public class PaymentController
extends java.lang.Object
| Constructor and Description |
|---|
PaymentController() |
| Modifier and Type | Method and Description |
|---|---|
void |
closeWindow()
Closes the stage with the PaymentScreen
|
void |
configure(Client client,
PaymentMessage paymentMessage,
java.util.List<javafx.scene.image.Image> images)
Method that needs to be called after the controller is instantiated (you can choose between two different configure methods).
|
void |
configure(Client client,
PaymentMessage paymentMessage,
java.util.List<javafx.scene.image.Image> images,
PlayerBoardMessage playerBoardMessage,
javafx.scene.Group ammoGroup,
boolean anyColor)
Method that needs to be called after the controller is instantiated (you can choose between two different configure methods).
|
void |
disableEffect(javafx.scene.input.MouseEvent mouseEvent)
Disables the effect to the ImageView when a specific mouseEvent is caught (onMouseExited)
|
void |
handleSelection(javafx.scene.input.MouseEvent mouseEvent)
Handles the selection of a card (ImageView with onMouseClicked listener)
|
void |
initialize()
Initialize the structures with the imageViews
|
void |
payWithAmmo()
Handles the pay with ammo button.
|
void |
sendPayMessage(int selection)
Sends a paymentSelection message
|
void |
showSelection(javafx.scene.input.MouseEvent mouseEvent)
Sets an effect to the ImageView when a specific mouseEvent is caught (onMouseEntered)
|
public void initialize()
public void configure(Client client, PaymentMessage paymentMessage, java.util.List<javafx.scene.image.Image> images)
client
- reference to the Client instancepaymentMessage
- paymentMessage to showimages
- List of Images to showpublic void configure(Client client, PaymentMessage paymentMessage, java.util.List<javafx.scene.image.Image> images, PlayerBoardMessage playerBoardMessage, javafx.scene.Group ammoGroup, boolean anyColor)
client
- reference to the Client instancepaymentMessage
- paymentMessage to showimages
- List of Images to showplayerBoardMessage
- playerBoardMessage of the playerammoGroup
- Group with the Nodes representing the ammo of the playeranyColor
- true if the player can pay with an ammo of any color, false if he can'tpublic void showSelection(javafx.scene.input.MouseEvent mouseEvent)
mouseEvent
- mouseEvent caughtpublic void disableEffect(javafx.scene.input.MouseEvent mouseEvent)
mouseEvent
- mouseEvent caughtpublic void handleSelection(javafx.scene.input.MouseEvent mouseEvent)
mouseEvent
- mouseEvent caughtpublic void payWithAmmo()
public void sendPayMessage(int selection)
selection
- index of the selectionpublic void closeWindow()


Test case: ListsWithPresentationalElementsInvalid.html
Definition Lists Tests
-
Testing abbr
-
Testing b
-
Testing data
Testing dfn
Testing em
Testing i
Testing kbd
Testing mark
- Coffee
- - black hot drink
- Milk
- - white cold drink
Testing q
-
Testing data
- Coffee
- - black hot drink
- Milk
- - white cold drink
Testing br
-
Testing cite
Testing code
-
Testing data
-
Testing dfn
-
Testing em
-
Testing i
-
Testing kbd
-
Testing mark
Testing q
-
Testing ruby
-
Testing samp
-
Testing small
-
Testing span
-
Testing strong
-
Testing sub
-
Testing sup
-
Testing u
-
Testing var
-
Testing big
-
Testing tt
-
Testing font
Testing h1
Testing h2
Testing h3
Testing h4
Testing h5
Testing h6
Testing hr
Testing blockquote
Testing p
-
Testing abbr
Testing b
Testing bdi
Testing bdo
- hellp
Testing br Testing cite
Testing code
Testing data
Testing dfn
Testing em
Testing i
Testing kbd
Testing mark
Testing qTesting ruby
- Testing
Testing h1
Testing h2
Testing h3
Testing h4
Testing h5
Testing h6
Testing hr
Testing blockquote
Testing p
-
Testing abbr
Testing b
Testing bdi
Testing bdo
-
- Tower of something
Testing ruby
-
- Ordered list
Testing span
Testing strong
Testing sub
Testing sup
Testing br Testing cite
Testing code
Testing data
Testing dfn
Testing em
Testing i
Testing kbd
Testing mark
Testing q
Testing h1
Testing h2
Testing h3
Testing h4
Testing h5
Testing h6
Testing hr
Testing blockquote
Testing p


Sunday hunting days poised to become law in Pennsylvania
HARRISBURG, Pa. (AP) - Gov. Tom Wolf will sign legislation allowing hunting on three Sundays a year in Pennsylvania.
The Senate voted 38-11 on Wednesday, the bill's last hurdle before it heads to Wolf's desk.
The bill permits Sunday hunting one day during rifle deer season, one during statewide archery deer season and a third day the Game Commission selects.
It also requires a landowner's written permission and makes it easier for wardens to enforce the anti-trespassing law. The long-fought issue overcame opposition from farmers and outdoors groups.
Pennsylvania has banned Sunday hunting since the 19th century, although there are currently exceptions for crows, foxes and coyotes, and for noncommercial private game reserves.
The bill is touted as a way to make it easier for younger people and those who work during the week to hunt.
Copyright 2019 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.


package-lock.json
A manifestation of the manifestTable of contents
Description
package-lock.json
is automatically generated for any operations where npm
modifies either the node_modules
tree, or package.json
. It describes the
exact tree that was generated, such that subsequent installs are able to
generate identical trees, regardless of intermediate dependency updates.
This file is intended to be committed into source repositories, and serves various purposes:
-
Describe a single representation of a dependency tree such that teammates, deployments, and continuous integration are guaranteed to install exactly the same dependencies.
-
Provide a facility for users to “time-travel” to previous states of
node_modules
without having to commit the directory itself. -
To facilitate greater visibility of tree changes through readable source control diffs.
-
And optimize the installation process by allowing npm to skip repeated metadata resolutions for previously-installed packages.
One key detail about package-lock.json
is that it cannot be published, and it
will be ignored if found in any place other than the toplevel package. It shares
a format with npm-shrinkwrap.json, which is essentially the same file, but
allows publication. This is not recommended unless deploying a CLI tool or
otherwise using the publication process for producing production packages.
If both package-lock.json
and npm-shrinkwrap.json
are present in the root of
a package, package-lock.json
will be completely ignored.
File Format
name
The name of the package this is a package-lock for. This must match what’s in
package.json
.
version
The version of the package this is a package-lock for. This must match what’s in
package.json
.
lockfileVersion
An integer version, starting at 1
with the version number of this document
whose semantics were used when generating this package-lock.json
.
packageIntegrity
This is a subresource
integrity value
created from the package.json
. No preprocessing of the package.json
should
be done. Subresource integrity strings can be produced by modules like
ssri
.
preserveSymlinks
Indicates that the install was done with the environment variable
NODE_PRESERVE_SYMLINKS
enabled. The installer should insist that the value of
this property match that environment variable.
dependencies
A mapping of package name to dependency object. Dependency objects have the following properties:
version
This is a specifier that uniquely identifies this package and should be usable in fetching a new copy of it.
- bundled dependencies: Regardless of source, this is a version number that is purely for informational purposes.
- registry sources: This is a version number. (eg,
1.2.3
) - git sources: This is a git specifier with resolved committish. (eg,
git+https://example.com/foo/bar#115311855adb0789a0466714ed48a1499ffea97e
) - http tarball sources: This is the URL of the tarball. (eg,
https://example.com/example-1.3.0.tgz
) - local tarball sources: This is the file URL of the tarball. (eg
file:///opt/storage/example-1.3.0.tgz
) - local link sources: This is the file URL of the link. (eg
file:libs/our-module
)
integrity
This is a Standard Subresource Integrity for this resource.
- For bundled dependencies this is not included, regardless of source.
- For registry sources, this is the
integrity
that the registry provided, or if one wasn’t provided the SHA1 inshasum
. - For git sources this is the specific commit hash we cloned from.
- For remote tarball sources this is an integrity based on a SHA512 of the file.
- For local tarball sources: This is an integrity field based on the SHA512 of the file.
resolved
- For bundled dependencies this is not included, regardless of source.
- For registry sources this is path of the tarball relative to the registry URL. If the tarball URL isn’t on the same server as the registry URL then this is a complete URL.
bundled
If true, this is the bundled dependency and will be installed by the parent module. When installing, this module will be extracted from the parent module during the extract phase, not installed as a separate dependency.
dev
If true then this dependency is either a development dependency ONLY of the top level module or a transitive dependency of one. This is false for dependencies that are both a development dependency of the top level and a transitive dependency of a non-development dependency of the top level.
optional
If true then this dependency is either an optional dependency ONLY of the top level module or a transitive dependency of one. This is false for dependencies that are both an optional dependency of the top level and a transitive dependency of a non-optional dependency of the top level.
All optional dependencies should be included even if they’re uninstallable on the current platform.
requires
This is a mapping of module name to version. This is a list of everything
this module requires, regardless of where it will be installed. The version
should match via normal matching rules a dependency either in our
dependencies
or in a level higher than us.
dependencies
The dependencies of this dependency, exactly as at the top level.


Up: Contents
Next: Organization of this Document
Previous: What Is Included In The Standard?
The standard does not specify:
- Operations that require more operating system support than is currently
standard; for example, interrupt-driven receives, remote execution,
or active messages,
- Program construction tools,
- Debugging facilities.
There are many features that have been considered and
not included in this standard. This happened for
a number of reasons, one of which is the time constraint
that was self-imposed in finishing the standard.
Features that are not included can always be offered as extensions
by specific
implementations.
Perhaps future versions of MPI will address some of these issues.
Up: Contents
Next: Organization of this Document
Previous: What Is Included In The Standard?
Return to MPI-2.2 Standard Index
Return to MPI Forum Home Page
(Unofficial) MPI-2.2 of September 4, 2009
HTML Generated on September 10, 2009


{% load static %}
VENT or Visualization of Evil Network Traffic is a web application for network administrators to be able to quickly look and identify the status of their network and make quick administrative actions in order to secure the safety of their network.
VENT starts off by creating a visualization of your network topology by scanning it using nmap and assigning each machine a colored box. VENT then integrates with your IDS so that it can visualize your "evil" traffic using color-coating.
Each machine's color will start at green and as the machine recieves more attacks, the color will transition to yellow, to orange, and finally to red to indicate the danger of the machine.
By visualizing threats this way, network administrators won't have to chase through logs trying to identify which machines are under attack.
Finally VENT is awesome because it saves you a lot of time. Ok, so you found out who the 1337 H4X0R is attacking your machine.  With VENT, it allows you to blacklist IP addresses at the click of a button, saving you even more time.
 You can port scan any machine on your network and get a list of the open ports to ensure services are running that shoudn't be.
Want another reason VENT is awesome? We generate consise reports automatically based what is going on your network. Something great the boss can understand.
Currently, Bro is the only IDS supported. In addition, it is only configured to support a virtual router.


|
|
IFXVector4 Class ReferenceThis class handles vectors of four floats.
More...
List of all members.
|
Public Member Functions |
| | IFXVector4 (void) |
| | IFXVector4 (F32 r, F32 g, F32 b) |
| | IFXVector4 (F32 r, F32 g, F32 b, F32 a) |
| | IFXVector4 (const F32 *floats) |
| | IFXVector4 (const IFXVector4 &operand) |
| | IFXVector4 (const IFXVector3 &operand) |
| IFXVector4 & | operator= (const F32 *floats) |
| IFXVector4 & | operator= (const IFXVector4 &operand) |
| IFXVector4 & | operator= (const IFXVector3 &operand) |
| | operator IFXVector3 & (void) |
| BOOL | operator== (const IFXVector4 &operand) const |
| BOOL | operator!= (const IFXVector4 &operand) const |
| BOOL | NearlyEquals (const IFXVector4 &operand, F32 margin) const |
| void | Reset (void) |
| void | Set (F32 r, F32 g, F32 b, F32 a=1.0f) |
| void | Set3 (F32 r, F32 g, F32 b) |
| F32 * | Raw (void) |
| const F32 * | RawConst (void) const |
| F32 & | operator[] (U32 n) |
| F32 | operator[] (U32 n) const |
| F32 & | Value (U32 index) |
| F32 | Value (U32 index) const |
| F32 & | R (void) |
| F32 & | G (void) |
| F32 & | B (void) |
| F32 & | A (void) |
| F32 & | X (void) |
| F32 & | Y (void) |
| F32 & | Z (void) |
| F32 & | H (void) |
| F32 & | U (void) |
| F32 & | V (void) |
| F32 & | W (void) |
| F32 & | T (void) |
| F32 | R (void) const |
| F32 | G (void) const |
| F32 | B (void) const |
| F32 | A (void) const |
| F32 | X (void) const |
| F32 | Y (void) const |
| F32 | Z (void) const |
| F32 | H (void) const |
| F32 | U (void) const |
| F32 | V (void) const |
| F32 | W (void) const |
| F32 | T (void) const |
| F32 & | Radius (void) |
| F32 | Radius (void) const |
| IFXVector4 & | Add (const IFXVector4 &right) |
| IFXVector4 & | Add (const IFXVector4 &left, const IFXVector4 &right) |
| IFXVector4 & | Subtract (const IFXVector4 &right) |
| IFXVector4 & | Subtract (const IFXVector4 &left, const IFXVector4 &right) |
| IFXVector4 & | Multiply (const IFXVector4 &right) |
| IFXVector4 & | Multiply (const IFXVector4 &left, const IFXVector4 &right) |
| IFXVector4 & | Scale (F32 scalar) |
| IFXVector4 & | Scale3 (const F32 fScale) |
| IFXVector4 & | Min (const IFXVector4 &operand) |
| IFXVector4 & | Min (const F32 *floats) |
| IFXVector4 & | Max (const IFXVector4 &operand) |
| IFXVector4 & | Max (const F32 *floats) |
| F32 | DotProduct3 (const IFXVector4 &operand) const |
| IFXVector4 & | CrossProduct3 (const IFXVector4 &left, const IFXVector4 &right) |
| F32 | CalcMagnitude3 (void) const |
| F32 | CalcMagnitudeSquared3 (void) const |
| IFXVector4 & | Normalize3 (void) |
| F32 | CalcDistanceFrom (const IFXVector4 &operand) const |
| void | IncorporateSphere (const IFXVector4 &bound) |
| void | IncorporateSphere (const IFXVector4 *pBound) |
| U32 | GetRGBA () const |
| U32 | GetBGRA () const |
| void | BGR () |
| IFXString | Out (BOOL verbose=false) const |
Private Attributes |
| F32 | m_value [4] |
Detailed Description
This class handles vectors of four floats.
Constructor & Destructor Documentation
| IFXVector4::IFXVector4 |
( |
void |
|
) |
[inline] |
|
|
|
Construct without initializing.
|
| IFXVector4::IFXVector4 |
( |
F32 |
r, |
|
|
F32 |
g, |
|
|
F32 |
b |
|
) |
[inline] |
|
|
|
Construct using 3 explicit values.
The fourth is set to 1. |
| IFXVector4::IFXVector4 |
( |
F32 |
r, |
|
|
F32 |
g, |
|
|
F32 |
b, |
|
|
F32 |
a |
|
) |
[inline] |
|
|
|
Construct using 4 explicit values.
|
| IFXVector4::IFXVector4 |
( |
const F32 * |
floats |
) |
[inline] |
|
|
|
Construct using an array of at least 4 floats representing the 4 components in the vector.
|
| IFXVector4::IFXVector4 |
( |
const IFXVector4 & |
operand |
) |
[inline] |
|
| IFXVector4::IFXVector4 |
( |
const IFXVector3 & |
operand |
) |
[inline] |
|
|
|
Populates using a 3 component vector.
The fourth component is set to zero. |
Member Function Documentation
| F32 IFXVector4::A |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the Alpha component (4th) as const.
|
| F32& IFXVector4::A |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the Alpha component (4th).
|
|
|
Populates this vector with the sum of the operands.
|
|
|
Adds the operand into this vector.
|
| F32 IFXVector4::B |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the Blue component (3rd) as const.
|
| F32& IFXVector4::B |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the Blue component (3rd).
|
| IFXINLINE void IFXVector4::BGR |
( |
|
) |
|
|
|
|
Performs RGBA<->BGRA switch.
|
| IFXINLINE F32 IFXVector4::CalcDistanceFrom |
( |
const IFXVector4 & |
operand |
) |
const |
|
| IFXINLINE F32 IFXVector4::CalcMagnitude3 |
( |
void |
|
) |
const |
|
|
|
Returns the length of the 3-vector implied by the first 3 components.
|
| IFXINLINE F32 IFXVector4::CalcMagnitudeSquared3 |
( |
void |
|
) |
const |
|
|
|
Returns the square length of the 3-vector implied by the first 3 components.
This is faster than computing the actual length. |
|
|
Populates this vector with the cross product of the first 3 components of the two operands.
The result will be normalized if the operands were normalized. |
| IFXINLINE F32 IFXVector4::DotProduct3 |
( |
const IFXVector4 & |
operand |
) |
const |
|
|
|
Returns the dot product of this vector's first 3 components with the first 3 components of the operand.
If you expect to take the acos() of result to find an angle, both vectors must be normalized before calling this method. |
| F32 IFXVector4::G |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the Green component (2nd) as const.
|
| F32& IFXVector4::G |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the Green component (2nd).
|
| IFXINLINE U32 IFXVector4::GetBGRA |
( |
|
) |
const |
|
|
|
Gets the BGRA representation of the vector as a single integer.
This is useful for setting colors in D3D. This assumes that colors as held in the floating point vector are in the range from 0.0 - 1.0. Colors are clamped to 0.0 - 1.0 range during conversion to U32. The vector is not changed by the clamping. |
| IFXINLINE U32 IFXVector4::GetRGBA |
( |
|
) |
const |
|
|
|
Gets the RGBA representation of the vector as a single integer.
This is useful for setting colors in D3D. This assumes that colors as held in the floating point vector are in the range from 0.0 - 1.0. Colors are clamped to 0.0 - 1.0 range during conversion to U32. The vector is not changed by the clamping. |
| F32 IFXVector4::H |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the H component (4th) as const.
|
| F32& IFXVector4::H |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the H component (4th).
|
| void IFXVector4::IncorporateSphere |
( |
const IFXVector4 * |
pBound |
) |
|
|
|
|
Treating the forth element as radius, this function sets this "sphere" as the collective bounds of this current sphere and the given operand's sphere.
|
| void IFXVector4::IncorporateSphere |
( |
const IFXVector4 & |
bound |
) |
|
|
|
|
Treating the forth element as radius, this function sets this "sphere" as the collective bounds of this current sphere and the given operand's sphere.
|
|
|
Sets each component of this vector to the maximum of that component's current value and the corresponding component of the given float array.
|
|
|
Sets each component of this vector to the maximum of that component's current value and the corresponding component of the operand.
|
|
|
Sets each component of this vector to the minimum of that component's current value and the corresponding component of the given float array.
|
|
|
Sets each component of this vector to the minimum of that component's current value and the corresponding component of the operand.
|
|
|
Populates components of this vector with the product of the corresponding components of the operands.
|
|
|
Multiplies each component in the operand into the corresponding component of this vector.
|
| IFXINLINE BOOL IFXVector4::NearlyEquals |
( |
const IFXVector4 & |
operand, |
|
|
F32 |
margin |
|
) |
const |
|
|
|
Returns TRUE if each component in the operand is with the given margin from the value of the corresponding component in this vector.
|
| IFXINLINE IFXVector4 & IFXVector4::Normalize3 |
( |
void |
|
) |
|
|
|
|
Scales the first 3 components to a length of 1.
|
| IFXVector4::operator IFXVector3 & |
( |
void |
|
) |
[inline] |
|
| IFXINLINE BOOL IFXVector4::operator!= |
( |
const IFXVector4 & |
operand |
) |
const |
|
|
|
Exact compare operation (zero tolerance).
|
|
|
Populates this vector using a 3 component vector.
The fourth component is set to zero. |
| IFXINLINE IFXVector4 & IFXVector4::operator= |
( |
const F32 * |
floats |
) |
|
|
|
|
Constructs the vector using an array of at least 3 floats representing the 3 components in the vector.
|
| IFXINLINE BOOL IFXVector4::operator== |
( |
const IFXVector4 & |
operand |
) |
const |
|
|
|
Exact compare operation (zero tolerance).
|
| IFXINLINE F32 IFXVector4::operator[] |
( |
U32 |
n |
) |
const |
|
|
|
Accesses a component as const.
|
| IFXINLINE F32 & IFXVector4::operator[] |
( |
U32 |
n |
) |
|
|
|
|
Accesses a component of the internal float array.
|
| IFXString IFXVector4::Out |
( |
BOOL |
verbose = false |
) |
const |
|
|
|
Generates a string representing the contents of this vector.
|
| F32 IFXVector4::R |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the Red component (1st) as const.
|
| F32& IFXVector4::R |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the Red component (1st).
|
| F32 IFXVector4::Radius |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the Radius component (4th) as const.
|
| F32& IFXVector4::Radius |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the Radius component (4th).
|
| F32* IFXVector4::Raw |
( |
void |
|
) |
[inline] |
|
|
|
Returns a pointer to the internal float array containing the 4 floats.
This is not a copy. |
| const F32* IFXVector4::RawConst |
( |
void |
|
) |
const [inline] |
|
|
|
Returns a const pointer to the internal float array.
|
| IFXINLINE void IFXVector4::Reset |
( |
void |
|
) |
|
|
|
|
Resets vector to <0,0,0,1>.
|
|
|
Multiplies each component of this vector by the given scalar.
|
|
|
Multiplies first 3 components of this vector by the given scalar.
|
| IFXINLINE void IFXVector4::Set |
( |
F32 |
r, |
|
|
F32 |
g, |
|
|
F32 |
b, |
|
|
F32 |
a = 1.0f |
|
) |
|
|
|
|
Sets all 4 RGBA or XYZH components (4th defaults to 1.0).
|
| IFXINLINE void IFXVector4::Set3 |
( |
F32 |
r, |
|
|
F32 |
g, |
|
|
F32 |
b |
|
) |
|
|
|
|
Sets the first 3 components explicitly (4th is unchanged).
|
|
|
Populates this vector with the difference of the operands.
|
|
|
Subtracts the operand out of this vector.
|
| F32 IFXVector4::T |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the T component (4th) as const.
|
| F32& IFXVector4::T |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the T component (4th).
|
| F32 IFXVector4::U |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the U component (1st) as const.
|
| F32& IFXVector4::U |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the U component (1st).
|
| F32 IFXVector4::V |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the V component (2nd) as const.
|
| F32& IFXVector4::V |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the V component (2nd).
|
| IFXINLINE F32 IFXVector4::Value |
( |
U32 |
index |
) |
const |
|
|
|
Accesses an indexed element as const.
|
| IFXINLINE F32 & IFXVector4::Value |
( |
U32 |
index |
) |
|
|
|
|
Accesses element using an index in the range 0 to 3.
|
| F32 IFXVector4::W |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the W component (3rd) as const.
|
| F32& IFXVector4::W |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the W component (3rd).
|
| F32 IFXVector4::X |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the X component (1st) as const.
|
| F32& IFXVector4::X |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the X component (1st).
|
| F32 IFXVector4::Y |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the Y component (2nd) as const.
|
| F32& IFXVector4::Y |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the Y component (2nd).
|
| F32 IFXVector4::Z |
( |
void |
|
) |
const [inline] |
|
|
|
Accesses the Z component (3rd) as const.
|
| F32& IFXVector4::Z |
( |
void |
|
) |
[inline] |
|
|
|
Accesses the Z component (3rd).
|
Member Data Documentation
© 1999 - 2006 Intel Corporation. All rights reserved.
* Other names and brands may be claimed as the property of others.
|
|


Projects
Lifelong learning is defined as "all learning activity undertaken throughout life, with the aim of improving knowledge, skills and competences within a personal, civic, social and/or employment-related perspective"
However, Erasmus + Program is the EU's grant program in the fields of education, youth and sports. It supports education, training, internship, professional development, non-formal learning-based youth activities and collaborations between institutions abroad. The European Solidarity Program (ESC), on the other hand, provides opportunities for volunteering, solidarity and networking activities in projects that benefit society.
The activities which are field on our works and supported under the Erasmus + Program are basically gathered under 3 main actions and 2 special actions.
Key Action 1
Staff Mobility:
- Increasing the sustainable lifelong learning education programs
- Sustainable clean environmental and global warming
- Sport, recreational and science camps
- Conferences
- Stationary and online courses
- Excursions
- Finding accommodations
- Helping during process for start studying in Poland
Student Mobility:
- Increasing the sustainable lifelong learning education programs
- Sustainable clean environmental and global warming
- Sport, recreational and science camps
Central Calls for Proposals:
- Increasing the sustainable lifelong learning education programs
- Sustainable clean environmental and global warming
Key Action 2
Cooperation for the Exchange of Innovation and Practices.
Strategic Partnerships:
- School Education Strategic Partnerships
- Cross-School Exchange Partnerships
- Vocational Training
- Adult Education
- High education
- Youth
Central Calls for Proposals:
- European Universities
- Knowledge Partnerships
- Capacity Building in the Field of Youth
- Capacity Building in the Field of Higher Education
Key Action 3
Policy Reform Supports & Central Calls for Proposals:
- Civil Society Cooperation (Youth)
- Civil Society Cooperation (Education)
- Initiatives for Policy Innovation
Youth Dialogue:
- Youth Dialogue (National)
- Youth Dialogue (International)


The client libs are a power feature of the AEM platform.
When developing a component, in most if not all cases there is CSS and or JavaScript that is specific to the component. In the case of the Button Component the css is rolled into the core css file and there is no JavaScript.
Lets take a look at the Events Listing Component's clientlibs
Here you will see that the clientlibs node contains a CSS folder and a JS folder as well as two text files css.txt
and js.txt
Lets take a quick look at the the two txt files. If we open the js text file.
#base=js
event-listing.js
The #base=js
instructs the compiler that the base folder is js followed by the name or names of the JavaScript files that are to be included within the ClientLib. During the build process AEM will create one js file and one css file respectively. If there were more than 1 file all the files would be concatenated into one file and minified.
**Minified in AEM = White Space remove, line breaks still exist :(
Now in my component JSP I can include the client lib with one line:
<cq:includeClientLibcategories="nextgen.event-listing" />
Or
<cq:includeClientLibcss="nextgen.event-listing" />
And
<cq:includeClientLibjs="nextgen.event-listing" />
There is also the option to include this component's clientlib into a parent or global lib such as a head clientlib. Or the CSS can be including in the css.txt
of the head and the JavaScript can by included in the foot clientlib's js.txt
to delay the loading until the end of the page.
From time to time it will be necessary to have to trouble shoot JavaScript or CSS in the browser. AEM has a great feature to do so. Simply apply ?debugClientLibs=true
to the a URL path and AEM will unpack the concatenated code.
Let's try that now and work with breakpoints in a JS file.


| Jaypee Institute Of Information technology (JIIT),Noida B.Tech , Computer Science Engineering ( 2015 – 2019) |
CGPA : 7.7 (6th sem) |
| St. Paul’s Inter College, Shahjahanpur (CBSE ) 12th (2014-2015) |
Percentage: 88% |
| St. Paul’s Inter College , Shahjahanpur (CBSE) 10th (2012-2013) |
CGPA : 10 |
| Programing Language |
|
| Tools & Technologies | Java Fx |
| Technical Electives |
|
| Desktop Music Player App | (Feb,2017-May,2017) |
| (Individual) | Guide : Mr. Prantik Biswas |
| This Project involved the use of KMP algorithm to search the playlist. It is a java based project. It uses javaFX for UI design |
| Smart Mirror Based On Facial Recognition | (Aug,2017- Nov,2017) |
| (Team Size -4) | Guide: Mrs. Sakshi Aggarwal |
| This project involved displaying weather notifications, news feeds, mobile notifications on a monitor (display screen) attached with the mirror.It was supported by resberry pi and used facial recognition (Open CV ,LBPH algorithm) to detect the user . |
| Email : |<EMAIL_ADDRESS>|
| Mobile Number : | +91-8377038388 |
| Address : | 230/3/H Type Factory Estate, Shahjahanpur, Uttar Pradesh. |


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Programming LanguagesProgramming Languages |
| PHP |
| C# |
| HTML5 |
| CSS |
| Javascript |
| JQuery |
| XML / JSON |
| React |
Programming Languages |
|||||||||
|
Additional SkillsAdditional Skills |
| MySQL |
| SQLite |
| Visual Studio |
| Linux |
| Raspberry Pi Development |
| SSH |
| Wordpress/Bluehost |
| Amazon Web Services |
Additional Skills |
|||||||||
|
Projects I've Worked OnProjects |
| Custom support site which includes: |
|
| Cloud Kiosk Reservation System |
| Customer Stat Site |
| Licensing Website |
| Company Website |
| Custom Wordpress Sites |
Projects I've Worked On |
||||||||
|


Represents a shared ownership smart pointer. Keeps count of references to the underlying pointer and deletes it when the last shared pointer goes out of scope.
| T |
| public nothrow | SharedPtr() |
| public nothrow | SharedPtr(SharedPtr&& that) |
| public explicit nothrow | SharedPtr(T* ptr_) |
| public nothrow | SharedPtr(T* ptr_, const SharedCount<T>& count_) |
| public nothrow | SharedPtr(const SharedPtr& that) |
| public nothrow | SharedPtr(const WeakPtr<T>& that) |
| public inline nothrow T* | Get() const |
| public inline nothrow const SharedCount<T>& | GetCount() const |
| public inline nothrow T* | GetPtr() const |
| public nothrow int | GetUseCount() const |
| public inline nothrow bool | IsNull() const |
| public nothrow bool | IsUnique() const |
| public nothrow void | Reset() |
| public nothrow void | Reset(T* ptr_) |
| public nothrow void | Swap(SharedPtr& that) |
| public inline nothrow T& | operator*() const |
| public inline nothrow T* | operator->() const |
| public nothrow void | operator=(SharedPtr&& that) |
| public nothrow void | operator=(const SharedPtr& that) |
| private typedef CountType | SharedCount<T> |
| private typedef Self | SharedPtr |
| private SharedCount<T> | count |
| private T* | ptr |


I'm a professional with extensive experience in developing high availability and resilient applications. Solid experience in cloud computing management of players as AWS, Oracle Cloud, Google Cloud and Heroku Cloud. I'm very ambitious about solve complex problems.


{{partial "header.html" .}} {{partial "navbar.html" .}} {{partial "main-banner.html" .}} {{partial "team.html" .}} {{partial "footer.html" .}} {{partial "footer-js.html" .}}


Overview
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T
W
A
addChild(int, int, Object)
- Method in class org.kxml2.kdom.
Document
Adds a child at the given index position.
addChild(int, int, Object)
- Method in class org.kxml2.kdom.
Node
inserts the given child object of the given type at the given index.
addChild(int, Object)
- Method in class org.kxml2.kdom.
Node
convenience method for addChild (getChildCount (), child)
ATTR_START_TABLE
- Static variable in class org.kxml2.wap.wml.
Wml
ATTR_VALUE_TABLE
- Static variable in class org.kxml2.wap.wml.
Wml
attribute(String, String, String)
- Method in class org.kxml2.io.
KXmlSerializer
attribute(String, String, String)
- Method in class org.kxml2.wap.
WbxmlSerializer
attrStartTable
- Static variable in class org.kxml2.wap.wv.
WV
attrValueTable
- Static variable in class org.kxml2.wap.wv.
WV
C
cdsect(String)
- Method in class org.kxml2.io.
KXmlSerializer
CDSECT
- Static variable in class org.kxml2.kdom.
Node
cdsect(String)
- Method in class org.kxml2.wap.
WbxmlSerializer
checkPending(boolean)
- Method in class org.kxml2.wap.
WbxmlSerializer
clear()
- Method in class org.kxml2.kdom.
Element
removes all children and attributes
comment(String)
- Method in class org.kxml2.io.
KXmlSerializer
COMMENT
- Static variable in class org.kxml2.kdom.
Node
comment(String)
- Method in class org.kxml2.wap.
WbxmlSerializer
createDMParser()
- Static method in class org.kxml2.wap.syncml.
SyncML
createDMSerializer()
- Static method in class org.kxml2.wap.syncml.
SyncML
createElement(String, String)
- Method in class org.kxml2.kdom.
Element
Forwards creation request to parent if any, otherwise calls super.createElement.
createElement(String, String)
- Method in class org.kxml2.kdom.
Node
Builds a default element with the given properties.
createParser()
- Static method in class org.kxml2.wap.syncml.
SyncML
createParser()
- Static method in class org.kxml2.wap.wml.
Wml
Creates a WbxmlParser with the WML code pages set
createParser()
- Static method in class org.kxml2.wap.wv.
WV
createSerializer()
- Static method in class org.kxml2.wap.syncml.
SyncML
createSerializer()
- Static method in class org.kxml2.wap.wml.
Wml
D
defineEntityReplacementText(String, String)
- Method in class org.kxml2.io.
KXmlParser
defineEntityReplacementText(String, String)
- Method in class org.kxml2.wap.
WbxmlParser
docdecl(String)
- Method in class org.kxml2.io.
KXmlSerializer
DOCDECL
- Static variable in class org.kxml2.kdom.
Node
docdecl(String)
- Method in class org.kxml2.wap.
WbxmlSerializer
Document
- Class in
org.kxml2.kdom
The document consists of some legacy events and a single root element.
Document()
- Constructor for class org.kxml2.kdom.
Document
DOCUMENT
- Static variable in class org.kxml2.kdom.
Node
E
Element
- Class in
org.kxml2.kdom
In order to create an element, please use the createElement method instead of invoking the constructor directly.
Element()
- Constructor for class org.kxml2.kdom.
Element
ELEMENT
- Static variable in class org.kxml2.kdom.
Node
END
- Static variable in interface org.kxml2.wap.
Wbxml
endDocument()
- Method in class org.kxml2.io.
KXmlSerializer
endDocument()
- Method in class org.kxml2.wap.
WbxmlSerializer
endTag(String, String)
- Method in class org.kxml2.io.
KXmlSerializer
endTag(String, String)
- Method in class org.kxml2.wap.
WbxmlSerializer
ENTITY
- Static variable in interface org.kxml2.wap.
Wbxml
ENTITY_REF
- Static variable in class org.kxml2.kdom.
Node
entityRef(String)
- Method in class org.kxml2.io.
KXmlSerializer
entityRef(String)
- Method in class org.kxml2.wap.
WbxmlSerializer
EXT_0
- Static variable in interface org.kxml2.wap.
Wbxml
EXT_1
- Static variable in interface org.kxml2.wap.
Wbxml
EXT_2
- Static variable in interface org.kxml2.wap.
Wbxml
EXT_I_0
- Static variable in interface org.kxml2.wap.
Wbxml
EXT_I_1
- Static variable in interface org.kxml2.wap.
Wbxml
EXT_I_2
- Static variable in interface org.kxml2.wap.
Wbxml
EXT_T_0
- Static variable in interface org.kxml2.wap.
Wbxml
EXT_T_1
- Static variable in interface org.kxml2.wap.
Wbxml
EXT_T_2
- Static variable in interface org.kxml2.wap.
Wbxml
F
flush()
- Method in class org.kxml2.io.
KXmlSerializer
flush()
- Method in class org.kxml2.wap.
WbxmlSerializer
ATTENTION: flush cannot work since Wbxml documents require buffering.
G
getAttributeCount()
- Method in class org.kxml2.io.
KXmlParser
getAttributeCount()
- Method in class org.kxml2.kdom.
Element
Returns the number of attributes of this element.
getAttributeCount()
- Method in class org.kxml2.wap.
WbxmlParser
getAttributeName(int)
- Method in class org.kxml2.io.
KXmlParser
getAttributeName(int)
- Method in class org.kxml2.kdom.
Element
getAttributeName(int)
- Method in class org.kxml2.wap.
WbxmlParser
getAttributeNamespace(int)
- Method in class org.kxml2.io.
KXmlParser
getAttributeNamespace(int)
- Method in class org.kxml2.kdom.
Element
getAttributeNamespace(int)
- Method in class org.kxml2.wap.
WbxmlParser
getAttributePrefix(int)
- Method in class org.kxml2.io.
KXmlParser
getAttributePrefix(int)
- Method in class org.kxml2.wap.
WbxmlParser
getAttributeType(int)
- Method in class org.kxml2.io.
KXmlParser
getAttributeType(int)
- Method in class org.kxml2.wap.
WbxmlParser
getAttributeValue(int)
- Method in class org.kxml2.io.
KXmlParser
getAttributeValue(String, String)
- Method in class org.kxml2.io.
KXmlParser
getAttributeValue(int)
- Method in class org.kxml2.kdom.
Element
getAttributeValue(String, String)
- Method in class org.kxml2.kdom.
Element
getAttributeValue(int)
- Method in class org.kxml2.wap.
WbxmlParser
getAttributeValue(String, String)
- Method in class org.kxml2.wap.
WbxmlParser
getChild(int)
- Method in class org.kxml2.kdom.
Node
Returns the child object at the given index.
getChildCount()
- Method in class org.kxml2.kdom.
Node
Returns the number of child objects
getColumnNumber()
- Method in class org.kxml2.io.
KXmlParser
getColumnNumber()
- Method in class org.kxml2.wap.
WbxmlParser
getDepth()
- Method in class org.kxml2.io.
KXmlParser
getDepth()
- Method in class org.kxml2.io.
KXmlSerializer
getDepth()
- Method in class org.kxml2.wap.
WbxmlParser
getDepth()
- Method in class org.kxml2.wap.
WbxmlSerializer
getElement(int)
- Method in class org.kxml2.kdom.
Node
returns the element at the given index.
getElement(String, String)
- Method in class org.kxml2.kdom.
Node
Returns the element with the given namespace and name.
getEncoding()
- Method in class org.kxml2.kdom.
Document
returns "#document"
getEventType()
- Method in class org.kxml2.io.
KXmlParser
getEventType()
- Method in class org.kxml2.wap.
WbxmlParser
getFeature(String)
- Method in class org.kxml2.io.
KXmlParser
getFeature(String)
- Method in class org.kxml2.io.
KXmlSerializer
getFeature(String)
- Method in class org.kxml2.wap.
WbxmlParser
getFeature(String)
- Method in class org.kxml2.wap.
WbxmlSerializer
getInputEncoding()
- Method in class org.kxml2.io.
KXmlParser
getInputEncoding()
- Method in class org.kxml2.wap.
WbxmlParser
getLineNumber()
- Method in class org.kxml2.io.
KXmlParser
getLineNumber()
- Method in class org.kxml2.wap.
WbxmlParser
getName()
- Method in class org.kxml2.io.
KXmlParser
getName()
- Method in class org.kxml2.io.
KXmlSerializer
getName()
- Method in class org.kxml2.kdom.
Document
getName()
- Method in class org.kxml2.kdom.
Element
returns the (local) name of the element
getName()
- Method in class org.kxml2.wap.
WbxmlParser
getName()
- Method in class org.kxml2.wap.
WbxmlSerializer
getNamespace(String)
- Method in class org.kxml2.io.
KXmlParser
getNamespace()
- Method in class org.kxml2.io.
KXmlParser
getNamespace()
- Method in class org.kxml2.io.
KXmlSerializer
getNamespace()
- Method in class org.kxml2.kdom.
Element
returns the namespace of the element
getNamespace(String)
- Method in class org.kxml2.wap.
WbxmlParser
getNamespace()
- Method in class org.kxml2.wap.
WbxmlParser
getNamespace()
- Method in class org.kxml2.wap.
WbxmlSerializer
getNamespaceCount(int)
- Method in class org.kxml2.io.
KXmlParser
getNamespaceCount()
- Method in class org.kxml2.kdom.
Element
returns the number of declared namespaces, NOT including parent elements
getNamespaceCount(int)
- Method in class org.kxml2.wap.
WbxmlParser
getNamespacePrefix(int)
- Method in class org.kxml2.io.
KXmlParser
getNamespacePrefix(int)
- Method in class org.kxml2.kdom.
Element
getNamespacePrefix(int)
- Method in class org.kxml2.wap.
WbxmlParser
getNamespaceUri(int)
- Method in class org.kxml2.io.
KXmlParser
getNamespaceUri(String)
- Method in class org.kxml2.kdom.
Element
returns the namespace for the given prefix
getNamespaceUri(int)
- Method in class org.kxml2.kdom.
Element
getNamespaceUri(int)
- Method in class org.kxml2.wap.
WbxmlParser
getParent()
- Method in class org.kxml2.kdom.
Element
Returns the parent node of this element
getPositionDescription()
- Method in class org.kxml2.io.
KXmlParser
getPositionDescription()
- Method in class org.kxml2.wap.
WbxmlParser
getPrefix()
- Method in class org.kxml2.io.
KXmlParser
getPrefix(String, boolean)
- Method in class org.kxml2.io.
KXmlSerializer
getPrefix()
- Method in class org.kxml2.wap.
WbxmlParser
getPrefix(String, boolean)
- Method in class org.kxml2.wap.
WbxmlSerializer
getProperty(String)
- Method in class org.kxml2.io.
KXmlParser
getProperty(String)
- Method in class org.kxml2.io.
KXmlSerializer
getProperty(String)
- Method in class org.kxml2.wap.
WbxmlParser
getProperty(String)
- Method in class org.kxml2.wap.
WbxmlSerializer
getRoot()
- Method in class org.kxml2.kdom.
Element
Returns the root node, determined by ascending to the all parents un of the root element.
getRootElement()
- Method in class org.kxml2.kdom.
Document
returns the root element of this document.
getStandalone()
- Method in class org.kxml2.kdom.
Document
getText()
- Method in class org.kxml2.io.
KXmlParser
getText(int)
- Method in class org.kxml2.kdom.
Node
Returns the text node with the given index or null if the node with the given index is not a text node.
getText()
- Method in class org.kxml2.wap.
WbxmlParser
getTextCharacters(int[])
- Method in class org.kxml2.io.
KXmlParser
getTextCharacters(int[])
- Method in class org.kxml2.wap.
WbxmlParser
getType(int)
- Method in class org.kxml2.kdom.
Node
Returns the type of the child at the given index.
getWapCode()
- Method in class org.kxml2.wap.
WbxmlParser
Returns the token ID for start tags or the event type for wap proprietary events such as OPAQUE.
getWapExtensionData()
- Method in class org.kxml2.wap.
WbxmlParser
I
IGNORABLE_WHITESPACE
- Static variable in class org.kxml2.kdom.
Node
ignorableWhitespace(String)
- Method in class org.kxml2.io.
KXmlSerializer
ignorableWhitespace(String)
- Method in class org.kxml2.wap.
WbxmlSerializer
indexOf(String, String, int)
- Method in class org.kxml2.kdom.
Node
Performs search for an element with the given namespace and name, starting at the given start index.
init()
- Method in class org.kxml2.kdom.
Element
called when all properties are set, but before children are parsed.
isAttributeDefault(int)
- Method in class org.kxml2.io.
KXmlParser
isAttributeDefault(int)
- Method in class org.kxml2.wap.
WbxmlParser
isEmptyElementTag()
- Method in class org.kxml2.io.
KXmlParser
isEmptyElementTag()
- Method in class org.kxml2.wap.
WbxmlParser
isText(int)
- Method in class org.kxml2.kdom.
Node
isWhitespace()
- Method in class org.kxml2.io.
KXmlParser
isWhitespace()
- Method in class org.kxml2.wap.
WbxmlParser
K
KXmlParser
- Class in
org.kxml2.io
A simple, pull based XML parser.
KXmlParser()
- Constructor for class org.kxml2.io.
KXmlParser
KXmlSerializer
- Class in
org.kxml2.io
KXmlSerializer()
- Constructor for class org.kxml2.io.
KXmlSerializer
L
LITERAL
- Static variable in interface org.kxml2.wap.
Wbxml
LITERAL_A
- Static variable in interface org.kxml2.wap.
Wbxml
LITERAL_AC
- Static variable in interface org.kxml2.wap.
Wbxml
LITERAL_C
- Static variable in interface org.kxml2.wap.
Wbxml
N
next()
- Method in class org.kxml2.io.
KXmlParser
next()
- Method in class org.kxml2.wap.
WbxmlParser
nextTag()
- Method in class org.kxml2.io.
KXmlParser
nextTag()
- Method in class org.kxml2.wap.
WbxmlParser
nextText()
- Method in class org.kxml2.io.
KXmlParser
nextText()
- Method in class org.kxml2.wap.
WbxmlParser
nextToken()
- Method in class org.kxml2.io.
KXmlParser
nextToken()
- Method in class org.kxml2.wap.
WbxmlParser
Node
- Class in
org.kxml2.kdom
A common base class for Document and Element, also used for storing XML fragments.
Node()
- Constructor for class org.kxml2.kdom.
Node
O
OPAQUE
- Static variable in interface org.kxml2.wap.
Wbxml
org.kxml2.io
- package org.kxml2.io
org.kxml2.kdom
- package org.kxml2.kdom
org.kxml2.wap
- package org.kxml2.wap
org.kxml2.wap.syncml
- package org.kxml2.wap.syncml
org.kxml2.wap.wml
- package org.kxml2.wap.wml
org.kxml2.wap.wv
- package org.kxml2.wap.wv
P
parse(XmlPullParser)
- Method in class org.kxml2.kdom.
Document
reads the document and checks if the last event is END_DOCUMENT.
parse(XmlPullParser)
- Method in class org.kxml2.kdom.
Element
Builds the child elements from the given Parser.
parse(XmlPullParser)
- Method in class org.kxml2.kdom.
Node
Recursively builds the child elements from the given parser until an end tag or end document is found.
parseWapExtension(int)
- Method in class org.kxml2.wap.
WbxmlParser
Overwrite this method to intercept all wap events
PI
- Static variable in interface org.kxml2.wap.
Wbxml
PROCESSING_INSTRUCTION
- Static variable in class org.kxml2.kdom.
Node
processingInstruction(String)
- Method in class org.kxml2.io.
KXmlSerializer
processingInstruction(String)
- Method in class org.kxml2.wap.
WbxmlSerializer
R
readAttr()
- Method in class org.kxml2.wap.
WbxmlParser
removeChild(int)
- Method in class org.kxml2.kdom.
Document
removeChild(int)
- Method in class org.kxml2.kdom.
Node
Removes the child object at the given index
require(int, String, String)
- Method in class org.kxml2.io.
KXmlParser
require(int, String, String)
- Method in class org.kxml2.wap.
WbxmlParser
S
setAttribute(String, String, String)
- Method in class org.kxml2.kdom.
Element
Sets the given attribute; a value of null removes the attribute
setAttrStartTable(int, String[])
- Method in class org.kxml2.wap.
WbxmlParser
Sets the attribute start Table for a given page.
setAttrStartTable(int, String[])
- Method in class org.kxml2.wap.
WbxmlSerializer
Sets the attribute start Table for a given page.
setAttrValueTable(int, String[])
- Method in class org.kxml2.wap.
WbxmlParser
Sets the attribute value Table for a given page.
setAttrValueTable(int, String[])
- Method in class org.kxml2.wap.
WbxmlSerializer
Sets the attribute value Table for a given page.
setEncoding(String)
- Method in class org.kxml2.kdom.
Document
setFeature(String, boolean)
- Method in class org.kxml2.io.
KXmlParser
setFeature(String, boolean)
- Method in class org.kxml2.io.
KXmlSerializer
setFeature(String, boolean)
- Method in class org.kxml2.wap.
WbxmlParser
setFeature(String, boolean)
- Method in class org.kxml2.wap.
WbxmlSerializer
setInput(Reader)
- Method in class org.kxml2.io.
KXmlParser
setInput(InputStream, String)
- Method in class org.kxml2.io.
KXmlParser
setInput(Reader)
- Method in class org.kxml2.wap.
WbxmlParser
setInput(InputStream, String)
- Method in class org.kxml2.wap.
WbxmlParser
setName(String)
- Method in class org.kxml2.kdom.
Element
sets the name of the element
setNamespace(String)
- Method in class org.kxml2.kdom.
Element
sets the namespace of the element.
setOutput(Writer)
- Method in class org.kxml2.io.
KXmlSerializer
setOutput(OutputStream, String)
- Method in class org.kxml2.io.
KXmlSerializer
setOutput(Writer)
- Method in class org.kxml2.wap.
WbxmlSerializer
setOutput(OutputStream, String)
- Method in class org.kxml2.wap.
WbxmlSerializer
setPrefix(String, String)
- Method in class org.kxml2.io.
KXmlSerializer
setPrefix(String, String)
- Method in class org.kxml2.kdom.
Element
Sets the given prefix; a namespace value of null removess the prefix
setPrefix(String, String)
- Method in class org.kxml2.wap.
WbxmlSerializer
setProperty(String, Object)
- Method in class org.kxml2.io.
KXmlParser
setProperty(String, Object)
- Method in class org.kxml2.io.
KXmlSerializer
setProperty(String, Object)
- Method in class org.kxml2.wap.
WbxmlParser
setProperty(String, Object)
- Method in class org.kxml2.wap.
WbxmlSerializer
setStandalone(Boolean)
- Method in class org.kxml2.kdom.
Document
setTagTable(int, String[])
- Method in class org.kxml2.wap.
WbxmlParser
Sets the tag table for a given page.
setTagTable(int, String[])
- Method in class org.kxml2.wap.
WbxmlSerializer
Sets the tag table for a given page.
skipSubTree()
- Method in class org.kxml2.io.
KXmlParser
Skip sub tree that is currently porser positioned on.
startDocument(String, Boolean)
- Method in class org.kxml2.io.
KXmlSerializer
startDocument(String, Boolean)
- Method in class org.kxml2.wap.
WbxmlSerializer
startTag(String, String)
- Method in class org.kxml2.io.
KXmlSerializer
startTag(String, String)
- Method in class org.kxml2.wap.
WbxmlSerializer
STR_I
- Static variable in interface org.kxml2.wap.
Wbxml
STR_T
- Static variable in interface org.kxml2.wap.
Wbxml
SWITCH_PAGE
- Static variable in interface org.kxml2.wap.
Wbxml
SyncML
- Class in
org.kxml2.wap.syncml
SyncML()
- Constructor for class org.kxml2.wap.syncml.
SyncML
T
TAG_TABLE
- Static variable in class org.kxml2.wap.wml.
Wml
TAG_TABLE_0
- Static variable in class org.kxml2.wap.syncml.
SyncML
TAG_TABLE_1
- Static variable in class org.kxml2.wap.syncml.
SyncML
TAG_TABLE_2_DM
- Static variable in class org.kxml2.wap.syncml.
SyncML
tagTablePage0
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePage1
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePage2
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePage3
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePage4
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePage5
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePage6
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePage7
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePage8
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePage9
- Static variable in class org.kxml2.wap.wv.
WV
tagTablePageA
- Static variable in class org.kxml2.wap.wv.
WV
text(String)
- Method in class org.kxml2.io.
KXmlSerializer
text(char[], int, int)
- Method in class org.kxml2.io.
KXmlSerializer
TEXT
- Static variable in class org.kxml2.kdom.
Node
text(char[], int, int)
- Method in class org.kxml2.wap.
WbxmlSerializer
text(String)
- Method in class org.kxml2.wap.
WbxmlSerializer
W
WAP_EXTENSION
- Static variable in class org.kxml2.wap.
WbxmlParser
Parser event type for Wbxml-specific events.
Wbxml
- Interface in
org.kxml2.wap
contains the WBXML constants
WbxmlParser
- Class in
org.kxml2.wap
WbxmlParser()
- Constructor for class org.kxml2.wap.
WbxmlParser
WbxmlSerializer
- Class in
org.kxml2.wap
A class for writing WBXML.
WbxmlSerializer()
- Constructor for class org.kxml2.wap.
WbxmlSerializer
Wml
- Class in
org.kxml2.wap.wml
This class contains the wml coding tables for elements and attributes needed by the WmlParser.
Wml()
- Constructor for class org.kxml2.wap.wml.
Wml
write(XmlSerializer)
- Method in class org.kxml2.kdom.
Document
Writes this node to the given XmlWriter.
write(XmlSerializer)
- Method in class org.kxml2.kdom.
Element
Writes this element and all children to the given XmlWriter.
write(XmlSerializer)
- Method in class org.kxml2.kdom.
Node
Writes this node to the given XmlWriter.
writeChildren(XmlSerializer)
- Method in class org.kxml2.kdom.
Node
Writes the children of this node to the given XmlWriter.
writeWapExtension(int, Object)
- Method in class org.kxml2.wap.
WbxmlSerializer
WV
- Class in
org.kxml2.wap.wv
Wireless Village CSP 1.1 ("OMA-WV-CSP-V1_1-20021001-A.pdf") Wireless Village CSP 1.2 ("OMA-IMPS-WV-CSP_WBXML-v1_2-20030221-C.PDF") There are some bugs in the 1.2 spec but this is Ok.
WV()
- Constructor for class org.kxml2.wap.wv.
WV
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Just Keep Reading, It’s Really Not That Complicated
Here’s one way category theory applies to human behavior. I’m going to genericize this and apply an example using javascript – don’t fret, it will be very simple. You should be able to understand this without programming. Now let’s say that you need to acquire 3 pieces of information – Alpha, Beta, and Gamma. It doesn’t really matter what pieces of information Alpha, Beta, and Gamma – it could be anything. This is a generic example.
Let’s write this out with javascript:
And let’s say that you’re afraid that asking for this information will alert this person to your intentions. Now, let’s say you have some people you have influence over – your unwitting minions Alice, Bob and Carol – mwua haha ha. Well, then, let’s apply the Category Theory concept of Functors to abstract this behavior and obfuscate it.
 If the person you’re acquiring information from knew you wanted to know about Alpha, Beta and Gamma, then they could also conclude you were going to Zeta sometime soon. I apologize – things get confusing when you’re dealing with abstract nonsense.
Interestingly, these same concepts also apply to computer hacking, where you need to outwit automated algorithms for detecting abnormal behavior – and you do so using Agent-based Design Patterns …
… ** aaaand a botnet. ** You’re going to need a botnet.
Functors and Natural Transformations
So, in the code sample above, we’ve just applied the Agent-based Design Pattern to our original function myBehavior as a *Category Theory *Functor **. And now we have a new function called myNewBehavior.
At least, I think Functor is the right term, but I might actually be referring to Natural Transformations – I DON’T EVEN KNOW LMAO. The details of how Functors work aren’t really important – but they are incredibly useful, if you understand them.
This is getting complicated, but if you’re into computer science, you can use Abstract Syntax Trees (AST’s) to basically modify any existing code written in any programming language and add functionality to it. You could theoretically wrap any function with code for Dynamic Programming. You could even transform it to another programming language. It’s !@#$’ing magic. It is, however, overly complicated and 999 times out of 1,000, there is an easier way to do things. It ain’t easy, that’s for sure. I’ve never done it.
<gives audience generous pause for laughter>
My point is that category theory underpins human behavior – conversation, interaction, motivation, sociology, etc. All of these can be mathematically described using tree-like structures representing self-modifying functions, coupled with game theory and other mathematic concepts. Category theory is also applicable in genericizing and amalgamating other behavior that you see. You can basically interpret any behavior as a function, then replace the specifics with variables and combine with other functions to reuse it.
If you don’t understand this math – that’s OK. That’s what’s nice about having a human brain – you don’t actually have to understand how its functionality works to use it. You just do. By the time you pop out and before you start crawling, your brain is already capable of linear algebra, category theory and other complex concepts, many of which are still far beyond human understanding. If your brain wasn’t capable of these things, you wouldn’t be able to learn to walk or cross the street.
Make It Stop!! LOL I’m kidding, I’m kidding.
This is what I’ve been seeing in my head for the past few months. Well, this and several kinds of more complicated, high dimensional graph structures.
Functors are mappings between multiple categories. Between any two “finite” categories – that is, two categories with a finite set of objects and a finite number of mappings (morphisms) between those objects – there is a finite number of functors encompassing the set of all functors between them. These represent the myriad of ways to combinate between one category to the next … mayyybe. Jeez, I should maybe learn a little more about this so I $#@!’ing know what I’m talking about. I should – idonno – go to college or something. Or at least be surrounded by other people who do know what the !@#$ they’re talking about!
Oh, Irony
See – the ironic part is that I’ve never really been able to intuitively understand social behavior. Yet, now that I’ve been able to intellectualize it, I can become more profient than most ordinary people who aren’t able to intellectualize it.
And now, for your daily dose of “Google, I’m Feeling Lucky”
Kagamine Rin - Abstract Nonsense (English Subbed)
Yeesh …. On second thought, there’s some really bad imagery in that video. Dammit. Read the lyrics, pay no attention to the pictures in the video.  Gee, thanks Google.
Up next, abusing the equals function to actually make category theory useful.
Equals is a function too, donchya kno?!


Belgrade orders probe into 'Russia-Serbia cash handover' video
by EuronewsBelgrade has launched a probe after a video emerged purporting to show a Russian diplomat or intelligence officer handover a wad of cash to a Serbian man.
Serbia's president, Aleksandar Vucic, ordered the investigation after the footage was published to YouTube on November 17.
Serbia's intelligence agency believes the video is authentic and plan to release further information following a national security council meeting on Thursday (November 21), according to Tanjug, the state news agency.
News of the probe prompted Moscow to play down concerns of weakening diplomatic relations with Belgrade.
The footage, which is the only upload to an account named Kdjuey Lskduf, purports to show two men meeting before having a drink at a Black Sheep Brewpub (Crna Ovca) in Serbia.
One of the men, who is said to be a Russian diplomat or intelligence officer, is seen handing over a carrier bag to the second man, whose face is blurred in the video but is said to be Serbian, according to the uploader of the footage.
The second man later gets into a vehicle, where he is seen rummaging through the bag and pulls out a wad of cash.
Online critics claim the video is fake.
Euronews is working to verify the authenticity of the video. Frames from it have not appeared elsewhere online.
Serbian Prime Minister Ana Brnabic told Blic that such an incident would be "serious matter and problem" if it were proven to be true.
Serbian relations with Moscow are known to be generally quite close, with the former relying on the latter for oil and gas, and for sharing technology for its armed forces.
Last month Serbia signed a trade deal with the Russian-led Eurasian Economic Union despite being a candidate for EU membership.
The recent blocking of EU accession talks opening with Albania and North Macedonia could turn Balkan heads towards Moscow.


The DOM elements bellow has the loading overlay controlled by the following checkbox:
The loading overlay background color and the spinner color can be customized:


This data binding technique can be used to bind data stream to represent dynamic data such as traffic, weather, analytics and etc which changes over time. Ornamentum is capable of handling live data sources with all available features such as Filtering, Option Selection etc.
Client side stream data binding technique can be used to bind data sources which changes rapidly. Data changes notified by data source will automatically get reflected while persisting the current dropdown state.
Client side stream data binding can be configured by using either of the approaches described below. Note that it will always re-render dropdown with last emitted data set.
dataSource: Observable<any[]>
Default Value: undefined
Target Component: <ng-dropdown>
Setting an RxJS Observable
stream to dataSource
input property with the same approach discussed in the
Client Side Basic Data Binding
section. The data table reflect the changes accordingly when data source stream emits latest data set to be bound.
The complete set of code snippet for the client side stream data binding via dataSource
input
property can be seen in the example shown in What You Will
See section example.
options: any[]
Default Value: undefined
Target Component: <ng-dropdown>
The options
input property also can be used to implement the same behaviour instead of using an
RxJS Observable
stream to bind real time data.
Let's modify the controller code snippet in above example (client-side-stream-usage.component.ts) to
emulate the real time data binding behavior by using options
property instead of dataSource
.
Dropdown list options
input property setter will capture and re-render dropdown list view when ever new data
collection reference is set to items
. We highly recommend the usage of dataSource
over
items
binding. However, you can proceed with this approach if you prefer using data arrays over
streams.


Feta is undoubtedly one of the most famous Greek cheeses. In fact, Feta occupies 70% stake in Greek cheese consumption. The cheese is protected by EU legislations and only those cheeses manufactured in Macedonia, Thrace, Thessaly, Central Mainland Greece, the Peloponnese and Lesvos can be called ‘feta’. Similar cheeses produced elsewhere in the eastern Mediterranean and around the Black Sea, outside the EU, are often called ‘white cheese’.
To create traditional feta, 30 percent goat's milk is mixed with sheep's milk of animals grazing on pastures in the specific appellation of origin regions. Now-a-days, many stores sell goat and cow’s milk feta as well. The firmness, texture and flavour differ from region to region, but in general, cheese from Macedonia and Thrace is mild, softer and creamier, less salty with fewer holes. Feta made in Thessaly and Central Greece has a more intense, robust flavour. Peloponnese feta is dryer in texture, full flavoured and more open. Local environment, animal breeds, cultures all have an impact on the texture, flavour and aroma of feta.
Other cheeses from Greece:
Top photos from Twitter


Copyright © 2011 W3C® (MIT, ERCIM, Keio), All Rights Reserved. W3C liability, trademark and document use rules apply.
This specification defines several new DOM events that provide information about the physical orientation and motion of a hosting device.
This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current W3C publications and the latest revision of this technical report can be found in the W3C technical reports index at http://www.w3.org/TR/.
This document was published by the Geolocation Working Group as a Last Call Working Draft. When providing feedback, please first refer to the Editor's Draft and confirm that the issue has not been addressed already. If the issue has not been addressed, please send it to the<EMAIL_ADDRESS>(subscribe, archives) mailing list. The Last Call period ends 15 January 2012. For a list of changes, please see the changes since the First Public Working Draft diff document.
All feedback is welcome.
Publication as a Working Draft does not imply endorsement by the W3C Membership. This is a draft document and may be updated, replaced or obsoleted by other documents at any time. It is inappropriate to cite this document as other than work in progress.
This document was produced by a group operating under the 5 February 2004 W3C Patent Policy. W3C maintains a public list of any patent disclosures made in connection with the deliverables of the group; that page also includes instructions for disclosing a patent. An individual who has actual knowledge of a patent which the individual believes contains Essential Claim(s) must disclose the information in accordance with section 6 of the W3C Patent Policy.
All diagrams, examples, and notes in this specification are non-normative, as are all sections explicitly marked non-normative. Everything else in this specification is normative.
The key words "MUST", "MUST NOT", "REQUIRED", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in the normative parts of this document are to be interpreted as described in RFC2119. For readability, these words do not appear in all uppercase letters in this specification. [RFC2119]
Requirements phrased in the imperative as part of algorithms (such as "strip any leading space characters" or "return false and abort these steps") are to be interpreted with the meaning of the key word ("must", "should", "may", etc) used in introducing the algorithm.
Conformance requirements phrased as algorithms or specific steps may be implemented in any manner, so long as the end result is equivalent. (In particular, the algorithms defined in this specification are intended to be easy to follow, and not intended to be performant.)
User agents may impose implementation-specific limits on otherwise unconstrained inputs, e.g. to prevent denial of service attacks, to guard against running out of memory, or to work around platform-specific limitations.
Implementations that use ECMAScript to implement the APIs defined in this specification must implement them in a manner consistent with the ECMAScript Bindings defined in the Web IDL specification, as this specification uses that specification's terminology. [WEBIDL]
The events introduced by this specification implement the Event interface defined in the DOM Level 2 Events Specification, [DOMEVENTS]. Implementations must therefore support this specification.
This section is non-normative.
This specification provides several new DOM events for obtaining information about the physical orientation and movement of the hosting device. The information provided by the events is not raw sensor data, but rather high-level data which is agnostic to the underlying source of information. Common sources of information include gyroscopes, compasses and accelerometers.
The first DOM event provided by the specification,
deviceorientation
, supplies the physical orientation of the
device, expressed as a series of rotations from a local coordinate frame.
The second DOM event provided by this specification,
devicemotion
, supplies the acceleration of the device, expressed
in Cartesian coordinates in a coordinate frame defined in the device.
It also supplies the rotation rate of the device about a local coordinate
frame. Where practically possible, the event should provide the acceleration
of the device's center of mass.
Finally, the specification provides a compassneedscalibration
DOM event, which is used to inform Web sites that a compass being used to
provide data for one of the above events is in need of calibration.
The following code extracts illustrate basic use of the events.
Registering to receive
deviceorientation
events:
window.addEventListener("deviceorientation", function(event) { // process event.alpha, event.beta and event.gamma }, true);
A device lying flat on a horizontal surface with the top of the screen pointing West has the following orientation:
{alpha: 90, beta: 0, gamma: 0};
To get the compass heading, one would simply
subtract alpha
from 360 degrees. As the device is
turned on the horizontal surface, the compass heading is (360
- alpha
).
A user is holding the device in their hand, with the screen in
a vertical plane and the top of the screen pointing upwards. The
value of beta
is 90, irrespective of
what alpha
and gamma
are.
A user facing a compass heading of alpha degrees is holding the device in their hand, with the screen in a vertical plane and the top of the screen pointing to their right. The orientation of the device is:
{alpha: 270 - alpha, beta: 0, gamma: 90};
Showing custom UI to instruct the user to calibrate the compass:
window.addEventListener("compassneedscalibration", function(event) { alert('Your compass needs calibrating! Wave your device in a figure-eight motion'); event.preventDefault(); }, true);
Registering to receive
devicemotion
events:
window.addEventListener("devicemotion", function(event) { // Process event.acceleration, event.accelerationIncludingGravity, // event.rotationRate and event.interval }, true);
A device lying flat on a horizontal surface with the screen upmost has
an acceleration
of zero and the following value for
accelerationIncludingGravity
:
{x: 0, y: 0, z: 9.81};
A device in free-fall, with the screen horizontal and upmost, has an
accelerationIncludingGravity
of zero and the following value
for acceleration
:
{x: 0, y: 0, z: -9.81};
A device is mounted in a vehicle, with the screen in a vertical plane,
the top uppermost and facing the rear of the vehicle. The vehicle is
travelling at speed v around a right-hand bend of radius r. The
device records a positive x component for both acceleration
and accelerationIncludingGravity
. The device also records a
negative value for rotationRate.gamma
:
{acceleration: {x: v^2/r, y: 0, z: 0}, accelerationIncludingGravity: {x: v^2/r, y: 0, z: 9.81}, rotationRate: {alpha: 0, beta: 0, gamma: -v/r*180/pi} };
This section is non-normative.
This specification is limited to providing DOM events for retrieving information describing the physical orientation and motion of the hosting device. The intended purpose of this API is to enable simple use cases such as those in Section 5.1. The scope of this specification does not include providing utilities to manipulate this data, such as transformation libraries. Nor does it include providing access to low sensor data, or direct control of these sensors.
User agents implementing this specification must provide a new DOM event,
named deviceorientation
. The corresponding event must be of
type DeviceOrientationEvent
and must fire on the
window
object. Registration for, and firing of the
deviceorientation
event must follow the usual behavior of DOM
Level 2 Events, [DOMEVENTS].
User agents must also provide an event handler IDL attribute
[HTML5] named ondeviceorientation
on the
window
object. The type of this event handler must be
DeviceOrientationEvent
.
interface DeviceOrientationEvent : Event { readonly attribute double? alpha; readonly attribute double? beta; readonly attribute double? gamma; readonly attribute boolean absolute; void initDeviceOrientationEvent(in DOMString type, in boolean bubbles, in boolean cancelable, in double? alpha, in double? beta, in double? gamma, in boolean absolute); }
The event should fire whenever a significant change in orientation occurs. The definition of a significant change in this context is left to the implementation. In addition, when a new listener registers for the event, implementations should fire the event as soon as sufficiently fresh data is available.
The alpha
, beta
and gamma
properties
of the event must specify the orientation of the device in terms of the
transformation from a coordinate frame fixed on the Earth to a
coordinate frame fixed in the device. The coordinate frames must be oriented
as described below.
The Earth coordinate frame is a 'East, North, Up' frame at the user's location. It has the following 3 axes, where the ground plane is tangent to the spheriod of the World Geodetic System 1984 [WGS84], at the user's location.
For a mobile device such as a phone or tablet, the device coordinate frame
is defined relative to the screen in its standard orientation, typically
portrait. This means that slide-out elements such as keyboards are not
deployed, and swiveling elements such as displays are folded to their default
position. If the
orientation of the screen changes when the device is rotated or a slide-out
keyboard is deployed, this does not affect the orientation of the coordinate
frame relative to the device. Users wishing to detect these changes in screen
orientation may be able to do so with the existing
orientationchange
event.
For a laptop computer, the device coordinate frame is defined relative to the
integrated keyboard.
The transformation from the Earth coordinate frame to the device coordinate frame must use the following system of rotations.
Rotations must use the right-hand convention, such that positive rotation around an axis is clockwise when viewed along the positive direction of the axis. Starting with the two frames aligned, the rotations are applied in the following order:
Rotate the device frame around its z axis by alpha
degrees, with alpha
in [0, 360).
Rotate the device frame around its x axis by beta
degrees, with beta
in [-180, 180).
Rotate the device frame around its y axis by gamma
degrees, with gamma
in [-90, 90).
Thus the angles alpha
, beta
and
gamma
form a set of intrinsic Tait-Bryan angles of type Z-X'-Y''.
[EULERANGLES]
Note that this choice of angles follows mathematical convention, but means
that alpha
is in the opposite sense to a compass heading. It also
means that the angles do not match the roll-pitch-yaw convention used in
vehicle dynamics.
Implementations that are unable to provide absolute values for the three
angles may instead provide values relative to some arbitrary orientation, as
this may still be of utility. In this case, the absolute
property
must be set to false
. Otherwise, the absolute
property must be set to true
.
Implementations that are unable to provide all three angles must
set the values of the unknown angles to null. If any angles are provided, the
absolute
property must be set appropriately. If an implementation
can never provide orientation information, the event should be fired
with all properties set to null.
User agents implementing this specification must provide a new DOM event,
named compassneedscalibration
that uses the Event
interface defined in the DOM Level 2 Events specification
[DOMEVENTS]. This event must fire on the
window
object. Registration for, and firing of the
compassneedscalibration
event must follow the usual behavior of
DOM Level 2 Events [DOMEVENTS].
User agents must also provide an event handler IDL attribute
[HTML5] named oncompassneedscalibration
on the window
object. The type of this event handler must be
Event
.
This event must be fired when the user agent determines that a compass used
to obtain orientation data is in need of calibration. Furthermore, user agents
should only fire the event if calibrating the compass will increase the
accuracy of the data provided by the
deviceorientation
event.
The default action of this event should be for the user agent to present the user with details of how to calibrate the compass. The event must be cancelable, so that web sites can provide their own alternative calibration UI.
User agents implementing this specification must provide a new DOM event,
named devicemotion
. The corresponding event must be of type
DeviceMotionEvent
and must fire on the window
object.
Registration for, and firing of the devicemotion
event must follow the usual behavior of DOM Level 2 Events,
[DOMEVENTS].
User agents must also provide an event handler IDL attribute
[HTML5] named ondevicemotion
on the window
object. The type of this event handler must be
DeviceMotionEvent
.
[Callback, NoInterfaceObject] interface DeviceAcceleration { readonly attribute double? x; readonly attribute double? y; readonly attribute double? z; } [Callback, NoInterfaceObject] interface DeviceRotationRate { readonly attribute double? alpha; readonly attribute double? beta; readonly attribute double? gamma; } interface DeviceMotionEvent : Event { readonly attribute DeviceAcceleration? acceleration; readonly attribute DeviceAcceleration? accelerationIncludingGravity; readonly attribute DeviceRotationRate? rotationRate; readonly attribute double? interval; void initAccelerometerEvent(in DOMString type, in boolean bubbles, in boolean cancelable, in DeviceAcceleration? acceleration, in DeviceAcceleration? accelerationIncludingGravity, in DeviceRotationRate? rotationRate, in double? interval); }
The acceleration
property must provide the acceleration of the
hosting device relative to the Earth frame, expressed in the body frame, as
defined in section 4.1. The acceleration must
be expressed in m/s^2.
Implementations that are unable to provide acceleration data without the
effect of gravity (due, for example, to the lack of a gyroscope) may instead
supply the acceleration including the effect of gravity. This is less useful
in many applications but is provided as a means of providing best-effort
support. In this case, the accelerationIncludingGravity
property
must provide the acceleration of the hosting device, plus an acceleration
equal and opposite to the acceleration due to gravity. Again, the acceleration
must be given in the body frame defined in
section 4.1 and must be expressed in m/s^2.
The rotationRate
property must provide the rate of rotation of
the hosting device in space. It must be expressed as the rate of change of
the angles of the defined in section 4.1 and
must be expressed in deg/s.
The interval
property must provide the interval at which
data is obtained from the underlying hardware and must be expressed in
milliseconds. It must be a constant, to simplify filtering of the data by the
Web application.
Implementations that are unable to provide all properties must set the values of the unknown properties to null. If an implementation can never provide motion information, the event should be fired with all properties set to null.
A gaming Web application monitors the device's orientation and interprets tilting in a certain direction as a means to control an on-screen sprite.
A Web application monitors the device's acceleration and applies signal processing in order to recognize certain specific gestures. For example, using a shaking gesture to clear a web form.
A mapping Web application uses the device's orientation to correctly align the map with reality.
This section is non-normative.
The following worked example is intended as an aid to users of the DeviceOrientation event.
Section 2 provided an example of using the DeviceOrientation event to obtain a compass heading when the device is held with the screen horizontal. This example shows how to determine the compass heading that the user is 'facing' when holding the device with the screen approximately vertical in front of them. An application of this is an augmented-reality system.
More precisely, we wish to determine the compass heading of the horizontal component of a vector which is orthogonal to the device's screen and pointing out of the back of the screen.
If r represents this vector in the rotated device body frame xyz, then r is as follows.
The transformation of r due to the rotation about the z axis can be represented by the following rotation matrix.
The transformation of r due to the rotation about the x axis can be represented by the following rotation matrix.
The transformation of r due to the rotation about the y axis can be represented by the following rotation matrix.
If R resresents the vector r in the earth frame XYZ, then since the inital body frame is aligned with the earth, R is as follows.
The compass heading θ is given by
provided that β and γ are not both zero.
As a consistency check, if we set γ = 0, then
as expected.
Alternatively, if we set β = 90, then
as expected.
Lars Erik Bolstad, Dean Jackson, Claes Nilsson, George Percivall, Doug Turner, Matt Womer


This is a test website
Home
About
Contact
This is some strong text
This is some weaker text lolz
See what's up?
About us
This is some stuff about us we promise
testing additional para


Round {{ round_c }}
{% for x in range(0,NUM_GAMES,2) %}
{{ players[x] }}
1-0
Draw
0-1
{{ players[x+1] }}
{% endfor %}


The Latest: Selena Gomez opens American Music Awards
by The Associated PressLOS ANGELES — The Latest on the American Music Awards, being presented Sunday at the Microsoft Theater in Los Angeles (all times local):
__
5 p.m.
Selena Gomez has opened the American Music Awards with a colorful performance of two new songs “Lose You To Love Me” and “Look At Her Now,” backed by a group of dancers.
Gomez hasn’t released a new album since 2015’s “Revival,” but dropped these two songs ahead of the awards show performance on Sunday, which is airing live on ABC from the Microsoft Theater in Los Angeles. Taylor Swift and Halsey were shown on camera dancing and singing along in the audience.
The show was hosted by Ciara, who entered the stage from a gold hoop dropped down from the ceiling and sang her song “Melanin.”
__
7:52 a.m.
All eyes will be on Taylor Swift at the 2019 American Music Awards.
The pop star, who has continued to publicly battle with the men who own her master recordings, is set to take the stage at Sunday’s show — a performance she recently said was put in jeopardy by Scott Borchetta and Scooter Braun. Swift could also make history at the AMAs if she surpasses Michael Jackson’s record for most wins.
Swift, who has won 23 AMAs, is nominated for five awards and could best the King of Pop’s 24 wins. She will also receive the artist of the decade award, to be presented by Carole King, at the show, which airs live on ABC at 8 p.m. EDT.
Other performers include Lizzo, Billie Eilish, Post Malone and Selena Gomez.
The Associated Press


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For all enquiries please contact saar+com@shomco.co.uk


Swaledale cheese comes from the market town of Richmond located in North Yorkshire, England. It is believed that the process of cheese making was first introduced to the small farmers in Swaledale in the 11th century by Cistercian monks who arrived from Normandy and thus the Swaledale cheese was introduced to the world.
Produced with cow's pasteurised milk, this creamy and moist cheese with a light open texture and slightly acidic taste is suitable for vegetarians. It can be enjoyed throughout the year since cows milk never go out of stock.
Swaledale tastes the best if eaten when it is between 4 and 6 weeks old. Moreover, it proves to be a fantastic cooking cheese for preparing French cheese stews Tartiflette au Reblochon.
-
Made from unpasteurized
cow
's or
sheep
's milk
-
Country of origin:
England
-
Region: Swaledale, North Yorkshire
-
Type:
semi firm
, brined
-
Fat content: 48%
-
Texture:
firm
-
Rind: waxed
-
Colour: yellow
-
Flavour: smooth, sweet
-
Aroma: floral
-
Vegetarian: yes
-
Producers: Various
-
Other English cheeses:
-
hard cheeses:
Appleby's Double Gloucester
,
Barber's 1833
,
Bermondsey Hard Pressed
,
Blue Wensleydale
,
Buffalo
,
Cheddar
,
Cheshire
,
Cornish Kern
,
Coverdale
,
Crumbly Lancashire
,
...
show all
... ,
Davidstow 3 Year Reserve Special Vintage
,
Davidstow Extra Mature Cheddar
,
Davidstow Mature Cheddar
,
Denhany Dorset Drum
,
Double Gloucester
,
Double Worcester
,
Duddleswell
,
Gloucester
,
Gospel Green
,
Hereford Hop
,
Herriot Farmhouse
,
Huntsman
,
Keens Cheddar
,
Lincolnshire Poacher
,
Lyburn's Winchester
,
Marble Cheddar
,
Marbled Cheeses
,
Mature Wensleydale
,
Menallack Farmhouse
,
Millstone
,
Muddlewell
,
Old Harry
,
Old Winchester
,
Seriously Strong Cheddar
,
Spenwood
,
Sraffordshire Organic
,
Tasty Lancashire
,
Tregonwell
,
Tyning
,
Wellesley
,
Wellington
,
Wookey Hole Cave Aged Cheddar
-
semi-hard cheeses:
Abbot’s Gold
,
Applewood
,
Burwood Bole
,
Colston Bassett Stilton
,
Coquetdale
,
Cornish Kern
,
Cornish Wild Garlic Yarg
,
Cotherstone
,
Cotswold
,
Curworthy
,
...
show all
... ,
Derby
,
Devon Blue
,
Devon Garland
,
Friesla
,
Huntsman
,
Keltic Gold
,
Lyburn Gold
,
Lyburn Lightly Oak Smoked
,
Malvern
,
Montgomery's Cheddar
,
Old Ford
,
Red Windsor
,
Sage Derby
,
Sharpham Rustic
,
Sharpham Rustic Chive & Garlic
,
Sharpham Savour
,
Stoney Cross
,
Ticklemore
-
semi-soft cheeses:
Burwash Rose
,
Capra Nouveau
,
Cardo
,
Chorlton Blue Cheshire
,
Cornish Blue
,
Cornish Crumbly
,
Cornish Smuggler
,
Cropwell Bishop Blue Stilton
,
Exmoor Blue
,
Francis
,
...
show all
... ,
Harbourne Blue
,
Innes Brick
,
Kirkham's Lancashire
,
Little Colonel
,
Loddiswell Avondale
,
Lyburn Garlic and Nettle
,
Marbled Cheeses
,
May Hill Green
,
Miss Muffet
,
Ogleshield
,
Oxford Blue
,
Ringwell
,
Stichelton
,
Stilton
,
Tilly Whim
,
Trelawny
,
Waterloo
,
Wigmore
-
soft cheeses:
Baron Bigod
,
Bartlett
,
Bath Blue
,
Bath Cheese
,
Beenleigh Blue
,
Blacksticks Blue
,
Bosworth
,
Buxton Blue
,
Capricorn Somerset Goats Cheese
,
Cornish Brie
,
...
show all
... ,
Cornish Pepper
,
Cote Hill Blue
,
Cranborne
,
Cremet
,
Delamere Goats Cheese Logs
,
Dorset White
,
Dorstone
,
Doublet
,
Dumpling
,
Emlett
,
Finn
,
Flower Marie
,
Golden Cross
,
Innes Log
,
Little Rydings
,
Old Burford
,
Ragstone
,
Sharpham
,
Sharpham Elmhirst
,
Shepherd's Crook
,
Somerset Brie
,
Stawley
,
St Jude
,
Sussex Slipcote
,
Tunworth
,
Tymsboro
,
Yorkshire Blue
-
fresh soft cheeses:
Cerney Pyramid
,
Childwickbury
,
Creamy Lancashire
,
Olde York
,
Perroche
,
Sleightlett
,
Vulscombe
,
Windrush Cheeses