DVI2TTY(1) DVI2TTY(1) NAME dvi2tty - preview a TeX DVI-file on an ordinary ascii terminal SYNOPSIS dvi2tty [ options ] dvi-file DESCRIPTION dvi2tty converts a TeX DVI-file to a format that is appropriate for ter‐ minals and line printers. The program is intended to be used for prelimi‐ nary proofreading of TeX-ed documents. By default the output is directed to the terminal, possibly through a pager (depending on how the program was installed), but it can be directed to a file or a pipe. The output leaves much to be desired, but is still useful if you want to avoid walking to the laser printer (or whatever) for each iteration of your document. Since dvi2tty produces output for terminals and line printers the repre‐ sentation of documents is naturally quite primitive. In principle Font Changes are totally ignored, but dvi2tty recognizes a few mathematical and special symbols that can be be displayed on an ordinary ascii termi‐ nal, such as the '+' and '-' symbol. If the width of the output text requires more columns than fits in one line (c.f. the -w option) it is broken into several lines by dvi2tty although they will be printed as one line on regular TeX output devices (e.g. laser printers). To show that a broken line is really just one log‐ ical line an asterisk (``*'') in the last position means that the logical line is continued on the next physical line output by dvi2tty. Such a continuation line is started with a a space and an asterisk in the first two columns. Options may be specified in the environment variable DVI2TTY. Any option on the command line, conflicting with one in the environment, will over‐ ride the one from the environment. Options: -o file Write output to file ``file''. -p list Print the pages chosen by list. Numbers refer to TeX-page numbers (known as \count0). An example of format for list is ``1,3:6,8'' to choose pages 1, 3 through 6 and 8. Negative numbers can be used exactly as in TeX, e g -1 comes before -4 as in ``-p-1:-4,17''. -P list Like -p except that page numbers refer to the sequential ordering of the pages in the dvi-file. Negative numbers don't make a lot of sense here... -w n Specify terminal width n. Legal range 16-132. Default is 80. If your terminal has the ability to display in 132 columns it might be a good idea to use -w132 and toggle the terminal into this mode as output will probably look somewhat better. -v Specify height of lines. Default value 450000. Allows to adjust linespacing. -q Don't pipe the output through a pager. This may be the default on some systems (depending on the whims of the person installing the program). -e n This option can be used to influence the spacing between words. With a negative value the number of spaces between words becomes less, with a positive value it becomes more. -e-11 seems to worked well. -f Pipe through a pager, $PAGER if defined, or whatever the installer of the program compiled in (often ``more''). This may be the default, but it is still okay to redirect output with ``>'', the pager will not be used if output is not going to a terminal. -F Specify the pager program to be used. This overrides the $PAGER and the default pager. -Fprog Use ``prog'' as program to pipe output into. Can be used to choose an alternate pager (e g ``-Fless''). -t \tt fonts were used (instead of cm) to produce dvi file. (screen.sty is a powerfull mean to do that with LaTeX). -a Dvi2tty normally tries to output accented characters. With the -a option, accented characters are output without the accent sign. -l Mark page breaks with the two-character sequence ``^L''. The default is to mark them with a form-feed character. -c Do not attempt to translate any characters (like the Scandi‐ navion/latin1 mode) except when running in tt-font. -u Toggle option to process certain latin1 characters. Use this if your output devices supports latin1 cahracters. Note this may interfere with -s. Best not to use -u and -s together. -s Toggle option to process the special Scandinavian characters that on most (?) terminals in Scandinavia are mapped to ``{|}[\]''. Note this may interfere with -u. Best not to use -u and -s together. -J Auto detect NTT JTeX, ASCII pTeX, and upTeX dvi format. -N Display NTT JTeX dvi. -A Display ASCII pTeX dvi. -U Display upTeX dvi. -Eenc Set output Japanese encoding. The enc argument 'e', 's', 'j', and 'u' denotes EUC-JP, Shift_JIS, ISO-2022-JP, and UTF-8, respec‐ tively. -bdelim Print the name of fonts when switching to it (and ending it). The delim argument is used to delimit the fontname. FILES /bin/more probably the default pager. ENVIRONMENT PAGER the pager to use. DVI2TTY can be set to hold command-line options. SEE ALSO TeX, dvi2ps AUTHOR Original Pascal verion: Svante Lindahl, Royal Institute of Technology, Stockholm Improved C version: Marcel Mol<EMAIL_ADDRESS>MESA Consulting BUGS Blanks between words get lost quite easy. This is less likely if you are using a wider output than the default 80. Only one file may be specified on the command line. 13 November 1990 DVI2TTY(1)


Home
/
Job Search
/
Job Details
/
Job Details
Job
Started At
Run Name
Finished At
Remarks
Stop
Delete
Logs
Reports
Rerun
Agents Used
Agent IP
Job Status
Agent Health
#
Stop Job


| r_session_options {callr} | R Documentation |
Create options for an r_session object
r_session_options(...)
... |
Options to override, named arguments. |
Named list of options.
The current options are:
libpath
: Library path for the subprocess. By default the same as the
current library path. I.e. not necessarily the library path of
a fresh R session.)
repos
: repos
option for the subprocess. By default the current
value of the main process.
stdout
: Standard output of the sub-process. This can be NULL
or
a pipe: "|"
. If it is a pipe then the output of the subprocess is
not included in the responses, but you need to poll and read it
manually. This is for exports.
stderr
: Similar to stdout
, but for the standard error.
error
: See 'Error handling' in r()
.
cmdargs
: See the same argument of r()
. (Its default might be
different, though.)
system_profile
: See the same argument of r()
.
user_profile
: See the same argument of r()
.
env
: See the same argument of r()
.
load_hook
: NULL
, or code (quoted) to run in the sub-process
at start up. (I.e. not for every single run()
call.)
extra
: List of extra arguments to pass to processx::process.
Call r_session_options()
to see the default values.
r_session_options()
might contain undocumented entries, you cannot
change these.
r_session_options()


CES 2021:New
tech unwiled at
annual showcase
The annual showcase of upcoming
tech moves online-only for the first
time.
Technology
- 'Covid let us reimagine the CES
tech expo'
The annual showcase of upcoming
tech moves online-only for the first
time.
Technology
The platform had been reliant on Amazon's
cloud computing service, which has pulled
its support.
University of Surrey tests for BBC News
found no evidence of any effect.
how the giant tech showcase hes
swapped
Vegas for a virual event this year.


Most distant world ever explored given new name: Arrokoth
The most distant world ever explored – four billion miles away – finally has an official name: Arrokoth.
That means “sky” in the language of the Native American Powhatan people, Nasa said.
Nasa’s New Horizons spacecraft flew past the snowman-shaped body on New Year’s Day, three and a half years after exploring Pluto.
At the time, this small icy world a billion miles beyond Pluto was nicknamed Ultima Thule given its vast distance from us.
“The name Arrokoth reflects the inspiration of looking to the skies,” lead scientist Alan Stern of Southwest Research Institute said in a statement, “and wondering about the stars and worlds beyond our own.”
New Horizons is operated from Johns Hopkins University’s Applied Physics Lab in Laurel, Maryland. The Hubble Space Telescope — which discovered Arrokoth in 2014 — has its science operations in Baltimore.
The New Horizons team got consent for the name from Powhatan tribal elders and representatives, according to Nasa. The International Astronomical Union and its Minor Planet Centre approved the choice.
Arrokoth is among countless objects in the Kuiper Belt, beyond the orbit of Neptune. New Horizons will observe some of these objects from afar as it makes its way deeper into space.
READ MORE
Hundreds flee as scores of wildfires rage on Australia’s east coast


TRANSFORM 2020 Lightning Talk -- Digikom
created: 2020-06-11 modified: 2020-06-11Abstract
Digikom is a browser based geological compass most probably useful as a teaching aid. It was built using gyronorm, peerjs and a partial js port of auttitude.
Introduction
I started learning a bit of javascript when I started this github personal page, as a way to add some interactivity.
I did a partial port to javascript of auttitude, which is a structural geology data analysis and plotting library I have been working on since undergrad that is currently being used as the engine for openstereo.
On a side note, having some way to easily work with structural data in javascript allows for some fun, as in creating an alexa skill for voice activated "stereonets" and adding a custom plot for google data studio.
As different phone OSs at the time presented orientation data differently, I used gyronorm as a way to normalize the input.
While at first I only plotted the stereonet in response to changes in phone orientation, I eventually got the idea of trying to connect it to a desktop computer somehow.
Enter WebRTC
I originally wanted to offer a connection from the cellphone directly to openstereo, but my first attempt (making the phone POST the data to a server running on the desktop computer) ended up being sluggish and unreliable on some networks.
I eventually found out about the WebRTC api, which allows for direct peer to peer communication between users. Giving up at first on integrating this to openstereo (I couldn't find any library nor understand how at the time to do WebRTC in python/PyQT5), I decided to use the browser as the visualization platform as well. This is the current page of Digikom.
One of the complicated issues in using WebRTC is signalling, that is, exchanging information between the two browsers on how to connect. At the time, as I wanted to build only a simple static page, I used peerjs, which is a nice and really simple to use library for this kind of communication in the browser, supporting everything that WebRTC has, such as data, audio and video streams (which, combined with some other really cool modern browser APIs, allows you to easily do stuff as sharing your desktop).
They offer their own free signalling server, so you really only have import the library and it works.
When it works. As a free of charge service offered to the community, it can be hard to connect and get a peer id sometimes. As an alternative, you could use a simpler library, as simple-peer and build your own signalling server. That consists of exchanging the signal data between the peers and then all subsequent communication is directly between the users.
I will eventually add a link here to a version doing this running on glitch.
Javascript can be really fun!
In conclusion, I have to say that my adventures in learning javascript have been really interesting. Browsers have some really cool APIs nowadays, and with some libraries as presented above, or maybe ones that use WebGL, such as three.js or on another layer of abstraction, webVR as a-frame, you can quickly prototype and build fun projects!


Isotope Mass Abundance Spin Mag Moment
50V 49.947161 0.25% 6 +3.34745 51V 50.943962 99.75% 7/2 +5.1574
V I Ground State 1s22s22p63s23p63d34s2 4F3/2 Ionization energy 54411.7 cm-1 (6.74619 eV) Ref. JKLC94 V II Ground State 1s22s22p63s23p63d4 5D0 Ionization energy 117900 cm-1 (14.618 eV) Ref. ICL88


Ex payTM Software Engineer, MEAN Stack/elastic search expert. He manages that your products are scale-able and ready to go
Technical Head
The Marketeer with the right kind of network, he takes care of all the projects and do all the work for you so that you can just sit back and relax.
Business Development
A dedicated and responsible back-end developer who codes 24x7.
Back-End Developer
Easily change typography, colors, sizes with SASS variables.
We provide all the PSD`s used in designing for the future.
Our designs are made for Boxed / Full Width / Grid layouts.
Only vector icons. Your product stay crisp on any resolution.
We’ve created the fastest and most convenient process to help you efficiently manage your business.
See Documentation


Hello, Stranger!
Welcome to Runners Home™
Runners home™ is dedicated to providing you with:
the most up-to-date running races.
the best resources for runners.


Winter 2004: I was fully prepared for my first trip ever of any kind. Morning Glory was my drug of choice because itís legal and convenient. I had read about all the different methods of preparation and had decided that chewing the seeds whole was the best option. So, I cleaned the seeds using some Joy Ultra dish soap, started the long drive out to a remote beach and ate the seeds on the drive over. It took about 10 minutes to chew all of the seeds, and another 30 to reach my destination. I was expecting the onset to take about an hour (not even close).
Once at the beach I waited two hours to feel the effects.  At about that time, I noticed that the street lights in the distance looked brighter than before, but I assumed that it was because the fog had lighted up, but these were the first effects. I was convinced that the Morning Glory just wasnít going to work, so I headed back home. About 20 minutes into the drive home everything started smelling funny, and not in a good way, everything stunk horribly. I rolled the windows down to get rid of the smell, but it didnít go away. I thought nothing of it.
[Erowid Note: Driving while intoxicated or tripping is dangerous and irresponsible because it endangers other people. Don't do it!]
Roughly 5 minutes from home, an intense rush of energy flows through both of my arms and a huge uncontrollable grin sweeps across my face. Then the giggles started (keep in mind Iím driving). I couldnít stop laughing, I felt great, pure euphoria. The best part of it all, I didnít loose any motor skills until I made it home safely. Once home I decided that I should do something fun, but it was late and everyone was asleep. Then it hit me, masturbation. Masturbation is always more fun high or drunk, so I decided to give it a try. This was an unforgettable experience. It took 2 hours to reach climax and it was the best climax of my life.
Once through with all that mess, I decided to take a shower. This is when I peaked. For some reason I thought itíd be cool to turn the lights off and make my way around the bathroom in pitch black pure darkness, so dark that I could not see my hand AT ALL from 1 inch away. Perception was strange, the shower seemed huge, tens of times larger than normal. The water felt great and it felt great to be clean. Upon leaving the shower I noticed my eyes in the mirror. My eyes were all pupils and they looked amazing. For the first time in my life I saw my self in the mirror and saw my own beauty. It was like seeing myself from someone elseís eyes. Amazing.
I went back to my room and laid down. The ceiling was breathing with me which was quite pleasant. The ceiling fan almost morphed into a full blown hallucination but then abruptly stopped and for a good reason. I was now very nauseous and had just become aware of it. I began to feel very, very sick. Every nerve ending in my body was tingling in pain and chilled ran up my spine. I felt as if I could control the nausea with my mind, which was actually true for a good while. I began to sweat and it felt as if poison was seeping out of every pore in my skin. This was pretty rough, but I was able to keep the pain in perspective. I was able to see my own suffering as a temporary problem which would soon pass. After 2 hours of holding my stomach at bay I finally threw up. The worst part is that I didnít feel it coming, so I threw up on my bed and all over myself, very disgusting.
By this time the pain was unbelievable, and thatís when it hit me. The one important realization I made that night ďPain is just another thing.Ē It was that sentence repeated over and over in my head that got me through all of this. Then the fever set in, turns out I was catching a pretty nasty cold too, and this actually lasted for 5 days. I managed to crawl to the bathroom covered in filth. I turned the shower on and laid down under the falling water. I laid there and let the shower clean me off. I could barely move at this point. I was now shaking uncontrollably and running a very high fever.
I laid in the shower for almost an hour and forced myself up when the hot water ran out. By this time things had settled down and I mustered up the energy to clean up my mess and wrap myself in a blanket on the couch.
I think most people would consider this a Ďbadí trip, but I learned something from it and I never let my mind go. Even the profound pain was positive experience while it was happening. It was all at once the most fun, interesting, and painful night of my entire lifeÖ.simply amazing. You only live once and Iím glad that I have that night to remember.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


|
Komodo Engine
C PROJECT_LOGO=
|
Manages all graphics initialization, systems, and underlying interactions with the MonoGame framework. More...
Public Member Functions | |
| Game () | |
| Creates the Game instance, instantiating the underlying Komodo.Core.MonoGame instance, Komodo.Core.Engine.Graphics.GraphicsManager, and Komodo.Core.ECS.Systems.ISystem objects. More... | |
| PhysicsSystem | CreatePhysicsSystem () |
| Creates and begins tracking a new Komodo.Core.ECS.Systems.PhysicsSystem. More... | |
| Render2DSystem | CreateRender2DSystem () |
| Creates and begins tracking a new Komodo.Core.ECS.Systems.Render2DSystem. More... | |
| Render3DSystem | CreateRender3DSystem () |
| Creates and begins tracking a new Komodo.Core.ECS.Systems.Render3DSystem. More... | |
| void | Draw (GameTime gameTime) |
| Draws a frame with a default clear color. More... | |
| void | Draw (GameTime _, Color clearColor) |
| Draws a frame with a provided clear color. More... | |
| void | Exit () |
| Exits the application. More... | |
| void | Initialize () |
| Initializes the Komodo.Core.Engine.Graphics.GraphicsManager and all Komodo.Core.ECS.Systems.ISystem objects. More... | |
| void | Run () |
| void | Update (GameTime gameTime) |
| Updates Komodo.Core.ECS.Systems.ISystem objects. More... | |
| void | Dispose () |
| Implicit call to Dispose(bool). More... | |
Protected Member Functions | |
| virtual void | Dispose (bool isDisposing) |
| Disposes of the underlying Komodo.Core.MonoGame instance. More... | |
Manages all graphics initialization, systems, and underlying interactions with the MonoGame framework.
| Komodo.Core.Game.Game | ( | ) |
Creates the Game instance, instantiating the underlying Komodo.Core.MonoGame instance, Komodo.Core.Engine.Graphics.GraphicsManager, and Komodo.Core.ECS.Systems.ISystem objects.
| PhysicsSystem Komodo.Core.Game.CreatePhysicsSystem | ( | ) |
Creates and begins tracking a new Komodo.Core.ECS.Systems.PhysicsSystem.
| Render2DSystem Komodo.Core.Game.CreateRender2DSystem | ( | ) |
Creates and begins tracking a new Komodo.Core.ECS.Systems.Render2DSystem.
| Render3DSystem Komodo.Core.Game.CreateRender3DSystem | ( | ) |
Creates and begins tracking a new Komodo.Core.ECS.Systems.Render3DSystem.
| void Komodo.Core.Game.Dispose | ( | ) |
Implicit call to Dispose(bool).
|
protectedvirtual |
Disposes of the underlying Komodo.Core.MonoGame instance.
| isDisposing | Whether or not the Game is disposing. |
| void Komodo.Core.Game.Draw | ( | GameTime | _, |
| Color | clearColor | ||
| ) |
Draws a frame with a provided clear color.
| _ | Time passed since last Draw(GameTime). |
| clearColor | Microsoft.Xna.Framework.Color to clear the screen with. |
| void Komodo.Core.Game.Draw | ( | GameTime | gameTime | ) |
Draws a frame with a default clear color.
| gameTime | Time passed since last Draw(GameTime). |
| void Komodo.Core.Game.Exit | ( | ) |
Exits the application.
| void Komodo.Core.Game.Initialize | ( | ) |
Initializes the Komodo.Core.Engine.Graphics.GraphicsManager and all Komodo.Core.ECS.Systems.ISystem objects.
| void Komodo.Core.Game.Update | ( | GameTime | gameTime | ) |
Updates Komodo.Core.ECS.Systems.ISystem objects.
| gameTime | Time passed since last Update(GameTime). |
|
get |
Manages all Komodo.Core.ECS.Components.BehaviorComponent objects.
|
get |
Manages all Komodo.Core.ECS.Components.CameraComponent objects.
|
staticget |
Provides access to the content files compiled by the MonoGame Content Pipeline (Releases: https://github.com/MonoGame/MonoGame/releases).
|
getset |
Default shader for all Komodo.Core.ECS.Components.Drawable2DComponent.
|
get |
Tracks the FPS based on current Microsoft.Xna.Framework.GameTime.
|
get |
Manages graphics devices for the Game window.
|
get |
Manages all Komodo.Core.ECS.Components.PhysicsComponent objects.
|
get |
Manages all Komodo.Core.ECS.Components.Drawable2DComponent objects.
|
get |
Manages all Komodo.Core.ECS.Components.Drawable3DComponent objects.
|
get |
Manages all Komodo.Core.ECS.Components.SoundComponent objects.
|
getset |
Window title.


F
- the final type of the extension of this abstract class.G
- the final type of the geometry object to be used with this frame geometry object.us.ihmc.euclid.interfaces.Clearable
, us.ihmc.euclid.interfaces.EpsilonComparable<F>
, us.ihmc.euclid.interfaces.GeometricallyComparable<F>
, us.ihmc.euclid.interfaces.GeometryObject<F>
, us.ihmc.euclid.interfaces.Settable<F>
, us.ihmc.euclid.interfaces.Transformable
, ReferenceFrameHolder
public abstract class FrameGeometryObject<F extends FrameGeometryObject<F,G>,G extends us.ihmc.euclid.interfaces.GeometryObject<G>> extends java.lang.Object implements ReferenceFrameHolder, us.ihmc.euclid.interfaces.GeometryObject<F>
FrameGeometryObject
is the base implementation of a general GeometryObject
associated with a ReferenceFrame
.
Once initialized in a given reference frame, the geometry object can be transformed such that the transformation represents the same geometry object viewed from another reference frame perspective.
| Modifier and Type | Field | Description |
|---|---|---|
private G |
geometryObject |
The frameless geometry object that is to be extended with a frame by using this class.
|
protected ReferenceFrame |
referenceFrame |
The reference frame currently associated with the geometry object.
|
| Constructor | Description |
|---|---|
FrameGeometryObject(G geometryObject) |
Creates a new frame geometry object.
|
FrameGeometryObject(ReferenceFrame referenceFrame,
G geometryObject) |
Creates a new frame geometry object and initializes its current reference frame.
|
| Modifier and Type | Method | Description |
|---|---|---|
void |
applyInverseTransform(us.ihmc.euclid.transform.interfaces.Transform transform) |
Transform the geometry object using the inverse of the given
transform . |
void |
applyTransform(us.ihmc.euclid.transform.interfaces.Transform transform) |
Transforms the geometry object using the given
transform . |
void |
changeFrame(ReferenceFrame desiredFrame) |
This is the main feature of a
FrameGeometryObject : |
boolean |
containsNaN() |
Tests if the geometry object contains at least one value equal to
Double.NaN . |
boolean |
epsilonEquals(F other,
double epsilon) |
Tests on a per component basis if
this and other are equal to an epsilon . |
boolean |
equals(F other) |
First, tests if
this and other are currently expressed in the same reference
frame, if not, this method returns false . |
boolean |
equals(java.lang.Object object) |
Tests if the given
object 's class is the same as this, in which case the method returns
equals(FrameGeometryObject) , it returns false otherwise. |
boolean |
geometricallyEquals(F other,
double epsilon) |
Tests if
this and other represent the same geometry to an epsilon . |
void |
get(G geometryObjectToPack) |
Packs the geometry object in
this into the given geometryToPack . |
G |
getGeometryObject() |
Gets the reference to the geometry object held by
this . |
ReferenceFrame |
getReferenceFrame() |
Gets the reference frame currently associated with
this . |
void |
set(F other) |
Sets the geometry object in
this to the geometry object in other . |
void |
set(G geometryObject) |
Copies the values from the given
geometryObject into the geometry object in this . |
void |
set(ReferenceFrame referenceFrame,
G geometryObject) |
Copies the values from the given
geometryObject into the geometry object in this . |
void |
setFromReferenceFrame(ReferenceFrame referenceFrame) |
Sets this frame geometry object to zero to the given reference frame, then changes back to this
frame geometry object's current frame.
|
void |
setIncludingFrame(F other) |
Sets both the reference frame and geometry object in
this to other 's reference
frame and geometry object. |
void |
setIncludingFrame(ReferenceFrame referenceFrame,
G geometryObject) |
Copies the values from the given
geometryObject into the geometry object in this
and changes this reference frame to referenceFrame . |
void |
setToNaN() |
Invalidate the geometry object by setting its values to
Double.NaN . |
void |
setToNaN(ReferenceFrame referenceFrame) |
Invalidate the geometry object by setting its values to
Double.NaN and changes the
current reference frame to referenceFrame . |
void |
setToZero() |
Reset the values of the geometry object.
|
void |
setToZero(ReferenceFrame referenceFrame) |
Reset the values of the geometry object and changes the current reference frame to
referenceFrame . |
java.lang.String |
toString() |
Provides a
String representation of this frame geometry object. |
clone, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait
checkReferenceFrameMatch, checkReferenceFrameMatch
private final G extends us.ihmc.euclid.interfaces.GeometryObject<G> geometryObject
protected ReferenceFrame referenceFrame
public FrameGeometryObject(G geometryObject)
The given geometryObject
's reference is saved internally for performing all the future
operations with this FrameGeometryObject
.
The reference frame is initialized to ReferenceFrame.getWorldFrame()
.
geometryObject
- the geometry object that is to be used internally. Reference saved. Will be
modified.public FrameGeometryObject(ReferenceFrame referenceFrame, G geometryObject)
The given geometryObject
's reference is saved internally for performing all the future
operations with this FrameGeometryObject
.
referenceFrame
- the initial reference frame in which the given geometry object is expressed
in.geometryObject
- the geometry object that is to be used internally. Reference saved. Will be
modified.public final void setToZero()
This method does affect the reference frame.
setToZero
in interface us.ihmc.euclid.interfaces.Clearable
public final void setToZero(ReferenceFrame referenceFrame)
referenceFrame
.referenceFrame
- the new reference frame to be associated with the geometry object.public final void setToNaN()
Double.NaN
.
This method does affect the reference frame.
setToNaN
in interface us.ihmc.euclid.interfaces.Clearable
public final void setToNaN(ReferenceFrame referenceFrame)
Double.NaN
and changes the
current reference frame to referenceFrame
.referenceFrame
- the new reference frame to be associated with the geometry object.public final boolean containsNaN()
Double.NaN
.containsNaN
in interface us.ihmc.euclid.interfaces.Clearable
true
if the geometry object contains at least one value equal to
Double.NaN
, false
otherwise.public final void set(G geometryObject)
geometryObject
into the geometry object in this
.
Note that not reference frame check can be performed. If possible, prefer using other methods and
taking in either a ReferenceFrame
or another FrameGeometryObject
.
geometryObject
- the geometry object used to update the geometry object in this
. Not
modified.public final void set(ReferenceFrame referenceFrame, G geometryObject)
geometryObject
into the geometry object in this
.
The reference frame passed in, represents the coordinate system in which geometryObject
is expressed. This method ensures that the current reference frame in this
is equal to
referenceFrame
. If the two reference frames differ, this method throws a
ReferenceFrameMismatchException
. If instead of throwing an exception this object's frame
should be changed, use setIncludingFrame(ReferenceFrame, GeometryObject)
.
referenceFrame
- the coordinate system in which geometryObject
is expressed.geometryObject
- the geometry object used to update the geometry object in this
. Not
modified.ReferenceFrameMismatchException
- if this.referenceFrame != referenceFrame
.public final void setIncludingFrame(ReferenceFrame referenceFrame, G geometryObject)
geometryObject
into the geometry object in this
and changes this reference frame to referenceFrame
.
The reference frame passed in, represents the coordinate system in which geometryObject
is expressed.
referenceFrame
- the coordinate system in which geometryObject
is expressed.geometryObject
- the geometry object used to update the geometry object in this
. Not
modified.public final void set(F other)
this
to the geometry object in other
.
Before updating the geometry object in this
, this method ensures that the reference
frames currently associated with this
and other
match. If the two reference
frames differ, this method throws a ReferenceFrameMismatchException
. If instead of
throwing an exception this object's frame should be changed, use
setIncludingFrame(FrameGeometryObject)
.
set
in interface us.ihmc.euclid.interfaces.Settable<F extends FrameGeometryObject<F,G>>
other
- the other frame geometry object used to update the geometry object in this
.
Not modified.public final void setIncludingFrame(F other)
this
to other
's reference
frame and geometry object.other
- the other frame geometry object used to update this
. Not modified.public final void setFromReferenceFrame(ReferenceFrame referenceFrame)
Practically, this method can be used to store the transformation information from
referenceFrame
to this current reference frame into this geometry object. How the
information is stored depends on the type of the geometry object. For instance, if the geometry
object is a Point3D
, information retained from the transformation is the translation part
only.
referenceFrame
- the reference frame of interest.public void changeFrame(ReferenceFrame desiredFrame)
FrameGeometryObject
:
Transforms this geometry object such that the transformation represents the same geometry but
from the perspective of another reference frame: desiredFrame
. Once the geometry object
is transformed, the reference frame is updated to desiredFrame
. In the case,
this.referenceFrame == desiredFrame
, this method does nothing.
desiredFrame
- the reference frame in which the geometry object is to be expressed.public final void applyTransform(us.ihmc.euclid.transform.interfaces.Transform transform)
transform
.
This method does affect the reference frame.
applyTransform
in interface us.ihmc.euclid.interfaces.Transformable
transform
- the transform to use on the geometry object in this
. Not modified.public final void applyInverseTransform(us.ihmc.euclid.transform.interfaces.Transform transform)
transform
.
This method does affect the reference frame.
applyInverseTransform
in interface us.ihmc.euclid.interfaces.Transformable
transform
- the transform to use on the geometry object in this
. Not modified.public final ReferenceFrame getReferenceFrame()
this
.getReferenceFrame
in interface ReferenceFrameHolder
this
.public void get(G geometryObjectToPack)
this
into the given geometryToPack
.geometryObjectToPack
- the other geometry object used to stored the current values of the
geometry object in this
. Modified.public final G getGeometryObject()
this
.this
.public final boolean epsilonEquals(F other, double epsilon)
this
and other
are equal to an epsilon
.
First tests if this
and other
are currently expressed in the same reference
frame, if not, this returns false
. Then, tests if this.geometryObject
is equal to
other.geometryObject
to an epsilon
. The test is usually achieved on a per
component basis. Sometimes a failing test does not necessarily mean that the two objects are
different in a geometric way.
epsilonEquals
in interface us.ihmc.euclid.interfaces.EpsilonComparable<F extends FrameGeometryObject<F,G>>
other
- the other object to compare against this. Not modified.epsilon
- tolerance to use when comparing each component.true
if the two objects are equal component-wise, false
otherwise.public boolean geometricallyEquals(F other, double epsilon)
this
and other
represent the same geometry to an epsilon
.
This returns false
if the two frame geometries are not expressed in the same reference
frame.
The implementation of this test depends on the type of geometry. For instance, two points will be
considered geometrically equal if they are at a distance from each other that is less or equal
than epsilon
.
Two frame geometries that are geometrically equal are not necessarily epsilon equals and vice versa.
geometricallyEquals
in interface us.ihmc.euclid.interfaces.GeometricallyComparable<F extends FrameGeometryObject<F,G>>
other
- the other geometry object to compare against this. Not modified.epsilon
- tolerance to use when comparing the two objects, usually refers to a distance.true
if the two objects represent the same geometry, false
otherwise.public final boolean equals(java.lang.Object object)
object
's class is the same as this, in which case the method returns
equals(FrameGeometryObject)
, it returns false
otherwise.equals
in class java.lang.Object
object
- the object to compare against this. Not modified.true
if object
and this are exactly equal, false
otherwise.public final boolean equals(F other)
this
and other
are currently expressed in the same reference
frame, if not, this method returns false
. Then, tests if this.geometryObject
is
exactly equal to other.geometryObject
. The test is usually achieved on a per component
basis. Sometimes a failing test does not necessarily mean that the two objects are different in a
geometric way.other
- the other frame geometry object to compare against this. Not modified.true
if the two objects are exactly equal component-wise, false
otherwise.public java.lang.String toString()
String
representation of this frame geometry object.
The returned String
is the concatenation of the geometry object and reference frame
String
representations.
toString
in class java.lang.Object
String
representation of this frame geometry object.


Collection
National Reference Test: information
Information about the National Reference Test being used by Ofqual to support the awarding of GCSEs in England.


Use the arrow keys to walk around the map. Space bar = jump.
What you are seeing is a test using the new Canvas tag to demonstrate its capabilities, Internet Explorer support has recently been added thanks to Google's workaround code. See also: textured version.


https://cryptic-ridge-9197.herokuapp.com/api/whoami/
{ "unix":<PHONE_NUMBER>, "natural": "December 15, 2015" }


| Attacks on You | ||||||||
|---|---|---|---|---|---|---|---|---|
| Time | Enemy | Type | Result | Enemy Losses | Your Losses | Damage by Enemy | Damage by You | |
| 1 | week ago | Bison | raid | 5,209 Gold stolen | 0 | 0 | 3,809 | 1,250 |
| 2 | weeks ago | Collateral17 | attack | 327,542 Gold stolen | 0 | 0 | 25,620 | 1,232 |
| 2 | weeks ago | ninfo69 | attack | 50,726 Gold stolen | 0 | 0 | 29,409 | 1,262 |
| 2 | weeks ago | ninfo69 | attack | 78,444 Gold stolen | 0 | 0 | 27,445 | 1,203 |
| 2 | weeks ago | mayorofunkytown | raid | 8,965 Gold stolen | 0 | 0 | 14,204 | 1,184 |
| << Back | 15 attacks total | page 2 of 2 |
| Attacks by You | ||||||||
|---|---|---|---|---|---|---|---|---|
| Time | Enemy | Result | Enemy Losses | Your Losses | Damage by Enemy | Damage by You | ||
| 56 | seconds ago | U1ven | 90,525 Gold stolen | 3 | 0 | 2,481 | 28,457 | |
| 1 attacks total | page 1 of 1 |


Appointment Details
Enter Patient Name
Address
Email Address
Date of Appointment
Select the Doctor type you want to consult

Heart Specialist
Bones Specialist
Skin Specialist
Neurologist
Gynecologists
Child Specialist


Los Beekeepers has been a band for around nine years.
From 2014 to 2015 they recorded thier first album Growing Up Grizzly with Ben Hirschfield at Nutone Studios.
They are currently working on thier next album Total Bummer at Nutone Studios.
Andrew plays guitar and sings, Oscar plays drums, Mike plays guitar, and Brandon plays bass.


Getting Started with Reactive Trader Excel
To use ReactiveTraderExcel you need to follow these steps.
Download the the zip file from here.
Don't extract the zip file yet.
Right click, select properties, check "Unblock" and press "ok".
Open an empty excel file (is just needed to change some settings in excel):
- Click on file at the top left;
- Select options at the bottom;
- Select Trust Center as the bottom left;
- Select "Trust Center Settings"
- Select "Trusted Locations"
- Add the folder "C:\Users\${USER_NAME}\Downloads\ReactiveTraderExcel"
- Check the "Subfolders of this location are also trusted"
- Press "ok" for all windows open
Extract the zip file to "C:\Users\${USER_NAME}\Downloads\ReactiveTraderExcel".
Open React Trader Cloud in openFin mode.
Open the file "ReactiveTraderExcel.xlsx" from the extracted folder.
If a popup "Publisher cannot be verified" will open, press "Install".
Wait 1 minute and the prices should appear.
Here you should be able to close positions and see the blotter.


Username: {{user.login}}
View Github
Created: {{rep.created_at | dateAgo}}
Language Used: {{rep.language}}
{{rep.description}}


|
Zigbee Application Framework API Reference
EmberZNet <IP_ADDRESS>
For the EFR32 and EM3xx Platforms
|
Macros | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_SEL_AV_EM_CRED |
| zcl prepayment sel-av-em-cred [commandIssueDateTime:4] [originatingDevice:1] [siteId:-1] [meterSerialNumber:-1] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CHG_DEBT |
| zcl prepayment chg-debt [issuerEventId:4] [debtLabel:-1] [debtAmount:4] [debtRecoveryMethod:1] [debtAmountType:1] [debtRecoveryStartTime:4] [debtRecoveryCollectionTime:2] [debtRecoveryFrequency:1] [debtRecoveryAmount:4] [debtRecoveryBalancePercentage:2] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_EM_CRED_SETUP |
| zcl prepayment em-cred-setup [issuerEventId:4] [startTime:4] [emergencyCreditLimit:4] [emergencyCreditThreshold:4] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CONS_TOP_UP |
| zcl prepayment cons-top-up [originatingDevice:1] [topUpCode:-1] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CRED_ADJ |
| zcl prepayment cred-adj [issuerEventId:4] [startTime:4] [creditAdjustmentType:1] [creditAdjustmentValue:4] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CHG_PMT_MODE |
| zcl prepayment chg-pmt-mode [providerId:4] [issuerEventId:4] [implementationDateTime:4] [proposedPaymentControlConfiguration:2] [cutOffValue:4] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_GET_PP_SS |
| zcl prepayment get-pp-ss [earliestStartTime:4] [latestEndTime:4] [snapshotOffset:1] [snapshotCause:4] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_GET_TOP_UP_LOG |
| zcl prepayment get-top-up-log [latestEndTime:4] [numberOfRecords:1] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_SET_LOW_CRED_WNG_LVL |
| zcl prepayment set-low-cred-wng-lvl [lowCreditWarningLevel:4] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_GET_DEBT_REPMT_LOG |
| zcl prepayment get-debt-repmt-log [latestEndTime:4] [numberOfDebts:1] [debtType:1] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_SET_MAX_CRED_LMT |
| zcl prepayment set-max-cred-lmt [providerId:4] [issuerEventId:4] [implementationDateTime:4] [maximumCreditLevel:4] [maximumCreditPerTopUp:4] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_SET_OA_DEBT_CAP |
| zcl prepayment set-oa-debt-cap [providerId:4] [issuerEventId:4] [implementationDateTime:4] [overallDebtCap:4] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_PUB_PREP_SS |
| zcl prepayment pub-prep-ss [snapshotId:4] [snapshotTime:4] [totalSnapshotsFound:1] [commandIndex:1] [totalNumberOfCommands:1] [snapshotCause:4] [snapshotPayloadType:1] [snapshotPayload:1] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CHG_PMT_MODE_RESP |
| zcl prepayment chg-pmt-mode-resp [friendlyCredit:1] [friendlyCreditCalendarId:4] [emergencyCreditLimit:4] [emergencyCreditThreshold:4] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CONS_TOP_UP_RESP |
| zcl prepayment cons-top-up-resp [resultType:1] [topUpValue:4] [sourceOfTopUp:1] [creditRemaining:4] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_PUB_TOP_UP_LOG |
| zcl prepayment pub-top-up-log [commandIndex:1] [totalNumberOfCommands:1] [topUpPayload:7] More... | |
| #define | EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_PUB_DEBT_LOG |
| zcl prepayment pub-debt-log [commandIndex:1] [totalNumberOfCommands:1] [debtPayload:13] More... | |
This group describes the CLI commands for the Prepayment cluster. Listed below is a description of the cluster:
The Prepayment Cluster provides the facility to pass messages relating to prepayment between devices on the HAN.
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CHG_DEBT |
zcl prepayment chg-debt [issuerEventId:4] [debtLabel:-1] [debtAmount:4] [debtRecoveryMethod:1] [debtAmountType:1] [debtRecoveryStartTime:4] [debtRecoveryCollectionTime:2] [debtRecoveryFrequency:1] [debtRecoveryAmount:4] [debtRecoveryBalancePercentage:2]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CHG_PMT_MODE |
zcl prepayment chg-pmt-mode [providerId:4] [issuerEventId:4] [implementationDateTime:4] [proposedPaymentControlConfiguration:2] [cutOffValue:4]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CHG_PMT_MODE_RESP |
zcl prepayment chg-pmt-mode-resp [friendlyCredit:1] [friendlyCreditCalendarId:4] [emergencyCreditLimit:4] [emergencyCreditThreshold:4]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CONS_TOP_UP |
zcl prepayment cons-top-up [originatingDevice:1] [topUpCode:-1]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CONS_TOP_UP_RESP |
zcl prepayment cons-top-up-resp [resultType:1] [topUpValue:4] [sourceOfTopUp:1] [creditRemaining:4]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_CRED_ADJ |
zcl prepayment cred-adj [issuerEventId:4] [startTime:4] [creditAdjustmentType:1] [creditAdjustmentValue:4]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_EM_CRED_SETUP |
zcl prepayment em-cred-setup [issuerEventId:4] [startTime:4] [emergencyCreditLimit:4] [emergencyCreditThreshold:4]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_GET_DEBT_REPMT_LOG |
zcl prepayment get-debt-repmt-log [latestEndTime:4] [numberOfDebts:1] [debtType:1]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_GET_PP_SS |
zcl prepayment get-pp-ss [earliestStartTime:4] [latestEndTime:4] [snapshotOffset:1] [snapshotCause:4]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_GET_TOP_UP_LOG |
zcl prepayment get-top-up-log [latestEndTime:4] [numberOfRecords:1]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_PUB_DEBT_LOG |
zcl prepayment pub-debt-log [commandIndex:1] [totalNumberOfCommands:1] [debtPayload:13]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_PUB_PREP_SS |
zcl prepayment pub-prep-ss [snapshotId:4] [snapshotTime:4] [totalSnapshotsFound:1] [commandIndex:1] [totalNumberOfCommands:1] [snapshotCause:4] [snapshotPayloadType:1] [snapshotPayload:1]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_PUB_TOP_UP_LOG |
zcl prepayment pub-top-up-log [commandIndex:1] [totalNumberOfCommands:1] [topUpPayload:7]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_SEL_AV_EM_CRED |
zcl prepayment sel-av-em-cred [commandIssueDateTime:4] [originatingDevice:1] [siteId:-1] [meterSerialNumber:-1]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_SET_LOW_CRED_WNG_LVL |
zcl prepayment set-low-cred-wng-lvl [lowCreditWarningLevel:4]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_SET_MAX_CRED_LMT |
zcl prepayment set-max-cred-lmt [providerId:4] [issuerEventId:4] [implementationDateTime:4] [maximumCreditLevel:4] [maximumCreditPerTopUp:4]
| #define EMBER_AF_DOXYGEN_CLI_COMMAND_PREPAYMENT_SET_OA_DEBT_CAP |
zcl prepayment set-oa-debt-cap [providerId:4] [issuerEventId:4] [implementationDateTime:4] [overallDebtCap:4]


The lean cloud live
command supports the following options:
| Option | Description |
|---|---|
--brokerage <value> |
The brokerage to use when running in non-interactive mode. |
--binance-exchange-name <value> |
Binance , BinanceUS , Binance-USDM-Futures , or Binance-COIN-Futures |
--binance-api-key <value> |
Your Binance API key, which you can generate on the API Management page on the Binance website. |
--binanceus-api-key <value> |
Your Binance US API key, which you can generate on the API Management page on the Binance US website. |
--binance-api-secret <value> |
Your Binance API secret. |
--binanceus-api-secret <value> |
Your Binance US API secret. |
--binance-use-testnet <value> |
live to use the production environment or paper to use the testnet. |
--bitfinex-api-key <value> |
Your Bitfinex API key, which you can generate on the API Management page on the Bitfinex website. |
--bitfinex-api-secret <value> |
Your Bitfinex API secret. |
--gdax-api-key <value> |
Your Coinbase API key, which you can generate on the API settings page on the Coinbase website. |
--gdax-api-secret <value> |
Your Coinbase API secret. |
--gdax-passphrase <value> |
Your Coinbase API passphrase. |
--gdax-use-sandbox <value> |
live to use the live trading environment or paper to use the sandbox. |
--ib-user-name <value> |
Your Interactive Brokers username (example: trader777). |
--ib-account <value> |
Your Interactive Brokers account Id (example: DU1234567). |
--ib-password <value> |
Your Interactive Brokers password. |
--ib-data-feed <boolean> |
Whether the Interactive Brokers price data feed must be used instead of the one from QuantConnect (yes or no ). |
--kraken-api-key <value> |
Your Kraken API key, which you can find on the API Management Settings page on the Kraken website. |
--kraken-api-secret <value> |
Your Kraken API secret. |
--kraken-verification-tier <value> |
Your Kraken verification tier (Starter , Intermediate , or Pro ). For more information about verification tiers, see Verification levels explained on the Kraken website. |
--oanda-account-id <value> |
Your OANDA account id, which you can find on your Account Statement page on the OANDA website. |
--oanda-access-token <value> |
Your OANDA API token, which you can generate on the Manage API Access page on the OANDA website. |
--oanda-environment <value> |
Practice to trade on fxTrade Practice or Trade to trade on fxTrade. |
--samco-client-id <value> |
Your Samco account Client ID. |
--samco-client-password <value> |
Your Samco account password. |
--samco-year-of-birth <value> |
Your year of birth (YYYY) registered with Samco. |
--samco-product-type <value> |
The product type, which must be mis if you are targeting intraday products, cnc if you are targeting delivery products, or nrml if you are targeting carry forward products. |
--samco-trading-segment <value> |
The trading segment, which must be equity if you are trading equities on NSE or BSE, or commodity if you are trading commodities on MCX. |
--tdameritrade-api-key <value> |
Your TDAmeritrade API key. |
--tdameritrade-access-token <value> |
Your TDAmeritrade OAuth Access Token. |
--tdameritrade-account-number <value> |
Your TDAmeritrade account number. |
--tradier-account-id <value> |
Your Tradier account id, which you can find on your Settings > API Access page on the Tradier website. |
--tradier-access-token <value> |
Your Tradier access token. |
--tradier-environment <value> |
live to use the live environment or paper to use the developer sandbox. |
--tt-user-name <value> |
Your Trading Technologies username. |
--tt-session-password <value> |
Your Trading Technologies session password. |
--tt-account-name <value> |
Your Trading Technologies account name. |
--tt-rest-app-key <value> |
Your Trading Technologies REST app key. |
--tt-rest-app-secret <value> |
Your Trading Technologies REST app secret. |
--tt-rest-environment <value> |
The REST environment in which to run. |
--tt-order-routing-sender-comp-id <value> |
The order routing sender comp Id to use. |
--zerodha-api-key <value> |
Your Kite Connect API key. |
--zerodha-access-token <value> |
Your Zerodha access token. |
--zerodha-product-type <value> |
The product type, which must be mis if you are targeting intraday products, cnc if you are targeting delivery products, or nrml if you are targeting carry forward products. |
--zerodha-trading-segment <value> |
The trading segment, which must be equity if you are trading equities on NSE or BSE, or commodity if you are trading commodities on MCX. |
--zerodha-history-subscription <boolean> |
Whether you have a history API subscription for Zerodha. |
--node <value> |
The name or Id of the live node to run on. |
--auto-restart <boolean> |
Whether automatic algorithm restarting must be enabled. |
--notify-order-events <boolean> |
Whether notifications must be sent for order events. |
--notify-insights <boolean> |
Whether notifications must be sent for emitted insights. |
--notify-emails <email> <subject> |
A comma-separated list of "email:subject" pairs configuring email-notifications. |
--notify-webhooks <url> <headers> |
A comma-separated list of "url:HEADER_1=VALUE_1:HEADER_2=VALUE_2:etc" pairs configuring webhook-notifications. |
--notify-sms <value> |
A comma-separated list of phone numbers configuring SMS notifications. |
--notify-telegram <value> |
A comma-separated list of "user/group Id:token(optional)" pairs configuring telegram notifications. |
--live-cash-balance <value> |
A comma-separated list of "currency:amount" pairs that define the initial cash balance. |
--live-holdings <value> |
A comma-separated list of "symbol:symbolId:quantity:averagePrice" pairs that define the initial portfolio holdings. For example, "GOOG:GOOCV VP83T1ZUHROL:10:50.0" . |
--push |
Push local modifications to the cloud before starting live trading. |
--open |
Automatically open the live results in the browser once the deployment starts. |
--verbose |
Enable debug logging. |
--help |
Display the help text of the lean cloud live command and exit. |


| Dividend | |||||
| Discount factor | |||||
| Present value of dividend |
| Total shareholders's equity at the end of last year: | |
| Present value of which is: |
| Assets | |||||
|---|---|---|---|---|---|
| Cash & equivalents | |||||
| Marketable securities | |||||
| Accounts receivable | |||||
| Inventories | |||||
| Other current assets | |||||
| Total current assets | |||||
| Property, plant and equipment | |||||
| Accumulated depreciation/amortization | |||||
| Long term investments | |||||
| Goodwill | |||||
| Intangible assets | |||||
| Other assets | |||||
| Total assets | |||||
| Liabilities | |||||
| Debt due for repayment | |||||
| Accounts payable | |||||
| Other current liabilities | |||||
| Total current liabilities | |||||
| Long-term debt | |||||
| Total liabilities | |||||
| Shareholders' Equity | |||||
| Common stock and other paid-in capital | |||||
| Retained earnings | |||||
| Total shareholders' equity |
| Net sales | |||||
| Cost of goods sold (COGS) | |||||
| Gross profit | |||||
| Selling, general and administrative expenses | |||||
| Research & development | |||||
| Depriciation/amortization | |||||
| Other operating expenses | |||||
| Total operating expenses | |||||
| Operating income | |||||
| Extraordinary items | |||||
| Other items | |||||
| Earnings Before Intrest and Taxes (EBIT) | |||||
| Intrest expense | |||||
| Taxable income | |||||
| Tax | |||||
| Net income | |||||
| Dividends | |||||
| Addition to retained earnings |
| Operating Activities | |||||
|---|---|---|---|---|---|
| Net income (+) | |||||
| Depriciation/amortization (+) | |||||
| Change in accounts receivable (-) | |||||
| Change in inventories (-) | |||||
| Change in other current assets (-) | |||||
| Change in accounts payable (+) | |||||
| Change in other current liabilities (+) | |||||
| Total Cash Flow from Operating Activities | |||||
| Investing Activities | |||||
| Investment in fixed assets (-) | |||||
| Total Cash Flow from Investing Activities | |||||
| Financing Activities | |||||
| Dividends paid (-) | |||||
| Change in marketable securities (-) | |||||
| Change in short-term debt (+) | |||||
| Change in long-term debt (+) | |||||
| Capital raise (+) | |||||
| Total Cash Flow from Financial Activities | |||||
| Change in Cash & Equivalents |
| Depriciation/amortization per year (%): | |
| Interest on short-term debt (%): | |
| Interest on long-term debt (%): | |
| Effective tax-rate (%): | |
| Discount-rate (%): |


Autonomous Database
Found
results
By last name
By department
By title
LOADING...
All form fields are required.
cpuCoreCount
set empty or cron expression
example
cron
All form fields are required.
First Name
Last Name
Email
Phone
Birthdate
Title
Department
All form fields are required.
First Name
Count
Interval (millseconds)


- Mouse click or Mouse hover events with x & y positions
- Keyboard events like keyup, keydown, keypress, etc
- Form events like value changes etc
- Data which arrives after an HTTP request
- User Notifications
- Measurements from any sensor
Reactive programming is programming with asynchronous data streams.


Michael R. Crusoe is the Community Engineer for the Common Workflow Language at the University of California, Davis. He is based in Cluj, Romania.


Through some backups, I recently re-discovered a folder with some high school/college projects that I thought had been lost to the sands of time. One of them was an early attempt at a small RPG written in Z80 assembly for the TI-86 graphing calculator. I know what you’re thinking -- what did I do wrong to be tortured in such a way?
In an effort to do more fun side projects, I've been learning Rust, a wonderful systems programming language developed by the Mozilla Foundation. It's been a while since I've touched a compiled language as my day-to-day often deals with Python and Javascript variants. I was inspired after seeing a lot of interesting articles about Rust usage and decided to dive into learning Rust by creating a very basic 2D game, inspired by the classic Defender arcade game.
A long-awaited continuation of my previous post, in this one we will go into the exciting intricacies of:
Many moons ago, I worked on a college project that required procedurally generating a "realistic" planet in 3D space. The original implementation created a mesh in the form of the UV sphere and then applied a particle deposition to create the terrain.
After a week of hard work and dedication my partner and I finally completed our final project for our Computer Graphics class. Below is the description we sent in to our professor as part of our project describing what we did.
Update #2 on our CSE 167 Final Project
CSE 167 is a course I'm taking this quarter having to do with Computer Graphics. We've been working with OpenGL creating cool scenes while learning more about the underlying concepts. It's loads of work, but loads of fun as well.


Returns the logarithm of a number to the base you specify.
Syntax
log(number,base)
Number is any valid numeric expression for which you want the logarithm.
Base is any valid numeric expression representing the base of the logarithm.
Example
| Expression | Description (Result) |
|---|---|
| log(8,2) | Logarithm of 8 with base 2 (3) |
| log(86,e) | Logarithm of 86 with base e (4.4543) |


Eligibility_OfficerEligibility
- MaxAmount : Integer
Maximum amount of officers (for a particular officer type) required to the BCA product
- MinAmount : Integer
Minimum amount of officers (for a particular officer type) required to the BCA product
- Notes : List
Optional additional notes to supplement the OfficerEligibility details
- OfficerType : String
Defines the types of officers eligible for the BCA product. Examples are Directors, Owners etc.
- Enum:
- Director
- Owner
- Other
- Partner
- OtherOfficerType : OtherOfficerType


--- layout: page title: About date: 2010-08-13 23:49:36.000000000 -05:00 type: page published: true status: publish categories: [] tags: [] meta: _wp_page_template: default _edit_last: '15714693' author: login: broberts65 email<EMAIL_ADDRESS>display_name: Bob Roberts first_name: '' last_name: '' ---
I am a Ruby on Rails developer in Phoenix AZ.
I started programming with Python and Geoprocessing. I used both for hobby as well as work. I have used Python for geoprocessing in ArcToolbox in addition to wxPython for stand-alone GUI's.
Since then, I got into Ruby on Rails for web applications. I did look into Django but I found it too difficult to learn. I continued to learn RoR as a hobby until the opportunity came along for me to leave the big bad corporate world and become a Ruby on Rails developer full time.
My blog started as a help for Python and geoprocessing and has since morphed to cover many other topics. Sometimes my posts are informational and sometimes they are just my opinions.
Bob Roberts
Ruby on Rails Developer


My projects
-
Development of application for online store focused on mobile phones with Java and XML. This app is for creating and tracking new orders from clients in an electronic store.
-
Morse code for microcontrollers by UART protocol applying C language and Assembler. The focus of this application was to implement certain mathematic calculations and translate them to assembler and C code.
-
A simple react responsive website that uses a Robot-API to fill up information using React components, it has a search feature that updates each time you put a character and it takes advantage of the virtual DOM.
Let's get in touch!


I’m Rita and I’m from Poland. I was studying Mechatronics in Poznan University of Technology and I was the president of the year. Now I live in Szczecin in my hometown where I am working as an engineer.
I am independent, well-organized, reliable person. I am a born traveler. I have visited more than 20 European countries. I was also working in United Stace twice! I love to spend time actively. My hobbies include trekking, mountain climbing, diving, cycling and sailing.
The organization is one of my main course that I really like and I am very good at. Furthermore, in my life I read a lot of books and watched countless amount of movies. I like jigsaw puzzles very much. I also like to play team games, such as board games, computer games and terrain games.
In addition, the cooking gives me great pleasure. I am very curious of the world, I like to gain new experience and meet new people.
Performing electrical and basic acoustic tests for hearing aids and connectivity devices in the R&D Hardware laboratory. Mainly in the field of electromagnetic compatibility (EMC).
Time measurements of individual operations on the production hall, assistance in current tasks for the Production Preparation and Logistics Department.
Designing and modeling of elements of belt and roller conveyors and other machine parts using SolidWorks 3D software. Creating 2D drawings and DWG,DXF files.


new Collection(collectionID)
Creates a new Collection that represents the server-side collection with the specified collection ID
Parameters:
| Name | Type | Description |
|---|---|---|
collectionID |
String | The string ID for the collection you want to represent. |
- Source:
Example
var col = cb.Collection("12asd3049qwe834qe23asdf1234");
Methods
-
create(newItem, callback)
-
Creates a new item in the collection and returns the created item to the callback
Parameters:
Name Type Description newItem
Object An object that represents an item that you want to add to the collection callback
function Supplies processing for what to do with the data that is returned from the collection - Source:
Example
//This example assumes a collection of items that have the columns: name, height, and age. var newPerson = { name: 'Jim', height: 70, age: 32 }; var callback = function (err, data) { if (err) { throw new Error (data); } else { console.log(data); } }; col.create(newPerson, callback); //this inserts the the newPerson item into the collection that col represents
-
fetch(_query, callback) → {ClearBlade.Item}
-
Reqests an item or a set of items from the collection.
Parameters:
Name Type Description _query
Query Used to request a specific item or subset of items from the collection on the server. Optional. callback
function Supplies processing for what to do with the data that is returned from the collection - Source:
Returns:
An array of ClearBlade Items- Type
- ClearBlade.Item
Example
var returnedData = []; var callback = function (err, data) { if (err) { throw new Error (data); } else { returnedData = data; } }; col.fetch(query, callback); //this will give returnedData the value of what ever was returned from the server.
-
remove(_query, callback)
-
Removes an item or set of items from the specified collection
Parameters:
Name Type Description _query
Query Query object that used to define what item or set of items to remove callback
function Function that handles the response from the server - Source:
Example
//This example assumes that you have a collection with the item whose 'name' attribute is 'John' var query = ClearBlade.Query(); query.equalTo('name', 'John'); var callback = function (err, data) { if (err) { throw new Error (data); } else { console.log(data); } }; col.remove(query, callback); //removes every item whose 'name' attribute is equal to 'John'
-
update(_query, changes, callback)
-
Updates an existing item or set of items
Parameters:
Name Type Description _query
Query Query object to denote which items or set of Items will be changed changes
Object Object representing the attributes that you want changed callback
function Function that handles the response of the server - Source:
Example
//This example assumes a collection of items that have the columns name and age. var query = ClearBlade.Query(); query.equalTo('name', 'John'); var changes = { age: 23 }; var callback = function (err, data) { if (err) { throw new Error (data); } else { console.log(data); } }; col.update(query, changes, callback); //sets John's age to 23


A brief introduction
The Smart Campus Energy Lab at UH Manoa is a student-led lab that strives to be a welcoming and open place of learning for undergraduate and graduate students alike, fostering and developing technical skills such as software engineering, circuit design and machine learning.
In addition to technical skills, SCEL also focuses on developing “soft” skills such as communication, teamwork, project management and leadership.
Develop low-cost, accurate, and reliable environmental sensor modules that can easily be reproduced for mass deployment
Build a wind sensor that is low cost, small, reliable, durable, and has no moving parts
Using machine learning techniques such as linearization and classification, we analysis data from the weatherbox to make algorithms to help optimize the weatherbox
More details on our website, but here is a general breakdown
In general students working on software will be prgoramming various applications, webpages and systems.
Hardware students will be working on designing, testing and building various circuits.
Systems students will be working on analyzing data and building algorithms to process such data
Visit our wiki:
https://wiki.scel-hawaii.org/doku.php?id=introduction
Notes for the authors of this presentation.
This presentation is aimed towards students who are almost completely new to this project. It does explain a little more of the question "why", so it might be less appropriate for older students (such as those looking for 496 projects)


RX.XX.XX.X:
Type: <Release Features/Enhancements/Fixes>
Runbooks:
- XXX
- XXX
Action Tasks:
- XXX
- XXX
Properties:
- XXX
- XXX
Gateway Filters:
- XXX
- XXX
Job Schedulers:
- XXX
DB Scripts:
<SchemaName>:
DDL:
- XXX
DML:
- XXX
Gateway Filters:
- XXX
Instructions:
- <instructions text 1 for the release.>
- <instructions text 2 for the release.>
Upgrades:
- <upgrades text 1 for the release.>
Problems:
- <problems text 1 for the release.>
If all is Ok
If you need to force a restart
If all is Ok
If you need to force a Shutdown


"""Abstract Credential Wrapper provides functionality for
encrypting (wrapping) and decrypting (unwrapping) PublicKeyCredentialSources
as used by WebAuthN to store credential sources on the Relying Party server
"""
"""
© Copyright 2020-2021 University of Surrey
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice,
this list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
 IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE
LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
POSSIBILITY OF SUCH DAMAGE.
"""
from abc import ABC, abstractmethod
from ctap.credential_source import PublicKeyCredentialSource
[docs]class CredentialWrapper(ABC):
"""Abstract Credential Wrapper defining functions needed to
wrap and unwrap credential sources
"""
def __init__(self):
self.name = "Base"
[docs] @abstractmethod
def wrap(self, key:bytes, credential:PublicKeyCredentialSource)->bytes:
"""Wrap a public key credential source by encrypting it with the specified key
Args:
key (bytes): AES key bytes to use in encryption
credential (PublicKeyCredentialSource): credential to be encrypted
Returns:
bytes: encrypted credential
"""
[docs] @abstractmethod
def unwrap(self, key:bytes, wrapped_credential:bytes)->PublicKeyCredentialSource:
"""Unwrap a wrapped public key credential source by decrypting it with the
specified key
Args:
key (bytes): AES key bytes to use in decryption
wrapped_credential (bytes): encrypted credential to unwrap
Returns:
PublicKeyCredentialSource: decrypted and instantiated credential source
"""
[docs] @abstractmethod
def generate_key(self)->bytes:
"""Generates a new wrapping key
Returns:
bytes: bytes containing wrapping key
"""


Presentation Title:
Practical Implementations of AI & ML in Conservation Contexts
Authors: Francesco Tonini, Geospatial Data Scientist, The Nature Conservancy; Fei Fang, Assistant Professor, Carnegie Mellon University
Download Presentation (.pdf)
Learn about Artificial Intelligence (AI) and Machine Learning and how to incorporate AI into your programs and projects. This session will provide an introduction to two practical implementations of AI in the conservation context, highlight lessons learned from some of the early implementations of AI in our sector, and inspire new ideas and partnerships.
- Protection Assistant for Wildlife Security (PAWS) helps park rangers design effective patrol routes to prevent poaching of wildlife in large national parks. Developed by Carnegie Mellon University in partners with WCS, WWF, and other partners.
- Mapping Ocean Wealth (MOW) is a global initiative to map coastal and ocean ecosystem services and the benefits nature provides to people. AI techniques in image recognition, such as Deep Learning, were used to classify geo-tagged photos from Flickr combined with global data provided by the tourism industry to map tourism benefits provided by coral reefs in the Caribbean region. Developed by The Nature Conservancy in partners with UCSC and Critigen.
Each presentation will answer several questions from the framework that was developed by NetHope and NetHope members in collaboration with the University of California in Irvine, USAID, MIT, and several other partners.


[
[Hybrid Pedagogy](http://www.hybridpedagogy.com) is a publication you should be reading. It’s completely open access, written, edited, and published by educators. The article authors and editors are laser focused on the deeper questions within technology use in education like innate power structures, programmed bias, and the fact that technology is _not_ agnostic by nature.
This week I read [Beyond Surface-Level Digital Pedagogy](http://www.digitalpedagogylab.com/hybridped/beyond-surface-level/) and was introduced to HybridPod, a companion podcast to Hybrid Pedagogy. The article linked and [Martha Burtis’ keynote at the 2016 Digital Pedagogy Institute](http://www.digitalpedagogylab.com/hybridped/making-breaking-rethinking-web-higher-ed/) really push hard on the idea that all instructors and all students should really be doing stuff on the web. Learning stuff. Breaking stuff. Just stuff.
Tying the two together is this idea (posited in the first article):
“…if our institutions of higher learning ignore the calls for critical digital pedagogy a vast number of K-12 educators will continue to look for shiny tools to cover up education’s most difficult problems.”
Granted, higher education has been involved in the making (and breaking) of the web since the beginning while K-12 has really started using it in earnest with students in the last ten years. There’s history there, in higher ed, that isn’t present in K-12. But, are we learning lessons from that history?
In particular, have K-12 teachers really recognized the enormous value in making and sharing things online? I’m not convinced that lesson is one that’s been learned, nor is it one people want to learn. [Martha’s discussion of the LMS is describing the current state of K-12 education](https://hyp.is/IcOormpnEeaYFytVzSeXnA/www.digitalpedagogylab.com/hybridped/making-breaking-rethinking-web-higher-ed/):
I think the Web hit us at a critical moment in higher education where we were already struggling with doing our work less like schools and more like businesses, and the tech industry and its vendors had already begun to infiltrate us with promises of how technology could help us achieve this goal. We had already bought into student information systems (which eventually became everything information systems), and with the promise of those systems came the promise of lots of data which would allow us to become more efficient and streamlined.
As the web becomes more sterilized for our students, we have important pedagogical decisions to make.
Flipped Learning, given its popularity, is often the first place teachers are confronted with working heavily in the online space. Many are already constrained to the LMS and find the shortcomings frustrating to work within. So, they work around.
That process of working around limitations exposes teachers (and by extension, students) to the potential of working in an _open_ web space rather than a _closed_ web space. Flexibility and customizability become the expectation rather than the “nice-to-have.” And it’s not just about the look of the space: flexibility in functionality – the experience students have – can strongly influence their experience in learning (it’s a _hybrid_ experience, remember?)
I agree that Flipped Learning, at first does not necessarily push a shift in instructional methods. But, when you’re used to teaching in a very straightforward manner, whether in person or online (in an LMS, perhaps) making an instructional shift is very difficult because of the mindset change involved. I’d like to propose that the first shift be to look outside the provided methods of organization and begin to explore the messiness of digital learning through open spaces.
Martha’s suggestion is simple: set up, and run, a domain. The easiest thing to do is purchase a domain name and start a blog. Start sharing. Start reading. Reflecting on practice in an open environment invites comment and outside input to your pedagogy. Being transparent and vulnerable in what we do with instruction will begin to inform those instructional decisions and help bring about a shift.
As you get more comfortable with your space, you’ll feel more comfortable pushing your students to do the same. Our students are creating digital footprints in spaces where there is no control. In schools, it’s in the LMS. Outside of school, it’s through social media (no, they do not own their tweets, snaps, or likes).
Improving in the use of technology is more than just being able to whip out the right app at the right time. It’s being able to critically pick apart the explicit and implicit nuance in function while at the same time enhancing the learning experience. Use the challenge of flipping to really push your thinking about how technology can truly change the teaching and learning experience in schools.
Leave a comment


I took my love, I took it down
I climbed a mountain and I turned around
And I saw my reflection in the snow-covered hills
'Till the landslide brought me down
Oh, mirror in the sky, what is love?
Can the child within my heart rise above?
Can I sail through the changing ocean tides?
Can I handle the seasons of my life?


Toggle navigation
POME
Toggle Search
Profile
Logout
5
NOTIFICATIONS
New 5
A new order has been placed
5 hours ago
Completed the task
2 days ago
Settings updated
2 days ago
Event started
3 days ago
Message received
3 days ago
Dashboard
Project
Project Name : Adobe Experience Design
Description
Deskripsi project ini diisi oleh deskripsi project
Marketing
Leader
Team
End Date
Tim Collins
Developer
Tim Collins
Developer
Tim Collins
Developer
25/11/2018
Task List
1. STEP 1 : Marketing
1.1. Task 1
SAVE
20 Agustus 2018
Start Date
20 November 2018
End Date
60%
Manager Proyek
Tim Collins
Developer
Team
Tim Collins
Developer
Tim Collins
Developer


We are so happy that you decided to take some time to get up and go somewhere! You deserve it! Now let's figure out what exciting places you might want to visit! Go ahead and fill out this vacation quiz to find what new adventures lie ahead!


|
RedWolf
|
Wrapper for an OpenGL data buffer. More...
#include <GLBuffer.hpp>
Public Member Functions | |
| GLBuffer () | |
| Create an empty buffer with default settings. | |
| GLBuffer (GLenum target) | |
| Create an empty buffer with a custom target. More... | |
| GLBuffer (GLenum target, GLenum usage) | |
| Create an empty buffer with custom target and usage parameters. More... | |
| GLBuffer (const std::array< T, N > &data, GLenum target, GLenum usage) | |
| Create a custom buffer and fill it with data. More... | |
| ~GLBuffer () | |
| Destructor. | |
| GLBuffer (const GLBuffer &)=delete | |
| This object cannot be copied. | |
| GLBuffer (GLBuffer &&buf) noexcept | |
| Move constructor. | |
| GLBuffer & | operator= (const GLBuffer &)=delete |
| This object cannot be copied. | |
| GLBuffer & | operator= (GLBuffer &&buf) noexcept |
| Move-assignment operator. | |
| void | bind () const noexcept |
| Bind the buffer to its current target. | |
| void | setData (const std::array< T, N > &data) |
| Set the buffer's data. More... | |
| void | setTarget (GLenum target) |
| Set the buffer's target. More... | |
Wrapper for an OpenGL data buffer.
|
inlineexplicit |
Create an empty buffer with a custom target.
| target | Binding target for the buffer. |
|
inline |
Create an empty buffer with custom target and usage parameters.
| target | Binding target for the buffer. |
| usage | Expected usage of the buffer (static, dynamic or stream draws). |
|
inline |
Create a custom buffer and fill it with data.
| data | Data to store in the buffer. |
| target | Binding target for the buffer. |
| usage | Expected usage of the buffer (static, dynamic or stream draws). |
|
inline |
Set the buffer's data.
| data | Data to store in the buffer. |
|
inline |
Set the buffer's target.
| target | New binding target for the buffer. |


Class: Aws::AppRunner::Types::Service
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb |
Overview
Describes an App Runner service. It can describe a service in any state, including deleted services.
This type contains the full information about a service, including configuration details. It's returned by the CreateService, DescribeService, and DeleteService actions. A subset of this information is returned by the ListServices action using the ServiceSummary type.
Constant Summary
Instance Attribute Summary
-
#auto_scaling_configuration_summary ⇒ Types::AutoScalingConfigurationSummary
rw
Summary information for the App Runner automatic scaling configuration resource that's associated with this service.
-
#created_at ⇒ Time
rw
The time when the App Runner service was created.
-
#deleted_at ⇒ Time
rw
The time when the App Runner service was deleted.
-
#encryption_configuration ⇒ Types::EncryptionConfiguration
rw
The encryption key that App Runner uses to encrypt the service logs and the copy of the source repository that App Runner maintains for the service.
-
#health_check_configuration ⇒ Types::HealthCheckConfiguration
rw
The settings for the health check that App Runner performs to monitor the health of this service.
-
#instance_configuration ⇒ Types::InstanceConfiguration
rw
The runtime configuration of instances (scaling units) of this service.
-
#network_configuration ⇒ Types::NetworkConfiguration
rw
Configuration settings related to network traffic of the web application that this service runs.
-
#observability_configuration ⇒ Types::ServiceObservabilityConfiguration
rw
The observability configuration of this service.
-
#service_arn ⇒ String
rw
The Amazon
::Aws::AppRunner::Resource
Name (ARN) of this service. -
#service_id ⇒ String
rw
An ID that App Runner generated for this service.
-
#service_name ⇒ String
rw
The customer-provided service name.
-
#service_url ⇒ String
rw
A subdomain URL that App Runner generated for this service.
-
#source_configuration ⇒ Types::SourceConfiguration
rw
The source deployed to the App Runner service.
-
#status ⇒ String
rw
The current state of the App Runner service.
-
#updated_at ⇒ Time
rw
The time when the App Runner service was last updated at.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#auto_scaling_configuration_summary ⇒ Types::AutoScalingConfigurationSummary (rw)
Summary information for the App Runner automatic scaling configuration resource that's associated with this service.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#created_at ⇒ Time
(rw)
The time when the App Runner service was created. It's in the Unix time stamp format.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#deleted_at ⇒ Time
(rw)
The time when the App Runner service was deleted. It's in the Unix time stamp format.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#encryption_configuration ⇒ Types::EncryptionConfiguration (rw)
The encryption key that App Runner uses to encrypt the service logs and the copy of the source repository that App Runner maintains for the service. It can be either a customer-provided encryption key or an Amazon Web Services managed key.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#health_check_configuration ⇒ Types::HealthCheckConfiguration (rw)
The settings for the health check that App Runner performs to monitor the health of this service.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#instance_configuration ⇒ Types::InstanceConfiguration (rw)
The runtime configuration of instances (scaling units) of this service.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#network_configuration ⇒ Types::NetworkConfiguration (rw)
Configuration settings related to network traffic of the web application that this service runs.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#observability_configuration ⇒ Types::ServiceObservabilityConfiguration (rw)
The observability configuration of this service.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#service_arn ⇒ String
(rw)
The Amazon ::Aws::AppRunner::Resource
Name (ARN) of this service.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#service_id ⇒ String
(rw)
An ID that App Runner generated for this service. It's unique within the Amazon Web Services Region.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#service_name ⇒ String
(rw)
The customer-provided service name.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#service_url ⇒ String
(rw)
A subdomain URL that App Runner generated for this service. You can use this URL to access your service web application.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#source_configuration ⇒ Types::SourceConfiguration (rw)
The source deployed to the App Runner service. It can be a code or an image repository.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#status ⇒ String
(rw)
The current state of the App Runner service. These particular values mean the following.
CREATE_FAILED
– The service failed to create. To troubleshoot this failure, read the failure events and logs, change any parameters that need to be fixed, and retry the call to create the service.
The failed service isn't usable, and still counts towards your service quota. When you're done analyzing the failure, delete the service.
DELETE_FAILED
– The service failed to delete and can't be successfully recovered. Retry the service deletion call to ensure that all related resources are removed.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end
#updated_at ⇒ Time
(rw)
The time when the App Runner service was last updated at. It's in the Unix time stamp format.
# File 'gems/aws-sdk-apprunner/lib/aws-sdk-apprunner/types.rb', line 2381
class Service < Struct.new( :service_name, :service_id, :service_arn, :service_url, :created_at, :updated_at, :deleted_at, :status, :source_configuration, :instance_configuration, :encryption_configuration, :health_check_configuration, :auto_scaling_configuration_summary, :network_configuration, :observability_configuration) SENSITIVE = [] include Aws::Structure end


I started my career as a designer. I branched out into HTML, then CSS, and finally to web page development using a variety of technologies like JavaScript and Flash.
I enjoy many different types of web development tasks, and am skilled in the following technologies:
Feel free to contact me on LinkedIn.


INFORMATION WE COLLECT
Slambook receives or collects information when we operate and provide our Services,
including when you install, access, or use our Services.
Some of the personally identifiable data we collect include but not limited to:
•Your Phone Number
•Your Email Adresss
•Your Residential Adress
Some of the Automatically collected information include but not limited to:
•Usage and Log information
•Device and connection information
No data is collected by any Third Party softwares used in this Application
HOW WE USE THE INFORMATION
Personally identifiable information, are used as the very backbone of the application.
The collected information will be used by Yagnesh L Pazhaniyappan (Owner) to contact you in the future.
Agreeing to this Privacy Policy automatically implies that you also agree to be contacted on the given information
either personally or through any other forms of communication such as Post/Mail, E-Mail, Call and other forms of communication
Automatically collected information will be solely used for the purpose of
debugging and crash analysis and to monitor the application's resource management efficiency.
The information collected is stored in our servers, which are highly safe and secure, and should an information breach occur,
and we believe that your personaly informationg might hae been compromised,
you will promply informed within 7 business days.
The information collected will not be shared with any one, unless the user authirizes to do so.
UPDATES TO THE POLICY
We may amend or update our Privacy Policy. We will not provide you notice of amendments to this Privacy Policy.
We will update the “Last Modified” date at the top of this Privacy Policy.
Your continued use of our Services confirms your acceptance of our Privacy Policy, as amended.
If you do not agree to our Privacy Policy, as amended, you must stop using our Services.
Please review our Privacy Policy from time to time.
CONTACT US
If you have questions about our Privacy Policy, please contact us at
admin@yagneshlp.com


Grand Master Sedrick:
You seem different.
Do you think you know about trust? What is most important is to be trusted by others and to trust yourself. Can you answer my question now?
"I must conduct myself honorably and practice justice."


--- layout: default nav: tutorial ---
This example lazily loads an expensive to calculate graph in a div within the page, allowing the page to respond immediately.
Note that the "server side" implementation is mocked out using mockjax, so you can see the entire implementation. Click the "Source Code" tab to see the code.
ic-get-from
attribute. In order to trigger the loading when the page loads, the
ic-trigger-on
attribute is set to "load".


{% extends 'base.html' %} {% load con_info %} {% block content %}
Unfortunately we have already filled the con at this time and cannot accept your game submission.
{% if is_registration_open %}Please Register {% else %}
Once registration opens on {% con_registration_opens %} please register {% endif %} to place yourself on the wait list. We will notify you if a spot opens up.
{% endblock %}


average sales per city
city detailes
city name
minmum customer
maxmum customer
avg cokie per customer
show result


Hunt for brutal dog-killer: Ezra’s family shocked and confused
by Macquarie National NewsThe family of a dog stabbed to death in their front yard say they are clueless as to the motivation behind the “sickening” attack.
The alleged killer turned up to their Glen Creek property, north-east of Myrtleford, in a dark blue Subaru Forester about 6pm on Monday last week.
He stepped out of the passenger side of the car at the Tunnel Gap Road home, approached Ezra the kelpie, and stabbed him to death.
Ezra’s young owner found her pet bleeding profusely from four stab wounds.
More than a week on, the alleged dog-killer remains on the run.
“It’s bad enough for any kid that loses a pet, but to have it taken from her in that manner, it’s pretty sickening and pretty disgusting really,” the father of Ezra’s owner, Darryl Symons, told 3AW.
“If they were trying to prove a point, I’ve got no idea what the point was.

Police are seeking public assistance to track down the distinctive vehicle, which had black mag wheels, black roof racks and a loud sports exhaust.


Verify that every password field is masked, i.e., the field displays identical characters for each character of the password. For example, when a user enters the password password, the masked field may look like ********.
Masking password fields helps protect user passwords from someone that may be looking at the screen.
To verify that every password field is masked:
Identify every password field in the application. Review all the pages in the application to find every password-type field. Password-type fields include secret answers, CVV, PIN, and other data which are equivalent to passwords.
Verify that every password field is masked. View each browser page that contains a password input field, and verify that each password input field is masked.
To mask all password fields:
Identify every password field in the application. Review all the pages in the application to find every password-type field. Password-type fields include secret answers, CVV, PIN, and other data which are equivalent to passwords.
Mask user input in every password field. There are different approaches to masking user input:
Masking is usually done by using a "password" type HTML input field, as follows:
<form>Set the autocomplete attribute to off to prevent the user's browser from caching the entered password.
<input type="password" name="pass" autocomplete="off" />
</form>
Use masking with custom controls. If you are using third party controls for password fields, choose ones that mask user input. If you are implementing custom controls for password fields, implement these controls in such a way that they mask user input.


Home
Epicurve by week
Epicurve by day
Epicurve by day dodged by age
Epicurve by week dodged by age
Age and sex distribution over different time frames
Weekly epicurves by age/sex
Weekly epicurves by geographical area
Map by geographical area
Barcharts by district
District/Person reporting funnel plot A
District/Person reporting funnel plot B
SEX
NO CASE REPORTS
FEMALE
MALE
AGE
NO CASE REPORTS
>5
<5
Copyright © 2019 Røde Kors


{% extends "layout.html" %} {% block content %}
Open the Full Featured NEM Beta Client in your web browser, a simple two step process.
INSTALL NEM COMMUNITY CLIENT
Need help with installing the NEM Client?


pa-select
is similar to a native select element, allowing to select a value from a set of options and apply Pastanaga’s form
field style.
pa-select
also supports internal and external validation.
There are 2 ways to provide options to pa-select: directly in the template or programmatically using
BaseControlModels
using dropdown module's components:
{{paOptionUsage}}
using BaseControlModels (
OptionModel
|
OptionSeparator
|
OptionHeaderModel
)
{{baseControlModelsUsage}}
Important note:
by design, it is possible to mark an
OptionModel
or
pa-option
component as selected, but this won't work for
pa-select
. To assign a value to the form control (and so select an option), you should use
value
,
ngModel
or
formControl
.
pa-select
controls its children, not the opposite.
The following select demonstrates error state: click in the select but don't select any option
PaFormControlDirective
SelectComponent
{{standaloneBasicCode}}
Or you can pass the options as a parameter:
{{standaloneBasicCodeOptionsTs}}
{{standaloneBasicCodeOptionsHtml}}
{{standaloneFullCode}}
{{ngModelBasicCode}}
{{formControlCodeTs}}
{{formControlCodeHtml}}
{{formControlNameCodeTs}}
{{formControlNameCodeHtml}}


Jeroen Van den Broeck
Menu
Experience
Education
Knowledge
Jeroen Van den Broeck
Embedded Software Engineer
Experience
IPEE
: Embedded Software Engineer (October 2018 - Present)
Development of smart sanitary ware
Wrote firmware for water efficient, automatically flushed toilets and urinals
Tested custom developed PCB's and sensors
Come up with new products and product features and use proof of concepts to show the feasability
Added connectivity to the products to connect the sanitary ware to applications and building management systems (BLE/Wi-Fi/LoRa)
Offer technical support to and customize our products for foreign companies in the Asia Pacific Area
Installation and follow up of our connected products in airports
IPEE
: Intern - Master's thesis (February 2018 - August 2018)
Developed a water efficient intelligent urinal with IPEE's patented technology.
The New Way Of Work
: Full-stack web developer (November 2017 - September 2019)
Developed custom web applications
These Days
(Wunderman Thompson): Intern, Back-end developer (Multimedia & Communication Technology) (Februari 2016 - Mei 2016)
Education
Universiteit Antwerpen, Wilrijk
Transition program & M.Sc.
Industrial sciences: Elektronics-ICT (Automotive Engineering)
Karel de Grote Hogeschool, Hoboken
B.Sc.
Multimedia & communication technology: web&ux
Sint-Lievenscollege, Antwerpen
Math, Science
Knowledge
Technical skills
programming
C
C++
JavaScript
Electronics
Logical analyser
oscilloscope
Reading and debugging basic schematics
Reading datasheets for components en microcontrollers
Agile release train
Git
CI/CD (Azure Devops)
Unit testing
Code reviews
Windows, Linux
Microsoft Office
Languages
Dutch
- Native language
English
- Professional Working Proficiency
French
- Limited Working Proficiency


Use your arrow keys (← and →) or swipe to navigate this Modern English translation of the 14th century dream vision Pearl, or click here to download a plain text version.