The final atazanavir PBPK model applies metabolism by CYP3A4, glomerular filtration and mechanism-based inhibition of CYP3A4. While the latter process has not been evaluated using another victim compound, it should only be regarded preliminary and further work is needed before this model can be applied to predict CYP3A4 DDIs. Overall, the model adequately describes the oral pharmacokinetics of atazanavir in healthy adults receiving approved atazanavir doses of 300 mg and 400 mg.


Crypto Analyst Going Long on Bitcoin (BTC) at $8,000 As Ethereum, XRP, Bitcoin Cash and Litecoin Follow Dip to Crucial Support
by Daily Hodl StaffCrypto analyst Jacob Canfield says he’s gearing up to go long on Bitcoin.
In a new video to his 54,000 subscribers on YouTube, Canfield says he recently closed his short on BTC.
He believes buy-side volume will begin to pick up if and when BTC flirts with a critical level of psychological support at around $8,000.
“Right now, I’m a mini bull. I want to say that with a grain of salt. I was publicly bearish around $9,900. I just closed my short around $8,150. I think it’s a little late to short right now…
I’m long from the $8,000 level. I’ve got a nice little wick entry, but my stop loss is pretty tight. I don’t feel comfortable about holding if we break this level right here which is around $7,910. If we break that level, it’s really thin air below this. So we might get one more to $7,910. So $7,850 is a decent stop loss. Basically like a 3% stop loss.
It depends on if you’re margin trading or if you’re spot trading. If you’re spot trading, I think this is a beautiful place to start adding in some positions. But I think we might consolidate for a little bit. We always consolidate after those big nasty moves.”
The crypto market at large is following Bitcoin’s descent toward $8k.
At time of publishing, the leading crypto is down 1.17% at $8,107 according to COIN360.
Ethereum is down 2.75% at $174.27, XRP is down 1.54% at $0.2496, Bitcoin Cash is down 3.34% at $239.79 and Litecoin is down 2.08% at $54.83.


This scenario shows how to get and set the seven segment display for the Fx2 Device
Get Seven Segment Display
Set Seven Segment Display
1
2
3
4
5
6
7
8
9


|
NATS C Client with JetStream and Streaming support
3.7.0-beta
The nats.io C Client, Supported by Synadia Communications Inc.
|
#include <nats.h>
Public Attributes | |
| const char * | Name |
| uint64_t | OptStartSeq |
| int64_t | OptStartTime |
| UTC time expressed as number of nanoseconds since epoch. | |
| const char * | FilterSubject |
| jsExternalStream * | External |
| const char * | Domain |
Dictates how streams can source from other streams.
Initialize the object with jsStreamSource_Init.
OptStartTime
needs to be expressed as the number of nanoseconds passed since 00:00:00 UTC Thursday, 1 January 1970.See jsStreamConfig for information on how to configure a stream.
| const char* jsStreamSource::Name |
| uint64_t jsStreamSource::OptStartSeq |
| int64_t jsStreamSource::OptStartTime |
| const char* jsStreamSource::FilterSubject |
| jsExternalStream* jsStreamSource::External |
| const char* jsStreamSource::Domain |


{% extends "base.html" %} {% block title %}Home Page{% endblock %} {% block content %}
HMHU has a simple idea: that reflecting on our lives in a thoughtful manner can help us deal with life's challenges and that sharing our highs and lows with others can help lift everyone up by revealing our common humanity.
{% endblock %}


--- ---
This is how to prevent a form from being moved using the mouse.
type TForm1 = class(TForm) private { Private declarations } procedure WMNCHitTest(var Message: TWMNCHitTest); message WM_NCHITTEST; end; procedure TForm1.WMNCHitTest(var Message: TWMNCHitTest); begin inherited; with Message do if Result = HTCAPTION then Result := 0; end;


AtSecondaryServerImpl class
AtSecondaryServerImpl is a singleton class which implements AtSecondaryServer
Constructors
- AtSecondaryServerImpl.getInstance()
-
factory
Properties
- currentAtSign ↔ dynamic
-
read / write
- executor ↔ VerbExecutor
-
read / write
- hashCode → int
-
The hash code for this object. [...]
read-only, inherited
- logger ↔ AtSignLogger
-
read / write
- runtimeType → Type
-
A representation of the runtime type of the object.
read-only, inherited
- serverContext ↔ AtSecondaryContext
-
read / write
- signingKey ↔ dynamic
-
read / write
- verbManager ↔ VerbHandlerManager
-
read / write
Methods
-
getMetrics(
) → ConnectionMetrics -
Gets the inbound connection metrics and outbound connection metrics.
@return: Returns
ConnectionMetrics
-
isRunning(
) → bool - Returns status of the server @return true is the server is running.
-
noSuchMethod(
Invocation invocation) → dynamic -
Invoked when a non-existent method or property is accessed. [...]
inherited
-
pause(
) → void - Pauses the server. In this state the server would have been fully initialized but it will not serve any request till the resume is called.
-
resume(
) → void - Resumes the server. In this state the server will be able to serve the request.
-
setExecutor(
VerbExecutor executor) → void - Sets the executor for the requests to the server
-
setServerContext(
AtServerContext context) → void - Sets the server context @param context - context for this server to start
-
setVerbHandlerManager(
VerbHandlerManager verbManager) → void - Sets Verb handler to be used by the server
-
start(
) → Future< void> -
Check various parameters required to start the secondary server. Invokes call to
_startSecuredServer
to start secondary server in secure mode and_startUnSecuredServer
to start secondary server in un-secure mode. Throws AtServerException if exception occurs in starting the secondary server. -
stop(
) → void - Removes all the active connections and stops the secondary server Throws AtServerException if exception occurs in stop the server.
-
toString(
) → String -
Returns a string representation of this object.
inherited
Operators
-
operator ==(
Object other) → bool -
The equality operator. [...]
inherited
Static Properties
- accessLogCompactionFrequencyMins → int
-
final
- accessLogCompactionPercentage → int
-
final
- accessLogExpiryInDays → int
-
final
- accessLogPath → String
-
final
- accessLogSizeInKB → int
-
final
- clientCertificateRequired → bool
-
final
- commitLogCompactionFrequencyMins → int
-
final
- commitLogCompactionPercentage → int
-
final
- commitLogExpiryInDays → int
-
final
- commitLogPath → String
-
final
- commitLogSizeInKB → int
-
final
- expiringRunFreqMins → int
-
final
- inboundConnectionFactory → InboundConnectionManager
-
final
- maxNotificationEntries → int
-
final
- notificationStoragePath → String
-
final
- runRefreshJobHour → int
-
final
- storagePath → String
-
final
- useSSL → bool
-
final


Event management
Additional services
Our work
Clients
About
Contact
Home
Event management
Additional services
Our work
About
Contact
menu
We're sorry but <%= htmlWebpackPlugin.options.title %> doesn't work properly without JavaScript enabled. Please enable it to continue.


{% extends "draftHost/base.html" %} {% block content %}
Welcome! You've successfully registered your team. Bookmark this page, as it is the only record of your authentication key that you will receive.
You must include your authentication key ({{ team.auth_key }}) as a URL param in any draft-dependent requests you make. For example, to query the current state of the draft you would use: {% include "draftHost/ex_link.html" with path="draftHost:api:draft" key=team.auth_key %} or to see info on picks/selections so far you'd hit {% include "draftHost/ex_link.html" with path="draftHost:api:picks" key=team.auth_key %} picks have been assigned and selections have been made. Picks will be assigned once your draft has filled up with registered teams.
Once picks have been assigned, each pick will include a start and expires UTC timestamp. It's your responsibility to make your pick in the correct time window. You can make a pick by GET-ing a URL of the format: /pick_player/{player id}?key={your key}.
Most non-context-dependent requests can be made without including your key:
{% include "draftHost/static_calls.html" %}Good luck and happy drafting! Send any feature requests / bugs to the GitHub page. Pull requests welcome!


2018-11-06 11:48:36 AM
Eeschema (5.0.0)
Component Count:75
| Ref | Count | Value | Library | Part | Footprint | Description | Vendor |
|---|---|---|---|---|---|---|---|
| C1 | 1 | 220u | Device | CP | Capacitor_Tantalum_SMD:CP_EIA-7343-31_Kemet-D_Pad2.25x2.55mm_HandSolder | Polarised capacitor | |
| C2, C3 | 2 | 47u | Device | C | Capacitor_SMD:C_1206_3216Metric_Pad1.42x1.75mm_HandSolder | Unpolarized capacitor | |
| C4 | 1 | 100u | Device | CP | Capacitor_Tantalum_SMD:CP_EIA-7343-31_Kemet-D_Pad2.25x2.55mm_HandSolder | Polarised capacitor | |
| C[5:6] | 2 | 0.1u | Device | C | Capacitor_SMD:C_0603_1608Metric_Pad1.05x0.95mm_HandSolder | Unpolarized capacitor | |
| J0 | 1 | Barrel_Jack | Connector | Barrel_Jack_MountingPin | Connector_BarrelJack:BarrelJack_CUI_PJ-063AH_Horizontal_CircularHoles | DC Barrel Jack with a mounting pin | |
| J1 | 1 | Conn_01x08_Male | Connector | Conn_01x08_Male | Connector_PinHeader_2.54mm:PinHeader_1x08_P2.54mm_Vertical | Generic connector, single row, 01x08, script generated (kicad-library-utils/schlib/autogen/connector/) | |
| Q0[A:B], Q1[A:B] | 4 | Q_NMOS_GSD | Device | Q_NMOS_GSD | Package_TO_SOT_SMD:SOT-23 | Transistor N-MOSFETwith substrate diode (general) | |
| R1 | 1 | 348k | Device | R | Resistor_SMD:R_0603_1608Metric_Pad1.05x0.95mm_HandSolder | Resistor | |
| R2 | 1 | 422 | Device | R | Resistor_SMD:R_0603_1608Metric_Pad1.05x0.95mm_HandSolder | Resistor | |
| R[3:12] | 10 | 12Ω, 1W | Device | R | Resistor_THT:R_Axial_DIN0207_L6.3mm_D2.5mm_P10.16mm_Horizontal | Resistor | |
| RGB[0:15] | 16 | LED_ARGB | Device | LED_ARGB | UVTV:EAST1616RGBA | LED RGB, common anode (pin 1) | |
| U0 | 1 | LMZ3060x | UVTV | LMZ3060x | UVTV:Ti-S-PB1QFN-N39 | ||
| U[1:2] | 2 | TLC5955-DCA | UVTV | TLC5955-DCA | Package_SO:HTSSOP-56-1EP_6.1x14mm_P0.5mm_EP3.61x6.35mm | ||
| UV[0:15] | 16 | LED | Device | LED | UVTV:D_0606_1616Metric | LED generic | |
| V[0:15] | 16 | LED | Device | LED | LED_SMD:LED_0603_1608Metric | LED generic |


Columnas para mostrar
| {{receipt.eventRegistration.registrationNumber}} | {{receipt.receiptNumber}} | {{receipt.eventRegistration.event.name}} {{receipt.event.name}} | {{receipt.eventRegistration.personType.name}} | {{receipt.paymentOf}} | {{receipt.paidBy}} | {{receipt.paymentDate | date:'dd-MMM-yyyy'}} | {{receipt.receivedFrom}} | {{receipt.otherReference}} | {{receipt.paymentAmount | currency:''}} {{vm.addToTotal(receipt.paymentAmount)}} | Detalles | |
| Total ₡: {{$data | filter: vm.event.name | filter:{paymentDate:vm.dateFilterValue}:strict | sumByKey:'paymentAmount' | currency:''}} | Recibos: {{($data | filter: vm.event.name | filter:{paymentDate:vm.dateFilterValue}:strict).length}} |


Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown
is simply dummy text of the printing and typesetting industry.
is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown
is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown
is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown


households.behavior.marriage¶
Determines schedules of marriage and remarriage as well as locality by newlyweds.
The marriage module encodes several overlapping options for how marriage can function. This is enacted through the MarriageRule class each Person has, which determines:
- when they can transition from ineligible to unmarried (and are thus
eligible for marriage),
how they identify eligible partners,
how they pick a spouse within that pool,
if they marry someone, where they relocate to, and
if they are widowed/are a widower, will they be allowed to remarry.
Together, these concepts form a single behavior that can be transmitted and learned.
-
class
behavior.marriage.
MarriageRule
(eligibility_agetable, get_eligible, pick_spouse, locality, remarriage_agetable)¶ Define marriage rules for individuals.
- The process of getting married involves:
identifying the pool of who could be married
finding someone within that pool to marry
deciding where to move with them
These three steps can be thought of as eligiblity determination, mate choice, and locality. The only universal is that both agents must fit each other’s standards. This means that Dolores must consider Teddy eligible from her get_eligible function, and Teddy must consider Dolores eligible from his get_eligible function.
MarriageRule also defines the eligibility agetable, which defines when a person becomes eligible for marriage, as well as the remarriage AgeTable.
Functions that can be used for get_eligible, pick_spouse, and locality have prefixes as such in this module.
- eligibility_agetablemain.AgeTable
determine whether a person become eligible for marriage
- get_eligiblecallable
Find all eligible individuals, based only on an input of the person.
- pick_spousecallable
Out of those found by get_eligible, if any, pick one
- localitycallable
One of the locality functions described below (patrilocality, matrilocality, neolocality) or equivalent function that determines where people live
- remarriage_agetablemain.AgeTable
Determines whether individuals can remarry after death.
- eligibility_agetablemain.AgeTable
The schedule for becoming eligible for marriage.
- remarriage_agetablemain.AgeTable
Whether a Person is allowed to remarry and at what ages.
-
behavior.marriage.
get_eligible_all_same_community
(person)¶ Gets all eligible individuals in the community. No incest prohibition.
- personmain.Person
The person who we are seeking matches for.
- candidateslist of main.Person
eligible individuals
-
behavior.marriage.
get_eligible_not_sibling_same_community
(person)¶ Get all eligible individuals in the community with an incest prohibition against siblings.
This uses heterosexuality as an assumption to identify eligible individuals.
- personmain.Person
The person who we are seeking matches for.
- candidateslist of main.Person
eligible individuals
-
behavior.marriage.
get_empty_house
(houses)¶ Get a randomly chosen empty house to move into.
Deprecated since version This: function will soon be replaced by a behavior.mobility function.
- houseslist of House
The Community.houses list for the community in question, or another subset of houses.
- None or House
Picks an empty house if one exists, otherwise returns None.
-
behavior.marriage.
locality_matrilocality
(husband, wife)¶ Newlyweds live at the wife’s family’s house, or if no house find a new one.
Changes the house of the couple to that of the wife, If none or full, runs neolocality().
- husband, wifePerson
The people just married, identified by sex.
- bool
True if matrilocality achieved, False if neolocality chosen instead.
-
behavior.marriage.
locality_neolocality
(husband, wife, primary)¶ Find a new house in the same community as the primary spouse and moves the couple there.
Ownership is given to the primary sex.
- husband, wifePerson
The people just married, identified by sex.
- primarySex
Defines the sex of the partner who formally owns the property.
- bool
If neolocality achieved, True; False otherwise.
-
behavior.marriage.
locality_patrilocality
(husband, wife)¶ Newlyweds live at the husband’s family’s house, or if no house find a new one.
Changes the house of the couple to that of the husband, If none or full, runs neolocality().
- husband, wifePerson
The people just married, identified by sex.
- bool
True if patrilocality achieved, False if neolocality chosen instead.
-
behavior.marriage.
pick_spouse_random
(candidates)¶ Choose a spouse at random from the candidates.
- candidateslist of main.Person
Potential candidates who match
- spouse
Chosen individual to marry


-
ftp Library Package 2.1 for Tcl/Tk Manual Pages
- COMMAND
- ftp::NList handle ?directory?
-
-
This command has the same behavior as previous ftp::List command, except that it
only gets a abbreviated listing. This means only file names are
returned in a sorted list.
- EXAMPLE
-
# list current directory
set file_names [ftp::NList $conn]
[Contents]
[Previous: ftp::List]
[Next: ftp::FileSize]
© 1999 Steffen Traeger


Examples to test the "relative" and "assets" variables, and to show how they work
Public (assets) folder is in the project root
assets_one: { options: {assets: 'test/actual/public'}, files: {'test/actual/assets-public-folder.html': ['test/files/assets.hbs']} },


Alerts
App notifications
Notifications & alerts
Match notifications
Match updated
Kick off, half-time score, full-time score
Goals
As they go in
Match actions
As they go in
News
First team news
Team news, post-match reaction
Club news
Get the latest from the club


|
3D Rendering - Jesús Fermín Villar Ramírez
3D Rendering without OpenGL or third-party graphics libraries
|
Point lights A point light is omnidirectional and its intensity is attenuated by the distance. More...
#include <Light.hpp>
Public Member Functions | |
| PointLight (Color_Buffer_Rgba8888::Color color, toolkit::Vector3f position, float attenuation) | |
| Creates a point light. More... | |
| virtual toolkit::Vector4f | get_direction (toolkit::Point4f point) |
| Gets the direction vector between the light and giving point. Vector is normalized. More... | |
| virtual Color_Buffer_Rgba8888::Color | get_light_color (toolkit::Point4f point) override |
| Gets the light color. The light is attenuated with the distance. More... | |
| Public Member Functions inherited from Rendering3D::Light | |
| Light (Color_Buffer_Rgba8888::Color color) | |
| Creates an instance. More... | |
| Transform & | get_transform () |
| Gets a reference to the transform. More... | |
| void | Update (float delta, View &view) |
| Update the light. More... | |
Additional Inherited Members | |
| Protected Attributes inherited from Rendering3D::Light | |
| Transform | transform |
| The transform. More... | |
| Color_Buffer_Rgba8888::Color | light_color |
| The color of the light. More... | |
Point lights A point light is omnidirectional and its intensity is attenuated by the distance.
|
inline |
|
inlinevirtual |
Gets the direction vector between the light and giving point. Vector is normalized.
| point | The point to illuminate |
Implements Rendering3D::Light.
|
inlineoverridevirtual |
Gets the light color. The light is attenuated with the distance.
| point | The point to illuminate |
Reimplemented from Rendering3D::Light.


Color Options
Random
Black
Created by:
Tyler Weitler
Etch-A-Sketch
Grid Size Selection/Reset
Large
Medium
Small


QWaylandOutput Class
The QWaylandOutput class represents a displayable area managed by the compositor. More...
| Header: | #include <QWaylandOutput> |
| qmake: | QT += waylandcompositor |
| Since: | Qt 5.8 |
| Inherits: | QWaylandObject |
Public Types
| enum | Subpixel { SubpixelUnknown, SubpixelNone, SubpixelHorizontalRgb, SubpixelHorizontalBgr, SubpixelVerticalRgb, SubpixelVerticalBgr } |
| enum | Transform { TransformNormal, Transform90, Transform180, Transform270, ..., TransformFlipped270 } |
Properties
|
|
Public Functions
| QWaylandOutput() | |
| QWaylandOutput(QWaylandCompositor *compositor, QWindow *window) | |
| ~QWaylandOutput() | |
| void | addMode(const QWaylandOutputMode &mode, bool preferred = false) |
| QRect | availableGeometry() const |
| QWaylandCompositor * | compositor() const |
| QWaylandOutputMode | currentMode() const |
| void | frameStarted() |
| QRect | geometry() const |
| QString | manufacturer() const |
| QString | model() const |
| QList<QWaylandOutputMode> | modes() const |
| QSize | physicalSize() const |
| bool | physicalSizeFollowsSize() const |
| QPoint | position() const |
| int | scaleFactor() const |
| void | sendFrameCallbacks() |
| void | setAvailableGeometry(const QRect &availableGeometry) |
| void | setCurrentMode(const QWaylandOutputMode &mode) |
| void | setManufacturer(const QString &manufacturer) |
| void | setModel(const QString &model) |
| void | setPhysicalSize(const QSize &size) |
| void | setPhysicalSizeFollowsSize(bool follow) |
| void | setPosition(const QPoint &pt) |
| void | setScaleFactor(int scale) |
| void | setSizeFollowsWindow(bool follow) |
| void | setSubpixel(const Subpixel &subpixel) |
| void | setTransform(const Transform &transform) |
| void | setWindow(QWindow *window) |
| bool | sizeFollowsWindow() const |
| Subpixel | subpixel() const |
| Transform | transform() const |
| virtual void | update() |
| QWindow * | window() const |
- 5 public functions inherited from QWaylandObject
Signals
| void | availableGeometryChanged() |
| void | compositorChanged() |
| void | currentModeChanged() |
| void | geometryChanged() |
| void | manufacturerChanged() |
| void | modeAdded() |
| void | modelChanged() |
| void | physicalSizeChanged() |
| void | physicalSizeFollowsSizeChanged() |
| void | positionChanged() |
| void | scaleFactorChanged() |
| void | sizeFollowsWindowChanged() |
| void | subpixelChanged() |
| void | transformChanged() |
| void | windowChanged() |
| void | windowDestroyed() |
Static Public Members
| QWaylandOutput * | fromResource(wl_resource *resource) |
Detailed Description
The QWaylandOutput class represents a displayable area managed by the compositor.
The QWaylandOutput manages a rectangular area within bounds of the compositor's geometry, to use it for displaying client content. This could, for instance, be a screen managed by the WaylandCompositor.
The class corresponds to the wl_output
interface in the Wayland protocol.
Member Type Documentation
enum QWaylandOutput::Subpixel
This enum type is used to specify the subpixel arrangement of a QWaylandOutput.
| Constant | Value | Description |
|---|---|---|
QWaylandOutput::SubpixelUnknown | 0 | The subpixel arrangement is not set. |
QWaylandOutput::SubpixelNone | 1 | There are no subpixels. |
QWaylandOutput::SubpixelHorizontalRgb | 2 | The subpixels are arranged horizontally in red, green, blue order. |
QWaylandOutput::SubpixelHorizontalBgr | 3 | The subpixels are arranged horizontally in blue, green, red order. |
QWaylandOutput::SubpixelVerticalRgb | 4 | The subpixels are arranged vertically in red, green, blue order. |
QWaylandOutput::SubpixelVerticalBgr | 5 | The subpixels are arranged vertically in blue, green, red order. |
See also QWaylandOutput::subpixel.
enum QWaylandOutput::Transform
* * This enum type is used to specify the orientation of a QWaylandOutput. * *
| Constant | Value | Description |
|---|---|---|
QWaylandOutput::TransformNormal | 0 | The orientation is normal. * |
QWaylandOutput::Transform90 | 1 | The orientation is rotated 90 degrees. * |
QWaylandOutput::Transform180 | 2 | The orientation is rotated 180 degrees. * |
QWaylandOutput::Transform270 | 3 | The orientation is rotated 270 degrees. * |
QWaylandOutput::TransformFlipped | 4 | The orientation is mirrored. * |
QWaylandOutput::TransformFlipped90 | 5 | The orientation is mirrored, and rotated 90 degrees. * |
QWaylandOutput::TransformFlipped180 | 6 | The orientation is mirrored, and rotated 180 degrees. * |
QWaylandOutput::TransformFlipped270 | 7 | The orientation is mirrored, and rotated 270 degrees. * * |
See also QWaylandOutput::transform.
Property Documentation
availableGeometry : QRect
This property holds the geometry of the QWaylandOutput available for displaying content. The available geometry is in output coordinates space, starts from 0,0 and it's as big as the output by default.
Access functions:
| QRect | availableGeometry() const |
| void | setAvailableGeometry(const QRect &availableGeometry) |
Notifier signal:
| void | availableGeometryChanged() |
See also QWaylandOutput::currentMode and QWaylandOutput::geometry.
compositor : QWaylandCompositor * const
Access functions:
| QWaylandCompositor * | compositor() const |
Notifier signal:
| void | compositorChanged() |
geometry : const QRect
This property holds the geometry of the QWaylandOutput.
Access functions:
| QRect | geometry() const |
Notifier signal:
| void | geometryChanged() |
See also QWaylandOutput::currentMode.
manufacturer : QString
This property holds a textual description of the manufacturer of this QWaylandOutput.
Access functions:
| QString | manufacturer() const |
| void | setManufacturer(const QString &manufacturer) |
Notifier signal:
| void | manufacturerChanged() |
model : QString
This property holds a textual description of the model of this QWaylandOutput.
Access functions:
| QString | model() const |
| void | setModel(const QString &model) |
Notifier signal:
| void | modelChanged() |
physicalSize : QSize
This property holds the physical size of the QWaylandOutput in millimeters.
Access functions:
| QSize | physicalSize() const |
| void | setPhysicalSize(const QSize &size) |
Notifier signal:
| void | physicalSizeChanged() |
See also QWaylandOutput::geometry and QWaylandOutput::currentMode.
position : QPoint
This property holds the position of this QWaylandOutput in the compositor's coordinate system.
Access functions:
| QPoint | position() const |
| void | setPosition(const QPoint &pt) |
Notifier signal:
| void | positionChanged() |
scaleFactor : int
This property holds the factor by which the QWaylandCompositor scales surface buffers before they are displayed. This is used on high density output devices where unscaled content would be too small to be practical. The client can in turn set the scale factor of its buffer to match the output if it prefers to provide high resolution content that is suitable for the output device.
The default is 1 (no scaling).
Access functions:
| int | scaleFactor() const |
| void | setScaleFactor(int scale) |
Notifier signal:
| void | scaleFactorChanged() |
sizeFollowsWindow : bool
This property controls whether the size of the QWaylandOutput matches the size of its window.
If this property is true, all modes previously added are replaced by a mode that matches window size and screen refresh rate.
The default is false.
Access functions:
| bool | sizeFollowsWindow() const |
| void | setSizeFollowsWindow(bool follow) |
Notifier signal:
| void | sizeFollowsWindowChanged() |
subpixel : QWaylandOutput::Subpixel
This property holds the subpixel arrangement of this QWaylandOutput. The default is QWaylandOutput::SubpixelUnknown.
Access functions:
| Subpixel | subpixel() const |
| void | setSubpixel(const Subpixel &subpixel) |
Notifier signal:
| void | subpixelChanged() |
transform : QWaylandOutput::Transform
This property holds the transformation that the QWaylandCompositor applies to a surface to compensate for the orientation of the QWaylandOutput.
The default is QWaylandOutput::TransformNormal.
Access functions:
| Transform | transform() const |
| void | setTransform(const Transform &transform) |
Notifier signal:
| void | transformChanged() |
window : QWindow *
This property holds the QWindow for this QWaylandOutput.
Access functions:
| QWindow * | window() const |
| void | setWindow(QWindow *window) |
Notifier signal:
| void | windowChanged() |
Member Function Documentation
QWaylandOutput::QWaylandOutput()
Default constructs an instance of QWaylandOutput.
QWaylandOutput::QWaylandOutput(QWaylandCompositor *compositor, QWindow *window)
Constructs a QWaylandOutput in compositor and with the specified window. The create() function must be called on the compositor before constructing a QWaylandOutput for it.
The QWaylandOutput object is initialized later, in reaction to an event. At this point it is added as an output for the compositor. If it is the first QWaylandOutput object created for this compositor, it becomes the default output.
QWaylandOutput::~QWaylandOutput()
Destroys the QWaylandOutput.
void QWaylandOutput::addMode(const QWaylandOutputMode &mode, bool preferred = false)
Adds the mode mode to the output and mark it as preferred if preferred is true
. Please note there can only be one preferred mode.
QWaylandCompositor *QWaylandOutput::compositor() const
Returns the compositor for this QWaylandOutput.
Note: Getter function for property compositor.
QWaylandOutputMode QWaylandOutput::currentMode() const
Returns the output's size in pixels and refresh rate in mHz. If the current mode is not set it will return an invalid mode.
See also setCurrentMode(), QWaylandOutput::modes, and QWaylandOutputMode.
[signal]
void QWaylandOutput::currentModeChanged()
void QWaylandOutput::frameStarted()
Informs QWaylandOutput that a frame has started.
[static]
QWaylandOutput *QWaylandOutput::fromResource(wl_resource *resource)
Returns the QWaylandOutput corresponding to resource.
[signal]
void QWaylandOutput::modeAdded()
QList<QWaylandOutputMode> QWaylandOutput::modes() const
Returns the list of modes.
bool QWaylandOutput::physicalSizeFollowsSize() const
See also setPhysicalSizeFollowsSize().
[signal]
void QWaylandOutput::physicalSizeFollowsSizeChanged()
void QWaylandOutput::sendFrameCallbacks()
Sends pending frame callbacks.
void QWaylandOutput::setCurrentMode(const QWaylandOutputMode &mode)
Sets the current mode. The mode mode must have been previously added.
See also currentMode(), QWaylandOutput::modes, and QWaylandOutputMode.
void QWaylandOutput::setPhysicalSizeFollowsSize(bool follow)
See also physicalSizeFollowsSize().
[virtual]
void QWaylandOutput::update()
Schedules a QEvent::UpdateRequest to be delivered to the QWaylandOutput's window.
See also QWindow::requestUpdate().


Tories rake in £5 million more in big ticket donations than any other party
Donations ahead of the General Election have been published and the Conservative Party has pocketed more big cash gifts in the first week of the campaign than the other main parties combined
by Mikey Smith, https://www.mirror.co.uk/authors/mikey-smith/The Tories have raked in £5 million more in big ticket donors than any other political party in the first week of the General Election .
The party pocketed more big cash gifts than all the other main parties combined - and 26 times more than Labour - according to new figures published by the Electoral Commission.
In the same period, Labour took in just £218,500 - though Jeremy Corbyn's party traditionally raises more money through small donations, which are not declared in the same way.
The watchdog publishes details of any donations made to parties over £7,500 for each week of the campaign.
In total, £6,507,146 in donations was reported to the Commission between November 6 and 12 - less than the £7,054,844 for the same period in 2017.
The Brexit Party took a single donation of £250,000 from businessman Jeremy Hosking - a former Tory donor who has been a major backer of Nigel Farage's operation.
Tory donors include Russian banker Lubov Chernukhin.
Mrs Chernukhin's husband Vladimir Chernikhin, was formerly an ally of Russian President Vladimir Putin, although he says he has fallen out with the leader.
She has frequently made headlines as a big-ticket donor to the Tories - regularly bidding in auctions for access to senior ministers at Tory fundraisers.
Earlier this year she paid £135,000 for a "girls' night out" with Theresa May and other senior cabinet ministers.
In 2018 the Tories accepted her bid of £30,000 in return for a private dinner with defence secretary Gavin Williamson in the Churchill War Rooms.
And she paid £160,000 at a previous event to play tennis with Boris Johnson .
The biggest backer of the Conservatives was theatre producer John Gore who gave £1 million.
He was also the party's biggest donor last year.
The next three largest donors were the travel company Trailfinders, Countrywide Developers and WA Capital, who each gave £500,000 pounds to the party.
The Lib Dems accepted £275,000 in large donations during the first week of the campaign.
And the Green Party accepted £30,000.


Sahnnon's Ultimate Machine on his 1100100
"Inspired by the late artificial-intelligence pioneer Marvin Minsky, he designed what was dubbed the Ultimate Machine: flick the switch to “On” and a box opens up; out comes a mechanical hand, which flicks the switch back to “Off” and retreats inside the box. Shannon’s home, in Winchester, Massachusetts (Entropy House, he called it), was full of his gizmos, and his garage contained at least thirty idiosyncratic unicycles—one without pedals, one with a square tire, and a particularly confounding unicycle built for two. " --- New York Times
I found such idea fascinating and it has an incredible sense of humor. Therefore, I create this webpage and it will open a pop-up window as the Ultimate Machine and the window will close itself after three seconds.
The beauty of this machine it can close itself, so I would like to really create a page that can actually close itself. However, for obvious secruity reason, modern browser does not allow such thing unless with so unsustainable hack so I end up using this page as a parent page to launch the machine as a child page and close it with this parent page.
NOTE:


SweetFreeStuff.com
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Free Smokin Barrel Peanuts or Trail Mix at Stripes Stores. Expires 5/26.
They are located in Texas, Oklahoma and New Mexico.
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Posted: 25 May 2015 01:00 AM PDT
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up! As a panel member, the National Consumer Panel will provide you with a
hand-held scanner. Every time you or members of your household shop, youll
use the scanner to scan the barcodes on all of your purchases. Then, once
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Sibrnetik Matrix Ether-Enabled
Help Me Pick New Logo Through 3 April 2016!
I am in the process of running a logo design contest on 99designs and have created a poll with 6 of the best logo designs I've received. I would love for you to vote on the logo design. It only takes a minute.
Like Sci-Fi? Read My New Online Fiction Series.
Do you like Sci-Fi? While I finish up my next novel, I have started an online fiction series called Forbearance. Picking up from the canteen scene in Bellicose, we meet Keius Minjen, a postal marine, as he tries to survive the battle planet Guna to exact revenge and one day liberate his homeland.
Sign-up if you want me to send you news about upcoming installments of Forbearance or my other writings.
Overview
The Sibrnetik Matrix Ether-Enabled, commonly referred to as SMEE, is a sub-cranial computer implant developed during the Expanse by Symbiosis, Ltd. The implant was developed as a means of incorporating an individual’s computer and telecommunications in one unit, and have that unit be always at the ready. While techically illegal in the Imperium, access to SMEE hardware is possible among upperclass citizens and those in key positions of government.
SMEE implants derive their power source via the electromagnetic energy produced by their owner. Through the use of nano-technology, they are able to self-repair, gathering the material they need from their owner’s blood stream. This last feature has proven to be the improvement that extended the life span of a SMEE almost indefinitely. While there has been speculation that SMEE return the favor to their hosts, there has been no officially documented research that shows SMEE owners living longer as a result of their SMEE.
Early History
Earlier versions of the SMEE encountered difficulties connecting to the Ether, until a breakthrough in ceramic antenna made it possible to replace a part of the individual’s skull with an inverse-convex dish. These first truely “ether-enabled” versions lacked the external port for connectivity, and were called the “Companion” series by the company. For those who wanted the hardware without the show, this was the way to go.
However, while the new ether-enabled feature was being implemented, Symbiosis also introduced a new AI core, thought to be the smallest AI computers of the era. These AI had the capability for full emotical interface, but continual exposure to the human mind led to many of these early AI failing. The absence of the external port also put the owner at the mercy of these AI as the AI controled the ability to provide upgrades. While most of these units were successfuly recalled, some disappeared and pop culture referred to these as the “Imp” series.
Post-Emergence
Subsequent versions of SMEE continued to present problems as the AI would invariably become corrupted by human interaction, even when the emotical interface was removed. This led Symbiosys to severely degrade the processing power of the AI, leaving the SMEE units incapable of true-AI. In the interests of maintaining the market interest, SMEE units were instead packed with the most advanced nanomemory available, which allowed some owners to record decades of experiences in first person, although many of these recordings were encrypted to remain with the owner. The primary use was among those with severe brain damage, to help them with what they could not help themselves, and with those for whom information was their stock-and-trade.
Imperium
During the period of the Imperium, ownership of SMEE units has been greatly curtailed. Symbiosis was subsumed by the government and no further development was permitted. However, some models of SMEE came with self-repair equipment and there are many SMEE that have been passed from owner to owner, creating a macabre culture of SMEE. The total number of SMEE produced exceeded one-hundred million, but it is believed that fewer than ten thousand units remain to the end of the era because of harsh crackdown during the Dabrian Dynasty.
References
- Dabrian Dynasty
- Ether
- Second Phantom Entry


| Position | Short description | Company Name | Location |
|---|---|---|---|
| Position | Short description | Company Name | Location |
| Position | Short description | Company Name | Location |
| Position | Short description | Company Name | Location |
| Position | Short description | Company Name | Location |
| Position | Short description | Company Name | Location |
| Position | Short description | Company Name | Location |
| Position | Short description | Company Name | Location |
| Position | Short description | Company Name | Location |


Two Union Square Lobby / NBBJ
- Curated by Paula Pintos
- 2 minutes
Offices Interiors · Seattle, United States
- version="1.0" encoding="UTF-8"? Architects: NBBJ
- AreaArea of this architecture projectArea: 7989.6 ft2
- version="1.0" encoding="UTF-8"?YearCompletion year of this architecture project Year: 2019
- version="1.0" encoding="UTF-8"?PhotographsPhotographs: Kevin Scott, Sean Airhart
- version="1.0" encoding="UTF-8"?ManufacturersBrands with products used in this architecture project Manufacturers: All New Glass, Allermuir, Architextures, Barclay Dean, Cumberland, Geiger, General Terrazzo, Holly Hunt, Tile Company
- General Contractor GLY
- Engineering Firm Magnusson Klemencic Associates
- Painting Gudmundson
- Plumbing Hermanson
- Metal Panels Hermanson DMP
- Electrical McKinstry
- Music Mood Media
- Demolition PCI Democon
- Scaffolding PCI Scaffold
- Waterproofing Wayne’s Roofing
More Specs Less Specs
Text description provided by the architects. At 30 years old, Two Union Square remains a one-of-a-kind and significant icon in the Seattle skyline. To meet the rapidly-changing business needs of the city’s most innovative tenants — and adapt to the evolving nature of work that is moving beyond designated offices into community spaces like lobbies — the project team repositioned all of the public spaces in Two Union Square to create a design that is boldly current, incorporates design complexity in fabrication techniques and is centered on the human experience.
The original firm that designed the building set out to restore a unified narrative of Two Union Square — its past, present and future. While the building defined the architecture of the region and of the era, in the three decades since its completion, a series of incremental, disparate modifications resulted in a lack of spatial continuity and underutilized public spaces. In 2015, the building owner issued a design brief that called for a bold, new vision that embodied the evolving organizational and cultural needs of a mobile workforce. Given Seattle’s meteoric growth as a high-tech hub, it was critical to leverage distinct attributes of the building, primarily: The grand staircase arriving at the main lobby and fractured stone installation; the fireplace lobby with a skylight oculus and connecting retail court; the landscaped cascading courtyard
A sense of intimacy is not easy to accomplish in a 56-story building, yet Two Union achieves this by the modulation and scale of the program elements. The integration of lighting systems, access to daylight and views to the landscape contribute to the overall feeling of wellbeing.
The grand staircase that arrives at the fractured stone wall installation creates a pivotal moment of pause — a place for tenants and visitors alike to take a quiet moment out of their day and reflect. Meanwhile, the enclosed elevator lobbies feature lowered wood clad canopy ceilings punctuated with full north-south views to the exterior.
The large scale textural moves and neutral yet impactful coloration and tonality throughout the project creates a welcoming, refined environment. Each space was envisioned as a social landmark through the tenant’s perspective — agile venues for collaboration, one-off meetings, and respite — all of which are centered on the human experience.


Previous chapters used Apache SIS static methods for convenience. In some cases, usage of those convenience methods can be replaced by Java code using only GeoAPI methods. Such replacements may be desirable for applications who want to reduce direct dependency toward Apache SIS, for example in order to ease migrations between SIS and other GeoAPI implementations. However this may require that applications write their own convenience methods. The following sections provide some tip for easing this task.
@UML
annotations
For each class, method and constant defined by an OGC or ISO standard,
GeoAPI indicates its provenance using annotations defined in the org.opengis.annotation
package.
This mapping is described in the chapter about GeoAPI.
Java reflection methods allow access to this information during the execution of an application.
Class org.apache.sis.util.iso.Types
provides static convenience methods like
getStandardName(Class)
, but one can avoid those methods.
The following example displays the standard name for the method getTitle()
from the Citation
interface:
Class<?> type = Citation.class;
Method method = type.getMethod("getTitle
", (Class<?>[]) null);
UML annot = method.getAnnotation(UML.class);
String id = annot.identifier();
System.out.println("The standard name for the " + method.getName() + " method is " + id);
The reverse operation — getting the Java class and method from a standard name — is a bit more complicated.
It requires reading the class-index.properties
file provided in the org.opengis.annotation
package.
The following example reads the files just before searching for the name of the interface corresponding to CI_Citation
.
Users are always encouraged to only read this file once and then save its contents in their application’s cache.
Properties isoToGeoAPI = new Properties();
try (InputStream in = UML.class.getResourceAsStream("class-index.properties
")) {
isoToGeoAPI.load(in);
}
String isoName = "CI_Citation
";
String geoName = getProperty(isoName);
Class<?> type = Class.forName(geoName);
System.out.println("The GeoAPI interface for ISO type " + isoName + " is " + type);
The org.apache.sis.util.iso.Types
convenience method for above task is
forStandardName(String)
.
GeoAPI defines factories (Factory
) that can create implementations of interfaces.
For example, DatumFactory
provides methods that can create instances which implement interfaces of the
org.opengis.referencing.datum
package.
A Factory
must be implemented by a geospatial library,
and declared as a service as defined by the java.util.ServiceLoader
class.
The ServiceLoader
javadoc explains this procedure.
In brief, the library must create a file in the META-INF/services/
directory,
with a name corresponding to the complete name of an interface in the factory
(in the preceding example, org.opengis.referencing.datum.DatumFactory
).
On one line, this text file must include the complete name of the class that implements this interface.
This class may be hidden from users, as they do not need to know of its existence.
If the library has correctly declared its factories as services,
users may import them by using ServiceLoader
, as in the example below.
This example only takes the first factory located; if there is more than one factory -
for example when multiple libraries coexist — then the choice is left to the user.
import org.opengis.referencing.GeodeticDatum;
import org.opengis.referencing.DatumFactory;
import java.util.ServiceLoader;
public class MyApplication {
public void createMyDatum() {
ServiceLoader loader = ServiceLoader.load(DatumFactory.class);
DatumFactory factory = loader.iterator().next();
GeodeticDatum myDatum = factory.createGeodeticDatum(…);
}
}
Implementing GeoAPI oneself in order to meet very specific needs is not difficult. A developer might concentrate on a handful of interfaces among the hundreds available, while keeping other interfaces as extension points to eventually implement as needed.
The conceptual model that the interfaces represent is complex. But this complexity may be reduced by combining certain interfaces.
For example, many libraries, even well-known ones, do not distinguish between a Coordinate System (CS)
and a Coordinate Reference System (CRS).
A developer that also wishes not to make this distinction may implement these two interfaces with the same class.
The resulting implementation may have a simpler class hierarchy than that of GeoAPI interfaces.
The geoapi-examples
module, discussed later, provides such combinations.
The following table lists a few possible combinations:
| Main Interface | Auxiliary Interface | Use |
|---|---|---|
CoordinateReferenceSystem |
CoordinateSystem |
Description of a spatial reference system (CRS). |
GeodeticDatum |
Ellipsoid |
Description of the geodetic datum. |
CoordinateOperation |
MathTransform |
Coordinate transformation operations. |
IdentifiedObject |
ReferenceIdentifier |
An objet (usually a CRS) that we can identify by a code. |
Citation |
InternationalString |
Bibliographic reference consisting of a simple title. |
GeographicBoundingBox |
Extent |
Spatial area in degrees of longitude and latitude. |
ParameterValue |
ParameterDescriptor |
Description of a parameter (name, type) associated with its value. |
ParameterValueGroup |
ParameterDescriptorGroup |
Description of a set of parameters associated with their values. |
The geoapi-examples
module provides examples of simple implementations.
Many of these classes implement more than one interface at a time in order to provide a simpler conceptual model.
The javadoc for this module
lists key packages and classes along with the combinations performed.
This module illustrates not only how GeoAPI might be implemented,
but also how the implementation might be tested using geoapi-conformance
.
Although its primary goal is to serve as a source of inspiration for implementors,
geoapi-examples
was also designed so as to be usable by applications with very simple needs.
As all the examples are in the public domain, developers are invited to freely adapt copies of these classes as necessary.
However, if changes are made outside the framework of the GeoAPI project,
fair use demands that modified copies be placed in a package with a different name than org.opengis
.
For somewhat more involved needs, developers are invited to examine the
geoapi-proj4
and geoapi-netcdf
modules.
These two modules provide examples of adaptors that are allowed, via GeoAPI interfaces,
to use some of the features of external libraries (Proj.4 and netCDF).
The advantage of using these interfaces is to provide a unified model to operate two very different APIs,
while retaining the ability to switch easily to another library if desired.