public interface IFailerCustomizer
The same effect can be achieved in code by inheriting all check-failer specifications and customizing the {link:NFail} attributes in each failer specification (a lot of work).
The same effect can also be achieved by customizing every {link:ICallContract} in your application code in each checker-failer section (also alot of work with consistency hard to reach).
With these customize methods your application can do the customization once e.g. at startup (less work and with consistency within reach).
However, be aware that to reach consistency in your application, you might need to assert all the failer-methods.
One use-case for this could be to customize all exception messages with application info.
Another use-case for this could be support localization to all exception messages.
| Modifier and Type | Method and Description |
|---|---|
Class<? extends RuntimeException> |
getCustomFailExceptionTypeOrNull(String failerSpecificationAndMethodId)
Retrieves a custom exception class, if set, that the fail-method should throw instead of the
default class set in its {link:NFail}.
|
String |
getCustomFailMessageArgumentsOrNull(String failerSpecificationAndMethodId)
Retrieves custom message arguments, if set, that the fail-method should use instead of the
default message arguments set in its {link:NFail}.
|
String |
getCustomFailMessageFormatOrNull(String failerSpecificationAndMethodId)
Retrieves custom message format, if set, that the fail-method should use instead of the default
message format set in its {link:NFail}.
|
void |
registerCustomFailExceptionType(String failerSpecificationAndMethodId,
Class<? extends RuntimeException> failExceptionType)
Registers a custom exception class that the supplied failer specification method should throw
instead of the default class set in its {link:NFail}.
|
void |
registerCustomFailMessageArguments(String failerSpecificationAndMethodId,
String failMessageArguments)
Registers custom message arguments that the supplied failer specification method should throw
instead of the default class set in its {link:NFail}.
|
void |
registerCustomFailMessageFormat(String failerSpecificationAndMethodId,
String failMessageFormat)
Registers a custom message format that the supplied failer specification method should throw
instead of the default class set in its {link:NFail}.
|
void |
unregisterCustomFailExceptionType(String failerSpecificationAndMethodId)
Unregisters a previously registered custom exception class for the supplied failer
specification method.
|
void |
unregisterCustomFailMessageArguments(String failerSpecificationAndMethodId)
Unregisters a previously registered custom message arguments that the supplied failer
specification method should use instead of the default message arguments set in its
{link:NFail}.
|
void |
unregisterCustomFailMessageFormat(String failerSpecificationAndMethodId)
Unregisters a previously registered custom message format for the supplied failer specification
method.
|
Class<? extends RuntimeException> getCustomFailExceptionTypeOrNull(String failerSpecificationAndMethodId)
failerSpecificationAndMethodId
- unique id of a failer specification method to to affectIllegalArgumentException
- if any of the arguments are nullvoid registerCustomFailExceptionType(String failerSpecificationAndMethodId, Class<? extends RuntimeException> failExceptionType)
If failExceptionType inherits {link:IFailFastException} the exception will be registered as a fail-fast exception in {link:IFailFast}.
If failExceptionType does not inherit {link:IFailFastException} the exception will be treated as a "normal" api exception.
failerSpecificationAndMethodId
- unique id of a failer specification method to to affectfailExceptionType
- a custom exception class that the failer specification method should throwIllegalArgumentException
- if any of the arguments are nullIllegalStateException
- if the failerSpecificationAndMethodID already has a registrationvoid unregisterCustomFailExceptionType(String failerSpecificationAndMethodId)
failerSpecificationAndMethodId
- unique id of a failer specification method to to affectIllegalArgumentException
- if any of the arguments are nullIllegalStateException
- if the failerSpecificationAndMethodID has no registration to unregisterString getCustomFailMessageFormatOrNull(String failerSpecificationAndMethodId)
failerSpecificationAndMethodId
- unique id of a failer specification method to to affectIllegalArgumentException
- if any of the arguments are nullvoid registerCustomFailMessageFormat(String failerSpecificationAndMethodId, String failMessageFormat)
failerSpecificationAndMethodId
- unique id of a failer specification method to to affectfailMessageFormat
- custom message format that fail-method should useIllegalArgumentException
- if any of the arguments are nullIllegalStateException
- if the failerSpecificationAndMethodID already has a registrationvoid unregisterCustomFailMessageFormat(String failerSpecificationAndMethodId)
failerSpecificationAndMethodId
- unique id of a failer specification method to to affectIllegalArgumentException
- if any of the arguments are nullIllegalStateException
- if the failerSpecificationAndMethodID has no registration to unregisterString getCustomFailMessageArgumentsOrNull(String failerSpecificationAndMethodId)
failerSpecificationAndMethodId
- unique id of a failer specification method to to affectIllegalArgumentException
- if any of the arguments are nullvoid registerCustomFailMessageArguments(String failerSpecificationAndMethodId, String failMessageArguments)
failerSpecificationAndMethodId
- unique id of a failer specification method to to affectfailMessageArguments
- custom message arguments that fail-method should useIllegalArgumentException
- if any of the arguments are nullIllegalStateException
- if the failerSpecificationAndMethodID already has a registrationvoid unregisterCustomFailMessageArguments(String failerSpecificationAndMethodId)
failerSpecificationAndMethodId
- unique id of a failer specification method to to affectIllegalArgumentException
- if any of the arguments are nullIllegalStateException
- if the failerSpecificationAndMethodID has no registration to unregisterThe MIT License (MIT) - Copyright © 2014-2015 Keld Oelykke. All Rights Reserved.


This section describes advanced Berkeley DB features that are available through dbstl.
Bulk retrieval is an optimization option for const iterators and nonconst but read-only iterators. Bulk retrieval can minimize the number of database accesses performed by your application. It does this by reading multiple entries at a time, which reduces read overhead. Note that non-sequential reads will benefit less from, or even be hurt by, this behavior, because it might result in unneeded data being read from the database. Also, non-serializable reads may read obsolete data, because part of the data read from the bulk read buffer may have been updated since the retrieval.
When using the default transaction isolation, iterators will perform serializable reads. In this situation, the bulk-retrieved data cannot be updated until the iterator's cursor is closed.
Iterators using a different isolation levels, such as DB_READ_COMMITTED or DB_READ_UNCOMMITTED will not perform serializable reads. The same is true for any iterators that do not use transactions.
A bulk retrieval iterator can only move in a singled direction, from beginning to end. This means that iterators only support operator++, and reverse iterators only support operator--.
Iterator objects that use bulk retrieval might contain hundreds of kilobytes of data, which makes copying the iterator object an expensive operation. If possible, use ++iterator rather than iterator++. This can save a useless copy construction of the iterator, as well as an unnecessary dup/close of the cursor.
You can configure bulk retrieval for each container
using both in the const and non-const version of the
begin()
method. The non-const
version of begin()
will return a
read-only cursor. Note that read-only means something
different in C++ than it does when referring to an
iterator. The latter only means that it cannot be used to
update the database.
To configure the bulk retrieval buffer for an iterator
when calling the begin()
method,
use the
BulkRetrievelItrOpt::bulk_retrieval(u_int32_t
bulk_buffer_size)
function.
If you move a db_vector_iterator
randomly rather than sequentially, then dbstl will not
perform bulk retrieval because there is little performance
gain from bulk retrieval in such an access pattern.
You can call
iterator::set_bulk_buffer()
to
modify the iterator's bulk buffer size. Note that once
bulk read is enabled, only the bulk buffer size can be
modified. This means that bulk read cannot be disabled.
Also, if bulk read was not enabled when you created the
iterator, you can't enable it after creation.
Example code using this feature can be found in the
StlAdvancedFeaturesExample::bulk_retrieval_read()
method.
The DB_RMW flag is an optimization for non-const
(read-write) iterators. This flag causes the underlying
cursor to acquire a write lock when reading so as to avoid
deadlocks. Passing
ReadModifyWriteOption::read_modify_write()
to a container's begin()
method
creates an iterator whose cursor has this behavior.
Because duplicate keys are forbidden in primary
databases, only db_map
,
db_set
and
db_vector
are allowed to use
primary databases. For this reason, they are called
primary containers. A
secondary database that supports duplicate keys can be
used with db_multimap
containers.
These are called secondary
containers. Finally, a secondary database
that forbids duplicate keys can back a
db_map
container.
The data_type of this
db_multimap
secondary container
is the data_type for the
primary container. For example, a
db_map<int, Person>
object where the Person
class has
an age
property of type
size_t
, a
db_multimap<size_t,
Person>
using a secondary database
allows access to a person by age.
A container created from a secondary database can only be used to iterate, search or delete. It can not be used to update or insert. While dbstl does expose the update and insert operations, Berkeley DB does not, and an exception will be thrown if attempts are made to insert objects into or update objects of a secondary container.
Example code demonstrating this feature is available in
the
StlAdvancedFeaturesExample::secondary_containers()
method.


Simple
Compact and intuitive,reduced number of keywords,brackets or capital letters
Clojuric
Logic based queries are expressed as s-expressions.
Programmable
Write code,process data or query data in a programatically unified way
Spark friendly
Spark code can be used inside queries,and all louna code uses the Java API


public class GamePlayerDeathEvent
extends GamePlayerEvent
public static com.github.lazoyoung.craftgames.api.event.GamePlayerDeathEvent.Companion Companion
public GamePlayerDeathEvent(@NotNull com.github.lazoyoung.craftgames.impl.game.player.PlayerData playerData, @NotNull com.github.lazoyoung.craftgames.impl.game.Game game, @NotNull org.bukkit.event.entity.PlayerDeathEvent bukkitEvent)
public boolean getCanRespawn()
Determines if this player can respawn or not.
Defaults to GameModule.setCanRespawn
GameModule.setCanRespawn
public void setCanRespawn(boolean p)
Determines if this player can respawn or not.
Defaults to GameModule.setCanRespawn
GameModule.setCanRespawn
public boolean getKeepInventory()
Decide to keep the items in inventory upon death.
public boolean getDropItems()
Decide to drop items on ground upon death.
@NotNull public org.bukkit.event.HandlerList getHandlers()
public void setCancelled(boolean cancel)
public boolean isCancelled()
@Nullable public org.bukkit.event.entity.EntityDamageEvent.DamageCause getCause()
Get the cause of this event.
@Nullable public org.bukkit.block.Block getKillerBlock()
Get the block which killed this player.

@NotNull public org.bukkit.Location getSpawnpoint()
@NotNull public Timer getRespawnTimer()
Get amount of time it takes to respawn this player.
public void setRewind(boolean rewind)
Decide if player should respawn back to the location where he/she died last time.
rewind
- If rewind
is true, previous death location becomes the new spawnpoint.Otherwise, spawnpoint would be reset to default one.public void setKeepInventory(boolean keep, boolean drop)
Decide if player's items should be kept upon death.
Defaults to GameModule.setKeepInventory
keep
- Whether or not to keep items in inventory.drop
- Whether or not to drop items on ground.IllegalArgumentException
- is thrown if keep
and drop
are both true.GameModule.setKeepInventory
public void setKeepExp(boolean keep, boolean drop)
Decide if player's experience level should be kept upon death.
public void setDeathMessage(@Nullable java.lang.String message)
Set death message to be announced upon death.
message
- The message (Pass null to remove it).public void setRespawnTimer(@NotNull Timer timer)
Set amount of time it takes to respawn this player.
Defaults to GameModule.setRespawnTimer
GameModule.setRespawnTimer
@JvmStatic @NotNull public static org.bukkit.event.HandlerList getHandlerList()


Crossing the channel to Anacapa Island, one begins to understand why the island’s name was derived from its Chumash Native American Indian name Anypakh. Seeming to change shape in the summer fog or afternoon heat, the three islets of Anacapa look like an island of deception or a mirage. Almost five miles long, these islets (appropriately named East, Middle and West Anacapa Islands) are inaccessible from each other except by boat.
The three islets have a total land area of about one square mile (700 acres). Waves have eroded the volcanic island, creating towering sea cliffs, sea caves and natural bridges, such as forty-foot-high Arch Rock, a symbol of Anacapa and Channel Islands National Park.
(note: please visit our store for pricing or keep reading for more information)
Exploring East Anacapa's two-mile trail system allows visitors to experience the island’s native vegetation, wildlife and cultural history. Although for much of the year the island vegetation looks brown and lifeless, the winter rains transform the landscape. Emerging from dormancy, the native plants come alive with color. The strange tree sunflower, or coreopsis, blossoms with bright yellow bouquets that are so vivid and numerous they can sometimes be seen from the mainland. Vibrant red paintbrush, island morning glory and pale buckwheat add touches of color to the island’s palette.
Seabirds are probably the most conspicuous wildlife on Anacapa Island. Thousands of birds use Anacapa as a nesting area because of the relative lack of predators on the island. While the steep cliffs of West Anacapa are home to the largest breeding colony of endangered California brown pelicans, all the islets of Anacapa host the largest breeding colony of western gulls in the world. Western gulls begin their nesting efforts at the end of April, sometimes making their shallow nests just inches from island trails. Fluffy chicks hatch in May and June and fly away from the nest in July.
The rocky shores of Anacapa are perfect resting and breeding areas for California sea lions and harbor seals. The raucous barking of sea lions can be heard from most areas of the island. Two overlooks (Cathedral Cove and Pinniped Point) provide excellent spots to look down on seals and sea lions in the island coves.
Anacapa’s rich kelp forests (ideal for kayaking, snorkeling, and diving) and tide pool areas provide visitors with the opportunity to meet some of the resident ocean animals up close. Visitors may also catch a glimpse of the fascinating undersea world of the kelp forest without getting wet. During the spring and summer, park rangers dive into the Landing Cove on East Anacapa with a video camera. Visitors can see, through the eye of the camera, what the diver is seeing, predominantly bright sea stars, spiny sea urchins and the brilliant orange Garibaldi-by watching video monitors located on the dock.
Anacapa Island has a rich human history as well. Shell “midden” sites indicate where Chumash people camped on the islands thousands of years ago. In addition, visitors can view the 1932 light station whose mission revival-style buildings include the lighthouse, fog signal building, one of four original keeper’s quarters, a water tank building and several other service buildings. The original lead-crystal Fresnel lens, which served as a beacon to ships until an automated light replaced it in 1990, is on exhibit in the East Anacapa Visitor Center.
Click on the dropdown menu from the adventures tab at the top of the page to see details about the Channel Islands as well as each of the adventures offered through Shoreline Summit Adventures.


What can I do?
The Cesar application offers a set of tools that allow the researcher to work with syntactically annotated texts:
- Define and host corpora. See the currently hosted list in Browse/CorpusParts.
- Look for texts satisfying metadata criteria such as genre and language. See Browse/AllTexts.
- Review the syntactic annotation of a sentence in a text (see the example at the bottom right).
- Define a search that takes into account syntactic conditions. See Search/Specify or Search/List
- Specify how to have output features calculated for search hits
- Make searches available for other Cesar users
- Execute a search on a part or the whole of any of the corpora available
- Download results as CSV, Excel or SQlite database
- Review the results online as KWIC, review the output for each hit. See Search/Results


01
Waffles and Pancakes
More
C
02
Coffee and Smoothies
More
C
03
Sandwiches and Burgers
More
C
04
Pastary and Puddings.
More
C


Package Description MATH AND STAT scalation.plot The `plot` package contains classes, traits and objects for simple plotting of x-y data. scalation.scala2d The `scala2d` package contains classes, traits and objects for for simple 2D graphics in scala, based upon `java.swing`, `java.awt` and `java_awt_geom`. scalation.linalgebra The `linalgebra` package contains classes, traits and objects for linear algebra, including vectors and matrices for real and complex numbers. - scalation.linalgebra.mem_mapped The `mem_mapped` package contains classes, traits and objects for out-of-core linear algebra, including vectors and matrices for real and complex numbers. - - scalation.linalgebra.mem_mapped.bld The `bld` package contains traits and objects for generating source code for out-of-core vector classes, matrix traits and matrix classes. - scalation.linalgebra.bld The `bld` package contains traits and objects for generating source code for vector classes, matrix traits and matrix classes. - scalation.linalgebra.gen The `gen` package contains generic classes, traits and objects for linear algebra, including vectors and matrices for types implementing `Numeric`. Tend to run more slowly than the specialized versions in `linalgebra`. - scalation.linalgebra.par The `par` package contains classes, traits and objects for parallel linear algebra, including vectors and matrices for real and complex numbers. scalation.random The `random` package contains classes, traits and objects for the generation of random numbers. scalation.stat The `stat` package contains classes, traits and objects for basic statistical functions and analyses. The package object itself defines an implicit conversion from `scalation.linalgebra.VectorD` to `StatVector`. scalation.par The `par` package contains classes, traits and objects for parallel processing techniques such as Map-Reduce. scalation.util The `util` package contains classes, traits and objects for basic utility functions. - scalation.util.bld The `bld` package contains traits and objects for generating source code for memory mapped arrays. scalation.math The `math` package contains classes, traits and objects for common mathematical operations. Its package object defines exponentiation, logarithmic, trigonometric, etc. operators and functions. DATABASE scalation.graphalytics The `graphalytics` package contains classes, traits and objects for graph analytics on Trees, 'DAG's and Directed Graphs. It provides an implicit conversion when needed for converting doubles to vectors. scalation.columnar_db The `columar_db` package contains classes, traits and objects for columnar relational algebra, where columns are vectors from the `linalgebra` package. scalation.graph_db The `graph_db` package contains classes, traits and objects for graph analytics on Trees, 'DAG's and Directed Graphs. It provides an implicit conversion when needed for converting doubles to vectors. - scalation.graph_db.graph_algebra The `graph_algebra` package provide graph algebra operators. - scalation.graph_db.pattern_matching The `pattern_matching` package contains classes, traits and objects for graph pattern matching such as graph simulation and subgraph isomorphism. - - scalation.graph_db.pattern_matching.test The `test` package contains classes for testing graph pattern matching algorithms. MODELING scalation.physics The `physics` package contains classes, traits and objects for for simulation oriented games. It utilizes ODE and PDE solvers from the scalation package to move objects in either 2D or 3D canvases/scene graphs. @see buildnewgames.com/gamephysics/ scalation.model The `model` package contains a trait giving a template for models to follow. scalation.calculus The `calculus` package contains classes with methods for computing derivatives, gradient vectors, Jacobian matrices, integrals and basic operators in Functional Analysis. scalation.dynamics The `dynamics` package contains classes, traits and objects for system dynamics simulations using Ordinary Differential Equations (ODEs). scalation.event The `event` package contains classes, traits and objects for event oriented simulation models (for example, event scheduling or event graphs). scalation.dynamics_pde The `dynamics_pde` package contains classes, traits and objects for system dynamics simulations using Partial Differential Equations 'PDE's. scalation.minima The `minima` package contains classes, traits and objects for optimization to find minima. scalation.activity The `activity` package contains classes, traits and objects for activity-oriented simulation models (for example, Petri Nets). scalation.state The `state` package contains classes, traits and objects for state-oriented simulation models (for example, Markov Chains). scalation.animation The `animation` package contains classes, traits and objects for 2D animation of simulation objects. scalation.analytics The `analytics` package contains classes, traits and objects for analytics including clustering and prediction. - scalation.analytics.classifier The analytics package contains classes, traits and objects for analytics focused on classification. - - scalation.analytics.classifier.par The par package contains classes, traits and objects for analytics including classification, clustering and prediction with parallel implementations. - scalation.analytics.clusterer The `clusterer` package contains classes, traits and objects for clustering algorithms. - scalation.analytics.recommender The `recommender` package contains classes, traits and objects of recommendation systems. - scalation.analytics.par The `par` package contains classes, traits and objects for parallel analytics including clustering and prediction. - scalation.analytics.fda The `fda` package contains classes, traits and objects for Functional Data Analysis (FDA). scalation.tableau The `tableau` package contains classes for tableau oriented simulation models (similar to spreadsheet simulations). scalation.queueingnet The `queueingnet` package contains classes, traits and objects for solving simple queueing network problems. scalation.process The `process` package contains classes, traits and objects for process-oriented simulation models (for example, process-interaction). scalation.maxima The `maxima` package contains classes, traits and objects for optimization to find maxima. scalation.scala3d The `scala3d` package contains classes, traits and objects for for simple 3D graphics in scala, based upon javafx. Its package object contains type aliases for 'javafx.geometry.Point3D' and all subclasses of 'javafx.scene.shape.Shape3D'. APPLICATIONS apps.simopt The `simopt` package contains example applications for simulation optimization. apps.montecarlo The `montecarlo` package contains example applications for Monte Carlo Simulation. apps.dynamics The `dynamics` package contains example applications for continuous simulation models based on Ordinary Differential Equations 'ODE's or Partial Differential Equations 'PDE's. apps.event The `event` package contains example applications for event oriented simulation models. apps.game The `game` package contains example applications for simulation oriented games. apps.database The `database` package contains applications of databases. apps.optimization The `optimization` package contains example applications for finding solutions (minima or maxima) to optimization problems. apps.activity The `activity` package contains example applications for activity oriented simulation models. apps.state The `state` package contains example applications for state oriented simulation models. apps.analytics The `analytics` package contains example applications for analytics: prediction, classification or clustering. apps.tableau The `tableau` package contains example applications for tableau oriented simulation models. apps.process The `process` package contains example applications for process oriented simulation models.


Michelle Moreno
Have sent a photo
3 min ago.col-lg-*
.col-md-*
.col-sm-*
.col-*
Copyright © 2018 Colorlib. All rights reserved. Template by Colorlib.


Here is a list of all files with brief descriptions:
[detail level 12]
| ▼ include | |
| Base.hpp | In this project, the nodes are being implemented as class objects. This is the header file for the base class |
| CtrllerTest.hpp | |
| ImageProcess.hpp | This is a header file for ImageProcess class, processing the images gotten from the 3D sensor |
| TurtleCtrl.hpp | The turtlectrller node has been implemented as a class. It has multiple services and publisher/subscribers in order to drive the turtlebot toward the ball objects |
| ▼ src | |
| base.cpp | This is a source file for the base node of this project. The base node is responsible of getting and converting the images from the asus-xtion_pro 3D sensor. Then, it passes these images into an ImageProcess object, which processes these images and search for the balls' centroids. Finally, the displacment between the center of the ball and the center of the image is published to the turtleCtrller node in charge of the turtlebot actuator. In every iteration, the processed image would be displayed in an view window for users to see what the turtlebot sees. There are two services called to make sure all colors of balls are being collected. All the callbacks in this node are running at the rate of 5Hz |
| Base.cpp | Base class implementation source file |
| ImageProcess.cpp | This node takes and analyze the range data. Subsequently, pass the the decision made based on the data to the turtleCtrl node which manipulates the turtlebot |
| turtleCtrl.cpp | This is the source code for the turtleCtrller node, which has a simple PD controller that takes the displacement value as input. The output is published to the turtlebot actuator in terms of linear and angular velocities |
| TurtleCtrl.cpp | This is the implementation file for the TurtleCtrl class |
| ▼ test | |
| base_test.cpp | This is the testing file for the base node |
| ctrller_test.cpp | This is the testing file for ctrller node |
| CtrllerTest.cpp | This is the CTrllerTest class implementation file for the delete model callback used in ctrller_test. 2017, Yuyu Hsueh |
| imageProcess_test.cpp | This is the testing file for imageProcess class |


You touch a willing creature. For the duration, the target's movement is unaffected by difficult terrain, and spells and other magical effects can neither reduce the target's speed nor cause the target to be paralyzed or restrained.
The target can also spend 5 feet of movement to automatically escape from nonmagical restraints, such as manacles or a creature that has it grappled. Finally, being underwater imposes no penalties on the target's movement or attacks.


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Chapter One
This is an introductory chapter.
Chapter Two
Heading
Paragraph
Links
Chapter Three
Chapter Four
This is an introductory chapter.


Header window
This window lists all the header information.
To edit a keyword entry, single click that keyword using the left
mouse button. The entry will be copied into an entry box at the bottom
of the window. Make your modifications there and then press <Return>
to make the changes.
After selecting a keyword, the right mouse button (Control-Click on
MacOS) will bring up a menu for editing. You can insert a new keyword
in front of the selected keyword or delete it. An Undo function is
also available. These functions are also listed in the Edit menu.
If the highlight for a keyword is brown, you have selected a
mandatory keyword and can only edit its comment. You also cannot
insert a new keyword within the initial set of mandatory keywords.
This keyword protection can be deactivated from the Preferences window. Warning:
modifying mandatory keywords can corrupt your FITS file and may cause
fv to crash.
The "Search for" entry box allows you to search for strings in the
header. Type the string in the entry box and click "Find". Click the
"Case sensitive" button to toggle between case sensitive and case
insensitive searching mode.
Menus
File
- Save: Save current FITS file. If the current extension
has not been modified, this menu item is disabled.
- Export as Text: The contents of the header will
be dumped to an ASCII file.
- Close: Close the header window.
If the "Write History Keyword" option is on (see Preferences help), then a HISTORY
keyword is added to the file, listing the user name and date, when
a modified extension is closed/saved.
Edit
- Undo: Undo an action. Unlimited undos are available.
- Cut: Delete the current keyword and copy it to the clipboard.
- Copy: Copy the current keyword to the clipboard.
- Paste: Insert the contents of the clipboard at the current
position.
- Clear: Delete the current keyword and insert a new one.
- Clipboard: Display the contents of the clipboard.
- Insert Key: Insert a new keyword before the currently
selected one
- Delete Key: Delete the currently selected keyword
- Preferences: Open fv's preferences dialog box
Tools
- Create Checksum: Create new checksum keywords
- Verify Checksum: Check the validity of the checksum keywords,
if they exist. If incorrect or nonexistant, correct values can be
calculated.
Go to About fv.


RT @damienkatz: Beginner: "Threads are hard."
Intermediate: "Don't fear multithreading."
Expert: "Threads are hard."
8/29/2012, 7:59:04 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
RT @damienkatz: Beginner: "Threads are hard."
Intermediate: "Don't fear multithreading."
Expert: "Threads are hard."
8/29/2012, 7:59:04 AM
Favs: 0
Retweets: 0
link


Configurations¶
PyTorch Connectomics uses a key-value based configuration system that can be adjusted to carry out standard and commonly used tasks. The configuration system is built with YACS that uses YAML, a human-readable data-serialization language, to manage options.
Note
The system has _C.KEY:VALUE
field, which will use a pre-defined configurations first. Values in the pre-defined config will
be overwritten in sub-configs, if there are any according to the user requirements. We provided several base configs for standard tasks
in connectomics research as <task>.yaml
files at pytorch_connectomics/configs/.
We do not expect all features in the package to be available through configs, which will make it too complicated. If you need
to add options that are not available in the current version, please modify the keys-value pairs in /connectomics/config/config.py
Basic Usage¶
Some basic usage of the CfgNode
object in YACS is shown below:
from yacs.config import CfgNode as CN
_C = CN() # config definition
_C.SYSTEM = CN() # config definition for GPU and CPU
_C.SYSTEM.NUM_GPUS = 4
_C.MODEL = CN() # Model architectures defined in the package
_C.MODEL.ARCHITECTURE = 'unet_residual_3d'
# specify the name and type of additional targets in the augmentor
_C.AUGMENTOR = CN()
_C.AUGMENTOR.ADDITIONAL_TARGETS_NAME = ['label']
_C.AUGMENTOR.ADDITIONAL_TARGETS_TYPE = ['mask']
The configs in PyTorch Connectomics also accepts command line configuration overwriting, i.e., key-value pairs provided in the command line will
overwrite the existing values in the config file. For example, we can add arguments when executing scripts/main.py
:
python -u scripts/main.py \
--config-file configs/Lucchi-Mitochondria.yaml SOLVER.ITERATION_TOTAL 30000
To see the list of all available configurations in the current PyTorch Connectomics package and their default values, please check the config references. All configuration options after command line overwriting will be saved to the experiment directory for future reference.
Multiple Losses for a Single Learning Target¶
Sometimes training with a single loss function does not produce favorable predictions. Thus we provide a simple way to specify multiple loss functions
for training the segmentation models. For example, to use the weighted binary cross-entropy loss (WeightedBCE
) and the soft Sørensen–Dice
loss (DiceLoss
) at the same time, we can change the key-value pairs of LOSS_OPTION
in the config.yaml
file by doing:
MODEL:
LOSS_OPTION: [['WeightedBCE', 'DiceLoss']]
LOSS_WEIGHT: [[1.0, 0.5]]
WEIGHT_OPT: [['1', '0']]
LOSS_OPTION
: the loss criterions to be used during training.
LOSS_WEIGHT
: the relative weight of each loss function.
WEIGHT_OPT
: the option for generating pixel-wise loss mask (set to ‘0’ disable).
If you only want to use weighted binary cross-entropy loss, do:
MODEL:
LOSS_OPTION: [['WeightedBCE']]
LOSS_WEIGHT: [[1.0]]
WEIGHT_OPT: [['1']]
Multitask Learning¶
To conduct multitask learning, which predicts multiple targets given a image volume, we can further adjust the TARGET_OPT
option.
For example, to conduct instance segmentation of mitochondria, we can predict not only the binary foreground mask but also the instance
boundary to distinguish closely touching objects. Specifically, we can use the following options:
MODEL:
TARGET_OPT: ['0', '4-2-1']
LOSS_OPTION: [['WeightedBCE', 'DiceLoss'], ['WeightedBCE']]
LOSS_WEIGHT: [[1.0, 1.0], [1.0]]
WEIGHT_OPT: [['1', '0'], ['1']]
TARGET_OPT
: a list of the targets to learn.
Currently six kinds of TARGET_OPT
are supported:
'0'
: binary foreground mask (used in the mitochondria semantic segmentation tutorial).'1'
: synaptic polarity mask (used in the synaptic polairty tutorial).'2'
: affinity map (used in the neuron segmentation tutorial).'3'
: masks of small objects only.'4'
: instance boundaries (used in the mitochondria instance segmentation tutorial).'5'
: distance transform. This target represents each pixel as the (quantized) distance to the instance boundaries. By default the distance is calculated for each slice in a given volume. To calculate the distance transform for 3D objects, set the option to'5-3d'
.'9'
: generic segmantic segmentation. Supposing there are 12 classes (including one background class) to predict, we need to setMODEL.OUT_PLANES: 12
andMODEL.TARGET_OPT: ['9-12']
. Here9
represent the multi-class semantic segmentation task, while12
in['9-12']
represents the 12 semantic classes.
More options will be provided during the development!
Inference¶
Most of the config options are shared by training and inference. However, there are
several options to be adjusted at inference time by the update_inference_cfg
function:
def update_inference_cfg(cfg):
r"""Overwrite configurations (cfg) when running mode is inference. Please
note that None type is only supported in YACS>=0.1.8.
"""
# Dataset configurations:
if cfg.INFERENCE.INPUT_PATH is not None:
cfg.DATASET.INPUT_PATH = cfg.INFERENCE.INPUT_PATH
cfg.DATASET.IMAGE_NAME = cfg.INFERENCE.IMAGE_NAME
cfg.DATASET.OUTPUT_PATH = cfg.INFERENCE.OUTPUT_PATH
if cfg.INFERENCE.PAD_SIZE is not None:
cfg.DATASET.PAD_SIZE = cfg.INFERENCE.PAD_SIZE
# Model configurations:
if cfg.INFERENCE.INPUT_SIZE is not None:
cfg.MODEL.INPUT_SIZE = cfg.INFERENCE.INPUT_SIZE
if cfg.INFERENCE.OUTPUT_SIZE is not None:
cfg.MODEL.OUTPUT_SIZE = cfg.INFERENCE.OUTPUT_SIZE
for topt in cfg.MODEL.TARGET_OPT:
# For multi-class semantic segmentation and quantized distance
# transform, no activation function is applied at the output layer
# during training. For inference where the output is assumed to be
# in (0,1), we apply softmax.
if topt[0] in ['5', '9'] and cfg.MODEL.OUTPUT_ACT == 'none':
cfg.MODEL.OUTPUT_ACT = 'softmax'
break
There are also several options exclusive for inference. For example:
INFERENCE:
AUG_MODE: 'mean' # options for test augmentation
AUG_NUM: 4
BLENDING: 'gaussian' # blending function for overlapping inference
STRIDE: (4, 128, 128) # sampling stride for inference
SAMPLES_PER_BATCH: 16 # batchsize for inference
Since at test time the model only runs forward pass, a larger mini-batch size is recommended for higher inference efficiency.


Frequently Asked Question¶
What is statsmodels?¶
statsmodels is a Python package that provides a collection of widely-used statistical models. While statsmodels historically has an econometrics-heavy user base, the package is designed to be useful to a large variety of statistical use cases. In comparison with other Python-based modelling tools, statsmodels focuses more heavily on the statistics and diagnostics underlying the models than having the most cutting-edge or predictive models.
What do endog and exog mean?¶
These are shorthand for endogenous and exogenous variables. You might be more
comfortable with the common y
and X
notation in linear models.
Sometimes the endogenous variable y
is called a dependent variable.
Likewise, sometimes the exogenous variables X
are called the independent
variables. You can read about this in greater detail at endog, exog, what’s that?
How does statsmodels handle missing data?¶
Missing data can be handled via the missing
keyword argument. Every model
takes this keyword. You can find more information in the docstring of
statsmodels.base.Model
.
Why will not statsmodels build?¶
Remember that to build, you must have:
The appropriate dependencies (numpy, pandas, scipy, Cython) installed
A suitable C compiler
A working python installation
Please review our installation instructions for details.
You might also try cleaning up your source directory by running:
pip uninstall statsmodels
python setup.py clean
And then attempting to re-compile. If you want to be more aggressive, you could also reset git to a prior version by:
git reset --hard
git clean -xdf
git checkout main
I’d like to contribute. Where do I start?¶
Check out our development pages for a guide on how to get involved. We accept Pull Requests on our GitHub page for bugfixes and topics germane to statistics and statistical modeling. In addition, usability and quality of life enhancements are greatly appreciated as well.
What if my question is not answered here?¶
You may find answers for questions that have not yet been added here on GitHub under the FAQ issues tag. If not, please ask your question on stackoverflow using the statsmodels tag or on the mailing list.


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If you're interested in traveling to Hawaii yourself, check out this website for more information


Each point corresponds to a different police department district in San Francisco.
By mousing over the different points the tooltip label will display its name and values.
The plot is organised with the X axis of each point corresponding to the number of
Prostitution crimes in that district, while the Y value corresponds to the number of Vehicle Thefts crimes.
The area of each point corresponds to the total recorded crime for that district.
Press Anywhere on the Chart to Toggle Years
Explain in your own words why you think I want the axes to be the same for both years?
By keeping the scale the same for both years it is easy to see the comparison between the crime value for the two years.
Prostitution and Vehicle Thefts were both higher in 2003, when switching to 2015 because the scale has been kept the same this drop in crime can
be visualised by the points moving down both the X and Y axis. If the axis had been rescaled the new axis values would ensure that the new data points
filled as much of the graph as possible and so this visualisation of the movement of the crime points to a lower level would have been lost.
Each point corresponds to a recorded Prostitution crime. A K-means clustering algorithm is used to determine the cluster centers for Prostitution crime. Different values of K are tried form 2-6. Displayed below is a map of the city showing the different police districts with the prostitution crime points overlayed. The colour of the points correspond to the cluster center for that area denoted by a bigger circle of the same colour outlined in black. The value of K can be changed by pressing on one of the 5 buttons K2-K6. A preview is displayed when hovering over the button. When hovering over a point on the map, its Lat and Lon will be displayed.


Welcome to GitHub Pages.
* Customized ISO, booting animation with customer logo;
* Linux application development, based on Gtk and Qt in C/C++ and Python;
* Linux embedded development, based on ARM and MIPS architectures in C/C++;
* Linux driver development in C;
* Website development in Python and PHP;
* UI/UE designation.
Tsuibin


SOFTWARE API DEFINITION FOR Advanced Encryption Standard. More...
Classes | |
| struct | Aes |
| Aes hardware registers. More... | |
Macros | |
| #define | AES_CR_START (0x1u << 0) |
| (AES_CR) Start Processing More... | |
| #define | AES_CR_SWRST (0x1u << 8) |
| (AES_CR) Software Reset More... | |
| #define | AES_CR_LOADSEED (0x1u << 16) |
| (AES_CR) Random Number Generator Seed Loading More... | |
| #define | AES_MR_CIPHER (0x1u << 0) |
| (AES_MR) Processing Mode More... | |
| #define | AES_MR_GTAGEN (0x1u << 1) |
| (AES_MR) GCM Automatic Tag Generation Enable More... | |
| #define | AES_MR_DUALBUFF (0x1u << 3) |
| (AES_MR) Dual Input Buffer More... | |
| #define | AES_MR_DUALBUFF_INACTIVE (0x0u << 3) |
| (AES_MR) AES_IDATARx cannot be written during processing of previous block. More... | |
| #define | AES_MR_DUALBUFF_ACTIVE (0x1u << 3) |
| (AES_MR) AES_IDATARx can be written during processing of previous block when SMOD = 2. More... | |
| #define | AES_MR_PROCDLY_Pos 4 |
| #define | AES_MR_PROCDLY_Msk (0xfu << AES_MR_PROCDLY_Pos) |
| (AES_MR) Processing Delay More... | |
| #define | AES_MR_PROCDLY(value) ((AES_MR_PROCDLY_Msk & ((value) << AES_MR_PROCDLY_Pos))) |
| #define | AES_MR_SMOD_Pos 8 |
| #define | AES_MR_SMOD_Msk (0x3u << AES_MR_SMOD_Pos) |
| (AES_MR) Start Mode More... | |
| #define | AES_MR_SMOD(value) ((AES_MR_SMOD_Msk & ((value) << AES_MR_SMOD_Pos))) |
| #define | AES_MR_SMOD_MANUAL_START (0x0u << 8) |
| (AES_MR) Manual Mode More... | |
| #define | AES_MR_SMOD_AUTO_START (0x1u << 8) |
| (AES_MR) Auto Mode More... | |
| #define | AES_MR_SMOD_IDATAR0_START (0x2u << 8) |
| (AES_MR) AES_IDATAR0 access only Auto Mode (DMA) More... | |
| #define | AES_MR_KEYSIZE_Pos 10 |
| #define | AES_MR_KEYSIZE_Msk (0x3u << AES_MR_KEYSIZE_Pos) |
| (AES_MR) Key Size More... | |
| #define | AES_MR_KEYSIZE(value) ((AES_MR_KEYSIZE_Msk & ((value) << AES_MR_KEYSIZE_Pos))) |
| #define | AES_MR_KEYSIZE_AES128 (0x0u << 10) |
| (AES_MR) AES Key Size is 128 bits More... | |
| #define | AES_MR_KEYSIZE_AES192 (0x1u << 10) |
| (AES_MR) AES Key Size is 192 bits More... | |
| #define | AES_MR_KEYSIZE_AES256 (0x2u << 10) |
| (AES_MR) AES Key Size is 256 bits More... | |
| #define | AES_MR_OPMOD_Pos 12 |
| #define | AES_MR_OPMOD_Msk (0x7u << AES_MR_OPMOD_Pos) |
| (AES_MR) Operation Mode More... | |
| #define | AES_MR_OPMOD(value) ((AES_MR_OPMOD_Msk & ((value) << AES_MR_OPMOD_Pos))) |
| #define | AES_MR_OPMOD_ECB (0x0u << 12) |
| (AES_MR) ECB: Electronic Code Book mode More... | |
| #define | AES_MR_OPMOD_CBC (0x1u << 12) |
| (AES_MR) CBC: Cipher Block Chaining mode More... | |
| #define | AES_MR_OPMOD_OFB (0x2u << 12) |
| (AES_MR) OFB: Output Feedback mode More... | |
| #define | AES_MR_OPMOD_CFB (0x3u << 12) |
| (AES_MR) CFB: Cipher Feedback mode More... | |
| #define | AES_MR_OPMOD_CTR (0x4u << 12) |
| (AES_MR) CTR: Counter mode (16-bit internal counter) More... | |
| #define | AES_MR_OPMOD_GCM (0x5u << 12) |
| (AES_MR) GCM: Galois/Counter mode More... | |
| #define | AES_MR_LOD (0x1u << 15) |
| (AES_MR) Last Output Data Mode More... | |
| #define | AES_MR_CFBS_Pos 16 |
| #define | AES_MR_CFBS_Msk (0x7u << AES_MR_CFBS_Pos) |
| (AES_MR) Cipher Feedback Data Size More... | |
| #define | AES_MR_CFBS(value) ((AES_MR_CFBS_Msk & ((value) << AES_MR_CFBS_Pos))) |
| #define | AES_MR_CFBS_SIZE_128BIT (0x0u << 16) |
| (AES_MR) 128-bit More... | |
| #define | AES_MR_CFBS_SIZE_64BIT (0x1u << 16) |
| (AES_MR) 64-bit More... | |
| #define | AES_MR_CFBS_SIZE_32BIT (0x2u << 16) |
| (AES_MR) 32-bit More... | |
| #define | AES_MR_CFBS_SIZE_16BIT (0x3u << 16) |
| (AES_MR) 16-bit More... | |
| #define | AES_MR_CFBS_SIZE_8BIT (0x4u << 16) |
| (AES_MR) 8-bit More... | |
| #define | AES_MR_CKEY_Pos 20 |
| #define | AES_MR_CKEY_Msk (0xfu << AES_MR_CKEY_Pos) |
| (AES_MR) Countermeasure Key More... | |
| #define | AES_MR_CKEY(value) ((AES_MR_CKEY_Msk & ((value) << AES_MR_CKEY_Pos))) |
| #define | AES_MR_CKEY_PASSWD (0xEu << 20) |
| (AES_MR) This field must be written with 0xE to allow CMTYPx bit configuration changes. More... | |
| #define | AES_MR_CMTYP1 (0x1u << 24) |
| (AES_MR) Countermeasure Type 1 More... | |
| #define | AES_MR_CMTYP1_NOPROT_EXTKEY (0x0u << 24) |
| (AES_MR) Countermeasure type 1 is disabled. More... | |
| #define | AES_MR_CMTYP1_PROT_EXTKEY (0x1u << 24) |
| (AES_MR) Countermeasure type 1 is enabled. More... | |
| #define | AES_MR_CMTYP2 (0x1u << 25) |
| (AES_MR) Countermeasure Type 2 More... | |
| #define | AES_MR_CMTYP2_NO_PAUSE (0x0u << 25) |
| (AES_MR) Countermeasure type 2 is disabled. More... | |
| #define | AES_MR_CMTYP2_PAUSE (0x1u << 25) |
| (AES_MR) Countermeasure type 2 is enabled. More... | |
| #define | AES_MR_CMTYP3 (0x1u << 26) |
| (AES_MR) Countermeasure Type 3 More... | |
| #define | AES_MR_CMTYP3_NO_DUMMY (0x0u << 26) |
| (AES_MR) Countermeasure type 3 is disabled. More... | |
| #define | AES_MR_CMTYP3_DUMMY (0x1u << 26) |
| (AES_MR) Countermeasure type 3 is enabled. More... | |
| #define | AES_MR_CMTYP4 (0x1u << 27) |
| (AES_MR) Countermeasure Type 4 More... | |
| #define | AES_MR_CMTYP4_NO_RESTART (0x0u << 27) |
| (AES_MR) Countermeasure type 4 is disabled. More... | |
| #define | AES_MR_CMTYP4_RESTART (0x1u << 27) |
| (AES_MR) Countermeasure type 4 is enabled. More... | |
| #define | AES_MR_CMTYP5 (0x1u << 28) |
| (AES_MR) Countermeasure Type 5 More... | |
| #define | AES_MR_CMTYP5_NO_ADDACCESS (0x0u << 28) |
| (AES_MR) Countermeasure type 5 is disabled. More... | |
| #define | AES_MR_CMTYP5_ADDACCESS (0x1u << 28) |
| (AES_MR) Countermeasure type 5 is enabled. More... | |
| #define | AES_MR_CMTYP6 (0x1u << 29) |
| (AES_MR) Countermeasure Type 6 More... | |
| #define | AES_MR_CMTYP6_NO_IDLECURRENT (0x0u << 29) |
| (AES_MR) Countermeasure type 6 is disabled. More... | |
| #define | AES_MR_CMTYP6_IDLECURRENT (0x1u << 29) |
| (AES_MR) Countermeasure type 6 is enabled. More... | |
| #define | AES_IER_DATRDY (0x1u << 0) |
| (AES_IER) Data Ready Interrupt Enable More... | |
| #define | AES_IER_URAD (0x1u << 8) |
| (AES_IER) Unspecified Register Access Detection Interrupt Enable More... | |
| #define | AES_IER_TAGRDY (0x1u << 16) |
| (AES_IER) GCM Tag Ready Interrupt Enable More... | |
| #define | AES_IDR_DATRDY (0x1u << 0) |
| (AES_IDR) Data Ready Interrupt Disable More... | |
| #define | AES_IDR_URAD (0x1u << 8) |
| (AES_IDR) Unspecified Register Access Detection Interrupt Disable More... | |
| #define | AES_IDR_TAGRDY (0x1u << 16) |
| (AES_IDR) GCM Tag Ready Interrupt Disable More... | |
| #define | AES_IMR_DATRDY (0x1u << 0) |
| (AES_IMR) Data Ready Interrupt Mask More... | |
| #define | AES_IMR_URAD (0x1u << 8) |
| (AES_IMR) Unspecified Register Access Detection Interrupt Mask More... | |
| #define | AES_IMR_TAGRDY (0x1u << 16) |
| (AES_IMR) GCM Tag Ready Interrupt Mask More... | |
| #define | AES_ISR_DATRDY (0x1u << 0) |
| (AES_ISR) Data Ready (cleared by setting bit START or bit SWRST in AES_CR or by reading AES_ODATARx) More... | |
| #define | AES_ISR_URAD (0x1u << 8) |
| (AES_ISR) Unspecified Register Access Detection Status (cleared by writing SWRST in AES_CR) More... | |
| #define | AES_ISR_URAT_Pos 12 |
| #define | AES_ISR_URAT_Msk (0xfu << AES_ISR_URAT_Pos) |
| (AES_ISR) Unspecified Register Access (cleared by writing SWRST in AES_CR) More... | |
| #define | AES_ISR_URAT_IDR_WR_PROCESSING (0x0u << 12) |
| (AES_ISR) Input Data Register written during the data processing when SMOD = 0x2 mode. More... | |
| #define | AES_ISR_URAT_ODR_RD_PROCESSING (0x1u << 12) |
| (AES_ISR) Output Data Register read during the data processing. More... | |
| #define | AES_ISR_URAT_MR_WR_PROCESSING (0x2u << 12) |
| (AES_ISR) Mode Register written during the data processing. More... | |
| #define | AES_ISR_URAT_ODR_RD_SUBKGEN (0x3u << 12) |
| (AES_ISR) Output Data Register read during the sub-keys generation. More... | |
| #define | AES_ISR_URAT_MR_WR_SUBKGEN (0x4u << 12) |
| (AES_ISR) Mode Register written during the sub-keys generation. More... | |
| #define | AES_ISR_URAT_WOR_RD_ACCESS (0x5u << 12) |
| (AES_ISR) Write-only register read access. More... | |
| #define | AES_ISR_TAGRDY (0x1u << 16) |
| (AES_ISR) GCM Tag Ready More... | |
| #define | AES_KEYWR_KEYW_Pos 0 |
| #define | AES_KEYWR_KEYW_Msk (0xffffffffu << AES_KEYWR_KEYW_Pos) |
| (AES_KEYWR[8]) Key Word More... | |
| #define | AES_KEYWR_KEYW(value) ((AES_KEYWR_KEYW_Msk & ((value) << AES_KEYWR_KEYW_Pos))) |
| #define | AES_IDATAR_IDATA_Pos 0 |
| #define | AES_IDATAR_IDATA_Msk (0xffffffffu << AES_IDATAR_IDATA_Pos) |
| (AES_IDATAR[4]) Input Data Word More... | |
| #define | AES_IDATAR_IDATA(value) ((AES_IDATAR_IDATA_Msk & ((value) << AES_IDATAR_IDATA_Pos))) |
| #define | AES_ODATAR_ODATA_Pos 0 |
| #define | AES_ODATAR_ODATA_Msk (0xffffffffu << AES_ODATAR_ODATA_Pos) |
| (AES_ODATAR[4]) Output Data More... | |
| #define | AES_IVR_IV_Pos 0 |
| #define | AES_IVR_IV_Msk (0xffffffffu << AES_IVR_IV_Pos) |
| (AES_IVR[4]) Initialization Vector More... | |
| #define | AES_IVR_IV(value) ((AES_IVR_IV_Msk & ((value) << AES_IVR_IV_Pos))) |
| #define | AES_AADLENR_AADLEN_Pos 0 |
| #define | AES_AADLENR_AADLEN_Msk (0xffffffffu << AES_AADLENR_AADLEN_Pos) |
| (AES_AADLENR) Additional Authenticated Data Length More... | |
| #define | AES_AADLENR_AADLEN(value) ((AES_AADLENR_AADLEN_Msk & ((value) << AES_AADLENR_AADLEN_Pos))) |
| #define | AES_CLENR_CLEN_Pos 0 |
| #define | AES_CLENR_CLEN_Msk (0xffffffffu << AES_CLENR_CLEN_Pos) |
| (AES_CLENR) Plaintext/Ciphertext Length More... | |
| #define | AES_CLENR_CLEN(value) ((AES_CLENR_CLEN_Msk & ((value) << AES_CLENR_CLEN_Pos))) |
| #define | AES_GHASHR_GHASH_Pos 0 |
| #define | AES_GHASHR_GHASH_Msk (0xffffffffu << AES_GHASHR_GHASH_Pos) |
| (AES_GHASHR[4]) Intermediate GCM Hash Word x More... | |
| #define | AES_GHASHR_GHASH(value) ((AES_GHASHR_GHASH_Msk & ((value) << AES_GHASHR_GHASH_Pos))) |
| #define | AES_TAGR_TAG_Pos 0 |
| #define | AES_TAGR_TAG_Msk (0xffffffffu << AES_TAGR_TAG_Pos) |
| (AES_TAGR[4]) GCM Authentication Tag x More... | |
| #define | AES_CTRR_CTR_Pos 0 |
| #define | AES_CTRR_CTR_Msk (0xffffffffu << AES_CTRR_CTR_Pos) |
| (AES_CTRR) GCM Encryption Counter More... | |
| #define | AES_GCMHR_H_Pos 0 |
| #define | AES_GCMHR_H_Msk (0xffffffffu << AES_GCMHR_H_Pos) |
| (AES_GCMHR[4]) GCM H Word x More... | |
| #define | AES_GCMHR_H(value) ((AES_GCMHR_H_Msk & ((value) << AES_GCMHR_H_Pos))) |
SOFTWARE API DEFINITION FOR Advanced Encryption Standard.
| #define AES_AADLENR_AADLEN | ( | value | ) | ((AES_AADLENR_AADLEN_Msk & ((value) << AES_AADLENR_AADLEN_Pos))) |
| #define AES_AADLENR_AADLEN_Msk (0xffffffffu << AES_AADLENR_AADLEN_Pos) |
(AES_AADLENR) Additional Authenticated Data Length
| #define AES_AADLENR_AADLEN_Pos 0 |
| #define AES_CLENR_CLEN | ( | value | ) | ((AES_CLENR_CLEN_Msk & ((value) << AES_CLENR_CLEN_Pos))) |
| #define AES_CLENR_CLEN_Msk (0xffffffffu << AES_CLENR_CLEN_Pos) |
(AES_CLENR) Plaintext/Ciphertext Length
| #define AES_CLENR_CLEN_Pos 0 |
| #define AES_CR_LOADSEED (0x1u << 16) |
(AES_CR) Random Number Generator Seed Loading
| #define AES_CR_START (0x1u << 0) |
(AES_CR) Start Processing
| #define AES_CR_SWRST (0x1u << 8) |
(AES_CR) Software Reset
| #define AES_CTRR_CTR_Msk (0xffffffffu << AES_CTRR_CTR_Pos) |
(AES_CTRR) GCM Encryption Counter
| #define AES_CTRR_CTR_Pos 0 |
| #define AES_GCMHR_H | ( | value | ) | ((AES_GCMHR_H_Msk & ((value) << AES_GCMHR_H_Pos))) |
| #define AES_GCMHR_H_Msk (0xffffffffu << AES_GCMHR_H_Pos) |
(AES_GCMHR[4]) GCM H Word x
| #define AES_GCMHR_H_Pos 0 |
| #define AES_GHASHR_GHASH | ( | value | ) | ((AES_GHASHR_GHASH_Msk & ((value) << AES_GHASHR_GHASH_Pos))) |
| #define AES_GHASHR_GHASH_Msk (0xffffffffu << AES_GHASHR_GHASH_Pos) |
(AES_GHASHR[4]) Intermediate GCM Hash Word x
| #define AES_GHASHR_GHASH_Pos 0 |
| #define AES_IDATAR_IDATA | ( | value | ) | ((AES_IDATAR_IDATA_Msk & ((value) << AES_IDATAR_IDATA_Pos))) |
| #define AES_IDATAR_IDATA_Msk (0xffffffffu << AES_IDATAR_IDATA_Pos) |
(AES_IDATAR[4]) Input Data Word
| #define AES_IDATAR_IDATA_Pos 0 |
| #define AES_IDR_DATRDY (0x1u << 0) |
(AES_IDR) Data Ready Interrupt Disable
| #define AES_IDR_TAGRDY (0x1u << 16) |
(AES_IDR) GCM Tag Ready Interrupt Disable
| #define AES_IDR_URAD (0x1u << 8) |
(AES_IDR) Unspecified Register Access Detection Interrupt Disable
| #define AES_IER_DATRDY (0x1u << 0) |
(AES_IER) Data Ready Interrupt Enable
| #define AES_IER_TAGRDY (0x1u << 16) |
(AES_IER) GCM Tag Ready Interrupt Enable
| #define AES_IER_URAD (0x1u << 8) |
(AES_IER) Unspecified Register Access Detection Interrupt Enable
| #define AES_IMR_DATRDY (0x1u << 0) |
(AES_IMR) Data Ready Interrupt Mask
| #define AES_IMR_TAGRDY (0x1u << 16) |
(AES_IMR) GCM Tag Ready Interrupt Mask
| #define AES_IMR_URAD (0x1u << 8) |
(AES_IMR) Unspecified Register Access Detection Interrupt Mask
| #define AES_ISR_DATRDY (0x1u << 0) |
(AES_ISR) Data Ready (cleared by setting bit START or bit SWRST in AES_CR or by reading AES_ODATARx)
| #define AES_ISR_TAGRDY (0x1u << 16) |
(AES_ISR) GCM Tag Ready
| #define AES_ISR_URAD (0x1u << 8) |
(AES_ISR) Unspecified Register Access Detection Status (cleared by writing SWRST in AES_CR)
| #define AES_ISR_URAT_IDR_WR_PROCESSING (0x0u << 12) |
(AES_ISR) Input Data Register written during the data processing when SMOD = 0x2 mode.
| #define AES_ISR_URAT_MR_WR_PROCESSING (0x2u << 12) |
(AES_ISR) Mode Register written during the data processing.
| #define AES_ISR_URAT_MR_WR_SUBKGEN (0x4u << 12) |
(AES_ISR) Mode Register written during the sub-keys generation.
| #define AES_ISR_URAT_Msk (0xfu << AES_ISR_URAT_Pos) |
(AES_ISR) Unspecified Register Access (cleared by writing SWRST in AES_CR)
| #define AES_ISR_URAT_ODR_RD_PROCESSING (0x1u << 12) |
(AES_ISR) Output Data Register read during the data processing.
| #define AES_ISR_URAT_ODR_RD_SUBKGEN (0x3u << 12) |
(AES_ISR) Output Data Register read during the sub-keys generation.
| #define AES_ISR_URAT_Pos 12 |
| #define AES_ISR_URAT_WOR_RD_ACCESS (0x5u << 12) |
(AES_ISR) Write-only register read access.
| #define AES_IVR_IV | ( | value | ) | ((AES_IVR_IV_Msk & ((value) << AES_IVR_IV_Pos))) |
| #define AES_IVR_IV_Msk (0xffffffffu << AES_IVR_IV_Pos) |
(AES_IVR[4]) Initialization Vector
| #define AES_IVR_IV_Pos 0 |
| #define AES_KEYWR_KEYW | ( | value | ) | ((AES_KEYWR_KEYW_Msk & ((value) << AES_KEYWR_KEYW_Pos))) |
| #define AES_KEYWR_KEYW_Msk (0xffffffffu << AES_KEYWR_KEYW_Pos) |
(AES_KEYWR[8]) Key Word
| #define AES_KEYWR_KEYW_Pos 0 |
| #define AES_MR_CFBS | ( | value | ) | ((AES_MR_CFBS_Msk & ((value) << AES_MR_CFBS_Pos))) |
| #define AES_MR_CFBS_Msk (0x7u << AES_MR_CFBS_Pos) |
(AES_MR) Cipher Feedback Data Size
| #define AES_MR_CFBS_Pos 16 |
| #define AES_MR_CFBS_SIZE_128BIT (0x0u << 16) |
(AES_MR) 128-bit
| #define AES_MR_CFBS_SIZE_16BIT (0x3u << 16) |
(AES_MR) 16-bit
| #define AES_MR_CFBS_SIZE_32BIT (0x2u << 16) |
(AES_MR) 32-bit
| #define AES_MR_CFBS_SIZE_64BIT (0x1u << 16) |
(AES_MR) 64-bit
| #define AES_MR_CFBS_SIZE_8BIT (0x4u << 16) |
(AES_MR) 8-bit
| #define AES_MR_CIPHER (0x1u << 0) |
(AES_MR) Processing Mode
| #define AES_MR_CKEY | ( | value | ) | ((AES_MR_CKEY_Msk & ((value) << AES_MR_CKEY_Pos))) |
| #define AES_MR_CKEY_Msk (0xfu << AES_MR_CKEY_Pos) |
(AES_MR) Countermeasure Key
| #define AES_MR_CKEY_PASSWD (0xEu << 20) |
(AES_MR) This field must be written with 0xE to allow CMTYPx bit configuration changes.
Any other values will abort the write operation in CMTYPx bits.Always reads as 0.
| #define AES_MR_CKEY_Pos 20 |
| #define AES_MR_CMTYP1 (0x1u << 24) |
(AES_MR) Countermeasure Type 1
| #define AES_MR_CMTYP1_NOPROT_EXTKEY (0x0u << 24) |
(AES_MR) Countermeasure type 1 is disabled.
| #define AES_MR_CMTYP1_PROT_EXTKEY (0x1u << 24) |
(AES_MR) Countermeasure type 1 is enabled.
| #define AES_MR_CMTYP2 (0x1u << 25) |
(AES_MR) Countermeasure Type 2
| #define AES_MR_CMTYP2_NO_PAUSE (0x0u << 25) |
(AES_MR) Countermeasure type 2 is disabled.
| #define AES_MR_CMTYP2_PAUSE (0x1u << 25) |
(AES_MR) Countermeasure type 2 is enabled.
| #define AES_MR_CMTYP3 (0x1u << 26) |
(AES_MR) Countermeasure Type 3
| #define AES_MR_CMTYP3_DUMMY (0x1u << 26) |
(AES_MR) Countermeasure type 3 is enabled.
| #define AES_MR_CMTYP3_NO_DUMMY (0x0u << 26) |
(AES_MR) Countermeasure type 3 is disabled.
| #define AES_MR_CMTYP4 (0x1u << 27) |
(AES_MR) Countermeasure Type 4
| #define AES_MR_CMTYP4_NO_RESTART (0x0u << 27) |
(AES_MR) Countermeasure type 4 is disabled.
| #define AES_MR_CMTYP4_RESTART (0x1u << 27) |
(AES_MR) Countermeasure type 4 is enabled.
| #define AES_MR_CMTYP5 (0x1u << 28) |
(AES_MR) Countermeasure Type 5
| #define AES_MR_CMTYP5_ADDACCESS (0x1u << 28) |
(AES_MR) Countermeasure type 5 is enabled.
| #define AES_MR_CMTYP5_NO_ADDACCESS (0x0u << 28) |
(AES_MR) Countermeasure type 5 is disabled.
| #define AES_MR_CMTYP6 (0x1u << 29) |
(AES_MR) Countermeasure Type 6
| #define AES_MR_CMTYP6_IDLECURRENT (0x1u << 29) |
(AES_MR) Countermeasure type 6 is enabled.
| #define AES_MR_CMTYP6_NO_IDLECURRENT (0x0u << 29) |
(AES_MR) Countermeasure type 6 is disabled.
| #define AES_MR_DUALBUFF (0x1u << 3) |
(AES_MR) Dual Input Buffer
| #define AES_MR_DUALBUFF_ACTIVE (0x1u << 3) |
(AES_MR) AES_IDATARx can be written during processing of previous block when SMOD = 2.
It speeds up the overall runtime of large files.
| #define AES_MR_DUALBUFF_INACTIVE (0x0u << 3) |
(AES_MR) AES_IDATARx cannot be written during processing of previous block.
| #define AES_MR_GTAGEN (0x1u << 1) |
(AES_MR) GCM Automatic Tag Generation Enable
| #define AES_MR_KEYSIZE | ( | value | ) | ((AES_MR_KEYSIZE_Msk & ((value) << AES_MR_KEYSIZE_Pos))) |
| #define AES_MR_KEYSIZE_AES128 (0x0u << 10) |
(AES_MR) AES Key Size is 128 bits
| #define AES_MR_KEYSIZE_AES192 (0x1u << 10) |
(AES_MR) AES Key Size is 192 bits
| #define AES_MR_KEYSIZE_AES256 (0x2u << 10) |
(AES_MR) AES Key Size is 256 bits
| #define AES_MR_KEYSIZE_Msk (0x3u << AES_MR_KEYSIZE_Pos) |
(AES_MR) Key Size
| #define AES_MR_KEYSIZE_Pos 10 |
| #define AES_MR_LOD (0x1u << 15) |
(AES_MR) Last Output Data Mode
| #define AES_MR_OPMOD | ( | value | ) | ((AES_MR_OPMOD_Msk & ((value) << AES_MR_OPMOD_Pos))) |
| #define AES_MR_OPMOD_CBC (0x1u << 12) |
(AES_MR) CBC: Cipher Block Chaining mode
| #define AES_MR_OPMOD_CFB (0x3u << 12) |
(AES_MR) CFB: Cipher Feedback mode
| #define AES_MR_OPMOD_CTR (0x4u << 12) |
(AES_MR) CTR: Counter mode (16-bit internal counter)
| #define AES_MR_OPMOD_ECB (0x0u << 12) |
(AES_MR) ECB: Electronic Code Book mode
| #define AES_MR_OPMOD_GCM (0x5u << 12) |
(AES_MR) GCM: Galois/Counter mode
| #define AES_MR_OPMOD_Msk (0x7u << AES_MR_OPMOD_Pos) |
(AES_MR) Operation Mode
| #define AES_MR_OPMOD_OFB (0x2u << 12) |
(AES_MR) OFB: Output Feedback mode
| #define AES_MR_OPMOD_Pos 12 |
| #define AES_MR_PROCDLY | ( | value | ) | ((AES_MR_PROCDLY_Msk & ((value) << AES_MR_PROCDLY_Pos))) |
| #define AES_MR_PROCDLY_Msk (0xfu << AES_MR_PROCDLY_Pos) |
(AES_MR) Processing Delay
| #define AES_MR_PROCDLY_Pos 4 |
| #define AES_MR_SMOD | ( | value | ) | ((AES_MR_SMOD_Msk & ((value) << AES_MR_SMOD_Pos))) |
| #define AES_MR_SMOD_AUTO_START (0x1u << 8) |
(AES_MR) Auto Mode
| #define AES_MR_SMOD_IDATAR0_START (0x2u << 8) |
(AES_MR) AES_IDATAR0 access only Auto Mode (DMA)
| #define AES_MR_SMOD_MANUAL_START (0x0u << 8) |
(AES_MR) Manual Mode
| #define AES_MR_SMOD_Msk (0x3u << AES_MR_SMOD_Pos) |
(AES_MR) Start Mode
| #define AES_MR_SMOD_Pos 8 |
| #define AES_ODATAR_ODATA_Msk (0xffffffffu << AES_ODATAR_ODATA_Pos) |
(AES_ODATAR[4]) Output Data
| #define AES_ODATAR_ODATA_Pos 0 |
| #define AES_TAGR_TAG_Msk (0xffffffffu << AES_TAGR_TAG_Pos) |
(AES_TAGR[4]) GCM Authentication Tag x
| #define AES_TAGR_TAG_Pos 0 |


I believe that every person who attends Yoga Chalet should have an experirence that is tailored for them. After a full assessment of your needs and desires, Chetna will create customized session to help you reach your goals. If you wish, groups classes can be arranged, however, the class size will be limited to 4 people to ensure that each individual's needs are considered.
Let's Connect!Chetna Mehrotra grew up in Lucknow, India where she had her first experiences with yoga. As a young child, she would always watch her mother wake up early and start the day off with practicing asanas. She noticed her that yoga brought a calmness to her mother and even helped her with her arthritis in later years. These memories of her mother always remained with Chetna and eventually brought her to learning yoga herself.
Chetna is a Yoga Teacher Training Certified Instructror. She has recieved her certification through the YogaLife Institute. YogaLife has deep roots in the Yoga Institue of Mumbai which has ensured a focus on Classical Yoga.
Chetna specializes in breathing techniques, yoga therapy...
"Chetna has encouraged me to start practicing yoga, and I could not be more blessed for help in this journey! She has transformed me to have a healthy mind, body and soul. Thank you, Chetna!" -Rachna (student)
Let's Connect!


Hi! Gonna try to put some more stuff here eventually. Shoutout to Bear, which I made this on.
Notes
Audio Shitposts
Text Shitposts
twitter soundcloud github linkedin email untappd


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This Privacy Policy, together with the Terms and conditions posted on our Website, set forth the general rules and policies governing your use of our Website. Depending on your activities when visiting our Website, you may be required to agree to additional terms and conditions.
Website Visitors
Like most website operators, FluidBuzz collects non-personally-identifying information of the sort that web browsers and servers typically make available, such as the browser type, language preference, referring site, and the date and time of each visitor request. FluidBuzz’s purpose in collecting non-personally identifying information is to better understand how FluidBuzz’s visitors use its website. From time to time, FluidBuzz may release non-personally-identifying information in the aggregate, e.g., by publishing a report on trends in the usage of its website.
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Gathering of Personally-Identifying Information
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Ads appearing on our website may be delivered to users by advertising partners, who may set cookies. These cookies allow the ad server to recognize your computer each time they send you an online advertisement to compile information about you or others who use your computer. This information allows ad networks to, among other things, deliver targeted advertisements that they believe will be of most interest to you. This Privacy Policy covers the use of cookies by FluidBuzz and does not cover the use of cookies by any advertisers.
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Our Service may contain links to external sites that are not operated by us. If you click on a third party link, you will be directed to that third party’s site. We strongly advise you to review the Privacy Policy and terms and conditions of every site you visit.
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To enrich and perfect your online experience, FluidBuzz uses “Cookies”, similar technologies and services provided by others to display personalized content, appropriate advertising and store your preferences on your computer.
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E-commerce
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Contribute to the guide at the GitHub Page
The foundation of this guide is based on Zachary Kjellberg's Dark Souls 3 Cheat Sheet source code, which was in turn was based on Stephen McNabb's Dark Souls 2 Cheat Sheet source code.
You can visit the GitHub repository and report Issues or create a fork and submit a Pull Request.
Yup, use the profile selector and buttons at the top right of the page to setup multiple profiles.
The checklist is saved to your browser's local storage. Be careful when clearing your browser's cache as it will also destroy your saved progress.


ITS SYNTAX : array.splice(index,howmany,item1,.....,itemX). and IT MEANS :At position 2, add the new items, and remove 1 item:


Basic Thumbnail.
Example to demonstrate the basic thumbnail component with Image media example.
Note: Images used in this examples are brought from
https://picsum.photos
Videos used in this examples are brought from
https://www.learningcontainer.com/
https://cdn.bitdegree.org/
Horizontal orientaiton of Thumbnail Example.
Example to demonstrate the horizontal orientation of thumbnail images in thumbnail component with Image media
example.
Thumbnail with Video Example.
Example to demonstrate the thumbnail component with Video media example.


Immaturity cost Wakanoho bright future in raised ring
by John GunningWhen it comes to could-have-been rikishi, the first name on most people’s lips is Futahaguro.
His controversial expulsion from the sport in 1988 makes him the only yokozuna never to have won a championship.
Futahaguro, however, at least made it to the rank of yokozuna.
Another troubled young rikishi saw a promising career come to an end just as he was coming out of his teens.
Soslan Gagloev’s arrest for marijuana possession led to his dismissal from sumo in 2008.
Fighting under a ring name (Wakanoho) that combined characters from two yokozuna, the 19-year-old Gagloev earned four straight winning records from his top-division debut and had been promoted to the highest maegashira rank.
A controversial figure among fans, Wakanoho combined a large powerful frame and excellent grappling skills with a tendency to try large leaping sidesteps at the faceoff.
His potential was matched only by his immaturity and unfortunately the Russian never got the guidance he needed in a Magaki Beya that was in constant turmoil following the death of the stablemaster’s wife and Magaki himself suffering a stroke.
Wakanoho’s age, combined with the results he was achieving both in training and tournaments against top rankers, strongly indicated that he could have been a multiple-title-winning ozeki or yokozuna had he remained in the sport.
At the end of his short sumo life he owned winning records against Kakuryu, Harumafuji (then known as Ama), Kisenosato and Goeido, among others.
It wasn’t to be, however, and after retirement Gagloev moved to the United States and started playing football in college.
He made a few appearances in amateur sumo tournaments and exhibitions in later years, but the slimmed-down former Wakanoho was a clearly a shadow of the teen that showed such promise a decade earlier.
GET THE BEST OF THE JAPAN TIMES
IN FIVE EASY PIECES WITH TAKE 5
JOIN THE CONVERSATION


Aw yiss, the Newgrounds HTML5 API!
Get this code on Github.
Created by NutcaseNightmare.
How to add this to your HTML5 game
- Create a new Newgrounds Game Project
- Download NG.min.js, the minified Javascript library.
 :D
How to Unlock Medals
Whenever you want a medal to be unlocked, call this in Javascript:
NG.unlockMedal(MEDAL_NAME);
It comes with its own UI, and will display even if your player is not logged in!
Try it out:
Still In Progress
- Newgrounds Passport (half-implemented)
- Scoreboards
- Save Data
Credits & Stuff
Special thanks to the Newgrounds team, of course! This Newgrounds API is unofficial, it's just made by a long-time fan of the site. All code here is open source, under the public domain Unlicense.


Ping-Pong is a counting game that returns numbers and "ping" or "pong" responses. Enter a number to begin playing.
Stormi Hoebelheinrich
Epicodus Intro to Programming
JavaScript Arrays & Looping Independent Project (Week III)
Ping-pong will count from 1 to any number you choose with the following exceptions:


BREAKING: Shooting at Dino Melaye polling unit
by Olufemi AtoyebiOlufemi Atoyebi
There was heavy shooting at Ayetoro ward 1 unit 004 where Dino Melaye voted this morning.
Less than an hour after he left the voting unit, some hoodlums in two Hilux vans a Honda Civic stormed the place, shooting into the air and targeted the ballot box.
The ballot box was eventually taken away while some boys in the community chased the vehicles with no success.
A young man simply identified as Dami, who just left a local eatery and was passing through the polling unit was shot in the leg and rushed to the hospital.


{% extends "base.html" %} {% block navbar %} {% endblock %} {% block content %}
Sorry, there was an internal server error.
Try refreshing the page.


Room & Terrain Type:
Room Type changes the room colour in the map and may affect how the player can interact with
the room.
Example: River will mean the player can fish/swim. Shop means it will show up a shop on the
map.
Terrain affects the experience of the player, if set to inside then no weather messages will
be sent to the player
Room Type
{{ type.name }}
Terrain Type
{{ type.name }}
Room flags


I have a strong need to write this report about some mental health problems I have been experiencing which most likely relate to ecstasy use. Iím 35 and have been taking drugs on and off over the last few years. I didnít take any drugs at all (except for alcohol) before age 27 and I never noticed or suffered from any mental problems until recently. Drugs I have taken over this period and the approximate number of occasions are as follows: ecstasy 45, mushrooms 5, LSD 10, GHB 20, coke 10, meth 2, 2CB 2, 2CI 1, MDA 1, ketamine 3, nitrous 20, pot ? (Iím not a big smoker.) In general I take quite small amounts, for example I have never taken more than 1 hit of LSD or more than 2 pills of ecstasy in one night and I donít normally combine drugs.
I was doing E fairly regularly and I started feeling a bit freaky a couple of years ago; I began to have strange head rushes when I was sober as though I was too awake and wired, finding it difficult to calm down. This was particularly annoying since my job requires quite a lot of concentration and I would start having these weird moments when the tension seemed to build up too much and Iíd have to get away from the computer and lie down. This caused me to reduce my drug consumption significantly and stop taking ecstasy to the point where I was starting to feel a lot better by summer 2002.
In September 2002 I went to Burning Man and unfortunately for most of the time I was ill with a cold and so I didnít take anything except Tylenol. However by the Friday night I was feeling better and decided to take E and party all night since I had been in bed most of the week. I took two gelcaps (that tested positive with Marquis reagent) about four hours apart and I also took 500mg of vitamin C approximately every two hours. I had a great time, biked around, met a lot of people and felt really euphoric. When the sun was just about to come up someone suggested we take some more E and so we snorted about half a pill each and sat there watching the sunrise Ė it was sweet! Then later I took the rest to make a total of three gelcaps in the space of 12 hours.
By 10am I was coming down and we were all tired, so I took 20mg of Paroxetine (an SSRI) to help mitigate against neurotoxicity and then I tried to get some sleep in the shade. Unfortunately however it was getting really hot and I think it got up near 100 degrees and I found it really hard to stay cool.  Later it cooled down, but I think it was not good for me to get that hot on the comedown. During the following week I took some 5HTP (probably about four 50mg doses.)
Things were OK for a while, but about two weeks after the experience I started feeling pretty bad on a regular basis and I began to have anxiety attacks. I would feel tightness in my chest, and a rushing feeling of fear and my face would go red and Iíd start hyperventilating then forgetting to breathe in alternation. It began to get so I couldnít stand to go to meetings at work or drive because I thought I would get anxiety attacks and wouldnít be able to function or talk about work without freaking out. I started to get a lot of stomach pains and intestinal cramps and just about every other symptom of stress. I couldnít tolerate caffeine and I was grinding my teeth so much that I had to have a root canal in an otherwise healthy tooth.
After about a month it got really bad and I was feeling like this for quite a large percentage of each day; everything was out of control and I couldnít deal with just existing. Every little moment by moment stress of the normal work day was enough to start me going. I was in a perpetual state of trying to calm down. Even trying to think about what projects I wanted to work on triggered me into a state of fear and I would have to spend ages trying to meditate and get into a relaxed space, breathing regularly. The panic attacks would last for hours. It was impossible.
I went to my doctor and she gave me some Xanax (I was not previously on any medication.) This actually helped quite a bit - at least to give me some way of controlling things when it got bad - but it wasnít a complete solution. What seems to have helped is time and learning new ways of living. I am writing this in April and to a large extent things are under control. Starting from around three months after taking the Es it seemed like the symptoms were getting less. I had also started doing meditation, regular workouts and yoga and had talked to a psychiatrist a few times. I also tried to reduce my work load as much as possible. I am not fully back to normal but at least I am quite functional and a lot happier now.
I canít be certain that the ecstasy was the cause but it seems quite likely. I hope that people can learn from these experiences and also can have some hope that things might get better for them if they are experiencing similar problems. I can no longer tolerate any stimulants and I have to take a lot of breaks from stress but at least I am not freaking out anymore.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


--- layout: jsdoc title: "Class: QueuePlugin" jsdocNav: - Modules: - workbox-background-sync - workbox-broadcast-cache-update - workbox-build - workbox-cache-expiration - workbox-cacheable-response - workbox-google-analytics - workbox-precaching - workbox-routing - workbox-runtime-caching - workbox-sw ---
Use the instance of this class to push the failed requests into the queue.
When you want the workbox-sw framework to take care of failed
// requests
let bgQueue = new goog.backgroundSync.QueuePlugin({callbacks:
{
onResponse: async(hash, res) => {
self.registration.showNotification('Background sync demo', {
body: 'Product has been purchased.',
icon: 'https://shop.polymer-project.org/images/shop-icon-384.png',
});
},
onRetryFailure: (hash) => {},
},
});
const requestWrapper = new goog.runtimeCaching.RequestWrapper({
plugins: [bgQueue],
});
const route = new goog.routing.RegExpRoute({
regExp: new RegExp('^https://jsonplaceholder.typicode.com'),
handler: new goog.runtimeCaching.NetworkOnly({requestWrapper}),
});
const router = new goog.routing.Router();
router.registerRoute({route});
Wraps pushIntoQueue
in a callback used by higher level framework.
This function pushes a given request into the IndexedDb Queue.
NOTE: If you are writting the fetch handler for background sync manually,
please ignore this.
| Parameters |
|
||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Returns |
Promise
Promise which resolves when the request is pushed in the queue. |


Coffee shops
In February 2016, after coming back from a trip to Portland where I visited a couple new coffee shops, I decided to try an experiment back in Austin: visit a new coffee shop that I’ve never been to before, every day for a month. This page was updated with my progress, potential new places to try, and all my microblog posts for each visit are under the tag #newcoffee.
Here are all the places I’ve visited, with date links to each blog post:
- Sorrento’s drive-thru — Feb 18
- Summer Moon — Feb 19
- BarleyBean — Feb 20
- Lola Savannah Coffee Lounge — Feb 21
- Star Coffee Texas — Feb 22
- Pacha — Feb 23
- Dazzle Coffee — Feb 24
- Cups & Cones — Feb 25
- San Francisco Bakery — Feb 26
- Lamppost Coffee — Feb 27
- Angel Donuts & Treats — Feb 28
- Seventh Flag — Feb 29
- Wright Bros. Brew & Brew — Mar 1
- Joel’s Coffee — Mar 2
- Figure 8 Coffee Purveyors — Mar 3
- Stinson’s Bistro — Mar 4
- Cherrywood Coffeehouse — Mar 5
- Elixer Coffee — Mar 6
- Kick Butt Coffee — Mar 7
- Fat Cats: Organic Coffee & Desserts — Mar 8
- Spider House — Mar 9
- Sips Coffee & More — Mar 10
- Patika — Mar 11
- Beware Coffee — Mar 12
- Juiceland — Mar 13
- Vintage Heart — Mar 14
- Alta’s Cafe — Mar 15
- Departure Lounge — Mar 15
- Cianfrani Coffeehouse — Mar 16
- Sage Cafe — Mar 17
- Once Over Coffee Bar — Mar 18
And some coffee shops that I had already been to before starting this, so they don’t count:
- Starbucks
- Coffee Bean & Tea Leaf
- Houndstooth
- Caffe Medici
- Whole Foods
- Roasters
- Cenote
- Radio Coffee & Beer
- Caffe Yolly
- Cuppa Austin
- Bennu
- Epoch
- Mozart’s
- Thunderbird
- Halcyon
- Jo’s Coffee
- Flightpath
- Genuine Joe
- Monkey Nest
- Juan Pelota
- It’s A Grind
- Cuvee
- Opa Coffee and Wine Bar
- Stouthaus
- Two Hands Coffee
- Bee Cave Coffee
- Bouldin Creek Cafe
- Austin Java
- Buzz Mill
- Steeping Room
Have a recommendation? Email me.


20+ Mule Kick Logo Pictures. Across the fields, across the plains. Legend tells us of a man, a hero in a tortured land, where señoritas lived in fear.
Kick like a mule contains carbonated water, sugar, citric juices, citric acid, caffeine, artificial flavor and artificial color. Exactly the same symbol for pop shock, making it more probable that they won't be changed and why should they?
Alibaba.com offers 1,027 mule and donkey products. Where senoritas lived in fear. The best selection of royalty free kick mule vector art, graphics and stock illustrations. Kick like a mule old vintage acl 10 oz soda pop bottle variation #1 426.


@import model.Page @import com.gu.identity.model.EmailNewsletter @import com.gu.identity.model.EmailNewsletters._ @import views.support.`package`.Seq2zipWithRowInfo @import common.LinkTo @(signupPage: Page)(implicit request: RequestHeader, context: model.ApplicationContext) @emailListCategoryList(theme: String, emailListings: List[EmailNewsletter]) = {
} @displayNewslettersByTheme = { @List( "News round ups" -> newsRoundUpEmails, "News by topic" -> newsEmails, "Features" -> featureEmails, "Sport" -> sportEmails, "Culture" -> cultureEmails, "Lifestyle" -> lifestyleEmails, "Comment" -> commentEmails, "Work" -> workEmails, "From the papers" -> fromThePapersEmails ).map { case (theme, newsletters) => } }


Namespace jslash
Defined in: jslash.js.
| Constructor Attributes | Constructor Name and Description |
|---|---|
|
jslash game engine namespace
|
| Field Attributes | Field Name and Description |
|---|---|
| <static> |
jslash.colorkey
The global jslash colorkey
|
| <static> |
jslash.KEYS
jslash.KEYS declares some keycodes to use them easily.
|
| <static> |
jslash.MOUSE
jslash.MOUSE declares four mouse events useful when you need to bind them
|
| Method Attributes | Method Name and Description |
|---|---|
| <static> |
jslash.addKeyEvent(key, func)
Adds a key handler, called when a key is pressed
|
| <static> |
jslash.all(sequence, func)
Checks if every sequence elements agree with the predicate
|
| <static> |
jslash.any(sequence, func)
Checks if one of the sequence elements agree with the predicate
|
| <static> |
jslash.byId(id)
Alias to document.getElementById
|
| <static> |
jslash.deepcopy(other)
Copies any object to a new one.
|
| <static> |
jslash.domReady(func)
Calls the function callback when the DOM is ready
|
| <static> |
jslash.each(sequence, func)
Allows to call a method for all sequence values
|
| <static> |
jslash.extend(func, toExtend)
OOP Helper.
|
| <static> |
jslash.hasAuxiliarCanvas()
Tells if jslash has allocated an auxiliar canvas.
|
| <static> |
jslash.isDefined(value)
Checks if the parameter is defined.
|
| <static> |
jslash.map(sequence, func)
Maps a sequence of values using a callback function to change the sequence values.
|
| <static> |
jslash.mix(object, mixin)
Allows to mix an object with a built-in jslash behavior or
a user-defined mix-in.
|
| <static> |
jslash.prefetchAudioSources(arg)
Prefetchs an array of audio URIs or only one.
|
| <static> |
jslash.prefetchImg(arg)
Prefetchs an array of images URIs or only one.
|
| <static> |
jslash.properties(object)
Extracts the properties of an object
|
| <static> |
jslash.ready(func)
Calls the function callback when all the page content is loaded
|
| <static> |
jslash.sliceImg(img, rect)
Slices an image in pieces with the rect size.
|
| <static> |
jslash.start(mycanvas)
Starts the jslash loop using the requestAnimationFrame native callback.
|
| <static> |
jslash.stop()
Stops the jslash game loop.
|
| <static> |
jslash.times(n, func)
Calls the callback function n times.
|
| <static> |
jslash.values(object)
Extracts the values of an object
|
Field Detail
<static>
jslash.colorkey
The global jslash colorkey
<static>
jslash.KEYS
jslash.KEYS declares some keycodes to use them easily.
<static>
jslash.MOUSE
jslash.MOUSE declares four mouse events useful when you need to bind them
Method Detail
<static>
jslash.addKeyEvent(key, func)
Adds a key handler, called when a key is pressed
- Parameters:
- {number} key
- The key pressed key-code. Use jslash.KEYS to provide this argument.
- {Function} func
- The callback function called when the key is pressed.
<static>
{boolean}
jslash.all(sequence, func)
Checks if every sequence elements agree with the predicate
- Parameters:
- {Array|object} sequence
- An array or a key-value treated object.
- {Function} func
- A predicate function.
- Returns:
- {boolean} True if all element agree with the predicate, false otherwise.
<static>
{boolean}
jslash.any(sequence, func)
Checks if one of the sequence elements agree with the predicate
- Parameters:
- {Array|object} sequence
- An array or a key-value treated object.
- {Function} func
- A predicate function.
- Returns:
- {boolean} True if any elemtn agree with the predicate, false otherwise.
<static>
{object}
jslash.byId(id)
Alias to document.getElementById
- Parameters:
- {string} id
- The identifier of the desired DOM element.
- Returns:
- {object} The DOM Element or null if it doesn't exist.
<static>
{object}
jslash.deepcopy(other)
Copies any object to a new one.
- Parameters:
- {object} other
- Object to be copied.
- Returns:
- {object} A newly allocated object copy.
<static>
jslash.domReady(func)
Calls the function callback when the DOM is ready
- Parameters:
- {Function} func
<static>
jslash.each(sequence, func)
Allows to call a method for all sequence values
- Parameters:
- {object|Array} sequence
- Sequence of arguments of the callback function.
- {Function} func
- Function to be called for all the arguments. If the sequence is an object, the function is called with the property and the value. If it is an array, it is called with the index and the value.
<static>
jslash.extend(func, toExtend)
OOP Helper. Allows a cleaner way to implement 'inheritance' with Javascript prototypes.
- Parameters:
- {Function} func
- The class to extend constuctor
- {object} toExtend
- An instance of the new prototype assigned to the constructor.
<static>
{boolean}
jslash.hasAuxiliarCanvas()
Tells if jslash has allocated an auxiliar canvas.
- Returns:
- {boolean}
<static>
{boolean}
jslash.isDefined(value)
Checks if the parameter is defined.
- Parameters:
- {object} value
- Any type of object.
- Returns:
- {boolean}
<static>
{object|Array}
jslash.map(sequence, func)
Maps a sequence of values using a callback function to change the sequence values.
- Parameters:
- {object|Array} sequence
- Sequence of arguments of the callback function.
- {Function} func
- Function to be called for all the arguments. If the sequence is an object, the function is called with the property and the value. If it is an array, it is called with the index and the value.
- Returns:
- {object|Array} The sequence with the changes defined on the callback function.
<static>
jslash.mix(object, mixin)
Allows to mix an object with a built-in jslash behavior or
a user-defined mix-in.
- Parameters:
- object
- The object to be mixed.
- mixin
- A freshly allocated behavior object.
<static>
jslash.prefetchAudioSources(arg)
Prefetchs an array of audio URIs or only one.
- Parameters:
- arg
- URI or Array of URIs to be prefetched.
<static>
jslash.prefetchImg(arg)
Prefetchs an array of images URIs or only one.
- Parameters:
- {string} arg
- URI or Array of URIs to be prefetched.
<static>
{string[]}
jslash.properties(object)
Extracts the properties of an object
- Parameters:
- {object} object
- Object to extract its properties.
- Returns:
- {string[]} Array with the object properties as strings.
<static>
jslash.ready(func)
Calls the function callback when all the page content is loaded
- Parameters:
- {Function} func
<static>
{jslash.Frame[]}
jslash.sliceImg(img, rect)
Slices an image in pieces with the rect size.
- Parameters:
- {Image} img
- A DOM Image element.
- {jslash.Rectangle} rect
- A rectangle which tells how to slice the pieces.
- Returns:
- {jslash.Frame[]} A sequence of sliced jslash.Frame elements.
<static>
jslash.start(mycanvas)
Starts the jslash loop using the requestAnimationFrame native callback.
- Parameters:
- {jslash.Canvas} mycanvas Optional
- If it is provided is used to build the jslash.borders object.
<static>
jslash.stop()
Stops the jslash game loop.
<static>
jslash.times(n, func)
Calls the callback function n times.
- Parameters:
- {number} n
- The number of times the function will be called.
- {Function} func
- The callback function.
<static>
{T[]}
jslash.values(object)
Extracts the values of an object
- Parameters:
- {object} object
- Object to extract its values.
- Returns:
- {T[]} Array with the object values.


Next: 2 Compiler
Up: 1 Language definition
Previous: 11 Inline assembler
Contents
Subsections
The user pragmas - compiler directives - are those most likely to
be used by the average user.
- PRAGMA EEDATA cexpr1[, cexpr2...]
- Defines data to be stored
in the EEPROM. This data always begins at the first location in the
EEPROM. Each extra expr (or PRAGMA EEDATA) bumps the next usable
location. If the EEPROM over fills, an error is generated.
Example: pragma eedata "O","K",13,10,25
- PRAGMA ERROR
- Generates an error. Useful for the conditional compilation
with the IF statement.
- PRAGMA INTERRUPT
- This must only be used inside a PROCEDURE whose
execution is triggered by the reception of an interrupt. This procedure
can take no parameters.
Using PRAGMA INTERRUPT links this procedure into the interrupt chain.
Any number of procedures can exist in the interrupt chain, but the
order in which they are executed is not defined.
No extra stack space is required by an interrupt entry point. Once
a procedure has been marked as an interrupt entry point it cannot
be directly called by the program.
Example: var word cc, bb
procedure ISR_TMR0 is
pragma interrupt -- This procedure is an
-- interrupt service routine
if T0IF then -- Check if TMR0 int.
T0IF = low
cc = cc + 1
end if
end procedure
procedure ISR_TMR1 is
pragma interrupt -- ... another one
if TMR1IF then -- Check if TMR1 int.
TMR1IF = low
bb = bb + 1
end if
end procedure
cc=0
bb=0
- PRAGMA JUMP_TABLE
- This is obsolete and simply issues a warning.
It has been replaced by constant arrays.
- PRAGMA KEEP [BANK] | [PAGE]
- When using inline assembly,
or assembly blocks, this instructs the compiler to not optimize away
any bank or page selectors generated. Without this, the compiler will
normally not generate the selectors if the selector state is known
to be correct.
- PRAGMA NAME name
- Generates an error if the name the file being
compiled is the same as name (what possible use is this?).
- PRAGMA TARGET CHIP ident
- ident must be defined in
chipdef.jal
(see the list of variables beginning with pic_*
).
Example:
PRAGMA TARGET CHIP 16f877
- PRAGMA TARGET CPU ident
- ident must be defined in
chipdef.jal
.
This is analogous to: CONST target_cpu = cpu_ident
.
PRAGMA TARGET CPU can overwrite the CONST TARGET_CPU
definition.
Example:
CONST target_chip = pic_14
- PRAGMA TARGET CLOCK cexpr
- Set the clock speed to cexpr. This
is not used internally by the compiler.
This is analogous to: CONST target_clock = cexpr
.
PRAGMA TARGET CLOCK can overwrite the CONST TARGET_CLOCK
definition.
Example:
CONST target_clock = 10_000_000
- PRAGMA TARGET FUSES cexpr1 cexpr2
- Set the PIC configuration
word register --denoted by the index cexpr1-- with value
cexpr2. The literal cexpr1 must be in the range denoted
by the index defined in pragma
CONST WORD _FUSES_BASE
.
Example: PRAGMA TARGET fuses 0 0b_xx_xxxx_xxxx_xxxx
-- will set fuses once according to
-- first configuration word register
- CONST WORD _FUSES '[' cexpr1 ']' '=' '{' cexpr2 ',' ... '}'
- Set
the values of a multi-word configuration fuses, cexpr1 denotes
the ammount of words.
Example: const word _fuses[2] = {0x3fff,0x3fff}
- CONST WORD _FUSES_BASE '[' cexpr1 ']' '=' '{' cexpr2 ',' ... '}'
- Set
the addresses of a multi-word configuration fusess, cexpr1
denotes the ammount of words.
Example: const word _fuse_base[2] = {0x2007, 0x2008}
- PRAGMA TARGET fusedef tag
- This allows one to set a fuse based
on chip mnemonics.
Available pragma target fuses defined are:
PRAGMA TARGET PROTECTION {on|off}
-- ON = flash program memory code protected
-- OFF = flash program memory code unprotected
PRAGMA TARGET DEBUG {on|off}
-- ON = In Circuit Debugger enabled
-- OFF = ICD disabled
PRAGMA TARGET CDP {on|off}
-- ON = data eprom code protected
-- OFF = data eprom code unprotected
PRAGMA TARGET LVP {on|off}
-- ON = low voltage ICSP enabled
-- OFF = low voltage ICSP disabled
PRAGMA TARGET BOR {on|off}
-- ON = brown out reset enabled
-- (check PIC voltage greater
-- than BOR defined level)
-- OFF = brown out reset disabled
-- (PIC may run at less than
-- BOR defined level)
PRAGMA TARGET POWERUP {on|off}
-- ON = powerup delay enabled
-- ( add about 72mS delay after power+
-- up until program start)
-- OFF = powerup delay disabled
PRAGMA TARGET WATCHDOG {on|off}
-- ON = watchdog enabled
-- (watchdog delay period must be
-- programmed in the postscaler reg.)
-- OFF = watchdog disabled
PRAGMA TARGET OSC {lp|xt|hs|rc}
-- lp = low power oscillator,
-- use it with 32.768KHz to 200KHz crystal
-- xt = crystal/resonator 1MHz up to 4MHz
-- hs = high speed crystal/resonator 4MHz-20MHz
-- rc = resistor/capacitor oscillator
Internally the compiler doesn't know anything about the various chips.
Instead, a chip definition file is used which describes code size,
stack depth, eeprom location, general file register locations, etc.
Since these are only useful for those defining new chips, they're
included here.
- PRAGMA CODE cexpr
- Defines the maximum code size in words. If the
total code generated exceeds this size an error is generated.
This is analogous to: CONST _code_size = cexpr
.
PRAGMA CODE can overwrite the CONST _CODE_SIZE definition.
Example: PRAGMA CODE 8192
- PRAGMA DATA cexpr[-cexpr1][, ...]
- This chip definition
defines the data area available for variables (also known as the general
file register areas).
Example: pragma data 0x0020-0x007f, 0x00a0-0x00ff,
0x120-0x16f, 0x1a0-0x1ef
- PRAGMA EEPROM cexpr1, cexpr2
- This is a chip definition PRAGMA
and sets the start and size of the EEPROM (cexpr1 is the start,
cexpr2 is the size). If any PRAGMA EEDATA statements
exist, the assembly file will include:
pragma eeprom 0x2100, 256
ORG 0x2100
DW a, b, c, ... ; PRAGMA EEDATA values
- PRAGMA STACK cexpr
- Defines the maximum stack size in levels. If
the total stack use is determined to be greater than this, an error
is generated.
This is analogous to: CONST _stack_size = cexpr
.
PRAGMA STACK can overwrite the CONST _STACK_SIZE definition.
Example: pragma stack 8
- PRAGMA FUSE_DEF tag [':' cexpr1 ] mask '{' tag '=' cexpr2 ... '}'
- This
defines a fuse mnemonic that can be used to set and clear bits based
on names rather than numbers. The cexpr1 denotes the index
of a multi-word configuration table.
Example: pragma fuse_def protection 0b10000000000000 {
on = 0b00000000000000
off = 0b01000000000000
}
pragma fuse_def FCMEN:1 0b0_0000_0000_0001 { -- At 2nd conf. word
ENABLED = 0b0_0000_0000_0001
DISABLED = 0b0_0000_0000_0000
}
This defines a target mnemonic that the would be used as follows:
PRAGMA TARGET protection on
or
PRAGMA TARGET protection off
Internally, it becomes: _fuses = (_fuses & ~mask) | expr
Footnotes
- ... generated
- See PRAGMA EEPROM in section 1.12.1 sub:Chip-Definition-Pragmas
- ... mnemonics
- See PRAGMA FUSE_DEF in section 1.12.1 sub:Chip-Definition-Pragmas
Next: 2 Compiler
Up: 1 Language definition
Previous: 11 Inline assembler
Contents
pJAL Manual.
(c) 2006 Javier Martinez, Vasile Surducan and Dave Lagzdin.


Deuteronomy 28:33
The fruit of thy land, and all thy labors, shall a nation which thou knowest not eat up; and thou shalt be only oppressed and crushed alway:


Return a Map of available RDF files defined in triplifiersettings.props:
"vocabularies", each with its "displayName" property,
plus given user vocabulary files if they exist in vocabularies folder.
Performs two major tasks:
- constructor inspects SQL database and generates schema,
- printD2RQ translates connection, entities and relations
into D2RQ Mapping Language.