of your main
app
module than requiring it with every controller script.
So, for example, a js/main.js
like so:
(function() { requirejs.config({ baseUrl: 'js', paths: { 'angular': '../node_modules/angular/angular', 'angular-route': '../node_modules/angular-route/angular-route', 'jquery': '../node_modules/jquery/dist/jquery', 'prettify': '../bower_components/google-code-prettify/bin/prettify.min' }, map: { '*': { 'jquery': 'jquery-private' }, 'jquery-private': { 'jquery' : 'jquery' } }, shim: { 'angular-route': { deps: [ 'angular' ] }, 'toc': { deps: [ 'jquery' ] }, 'magic': { deps: [ 'jquery', 'prettify' ] }, 'app': { deps: [ 'angular', 'angular-route', 'toc', 'magic' ] } } }); require(['app']); })();
Where app
might depend on some modules:
js/app.js
define(['mod1', 'mod2', 'mod3'], function(m1, m2, m3) { // main app entry-point magick occurs here });
js/mod1.js
define(['dep1', 'dep2'], function(d1, d2) { return { func: function() { window.alert('this is module #1'); } }; });
js/dep1.js
define(['dep2'], function(d2) { return { func: function() { window.alert('this is dependency #1'); } }; });
At run time, RequireJS will resolve this dependency chain: as it tries to load mod1
, it sees that
mod1
relies on dep1
and dep2
, so it tries to load those two modules
at the same time. However, upon attempting to load dep1
, it sees that it relies on
dep2
, thus delays execution of the module block until dep2
is loaded, resolves the
dependency that dep1
had on dep2
, and finally comes back to mod1
with
both dependencies resolved.


Preparation time
30 mins to 1 hour
Cooking time
30 mins to 1 hour
Serves
Serves 8-10
Dietary
Apricot and almonds are a match made in heaven and this tart makes the most of both of them.
For this recipe you will need a 28cm/11in flan tin and a food processor.
Preheat the oven to 190C/170C Fan/Gas 5. Heat a heavy, flat baking tray.
To make the pastry, either rub the flour and butter together using your fingertips until it resembles breadcrumbs or measure the flour and butter into a food processor and briefly process until just rubbed in. Add the sugar and mix, then add the egg and a tablespoon of water. Process until the mixture just holds together (do not over work as it will make the pastry tough). Wrap in cling film and chill for 20 minutes.
Roll the pastry out on a floured surface and use it to line a 28cm/11in flan tin. Prick the base of the pastry using a fork then chill the pastry for 10 minutes.
Line the pastry case with parchment paper and fill with ceramic baking beans or uncooked rice. Place on the preheated baking tray and bake blind for about 15 minutes, or until the pastry is set and pale brown. Remove the beans and paper and return to the oven for about 10-12 minutes until the base is cooked.
For the filling, put the butter and sugar in a food processor and pulse until creamy (if you used a food processor for the pastry, there’s no need to wash it up). Add the eggs and blend, then mix in the ground almonds and almond extract.
Spread a thin layer of apricot jam over the base of the pastry and spoon the almond mixture on top. Bake for 30-40 minutes, until the filling is set. Remove from the oven and leave to cool.
For the decoration, gently poach the apricot halves in water until tender. Set aside to cool slightly.
Arrange the apricot halves in circles over the top of the tart. Warm the apricot jam over a low heat then pass through a fine sieve. Brush the warm apricot jam over the top of the fruit to glaze. Scatter over the flaked almonds. Serve the tart warm or cold.


public class FriendQuery.Synchronizer
extends java.lang.Object
| Constructor and Description |
|---|
FriendQuery.Synchronizer(javax.swing.table.DefaultTableModel datamodel,
java.util.ArrayList<SteamProfile> friends)
Creates a new Synchronizer for a given table data model and a list of friends.
|
| Modifier and Type | Method and Description |
|---|---|
void |
addToList(SteamProfile friend)
Adds a Steam friend to the list of Steam friends.
|
void |
addToTable(java.lang.Object[] rowData)
Adds a row corresponding to a Steam friend to the table of Steam friends.
|
public FriendQuery.Synchronizer(javax.swing.table.DefaultTableModel datamodel, java.util.ArrayList<SteamProfile> friends)
datamodel
- the table data model for the Steam friendsfriends
- the list of queried friendspublic void addToTable(java.lang.Object[] rowData)
This method is thread safe.
rowData
- the row data to add to the tablepublic void addToList(SteamProfile friend)
This method is thread safe.
friend
- the Steam friend to add to the list


new Gibbons(gibbonAdapter)
Parameters:
| Name | Type | Description |
|---|---|---|
gibbonAdapter |
GibbonAdapter | An instance of GibbonAdapter is required. |
- Source:
Throws:
-
When given argument is not an instance of GibbonAdapter
- Type
- TypeError
Methods
-
addGroup(group, callback)
-
Add a group
(Is delegated to a given adapter)Parameters:
Name Type Description group
object Group to add
callback
function - Source:
-
addGroups(groups, callback)
-
Adds an array of groups
(Is delegated to a given adapter)Parameters:
Name Type Description groups
Array.<object> Collection of groups to add
callback
function - Source:
-
addPermission(permission, callback)
-
Add a permission
(Is delegated to a given adapter)Parameters:
Name Type Description permission
object Permission to add
callback
function - Source:
-
addPermissions(permissions, callback)
-
Adds an array of permissions
(Is delegated to a given adapter)Parameters:
Name Type Description permissions
Array.<object> Collection of permissions to add
callback
function - Source:
-
addUser(user, callback)
-
Adds a user
(Is delegated to a given adapter)Parameters:
Name Type Description user
object User to add
callback
function - Source:
-
findGroup(criteria, callback)
-
Finds a group
(Is delegated to a given adapter)Parameters:
Name Type Description criteria
object Group to find
callback
function - Source:
-
findGroupsByPermission(criteria, callback)
-
Finds groups attached to given permission
(Is delegated to a given adapter)Parameters:
Name Type Description criteria
object permission to find groups by
callback
function - Source:
-
findGroupsByUser(user, callback)
-
Finds a group collection attached to this certain user
(Is delegated to a given adapter)Parameters:
Name Type Description user
object User criteria to find the corresponding groups
callback
function - Source:
-
findPermission(criteria, callback)
-
Finds a permission
(Is delegated to a given adapter)Parameters:
Name Type Description criteria
object Permission to find
callback
function - Source:
-
findPermissionsByUser(user, callback)
-
Finds a permission collection attached to this certain user
(Is delegated to a given adapter)Parameters:
Name Type Description user
object User criteria to find the corresponding permissions
callback
function - Source:
-
findUser(criteria, callback)
-
Finds a user
(Is delegated to a given adapter)Parameters:
Name Type Description criteria
object User to find
callback
function - Source:
-
findUsersByGroup(criteria, callback)
-
Finds users attached to a certain group
(Is delegated to a given adapter)Parameters:
Name Type Description criteria
object group to find users by
callback
function - Source:
-
findUsersByPermission(criteria, callback)
-
Finds users attached to groups which contains a certain permission
(Is delegated to a given adapter)Parameters:
Name Type Description criteria
object permission to find users by
callback
function - Source:
-
initialize(callback)
-
Initializes Gibbons
(it initializes the given adapter)Parameters:
Name Type Description callback
function - Source:
-
removeGroup(group, callback)
-
Removes a group
(Is delegated to a given adapter)Parameters:
Name Type Description group
object Group criteria for removal of a certain group
callback
function - Source:
-
removePermission(permission, callback)
-
Removes a permission
(Is delegated to a given adapter)Parameters:
Name Type Description permission
object Permission criteria for removal of a certain permission
callback
function - Source:
-
removeUser(user, callback)
-
Removes a user
(Is delegated to a given adapter)Parameters:
Name Type Description user
object User criteria for removal of a certain user
callback
function - Source:
-
upsertGroup(criteria, group, callback)
-
Updates an existing group, and if not found inserts the group
(Is delegated to a given adapter)Parameters:
Name Type Description criteria
object Group criteria to update when found
group
object Data to merge with existing group, or to insert
callback
function - Source:
-
upsertPermission(criteria, permission, callback)
-
Updates an existing permission, and if not found inserts the permission
(Is delegated to a given adapter)Parameters:
Name Type Description criteria
object Permission criteria to update when found
permission
object Data to merge with existing permission, or to insert
callback
function - Source:
-
upsertUser(criteria, user, callback)
-
Updates an existing user, and if not found inserts the user
(Is delegated to a given adapter)Parameters:
Name Type Description criteria
object User criteria to update when found
user
object Data to merge with existing user, or to insert
callback
function - Source:
-
validateUserWithAllPermissions(user, permissions, callback)
-
Validates given user against given array of permission positions. All given permissions need to be found at this given user
(Is delegated to a given adapter)Parameters:
Name Type Description user
object User as criteria to validate
permissions
Array.<Number> callback
function - Source:
-
validateUserWithAnyPermissions(user, permissions, callback)
-
Validates given user against given array of permission positions. If any given permission is found attached to this given user
(Is delegated to a given adapter)Parameters:
Name Type Description user
object User to validate permissions against
permissions
Array.<Number> Permission collection of integers
callback
function - Source:


Adds two tensors, at least one of each is a SparseTensor
. (deprecated arguments)
tf.compat.v1.sparse.add
tf.compat.v1.sparse_add( a, b, threshold=None, thresh=None )
Warning: SOME ARGUMENTS ARE DEPRECATED: (thresh)
. They will be removed in a future version.
Instructions for updating:
thresh is deprecated, use threshold instead
If one SparseTensor
and one Tensor
are passed in, returns a Tensor
. If
both arguments are SparseTensor
s, this returns a SparseTensor
. The order
of arguments does not matter. Use vanilla tf.add()
for adding two dense
Tensor
s.
The shapes of the two operands must match: broadcasting is not supported.
The indices of any input SparseTensor
are assumed ordered in standard
lexicographic order. If this is not the case, before this step run
SparseReorder
to restore index ordering.
If both arguments are sparse, we perform "clipping" as follows. By default,
if two values sum to zero at some index, the output SparseTensor
would still
include that particular location in its index, storing a zero in the
corresponding value slot. To override this, callers can specify thresh
,
indicating that if the sum has a magnitude strictly smaller than thresh
, its
corresponding value and index would then not be included. In particular,
thresh == 0.0
(default) means everything is kept and actual thresholding
happens only for a positive value.
For example, suppose the logical sum of two sparse operands is (densified):
[ 2] [.1 0] [ 6 -.2]
Then,
thresh == 0
(the default): all 5 index/value pairs will be returned.thresh == 0.11
: only .1 and 0 will vanish, and the remaining three
index/value pairs will be returned.thresh == 0.21
: .1, 0, and -.2 will vanish.a
: The first operand; SparseTensor
or Tensor
.b
: The second operand; SparseTensor
or Tensor
. At least one operand
must be sparse.threshold
: An optional 0-D Tensor
(defaults to 0
). The magnitude
threshold that determines if an output value/index pair takes space. Its
dtype should match that of the values if they are real; if the latter are
complex64/complex128, then the dtype should be float32/float64,
correspondingly.thresh
: Deprecated alias for threshold
.A SparseTensor
or a Tensor
, representing the sum.
TypeError
: If both a
and b
are Tensor
s. Use tf.add()
instead.


Welcome to Aotearoa Activities! Aotearoa offers so many things! Lets begin our journey to vist Aotearoa...
In Waitomo you will explore the ancient and amazing caves with many different cave formations including Stalactites, Stalagmites and Lime Columns before descending even further underground for your Glowworm experience.
Read MoreSo much more than a picnic at the beach, your visit to New Zealand's first and most accessible marine reserve,seeing and swimming with the fishes, is unforgettable.
Read MoreA Planetarium show to be enjoyed by all ages that explores the darker of the universe and explorations beyond our immediate solar system.
Read MoreAuckland Art Gallery is a cultural leader in Aotearoa New Zealand. The Gallery is the arts and learning precinct of Auckland's central city; provide visitors with fresh ways to think about art and participate in creativity.
Read MoreWild vineyards, pristine beaches, and great cafes; this is a great day activity for young and old. Just a short ferry ride away from Auckland CBD, there are a range of activites you can do including hiking, horse riding, ziplining and more!
Read More


A.I. as creative music assistants
Composing and editing piano performances using a Digital Audio Workstation (DAW) can often become a lengthy task as the proper timing, duration and velocity of each note must be set precisely in order to convey the intended emotional effect. If one does not have access to a MIDI keyboard, this task might even become impossible to handle.
In this project, we propose to rely on an Artificial Intelligence to interactively compose piano performances through a constant dialogue with a human user. To this end, we chose to train our A.I. on a single specific task that we called piano inpainting task. Similar to its counterpart in image edition, the piano inpainting task consists in restoring a piano performance where some parts have been occluded by filling in the missing parts. After being trained on a large dataset of piano performances, this A.I. is able to generate convincing and always-renewed proposals in a wide variety of styles.
With access to such an A.I.-assistant, a user can ask the model to generate any region of a MIDI piano performance with little effort. This comprises connecting two parts together, creating a new piece from scratch or even continuing a first sketch recorded on a MIDI keyboard. The user now acts as an artistic director, validating or invalidating the proposals made by the A.I. We hope that this novel approach to music composition will be entertaining and that it will make piano composition accessible to non-professional musicians.
The Piano Inpainting Application
It was important for us to make this tool usable within DAWs, so that it can be easily integrated within the users workflows while benefiting from all the capabilities offered by modern software for music production. The Piano Inpainting Application (PIA) comes as a lightweight Ableton Live plugin with the following three-button interface.
How to use
You can download PIA using the Download .amxd link above and simply drag and drop the PIA.amxd
file within Ableton Live’s MIDI plugin section.
Select a region in the MIDI track you wish to edit by specifying it using the loop selector (CMD + L) and click on PIA’s Generate button. The density knob controls how many notes per second the inpainted region should have. The last button is used to set the density knob to the actual note density of the selected region.
Since PIA is fast and responsive, you should immediately see the selected region erased and new notes appearing. You can even listen to the music while it is being generated!
Note that you must be connected to the Internet so that PIA can work.
Example
In the following video, I show a live recording of an example usage of PIA. Starting from scratch, I successively ask for a continuation of the first proposal, then edit the middle section twice with different note densities before asking for another ending.
What kind of A.I. model is this?
We are currently writing a scientific paper on the model itself. Our main focus was to make the model as responsive as possible while maintaining high generation capabilities. The code and the model will be released.
How to contribute?
Any feedback is more than welcome! From explaining how you worked with PIA, sharing your creations to proposing improvement suggestions. Please visit the dedicated Github Discussions.
Disclaimer
This is an alpha version. This is a research project, not an official product. Expect some issues. Please save your important work before experimenting with PIA. No personnal data will be collected. This version of the plugin will cease functioning by the 1st of April 2021.
Gaëtan Hadjeres, Sony CSL Paris, Feb. 2021.
Many thanks to Adrien Laversanne-Finot for his important contributions to this project.


Jim Carrey was regarded as the funniest man in Hollywood. Then, things started to change. He started doing serious comedy, then moved onto drama. Who was the torch passed down to? Adam Sandler. But, people thought he might change after the success of his "normal" comedy, The Wedding Singer, a clever film that did not rely on Sandler's goofball antics. But, diehard Sandler fans should not fear, because Adam is back with a vengeance in The Waterboy, a film that gives us some great laughs, but not consistently.
Adam Sandler is a goofball. He made us roll in the aisles in Happy Gilmore then progressed to hilariously mocking the 80s in The Wedding Singer. In The Waterboy, he's back to his Gilmoreish antics. His character, Bobby Boucher is the waterboy for the local football team, but eventually gets fired.   This character is pure Sandler. Unfortunately, Sandler is not that good. In the beginning, hearing his voice and seeing his tackles are hilarious. But, a half-hour into the film, it gets boring. I thought this film was gonna bomb at that point, but luckily, Sandler's supporting cast delivers in a big way.
Henry Winkler, The Fonz, is in The Waterboy? I was asking the same question, but he turns out to have the best performance in the whole film. I thought they would try to throw in some jokes from Happy Days or do something to make Winkler somewhat like The Fonz, but he's not. And the audience benefits. He sets up- and knocks down- a majority of the jokes in the film and makes up for a mediocre performance by Adam Sandler. Winkler plays the coach of another local football team, which is much worse then the team Boucher (Sandler) previously worked for. He hires Sandler to be the waterboy, and then finds out Boucher's rage on the field. Winkler delivers a great performance, and shines on the screen every time he appears.
Kathy Bates also helps the cause by making up for Sandler's lacking performance.  Whether she is try to keep the girls away from her son, or make sure he is not playing football, Bates delivers in The Waterboy and helps make up for Sandler's average performance.
The plot is nothing extraordinary. It moves along at a decent pace, although the film tends to get boring near the last quarter of it. Despite the short time of the film, it still is too long, because the script is extremely underwritten. They do not even attempt to write Sandler's character anything clever. They basically just have Sandler making a fool of himself in an attempt to get laughs. Sometimes he does, sometimes he doesn't.
The rest of the cast is ordinary. Besides the performances of Winkler and Bates, nothing else is above average. This keeps the film locked down to mediocre status. After seeing The Wedding Singer, I expected Sandler to be great in this film. I was glad to see his return to goofball comedy, but it was not done right. They should have written his character more and given him some jokes, not just stunt jokes.
Overall, The Waterboy is a funny movie. It's just not consistent. For fifteen minutes of the film you may be on the floor laughing and the other you may be wondering what they're talking about. Either way, if you are looking for a good laugh, check this film out. It may not be consistent, but it is Adam Sandler and The Fonz, so just seeing that is worth the price of the rental.
Rating: 2 1/2 Stars out of 4 Stars.
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