Edit on GitHub
static
callable
$callback
The callback for the progress
Response
Methods
static
Response
setMethod(
string $method = 'auto')
Sets the preferred method to use for making HTTP calls.
static
string
get(
string $uri = '',
array $options = array(),
callable $callback = null)
Makes a request to the URL by using the preferred method
static
array
progress()
Progress normalized for cURL and Fopen
static
boolean
isCurlAvailable()
Checks if cURL is available
static
boolean
isFopenAvailable()
Checks if the remote fopen request is enabled in PHP
Details
at line 57
static
Response
setMethod(
string $method = 'auto')
Sets the preferred method to use for making HTTP calls.
at line 75
static
string
get(
string $uri = '',
array $options = array(),
callable $callback = null)
Makes a request to the URL by using the preferred method
at line 101
static
array
progress()
Progress normalized for cURL and Fopen
at line 138
static
boolean
isCurlAvailable()
Checks if cURL is available
at line 147
static
boolean
isFopenAvailable()
Checks if the remote fopen request is enabled in PHP


module Alpha: sig
.. end
ALPHA conversion
type 'a
undoAlphaElement
This is the type of the elements that are recorded by the alpha
conversion functions in order to be able to undo changes to the tables
they modify. Useful for implementing
scoping
type 'a
alphaTableData
This is the type of the elements of the alpha renaming table. These
elements can carry some data associated with each occurrence of the name.
val newAlphaName : alphaTable:(string, 'a alphaTableData ref) Hashtbl.t ->
undolist:'a undoAlphaElement list ref option ->
lookupname:string -> data:'a -> string * 'a
Create a new name based on a given name. The new name is formed from a
prefix (obtained from the given name by stripping a suffix consisting of ___
followed by up to 9 digits), followed by a special separator and then by a
positive integer suffix. The first argument is a table mapping name
prefixes to some data that specifies what suffixes have been used and how
to create the new one. This function updates the table with the new
largest suffix generated. The "undolist" argument, when present, will be
used by the function to record information that can be used by
Alpha.undoAlphaChanges
to undo those changes. Note that the undo
information will be in reverse order in which the action occurred. Returns
the new name and, if different from the lookupname, the location of the
previous occurrence. This function knows about the location implicitly
from the
Cil.currentLoc
.
val registerAlphaName : alphaTable:(string, 'a alphaTableData ref) Hashtbl.t ->
undolist:'a undoAlphaElement list ref option ->
lookupname:string -> data:'a -> unit
Register a name with an alpha conversion table to ensure that when later
we call newAlphaName we do not end up generating this one
val docAlphaTable : unit ->
(string, 'a alphaTableData ref) Hashtbl.t -> Pretty.doc
Split the name in preparation for newAlphaName. The prefix returned is
used to index into the hashtable. The next result value is a separator
(either empty or the separator chosen to separate the original name from
the index)
val getAlphaPrefix : lookupname:string -> string
val undoAlphaChanges : alphaTable:(string, 'a alphaTableData ref) Hashtbl.t ->
undolist:'a undoAlphaElement list -> unit
Undo the changes to a table


| HOME | DOWNLOAD | DOCUMENTATION | FORUM | FAQ |
> Home > Documentation > Localized Spectral Analysis
SHBIASK(1) SHTOOLS 2.6 SHBIASK(1)
SHBiasK
SHBiasK - Calculate the multitaper (cross-)power spectrum expectation of a windowed function.
SYNOPSIS
SUBROUTINE SHBiasK ( TAPERS, LWIN, NUMK, INCSPECTRA, LDATA, OUTCSPECTRA, TAPER_WT, SAVE_CG ) REAL*8 TAPERS(LWIN+1, NUMK), INCSPECTRA(LDATA+1), OUTCSPECTRA(*) INTEGER LWIN, NUMK, LDATA REAL*8, OPTIONAL TAPER_WT(NUMK) INTEGER, OPTIONAL SAVE_CG
DESCRIPTION
SHBiasK will calculate the multitaper (cross-)power spectrum expectation of a function multiplied by the NUMK best-concentrated localizing windows. This is given by equation 36 of Wieczorek and Simons (2005) (see also eq. 2.11 of Wieczorek and Simons 2007). In contrast to SHBias, which takes as input the power spectrum of a single localizing window, this routine expects as input a matrix containing the spherical harmonic coefficients of the localizing windows. These can be generated by a call to SHReturnTapers or SHReturnTapersM. The maximum calculated degree of the windowed power spectrum expectation corresponds to the smaller of (LDATA+LWIN) and SIZE(OUTCSPECTRA)-1. It is implicitly assumed that the power spectrum of the INSPECTRUM is zero beyond degree LDATA. Note that this routine will only work when the window coefficients are non-zero for a single angular order. The default is to apply equal weights to each individual windowed estimate of the spectrum, but this can be modified by specifying the weights in the optional argument TAPER_WT. The weights must sum to unity. If this routine is to be called several times using the same values of LWIN and LDATA, then the Clebsch-Gordon coefficients can be precomputed and saved by setting the optional parameter SAVE_CG equal to 1.
ARGUMENTS
TAPERS (input) REAL*8, DIMENSION (LWIN+1, NUMK) The spherical coefficients of the localizing windows. Each column corresponds to the non-zero coefficients of a single angular order. Since all that is important is the power spectrum of each window, the exact angular order is not important. These are generated by a call to SHReturnTapers or SHReturnTapersM. LWIN (input) INTEGER The spherical harmonic bandwidth of the localizing windows. NUMK (input) INTEGER The number of localizing windows to use. Only the first NUMK columns of TAPERS will be employed, which corresponds to the best-concentrated localizing windows. INCSPECTRA (input) REAL*8, DIMENSION (LDATA+1) The global unwindowed power spectrum. LDATA (input) INTEGER The maximum degree of the global unwindowed power spectrum. OUTCSPECTRA (output) REAL*8, DIMENSION (*) The expectation of the multitaper localized power spectrum. The maximum spherical harmonic degree of the output is min(LDATA+LWIN, SIZE(OUTSCSPECTRA)-1). TAPER_WT (input) REAL*8, OPTIONAL, DIMENSION (NUMK) The weights to apply to each individual windowed specral estimate. The weights must sum to unity. The weights must sum to unity and are obtained from SHMTVarOpt or SHMTVarOpt0. SAVE_CG (input) INTEGER, OPTIONAL If set equal to 1, the Clebsch-Gordon coefficients will be precomputed and saved for future use (if LWIN or LDATA change, this will be recomputed). To deallocate the saved memory, set this parameter equal to 1. If set equal to 0 (default), the Clebsch-Gordon coefficients will be recomputed for each call.
SEE ALSO
shbias(1), shmtvaropt0(1), shmtvaropt(1), shreturntapers(1), shreturntapersm(1), shmtvaropt(1), shmtvaropt0(1), shbiasadmitcorr(1) <http://www.ipgp.jussieu.fr/~wieczor/SHTOOLS/SHTOOLS.html>
REFERENCES
Wieczorek, M. A. and F. J. Minimum-variance multitaper spectral estimation on the sphere, J. Fourier Anal. Appl., 13, 665-692, doi:10.1007/s00041-006-6904-1, 2007. Simons, F. J., F. A. Dahlen and M. A. Wieczorek, Spatiospectral concentration on a sphere, SIAM Review, 48, 504-536, doi:10.1137/S0036144504445765, 2006. Wieczorek, M. A. and F. J. Simons, Localized spectral analysis on the sphere, Geophys. J. Int., 162, 655-675, doi:10.1111/j.1365-246X.2005.02687.x, 2005.
COPYRIGHT AND LICENSE
Copyright 2005-2009 by Mark Wieczorek<EMAIL_ADDRESS>This is free software; you can distribute and modify it under the terms of the revised BSD license. SHTOOLS 2.6 2009-08-18 SHBIASK(1)
> Home > Documentation > Localized Spectral Analysis
| Centre National de la Recherche Scientifique | Institut de Physique du Globe de Paris | © 2011 Mark Wieczorek |


--- categories: python, PyObjC, py2app date: 2004/12/29 23:45:11 guid: /?p=6 permalink: http://bob.pythonmac.org/archives/2004/12/29/pyobjc-12-released/ tags: '' title: PyObjC 1.2 Released! ---
PyObjC 1.2 is finally out the door, accompanied by py2app 0.1.7!
I haven't yet collected the list of new features and bug fixes for py2app, but check out the PyObjC NEWS.
Note that the PyObjC installers will also install py2app!


Implementation of streambuf for use by the Buffer's istream. More...
#include <BufferStreambuf.hh>
Public Member Functions | |
| istreambuf (const InputBuffer &buffer) | |
| Default constructor requires an InputBuffer to read from. | |
| istreambuf (const OutputBuffer &buffer) | |
| Default constructor converts an OutputBuffer to an InputBuffer. | |
| const InputBuffer & | getBuffer () const |
| Return the buffer. | |
Protected Member Functions | |
| virtual int_type | underflow () |
| The current chunk of data is exhausted, read the next chunk. | |
| virtual std::streamsize | xsgetn (char_type *c, std::streamsize len) |
| Get a block of data from the stream. | |
| virtual pos_type | seekoff (off_type off, std::ios::seekdir dir, std::_Ios_Openmode) |
| Special seek override to navigate InputBuffer chunks. | |
| virtual pos_type | seekpos (pos_type pos, std::_Ios_Openmode) |
| Calls seekoff for implemention. | |
| virtual std::streamsize | showmanyc () |
| Shows the number of bytes buffered in the current chunk, or next chunk if current is exhausted. |
Implementation of streambuf for use by the Buffer's istream.
This class derives from std::streambuf and implements the virtual functions needed to operate on InputBuffer. The override functions are underflow, seekpos, showmanyc, and seek. This is considered a buffered streambuf, because it can access a chunk of the InputBuffer at a time, using the iterator interface. Because the input is already buffered, uflow is not required. pbackfail is not yet implemented but can be if necessary (the inherited behavior is to fail, and has yet to be a problem).
| virtual std::streamsize avro::istreambuf::showmanyc | ( | ) | [inline, protected, virtual] |
Shows the number of bytes buffered in the current chunk, or next chunk if current is exhausted.
References underflow().
| virtual std::streamsize avro::istreambuf::xsgetn | ( | char_type * | c, | |
| std::streamsize | len | |||
| ) | [inline, protected, virtual] |
Get a block of data from the stream.
Overrides default behavior to ignore eof characters that may reside in the stream.
References avro::InputBuffer::end(), and underflow().


Ghanaian Jeremie Frimpong keen to make Celtic right-back position his own
Ghanaian defender Jeremie Frimpong is keen to make the right-back position at Celtic his own as he continues to revel in his new environment in Glasgow
The 18-year-old has been a revelation since joining the Scottish giants in September from Manchester City.
His reason for joining Celtic from Manchester City was to earn first-team opportunities and thus far he has played six games in all competitions.
 “I have been ready for this all my life so it is good. When I get on the pitch I just do what I do best; just go and attack and help the team out as much as I can too defensively.
“I am just going to keep working harder and harder and hopefully the manager will keep putting me in.”
As Frimpong continues his footballing education, there are plenty of pearls of wisdom to be gleaned in and around Celtic Park.
“When I first came here I spoke to Danny (McGrain) and he helped me a lot,” added Frimpong. “Scott Brown, in particular, has been helping me a lot. He says ‘just do what you do because no-one can live with you, just go and show the fans what you can do’.
“I knew Scott was a good captain, I heard that from everywhere. When he plays, he always gives 100% and I knew if I was going to be in his company he would help me a lot and he has. I am really grateful for that.”


Future<T> Interface
A Future is used to obtain a value sometime in the future. Receivers of a Future can obtain the value by passing a callback to then. For example:
Future<int> future = getFutureFromSomewhere();
future.then((value) {
print("I received the number $value");
});
A future may complete by succeeding (producing a value) or failing (producing an exception, which may be handled with handleException). Callbacks passed to onComplete will be invoked in either case.
When a future completes, the following actions happen in order:
- if the future suceeded, handlers registered with then are called.
-
if the future failed, handlers registered with handleException are called in sequence, until one returns true.
- handlers registered with onComplete are called
-
if the future failed, and at least one handler was registered with then, and no handler registered with handleException returned
true
, then the exception is thrown.
Default class
Implemented by
Constructors
Code new Future.immediate(value) #
A future whose value is immediately available.
Future.immediate(T value);
Methods
Code Future chain(Future transformation(value)) #
A future representing an asynchronous transformation applied to this future's value. transformation must return a Future.
When this future gets a value, transformation will be called on the value. When the resulting future gets a value, the returned future will receive it.
If an exception occurs (received by this future, thrown by transformation, or received by the future returned by transformation) then the returned future will receive the exception.
You must not add exception handlers to this
future prior to calling
chain, and any you add afterwards will not be invoked.
Future chain(Future transformation(T value));
Code Object get exception() #
Exception that occurred (null
if no exception occured). This property
throws a FutureNotCompleteException if it is used before this future is
completes.

If onException returns true, then the exception is considered handled.
If onException does not return true (or handleException was never called), then the exception is not considered handled. In that case, if there were any calls to then, then the exception will be thrown when the value is set.
In most cases it should not be necessary to call handleException, because the exception associated with this Future will propagate naturally if the future's value is being consumed.  If complete throws an exception, it is ignored.
void onComplete(void complete(Future<T> future));
Code Object get stackTrace() #
The stack trace object associated with the exception that occurred. This
throws a FutureNotCompleteException if it is used before the future
completes. Returns null
if the future completed successfully or a
stack trace wasn't provided with the exception when it occurred.
Object get stackTrace();
Code void then(void onSuccess(value)) #
If this future is complete and has a value, then onValue
is called
with the value.
void then(void onSuccess(T value));
Code Future transform(transformation(value)) #
A future representing transformation applied to this future's value.
When this future gets a value, transformation will be called on the value, and the returned future will receive the result.
If an exception occurs (received by this future, or thrown by transformation) then the returned future will receive the exception.
You must not add exception handlers to this
future prior to calling
transform, and any you add afterwards will not be invoked.
Future transform(transformation(T value));


This was my first hackathon ever. I was foolish, I was hungry, and that was why I had fun. I had zero coding background but they still had me on their team. The only coding contributions I did very well was commenting and documenting the code.
Here is a picture of us playing soccer with CDK’s bouncy LED balls. I joined this team because I wanted to have a great experience with my friends. We took breaks. And when we took breaks, we had fun while we were at it! And the result of all of our hardwork was first place! We won the Most-Civic Minded API Award.


--- layout: default title: Maki ---
We designed Maki specifically for TileMill with the goal of creating an international, comprehensive, and stylistically unified point of interest icon set. Each symbol is drawn three times at different sizes to maximize crispness and readability. Maki symbols are based on international recognized symbols, following precedents set by AIGA and other international symbol systems, but preserving a unique look at feel.
Use Maki for everything from adding context to the base map of your mobile app to highlighting critical data on your disaster map. Just download the icons and start using them with TileMill or put them on your server to integrate with another mapping API.
Maki icons are easy to use with MapBox. Just reference the icons in TileMill with Carto to include exactly as little or as much context as you want in your map. For detailed instructions on how to use Maki on your maps, check out the documentation.
Maki icons are licensed under BSD, which means you're free to use, modify, and share these icons. If you'd like to make requests or suggest changes, create an issue on Github. View the public repository at github.com/mapbox/maki.


Gateway
BOT
03-Jan-19 04:49 PM
[dscrd-chips] <sg777> my peer id is 0, that;s just bad logs..
[dscrd-chips] <sg777> root@sg777-1 ~/bet/privatebet # ./bet player <IP_ADDRESS>
nntype.33 connect to tcp://<IP_ADDRESS>:7798 connectsock.1
nntype.80 connect to tcp://<IP_ADDRESS>:7799 connectsock.2
Public Key:74b33d912af5689c3b8db35ddfcd8470ca678a181d3a941df177f8c1963b3a23
Player ID:0
Table Info:{
"method": "TableInfo",
"playersInfo": ["74b33d912af5689c3b8db35ddfcd8470ca678a181d3a941df177f8c1963b3a23", "07b381643e53fa12a60e33c3b2db803b8fa95fac734249c9eb7481424d9dc609"]
}
[dscrd-chips] <TonyL> For Player id: 0, cards: diamonds-->four hearts-->six diamonds-->two hearts-->ace clubs-->king diamonds-->queen diamonds-->seven
[dscrd-chips] <TonyL> Why you have 7 cards
[dscrd-chips] <TonyL> If I folded on turn
[dscrd-chips] <TonyL> Shouldn't it be 4 + 2 ?
[dscrd-chips] <sg777> first two are hole cards...
[dscrd-chips] <sg777> next five are community cards..
[dscrd-chips] <TonyL> But we didn't see 5th card
[dscrd-chips] <sg777> since you folded before the river card....and the number of active players is only 1....
(edited)
[dscrd-chips] <sg777> the hand will get evaluated and awarded me the winner...
[dscrd-chips] <sg777> actually I should display these logs also at the folded players terminal too...
[dscrd-chips] <TonyL> No, if everybody fold
[dscrd-chips] <TonyL> You shouldn't reveal cards of player who won
[dscrd-chips] <Yassin IndéNodes> true
[dscrd-chips] <TonyL> And player who won shouldn't see cards which nobody else saw
[dscrd-chips] <TonyL> Like a river in our last dealt
[dscrd-chips] <sg777> okay...so the river card should never be dealt?
[dscrd-chips] <TonyL> Correct
[dscrd-chips] <sg777> okay...I'll correct that..
[dscrd-chips] <jorian> whenever a round ends and a player wins, then no extra cards are shown
[dscrd-chips] <jorian> unless the player wants to, but only his own cards
(edited)
[dscrd-chips] <SHossain> ./bet player <IP_ADDRESS>
nntype.33 connect to tcp://<IP_ADDRESS>:7798 connectsock.1
nntype.80 connect to tcp://<IP_ADDRESS>:7799 connectsock.2
Segmentation fault (core dumped)
[dscrd-chips] <TonyL> I guess no such complexity as showing by player wish needed now
[dscrd-chips] <TonyL> But just my imho
[dscrd-chips] <jorian> no, that complexity is for later
[dscrd-chips] <sg777> @SHossain are you on poker branch of bet
[dscrd-chips] <jorian> same goes for the turn (card before the river), if after the flop someone bets and everyone else folds, then the turn and river are not shown
[dscrd-chips] <jorian> watch some games on youtube to get a feeling
[dscrd-chips] <TonyL> Yeah and if everybody fold preflop
[dscrd-chips] <TonyL> No community cards revealing at all
[dscrd-chips] <TonyL> And no rake taken
[dscrd-chips] <sg777> git checkout poker..
[dscrd-chips] <sg777> and can you please try..
[dscrd-chips] <jorian> rake is another thing sg probably didn't account for yet
[dscrd-chips] <TonyL> error { "code" : 206, "message" : "Fee 1000 is 2.941176% of payment 34000; max fee requested is 0.500000%"
[dscrd-chips] <TonyL> Isn't it connected to rake?
[dscrd-chips] <TonyL> Oh it's just txfee maybe
[dscrd-chips] <SHossain> @sg777 same result with poker branch
[dscrd-chips] <sg777> that's something with the LN...I posted in LN community for that how much minimum fee we can hardcode...I'll soon fix that..
[dscrd-chips] <sg777> @SHossain can you please run again...
[dscrd-chips] <sg777> one more thing is did you pulled the latest changes from the lightning and chips master branches?
(edited)
[dscrd-chips] <sg777> I didn't know about rake, I'll read about it...
[dscrd-chips] <SHossain> everything compiled in the last 30 minutes from latest source
[dscrd-chips] <sg777> one more doubt is, for example if all the players folds expect one...in that case does the player cards should be revealed at the end of the game...or the dealer simply reward the single remaining player without revealing any of the cards?
[dscrd-chips] <TonyL> If everybody folds except of 1 player - he winning pot and no need to show his cards
[dscrd-chips] <jorian> those are table properties
[dscrd-chips] <sg777> @SHossain strange, can you please run again?
[dscrd-chips] <jorian> and those need to be programmed somehow
[dscrd-chips] <SHossain> sure
[dscrd-chips] <TonyL> @jorian better to check cash tables list
[dscrd-chips] <SHossain> ./bet player <IP_ADDRESS>
nntype.33 connect to tcp://<IP_ADDRESS>:7798 connectsock.1
nntype.80 connect to tcp://<IP_ADDRESS>:7799 connectsock.2
Segmentation fault (core dumped)
[dscrd-chips] <jorian> true, but it's the same idea
[dscrd-chips] <jorian> there needs to be a table layer
[dscrd-chips] <SHossain> this is what i see on lightning output
2019-01-03T17:04:12.202Z lightningd(9232): Connected json input
2019-01-03T17:04:12.202Z lightningd(9232):jcon fd 15: Success
[dscrd-chips] <jorian> and on top of the table layer, a tournament layer
[dscrd-chips] <TonyL> Stakes = smallblind/bigblind
[dscrd-chips] <sg777> @SHossain do you have any funds with LN.....if not can you do the following...
[dscrd-chips] <sg777> cd ~
[dscrd-chips] <sg777> cd .chipsln
[dscrd-chips] <sg777> rm gossip_store lightningd-chips.pid lightningd.sqlite3
[dscrd-chips] <SHossain> i don't have any funds with LN. only some CHIPS in wallet
[dscrd-chips] <SHossain> done those commands
[dscrd-chips] <sg777> can you run the lightningd now
[dscrd-chips] <sg777> and then run the player node..
[dscrd-chips] <SHossain> same issue
[dscrd-chips] <SHossain> do i need to have funds in LN?
[dscrd-chips] <sg777> yes...
[dscrd-chips] <sg777> add just 0.2 CHIPS something like that...
[dscrd-chips] <webworker01> hi, i will try to test poker later, but my lightning node is back up and open for channels
[dscrd-chips] <SHossain> ok...how do i send funds to LN? never done that
[dscrd-chips] <sg777> ./lightning-cli newaddr
[dscrd-chips] <sg777> it will generate the chips address...
[dscrd-chips] <SHossain> thanks
[dscrd-chips] <sg777> to this address fund very minimal 0.2 or even less..
[dscrd-chips] <SHossain> Thanks @webworker01 and @sg777
[dscrd-chips] <SHossain> will get that done now
[dscrd-chips] <sg777> sure...
[dscrd-chips] <sg777> if it's testing node then please add my pubkey and share me the node ip....I'll set up the node in tommorow morning
CHIPS Lightning Network Explorer
[dscrd-chips] <webworker01> you can click on the lightning nodes here and find their URI
[dscrd-chips] <webworker01> use that for the connect command
[dscrd-chips] <SHossain> an insight explorer for CHIPS would be nice
[dscrd-chips] <SHossain> i miss that
[dscrd-chips] <jorian> there's still a bounty for that
[dscrd-chips] <jorian> not high.. but still
[dscrd-chips] <jorian> maybe Decker wants to make one
[dscrd-chips] <jorian> but i guess he's busy
[dscrd-chips] <webworker01> is bitcore added already?
[dscrd-chips] <SHossain> i have funds now
chipsln-rpc listfunds
{
"outputs": [
{
"txid": "9f0d257de08c965dc344fd284108678ecda44ceec0ce15044cf6d89911ab70b1",
"output": 0,
"value": 20000000,
"status": "confirmed"
}
],
"channels": []
}
[dscrd-chips] <sg777> sure, can you run the player node now...
[dscrd-chips] <SHossain> same
./bet player <IP_ADDRESS>
nntype.33 connect to tcp://<IP_ADDRESS>:7798 connectsock.1
nntype.80 connect to tcp://<IP_ADDRESS>:7799 connectsock.2
Segmentation fault (core dumped)


A pure R implementation of the median cut algorithm. Extracts the dominant colors from an image, and turns them into a scale for use in plots or for fun!
| Version: | 0.1.1 |
| Depends: | R (≥ 2.1.0) |
| Imports: | ggplot2 |
| Suggests: | testthat, scales, jpeg, png |
| Published: | 2016-01-05 |
| Author: | Joel Carlson |
| Maintainer: | Joel Carlson <jnkcarlson at gmail.com> |
| License: | MIT + file LICENSE |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | RImagePalette results |
| Reference manual: | RImagePalette.pdf |
| Package source: | RImagePalette_0.1.1.tar.gz |
| Windows binaries: | r-devel: RImagePalette_0.1.1.zip, r-release: RImagePalette_0.1.1.zip, r-oldrel: RImagePalette_0.1.1.zip |
| OS X binaries: | r-release: RImagePalette_0.1.1.tgz, r-oldrel: RImagePalette_0.1.1.tgz |
| Old sources: | RImagePalette archive |
Please use the canonical form https://CRAN.R-project.org/package=RImagePalette to link to this page.


Your JavaScript has to be enabled for AniSeiyuu to function properly and provide you the best experience possible.


Use Builtin Datasets¶
A dataset can be used by wrapping it into a torch Dataset. This document explains how to setup the builtin datasets so they can be used by X-modaler. The annotations for builtin datasets can be downloaded here.
X-modaler has builtin support for a few datasets (e.g., MSCOCO or MSVD). The corresponding dataset wrappers are provided in xmodaler/datasets
:
xmodaler/datasets/
images/
mscoco.py
videos/
msvd.py
You can specify which dataset wrapper to use by DATASETS.TRAIN
, DATASETS.VAL
and DATASETS.TEST
in the config file.
Expected dataset structure for COCO:¶
mscoco_dataset/
mscoco_caption_anno_train.pkl
mscoco_caption_anno_val.pkl
mscoco_caption_anno_test.pkl
vocabulary.txt
captions_val5k.json
captions_test5k.json
# image files that are mentioned in the corresponding json
features/
up_down/
*.npz
Expected dataset structure for MSVD:¶
msvd_dataset/
msvd_caption_anno_train.pkl
msvd_caption_anno_val.pkl
msvd_caption_anno_test.pkl
vocabulary.txt
captions_val.json
captions_test.json
# videos files that are mentioned in the corresponding json
features/
resnet152/
*.npy
Expected dataset structure for MSR-VTT:¶
msrvtt_dataset/
msrvtt_caption_anno_train.pkl
msrvtt_caption_anno_val.pkl
msrvtt_caption_anno_test.pkl
vocabulary.txt
captions_val.json
captions_test.json
# videos files that are mentioned in the corresponding json
msrvtt_torch/
feature/
resnet152/
*.npy
When the dataset wrapper and data files are ready, you need to specify the corresponding paths to these data files in the config file. For example,
DATALOADER:
FEATS_FOLDER: '../open_source_dataset/mscoco_dataset/features/up_down' # feature folder
ANNO_FOLDER: '../open_source_dataset/mscoco_dataset' # annotation folders
INFERENCE:
VOCAB: '../open_source_dataset/mscoco_dataset/vocabulary.txt'
VAL_ANNFILE: '../open_source_dataset/mscoco_dataset/captions_val5k.json'
TEST_ANNFILE: '../open_source_dataset/mscoco_dataset/captions_test5k.json'


{#
This is the left side's content!
#}
{% include 'fuzhu_page/publicKey.html' %}{% include 'fuzhu_page/publicKeyPy.html' %}
查看详情


CHINA
Greeting
-
Address grownups by an honorific title (family relationship or e.g. teacher (laoshi) or by the family name plus Mr. (xiansheng), Ms. (nvshi)
-
A handshake is the most common form of non-verbal greeting, or just a nod, though neither is necessary.
-
The oldest person is always greeted first as a sign of respect.
Table Manners
-
When drinking a toast – tap the table twice, and stand up if it's more formal.
-
At a banquet or on formal occasions, it’s polite to sample all the dishes, and at the end of the meal you should leave a little on the plate to demonstrate the generosity of the host.
-
Bones and other inedibles: Do not put spit bones in your bowl or elsewhere. Use a tissue or hand to place them in the small plate provided — or observe how others deal with them.
-
Chopsticks: Under no circumstances should chopsticks be placed upright in your bowl. This symbolizes death. Nor should you tap your bowl with chopsticks.
Giving and Receiving Gifts
-
Present and receive things with both hands.
-
Chinese people usually do not unwrap gifts when receiving them. It is considered polite in Chinese culture to open the gifts after you leave. When you receive a gift from Chinese people, do not open them unless they insist, or you may simply ask, "Can I open it?"
-
When wrapping gifts, avoid using white or black wrapping paper, and avoid wrapping elaborately. Consider red or other festive colors.
-
Even numbers are considered good luck, with number four being the exception. It is appropriate to send one gift or send them in pairs.
-
It is inappropriate to send a clock or things to do with four as a gift, because they associate with funeral and death. Scissors or sharp things are not proper either, since they symbolize severing relations.
-
Small items like books, music CDs, perfumes, cigarettes and candies from your country are always well received.
General Do's and Don'ts
-
Chinese people are just as proud of their country as visitors are of theirs, and probably more so. They can get a little irritated when customers favor them with criticisms of China. They know that things are not perfect, and they also know that they, like other countries, are working hard to deal with problems of environment and population and so on. Discussions regarding politics, state leaders, recent history, and issues about Taiwan, Xinjiang and Tibet are still seen as sensitive.
-
Do not overreact when asked personal questions regarding marital status, family, age, job or income, because this is done to seek common ground.
-
Keep calm when dealing with government officials if tense situations arise. Raising your voice or getting angry will help with nothing but creating a losing-face situation for all.
-
Never write things in red ink. It symbolizes protest or severe criticism.
-
Punctuality is considered a virtue in China (though on average Chinese are 10 minutes late for engagements). Being on time shows respect for others. Chinese people show up a bit earlier to show their earnestness. Being on time for your tour or at any other time shows respect for the guide, and for fellow travelers
-
Public displays of affection are frowned upon. Do not back slap, hug or put your arm around someone’s shoulder, which will make a Chinese feel uncomfortable, since they do not like to be touched by strangers. Of course you can do so if you are familiar with each other.


I haven’t has a chance to use the insight techniques since reading this chapter, but I can see the value of techniques aimed at building trust. I found the description in this chapter about how a lack of trust in a work place can destructive affects and flow down effects very interesting.
My previous work place had a serious lack of trust between departments caused by a blame culture formed by top management. It doesn’t take much to recall examples of “the five dysfunctions of a team” and how they had negative impacts on the performance of the company as a whole.
I found this to be quite an interesting exercise. I found that almost more information could be gained from a conversation (at least more information on the individual) by paying attention close attention to the feelings of the person.
A situation that happened a while ago at work that I had almost forgotten about but came up recently. This happened over a phone conversation then was latter discussed in person about a week later, as I could see the situation from his perspective and had been in similar positions myself I apologised for a perceived lack of understanding on my part. I still feel like this wasn’t properly resolved.
I received a phone call from a reasonably irate dispatch manager complaining that he had asked my workmate for a manufacturing drawing for a subcontractor “over a week ago!!” and hadn’t received anything and now the subcontractor was complaining that we were holding up his plant and basically the world was going to end.
As I explained to him: Firstly we (me and my workmate) produce the drawings it’s not our responsibility to supply contractors or dispatch managers with manufacturing information. Secondly it’s not the job of a dispatch manager to talk to subcontractors or supply them with potentially wrong information, we have systems in place for this and a whole department for managing purchasing (called the purchasing department they can get it wrong all on their own). Thirdly in future instead of bypassing the system and asking a forgetful designer for something that is not his job pass the request from the subcontractor on to the right people.
He had a call from a subcontractor who was under pressure to get a job done and as a company we had failed to supply the information need to do the job. In order to help the contractor out as quickly as possible he had gone straight to the source and asked the person who designed the component to supply the manufacturing information to make the part.
After a week of not receiving the requested information the undoubtedly annoyed subcontractor called him up again asking for said information. When asking again for the promised information he not only didn’t receive an apology but a little shit (who is probably 20 years his junior and has no idea what’s involved in his job) told him that he wasn’t doing his job properly and he was going to bypass him and pass the issue on to another department who caused the issue to start with.


--- layout: post title: Crumpets date: 2011-06-13 09:59:00.000000000 -04:00 categories: - Gastronomic Explosions - aka Yummy Food/Recipes tags: - Crumpets - Queen's birthday long weekend - quick and easy recipes - yummy food status: publish type: post published: true meta: aktt_notify_twitter: 'no' _edit_last: '1' dsq_thread_id: '1188068960' author: login: cint email<EMAIL_ADDRESS>display_name: Jacinta first_name: Jacinta last_name: '' ---
Well what better way to honour the Queen's birthday long weekend than to eat crumpets and have a cuppa. Ok, I will admit we aren't hardcore royalists, it's just it was cold here today and we wanted something warm and yummy. Crumpets seemed to fit the bill. Topped with butter and local honey and we had some eyes-rolling-into-back-of-head kind of afternoon tea going on. Crumpets are quick and easy to make, but don't expect to have any leftover.
Ingredients:
(Makes approximately 12 crumpets)
1 cup plain flour
1 cup spelt flour (can use 2 cups of plain flour)
1 1/2 cups lukewarm water
7gm dried yeast
1 tsp baking powder
1 tsp sugar
1/2 tsp salt
Method:
Sift flour, baking powder, sugar and salt into mixing bowl. In a separate jug add dried yeast to water and stir until combined. Add liquid to dry ingredients and mix until batter is smooth. Heat a pan over a low heat. Place egg rings in pan and spray liberally with cooking spray. Fill egg rings about 3/4 full with batter. Cook on low heat for approximately 10 minutes or until crumpet is cooked through. Place cooked crumpets on cooling rack and cook the rest of the batter in the same manner. To serve, place cooled crumpets in a toaster and heat through. Top with butter and honey or your choice of toppings.
Ah, long live the Queen, crumpets and hot cups of tea! Jacinta x


Hello there, it looks like you haven't added any projects yet.
Click on the plus button to add one.
Click on the plus button to add one.
Project URL: {{project.vcsUrl}}
Project start date: {{project.startDate}}
Project end date: {{project.endDate}}


|
Existing alternatives
the prolem is how to solve today's list
|
4
|
High-level concepts
List your X, Y analogy (such as YouTube, Flickr video)
|
9
|
Early adopters
List your ideal customer profile
|
|
|
8
|
5
|
||||
|
7
|
6
|


---
title: Icon Bar
---
***
{{> examples_icon_bar_rendered}}
***
Basic
You can create an Icon Bar using minimal markup. Specifying the number of items `one-up` through `six-up` will ensure the items are evenly spaced.
HTML
{{> examples_icon_bar}}
Rendered HTML
{{> examples_icon_bar_rendered}}
***
Vertical Icon Bar
It's easy. Just add a class of `.vertical` to make the Icon Bar stack up.
HTML
{{> examples_icon_bar_vert}}
Rendered HTML
{{> examples_icon_bar_vert_rendered}}
***
### Other Options
The default orientation for the labels are on the bottom. By adding a class of `.label-right` you can have the label on the right and icon on the left.
***
## Customize With Sass
Icon Bar can be easily customized using our provided Sass variables.
SCSS
{{#markdown}}
```scss
// We use these to style the icon-bar and items
$icon-bar-bg: #333
$icon-bar-font-color: #fff
$icon-bar-font-size: 1rem
$icon-bar-hover-color: $primary-color
$icon-bar-icon-color: #fff
$icon-bar-icon-size: 1.875rem
$icon-bar-image-width: 1.875rem
$icon-bar-image-height: 1.875rem
$icon-bar-active-color: $primary-color
$icon-bar-item-padding: 1.25rem
```
{{/markdown}}
##### Sass Errors?
If the default "foundation" import was commented out, then make sure you import this file:
SCSS
```scss
@import "foundation/components/icon-bar";
```


Toggle navigation
El-Get Hub
Home
Upload Recipes
Search Recipes
Recipe Search
fill in only the fields you want to search:
Title
Name
Type
Search


Welcome {{ tsugi.user.displayname }} from {{ tsugi.context.title }} {% if tsugi.user.instructor %} (Instructor) {% endif %}
It seems you have made an error in the configuration. This application required a destination view as part of the launch url.
https://.../tsugi/launch?destination=grade:main{% if tsugi.user.instructor %}
Launch Debug:
{{ tsugi.lti_launch_debug }}{% endif %}


A number of source files are provided and the resultant output files will be placed in the same folder.
A concordance is a means of determining the places where the same string of words is repeated in a text.
Usually the concordance is constructed for sequences of words for length 1 up to some defined value N.
Usually used for large texts.
Output comprises the strings of words and where they were found in the text.
Processing is carried out in a number of distinct phases.
Phase 1
Read file line-by-line and extract words removing extraneous punctuation
Calculate an integer value based upon the letters that make up the word including hyphens and apostrophes.
It is easier to compare using integers
Just use the ASCII coding for the letter values.
Save values in a list called word-List
This also provides the required data for N = 1
Phase 2
Each value of N will have its own data structures
For strings of length 2 to N
Sum sequences of values depending on the length
Save these values in a list called a sequence-List
Phase 3
For each of the sequence-Lists 1 up to N Find the index of each element that has the same value Store this in a map, called equal-Key-Map comprising: Key : value Entry: list of index values where that value was found
Phase 4
For each of the N equal-Key-Maps Process each entry in turn Problem is that the same key value may result from different word strings Build a map comprising Key: String of words Entry: index of places where that string was found This map is the concordance for that value of N.
Commentary
Each data structure is indexed by N
Each data structure is only written to by one of the phases.
The original word list is referred to in phase 4 but is only read.
Hence we can do the processing in parallel for each value of N
Several versions are provided:
RunCollectConcordance:
RunConcordancePoG:
RunExtendedConcordance:
RunGoPConcordance:
RunGoPConcordanceLog:
RunGroupCollectConcordance:
RunSkeletonConcordance:
The versions ending '_gpp' do not define the channels nor the channel declarations in the process definitions. The processes
have to be defined in the order in which they occur in the dataflow through the application solution. The processes are preceded
by the annotation //NETWORK and terminated by //END NETWORK. The program jcsp.gppLibrary.build.GPPbuild can then be used
to create the channel definitions, channel declarations and the required parallel constructor required to invoke the process network.
Some versions ending in Chans have user defined channel names and parallel constructs rather than using the GPPbuilder script.
Author, Licence and Copyright statement author Jon Kerridge School of Computing Edinburgh Napier University Merchiston Campus, Colinton Road Edinburgh EH10 5DT Author contact: j.kerridge (at) napier.ac.uk Copyright Jon Kerridge Edinburgh Napier University Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
| Class | Description |
|---|---|
| ConcordanceCombine | |
| ConcordanceData | |
| ConcordanceResults | |
| ConcordanceWords |


expression(string)
This function creates a stored expression that can be evaluated repeatedly with different argument values and a different dynamic context.
The supplied string must contain an XPath expression. The result of the function is a stored
expression, which may be supplied as an argument to other extension functions such as
saxon:eval,
saxon:sum and
saxon:distinct. The result of
the expression will usually depend on the current node. The context for the expression includes the namespaces in scope at
this point in the
stylesheet. The expression may contain references to the nine variables $p1
, $p2
, ...
$p9
only. It may contain calls on Java extension functions, including Saxon and EXSLT-defined
functions (other than those which are restricted to use within stylesheets, for example the saxon:evaluate()
function itself). But it does not allow access to stylesheet variables, stylesheet functions, or
functions defined in the XSLT specification such as key()
or format-number()
.
If the expression contains namespace prefixes, these are interpreted
in terms of the namespace declarations in scope at the point where the
saxon:expression()
function is
called, not those in scope where the stored expression is evaluated.
The stored expression (if it is to be evaluated using saxon:eval()
) may contain
references to variables named $p1
, $p2
, ... $p9
. The values of
these variables can be supplied when the expression is evaluated using saxon:eval
. The
second argument of saxon:eval
supplies the value of $p1
, the third
argument supplies the value of $p2
, and so on.
For example, following <xsl:variable name="add" select="saxon:expression('$p1 + $p2')"/>
,
the instruction <xsl:value-of select="saxon:eval($add, 6, 7)"/>
will output 13
.


Using the Post Test Template
The Post Test template is used to create LMS tracked True/False and Multiple Choice tests for your courses.
Using the Post Test Template:
- In CourseBuilder, edit Test Title and Passing Score.
- For each Question, edit the Question, Feedback and (optionally) Keywords. Add or remove questions using the + or - buttons beneath the Questions Table.
- For each Answer, edit the Answer and Correct checkbox. Add or remove answers (up to 4) using the + or - buttons beneath the Answers Table.
- Open the file in Flash using the Open in Flash button and compile the swf using ⌘-return. (The Test fla does not need to be edited in Flash).
- Close your fla.


JFrey Web Design
Full Stack Web Developer | Houston,TX
Front-End
Back-End
Design
Astrodome
HoUSton
Minute Maid Park


Functions have been the basic building blocks of software since the first lines of code were written and the need for code organization and reuse became a necessity. Azure Functions expand on these concepts by allowing developers to create "serverless", event-driven functions that run in the cloud and can be shared across a wide variety of services and systems, uniformly managed, and easily scaled based on demand. Azure Functions can be written in a variety of languages, including C#, JavaScript, Python, Bash, and PowerShell, and they're perfect for building apps and nanoservices that employ a compute-on-demand model.
In this lab, you will create an Azure Function that monitors a blob container in Azure Storage for new images, and then performs automated analysis of the images using the Microsoft Cognitive Services Computer Vision API. Specifically, The Azure Function will analyze each image that is uploaded to the container for adult content, create a copy of the image in another container, and store the scores returned by the Computer Vision API in blob metadata.
In this hands-on lab, you will learn how to:
The following are required to complete this hands-on lab:
This hands-on lab includes the following exercises:
Estimated time to complete this lab: 60 minutes.
The first step in writing an Azure Function is to create an Azure Function App. In this exercise, you will create an Azure Function App using the Azure Portal.
Open the Azure Portal in your browser. If asked to log in, do so using your Microsoft account.
Click + New, followed by Compute and Function App.
Creating an Azure Function App
Enter an app name that is unique within Azure. Under Resource Group, select Create new and enter "FunctionsLabResourceGroup" (without quotation marks) as the resource-group name to create a resource group for the Function App. Accept the default values for all other parameters and click Create to create a new Function App.
The app name becomes part of a DNS name and therefore must be unique within Azure. Make sure a green check mark appears to the name indicating it is unique. You probably won't be able to use "functionslab" as the app name.
Naming a Function App
Click Resource Groups in the ribbon on the left side of the portal, and then click the resource group created for the Azure Function ("FunctionsLabResourceGroup") to open a blade for the resource group. When "Deploying" changes to "Succeeded," the Function App has been successfully deployed.
Azure typically requires less than 30 seconds to create a Function App. You may have to click the browser's Refresh button every few seconds to update the deployment status. Clicking the Refresh button in the resource-group blade refreshes the list of resources in the resource group, but does not reliably update the deployment status.
Successful deployment
Wait until the Function App has been deployed, and then proceed to the next exercise.
Once you have created an Azure Function App, you can add Azure Functions to it. For writing, compiling, testing, and configuring Azure Functions, the Azure Portal provides the Azure Function Designer. In this exercise, you will add a function to the Function App you created in Exercise 1 and write C# code that analyzes images added to a blob container for adult or "racy" content.
In the blade for the "FunctionsLabResourceGroup" resource group, click the Azure Function App that you created in Exercise 1.
Opening the Function App
Click + New Function and select Empty - C# template from the list of templates. (If the Empty - C# template does not appear in the list, make sure Core is selected in the drop-down list labeled Scenario.)
Selecting a function template
Type "BlobImageAnalysis" (without quotation marks) for the function name and click Create. This will create an "empty" Azure Function written in C#.
Naming the function
In the code editor, find the using statement highlighted below.
Replacing the using statement
Replace the using statement with the following statements:
#r "Microsoft.WindowsAzure.Storage"
#r "System.Net.Http"
using System;
using System.Linq;
using Microsoft.WindowsAzure.Storage.Blob;
using Microsoft.WindowsAzure.Storage;
using System.IO;
using System.Net.Http;
using System.Net.Http.Headers;
using System.Text;
using System.Configuration;
Find the Run method highlighted below.
Replacing the Run method
Replace the Run method with the one below:
// Use the blob (image) and container as parameters to refer to them in code
public async static Task Run(Stream image, CloudBlobContainer container, CloudBlockBlob blob, TraceWriter log)
{
log.Info($"Analyzing uploaded image {blob.Name} for adult content...");
// Convert the Stream to a byte array for memory release ease
var array = await ToByteArrayAsync(image);
var imageAnalysisResult = await GetImageAnalysisAsync(array, log);
log.Info("Is Adult: " + imageAnalysisResult.adult.isAdultContent.ToString());
log.Info("Adult Score: " + imageAnalysisResult.adult.adultScore.ToString());
log.Info("Is Racy: " + imageAnalysisResult.adult.isRacyContent.ToString());
log.Info("Racy Score: " + imageAnalysisResult.adult.racyScore.ToString());
AddMetadata(image, container.Name, blob.Name, imageAnalysisResult, log);
}
Add the following helper methods after the Run method, and replace {storage_account_name} with the name of the storage account created for the Azure Function App in Exercise 1. (Be sure "_STORAGE" is appended to the name, too.)
#region Helpers
// Call the Cognitive Services Computer API for analysis
private async static Task<ImageAnalysisInfo> GetImageAnalysisAsync(byte[] bytes, TraceWriter log) {
HttpClient client = new HttpClient();
// Grab the Subscription Key from App Service Settings
var subscriptionKey = ConfigurationManager.AppSettings["SubscriptionKey"].ToString();
client.DefaultRequestHeaders.Add("Ocp-Apim-Subscription-Key", subscriptionKey);
// Send the image as a byte array to the service for analysis
HttpContent payload = new ByteArrayContent(bytes);
payload.Headers.ContentType = new MediaTypeWithQualityHeaderValue("application/octet-stream");
var results = await client.PostAsync("https://api.projectoxford.ai/vision/v1.0/analyze?visualFeatures=Adult", payload);
ImageAnalysisInfo imageAnalysisResult = await results.Content.ReadAsAsync<ImageAnalysisInfo>();
return imageAnalysisResult;
}
// Adds metadata to the destination blob
private static bool AddMetadata(Stream image, string containerName, string fileName, ImageAnalysisInfo imageAnalysisResult, TraceWriter log) {
var storageAccountConnectionString = ConfigurationManager.AppSettings["{storage_account_name}_STORAGE"].ToString();
CloudStorageAccount storageAccount = CloudStorageAccount.Parse(storageAccountConnectionString);
log.Info($"Intializing {containerName}-out");
CloudBlobClient blobClient = storageAccount.CreateCloudBlobClient();
CloudBlobContainer container = blobClient.GetContainerReference($"{containerName}-out");
try
{
log.Info($"Creating {fileName}...");
// Create a new, empty blob
CloudBlockBlob blob = container.GetBlockBlobReference(fileName);
// Add the image as the blob content
blob.UploadFromStream(image);
if (blob != null)
{
// Get the blob metadata
blob.FetchAttributes();
// Write all the blob metadata
blob.Metadata["isAdultContent"] = imageAnalysisResult.adult.isAdultContent.ToString();
blob.Metadata["adultScore"] = imageAnalysisResult.adult.adultScore.ToString("P0").Replace(" ","");
blob.Metadata["isRacyContent"] = imageAnalysisResult.adult.isRacyContent.ToString();
blob.Metadata["racyScore"] = imageAnalysisResult.adult.racyScore.ToString("P0").Replace(" ","");
// Save the blob metadata
blob.SetMetadata();
}
}
catch (Exception ex)
{
log.Info(ex.Message);
}
return true;
}
// Converts a stream to a byte array
private async static Task<byte[]> ToByteArrayAsync(Stream stream)
{
Int32 length = stream.Length > Int32.MaxValue ? Int32.MaxValue : Convert.ToInt32(stream.Length);
byte[] buffer = new Byte[length];
await stream.ReadAsync(buffer, 0, length);
return buffer;
}
#endregion
Add the following classes after the methods you just added:
#region classes
public class ImageAnalysisInfo
{
public Adult adult { get; set; }
public string requestId { get; set; }
}
public class Adult
{
public bool isAdultContent { get; set; }
public bool isRacyContent { get; set; }
public float adultScore { get; set; }
public float racyScore { get; set; }
}
#endregion
Click Save in the upper-right corner of the code editor. If compilation or binding errors are reported, ignore them for now.
Saving the function
Click View files below the code editor.
Viewing all files
Click function.json. This file contains configuration information for your function's bindings.
Opening the JSON configuration file
Replace the JSON in function.json with the JSON below. In three places, replace {storage_account_name} with the name of the storage account that was created for your Azure Function App in Exercise 1. Then click Save to save your changes.
{
"bindings": [
{
"path": "lab-images/{name}",
"type": "blobTrigger",
"name": "image",
"direction": "in",
"connection": "{storage_account_name}_STORAGE"
},
{
"name": "container",
"type": "blob",
"path": "lab-images",
"connection": "{storage_account_name}_STORAGE",
"direction": "in"
},
{
"name": "blob",
"type": "blob",
"path": "lab-images-out/{name}",
"connection": "{storage_account_name}_STORAGE",
"direction": "inOut"
}
],
"disabled": false
}
Add a new file to your function by clicking the + button. Name the file project.json and press the Enter key after typing the name.
Adding a project file
Enter the following JSON in the code editor and click Save.
{
"frameworks": {
"net46":{
"dependencies": {
"WindowsAzure.Storage": "7.2.0"
}
}
}
}
An Azure Function written in C# has been created, complete with JSON configuration information regarding bindings and dependencies. The next step is to add a trigger that determines when the function will execute.
Now that the function has been written, you need to configure the services that the function will use. You will begin by using the Microsoft Azure Storage Explorer to create a pair of storage containers for the images that the function will process. After creating the storage containers, you will connect your function to one of them using a blob trigger so the function will execute each time a blob is added to the container.
If you haven't installed Storage Explorer, please do so now. Versions are available for Windows, macOS, and Linux.
Start the Microsoft Azure Storage Explorer. If you are asked to log in, do so using the same account you used to log in to the Azure Portal.
Find the storage account that was created for your Azure Function App in Exercise 1 and click the small arrow to the left of it to display the items underneath.
Finding the storage account
Right-click (on a Mac, Command-click) Blob Containers and select Create Blob Container from the ensuing menu.
Creating a blob container
Type "lab-images" (without quotation marks) to name the container. The press the Enter key.
Naming the container
Repeat Steps 3 and 4 to create a container named "lab-images-out."
Now it's time to connect the Azure Function that you created in the previous exercise to the "lab-images" container so the function will run each time a blob appears in the container. Return to the Azure Portal and to the Function App you created in Exercise 1. If the BlobImageAnalysis function isn't selected, click it in the ribbon on the left side of the blade.
Opening the function
Click Integrate to view the function's binding configuration. You may see an error message alerting you that at least one binding must be declared to compile your function. If so, close the message box and ignore the error for now.
Viewing the binding configuration
Click new next to the Storage account connection box.
Configuring a blob trigger
Select the storage account that was created for your Function App in Exercise 1.
Connecting to a storage account
Click Save to save the connection that was created.
Saving the connection
Now that the function is connected to the storage account with a blob trigger, it is time to define the application settings that the function relies on.
The Azure Function you created in Exercise 2 references settings in the Azure Function App you created in Exercise 1. In this exercise, you will add those settings so the function can retrieve them.
Click Function app settings in the lower-left corner of the Azure Function Designer.
Viewing Function App settings
Scroll to the bottom of the page and click Go to App Service Settings.
Viewing App Service settings
Click Application settings.
Viewing application settings
Scroll down the page until you find the App settings section. Then add a new app setting entry named "SubscriptionKey" (without quotation marks) in the Key box. For the time being, leave the Value box blank.
Adding a subscription key
The value you will fill is an subscription key for the Computer Vision API. In order to acquire a key, you need to sign up for a free account. To do that, open a new browser window or tab and go to https://www.microsoft.com/cognitive-services/en-us/subscriptions.
If you already have a subscription key for the Computer Vision API, you can go straight to the subscriptions page and skip to Step 10 of this exercise.
If you are asked to sign in, do so with your Microsoft account.
Click Yes when asked if this app can access your info.
Approving access to personal info
Scroll down until you find Computer Vision. Then check the box next to it.
Requesting access to the Computer Vision API
Scroll to the bottom of the page. Check the box to agree to the terms and privacy statement, and then click the Subscribe button.
Subscribing to the Computer Vision API
Click Copy under Key 1 to copy your Computer Vision subscription key to the clipboard.
Copying the subscription key to the clipboard
Return to the app settings for your Azure Function App in the Azure Portal and paste the subscription key into the Value box to the right of "SubscriptionKey." Then click Save at the top of the blade.
Saving the subscription key
The app settings are now configured for your Azure Function. It’s a good idea to validate those settings by recompiling the function and ensuring it compiles without errors. Scroll left until you see the "Function app" blade, and then click BlobImageAnalysis.
Opening the function
Make sure Develop is selected. Make a simple change to the code in the code editor — for example, add a space or blank line and then delete it. Now click Clear above the Logs panel, and click Save to recompile the function. Confirm that the message "Compilation succeeded" appears in the Logs panel.
Recompiling the function
The work of writing and configuring the Azure Function is complete. Now comes the fun part: testing it out.
Your function has been configured to listen for changes to the blob container named "lab-images" that you created in Exercise 3. Each time an image appears in the container, the function executes and passes the image to the Computer Vision API for analysis. To test the function, you simply upload images to the container. In this exercise, you will use the Microsoft Azure Storage Explorer to upload the images.
Open Storage Explorer and find the "lab-images" container that you created in Exercise 3. Then click the container.
Opening the "lab-images" container
Click Upload, and then select Upload Files.
Uploading files to blob storage
Click the ... button and select all of the files in this lab's "Resources" folder. Then close the file-selection dialog and click Upload to upload the files to blob storage.
Selecting the files to upload
Confirm that eight images were uploaded to the "lab-images" container.
Uploaded images
Although you couldn't see it, your Azure Function executed once for each image uploaded to the container. In the next exercise, you will inspect the results.
Each time an image appears in the "lab-images" container, your Azure Function passes it to the Microsoft Cognitive Services Computer Vision API, which evaluates the image for "adult" or "racy" content. The function creates a copy of the image in the "lab-images-out" container and stores the values received from the Computer Vision API in the blob's metadata. You can use the Microsoft Azure Storage Explore to view that metadata, confirm that your Azure Function executed, and determine whether each image contains adult content or content that might be considered racy.
In the Microsoft Azure Storage Explorer, click the "lab-images-out" container to view its contents. Then click the Refresh button to make sure the contents are current.
Opening the "lab-images-out" container
Right-click (on a Mac, Command-click) one of the images in the "lab-images-out" container and select Properties from the context menu.
Viewing blob metadata
Inspect the blob's metadata. IsAdultContent and isRacyContent are Boolean values that indicate whether the Computer Vision API detecting adult or racy content in the image. adultScore and racyScore indicate the computed probabilities. Check these values for other images in the "lab-images-out" container to see how they vary.
Metadata added by your Azure Function
You can probably imagine how this might be used in the real world. Suppose you were building a photo-sharing site and wanted to prevent adult images from being stored. You could easily write an Azure Function that inspects each image that is uploaded and deletes it from storage if it contains adult content.
In this hands-on lab you learned how to:
This is just one example of how you can leverage Azure Functions to automate repetitive tasks. Experiment with other Azure Function templates to learn more about Azure Functions and to identify additional ways in which they can aid your research or business.
Copyright 2016 Microsoft Corporation. All rights reserved. Except where otherwise noted, these materials are licensed under the terms of the MIT License. You may use them according to the license as is most appropriate for your project. The terms of this license can be found at https://opensource.org/licenses/MIT.


{{ define "main" }} Asep Bagja Priandana A tech entrepreneur 😉 Hi, do you want to connect with me? Please, fill this form below. Full Name Email How can I help you? Companies These are companies that I found with my partner and where I currently work at. {{ end }}
Hi, do you want to connect with me? Please, fill this form below.


'Hats off Ranveer': Kapil Dev reacts to actor's Natraj shot for movie '83'
by ANINEW DELHI: Former India World-Cup winning captain Kapil Dev is all praise for actor Ranveer Singh's post wherein the actor perfected the cricket stalwart's famous 'Natraj shot'.
Dev retweeted Ranveer's post and wrote, "Hats off Ranveer!".
Ranveer Singh is essaying Kapil's role in his upcoming sports film '83'.

Directed by Kabir Khan, the movie is slated to release on April 10 next year.


The ZArith library provides the following two theorems:
Zpos_xI : forall p:positive, Zpos (xI p) = (2 * Zpos p + 1)%Z Zpos_xO : forall p:positive, Zpos (xO p) = (2 * Zpos p)%ZThe number 2%Z is also represented by Zpos (xO xH). Write a function that rewrite as many times as possible with these two theorems without entering a loop.


Couple Smoke His N Hers Bongs To Tie The Knot At Wedding
by Emma RosemurgeyA bride and groom toasted their wedding vows by having a ‘first toke’ as husband and wife, using matching Mr and Mrs bongs.
Coral Reefer and her husband Mio decided to combine their love of cannabis and each other by commissioning personalised bongs for their wedding last month.
Their photographer Rachel Artime said the couple’s passion for weed, which is legal in California, made their wedding one of the most unconventional she’s ever been to.
Rachel captured unique pictures of Coral in her wedding dress and veil with her groom Mio by her side, with both simultaneously puffing on their bongs.
The couple blow clouds of smoke in wisps around them, before Coral smiles directly at the camera.
Other photos taken later in the day show Coral puffing on her bong alone, before exhaling the smoke towards the camera, in probably the most unusual wedding photos you’ll ever see.
Rachel, 24, had created similar engagement photos for Coral and Mio featuring them smoking blunts, and Coral even had hemp included in her wedding bouquet.
The photographer, from Los Angeles, said:
I’m really happy with the pictures. I love the smoke. It makes them look haunting and romantic in a weird way.
I’ve never had to photograph anything like this before. This is the most unconventional and non-traditional thing to happen at a wedding [I’ve been to].
Every wedding I’ve done is the most normal thing ever, so this is quite the experience to be photographing people literally smoking a blunt at their wedding. It was like nothing I’d ever seen before.
Rachel continued:
People all over my Instagram were so into it. People were saying they had never seen this. I have never seen a bong at a wedding.
I take wedding photos all the time but to see a photo with weed go viral is so fascinating.
With the positive feedback on a drug that was illegal and is now legal, it’s just fascinating to see how people are supportive and love the photos.
It was all mine and Coral’s vision and their passion.
The 24-year-old added that ‘it’s cool to see a bride and groom’s passion in all they plan for their wedding, and to be so supported [globally]. It’s their story.’
She continued:
Coral is wonderful – she knows what she wants. She told me she wanted this photo with the smoke and we had engagement photos done in the same way.
They were really excited about their matching Mr and Mrs bongs, which were handmade and very cool.
 It’s not a conventional wedding photo at all.
It was so fun because I do a wedding a weekend, so it was like a creative challenge to have new things to work with.
Coral shared a selection of her wedding images online with the caption ‘to have and to toke, forever and ever’.
Emma Rosemurgey is an NCTJ trained Journalist who started her career by producing The Royal Rosemurgey newspaper in 2004, which kept her family up to date with the goings on of her sleepy north east village. She graduated from the University of Central Lancashire in Preston and started her career in regional newspapers before joining Tyla (formerly Pretty 52) in 2017, and progressing onto UNILAD in 2019.


Education
Far eastern federal university
(FEFU), Vladivostok - Computer science, bs - 2020 - Present
Experience
Driver Technologies Inc,
Remote - 2020 - present
iOS Developer Intern
- Developed and designed video sharing screen from scratch
- Developed the speed limit feature
- Developed the new signup / sign in screen
Poseidon,
FEFU - Sep - Dec 2020
iOS Developer
- Developed the "Poseidon - Laundry Washing" iOS app from scratch
- Designed the interface to conform to HIG
- Designed an API to make beatiful network calls
2DLAB,
Remote - 2020 - present
Python Backend Developer
- Developed the backend API with public and private methods
- Implemented OAuth2
- Implemented CI/CD on the server
FARPOST,
Vladivostok - 2021 - present
Junior iOS Developer
- Worked on the cross platform web app
- Translated Obj-c code in Swift
Awards
APPLE
WWDC Scholarship
- San Jose, CA - 2019
APPLE
Swift student challenge
- 2020
Projects
DODO Pizza Widget
- 2020
- Designed and developed an iOS widget in different sizes
Grandscore
- 2019
- Developed the UX flow and POC iOS app
- Developed NodeJS backend API
FEFU Feedback Bot
- 2021 - Present
- Developed Telegram bot for creating feedback about different places
Projects
DODO Pizza Widget
- 2020
- Designed and developed an iOS widget in different sizes


This is essentially as simple as it gets, a barebones <audio> example playing an MP3:
<audio src="sounds/thanks.mp3"></audio>
And a barebones <video> example playing an H.264 encoded video:
<video src="videos/chihuahua.mp4"></video>
With HtmlMedia, you can easily embed Flash encoded FLV files (better known as the On2 VP6 codec) using nothing but standards-compliant HTML5 markup.
<video src="videos/chihuahua.flv"></video>


To configure PicoContainer to handle the dependency injection of Struts2 actions, refer to the web.xml below. For a start there is a slightly different listener to the one defined in the main page. Also, instead of using Struts2's servlet, use ours. Everything else from the standard Struts2 setup is appropriate.
Struts 2 Webapp webapp-composer-class org.picocontainer.web.sample.ExampleStruts2Composer picoFilter org.picocontainer.web.struts2.PicoObjectFactory$ServletFilter strutsFilter org.apache.struts2.dispatcher.FilterDispatcher picoFilter /* strutsFilter /* org.picocontainer.web.struts2.Struts2PicoServletContainerListener index.html
The Maven example project is here. Make sure you make and configure your own WebappComposer implementation. Note that we use a base class for Struts2 applications: Struts2Composer
See downloads on how to download the struts2 module either using Maven or by downloading full distribution.


Vertical menu configuration
How to change width?
- HTML
-
In order to change the width of left side navigation
bar,
open a file
src/assets/scss/_variables.scss
and change the value of variable$sidebar-width
. The default value is set to250px
.
- Laravel
-
In order to change the width of left side navigation
bar,
open a file
resources/scss/_variables.scss
and change the value of variable$sidebar-width
. The default value is set to250px
.
How to use pre-built layouts?
Each of the layout options is provided below with steps you would need to perform in:
Light Sidebar & Topbar Dark
Remove data attributedata-sidebar="dark"
body element to
have light sidebar. Add data attribute
data-topbar="dark"
body element to have
dark topbar.
Compact Sidebar
Keep your body element with data attributedata-sidebar-size="small"
E.g.

to have small sidebar.
Icon Sidebar
Keep your body element with classvertical-collpsed"
E.g.

to have icon sidebar.
Boxed Layout
Keep your body element with classvertical-collpsed
and data attribute
data-layout-size="boxed" data-keep-enlarged="true"
E.g.

to have boxed layout with icon view sidebar.
Colored Sidebar
Keep your body element with data attributedata-topbar="colored"
E.g.

to
have colored sidebar.
Scrollable
Keep your body element with data attributedata-layout-scrollable="true"
E.g.
to have scrollable layout.
Preloader
In order to add pre-loader in your page, include following html afterbody
element.


Function Reference
Nested functions and closures
for reference click here
Preservation of variable
click
scope chaining
click
name conflict
here


Young Leafs fan devastated after no one came to his birthday party gets present of a lifetime
by Sean Davidson, Multi-Platform Writer, CTV News TorontoTORONTO -- A young Toronto Maple Leafs fan, who was devastated after no one showed up to his birthday party, was given the present of a lifetime.
Newfoundland boy Kade Foster received high-profile birthday wishes earlier this week after members of the Maple Leafs learned he spent his birthday alone.
The 11-year-old's father tagged Leafs forwards Mitch Marner and John Tavares in a tweet following the disappointing birthday party.
"My son Kade had his 11th birthday party last night. None of his invited friends came," Jason Foster said in the tweet.
"I'm hurt. I’m asking my Twitter friends to show him some love today. If you have a minute, please send him a birthday wish."
A photo linked to the tweet showed Kade in a Maple Leafs t-shirt, with a Leafs birthday cake in front of him.
"Wanted to wish my friend Kade a Happy 11th Birthday! Your friends from the Maple Leafs have a surprise gift coming your way!" Marner tweeted in response.
On Saturday, the Leafs posted a photo to their Twitter account showing Kade with multiple members of the team.
"Meeting the guys," the tweet said.
Air Canada paid for the Foster family to fly from Newfoundland to Toronto. He watched the Leafs practice on Saturday morning and was given tickets for the game against the Philadelphia Flyers tonight.
This morning, Kade, along with his family, fist bumped the Leaf players as they headed onto the ice for practice.
“You never want to see a kid go through that, especially on his birthday," Leafs defencemen Tyson Barrie told reporters on Satuday.
"I think he enjoyed it and it's important for the game."
Meanwhile, Maple Leafs captain John Tavares said he wanted to make sure Kade had an "incredible" birthday experience.
"Every birthday experience - especially at that age - is special, so when that came across we wanted to give him something to celebrate and be happy about," Tavares said.
Earlier this week, Leafs head coach Mike Babcock said NHL stars should give back to supporters when given the chance.
"Well, why wouldn't they? Part of your job with the notoriety you're given, the opportunity you're given, is to be a good person," Babcock said Monday. "And not just when cameras are watching, but be a good person all the time.
"When you have a chance to make someone's life better, you should. I don't know what we're doing for him here, but I imagine it'll be fun. When you reach out and you help anybody, it's just not just good for them. It's good for your soul, too. Makes you feel good about yourself. I think it's important our guys do that."
With files from The Canadian Press.


1 Introduction
The ASN.1 application provides the following:
- An ASN.1 compiler for Erlang, which generates encode and decode functions to be used by Erlang programs sending and receiving ASN.1 specified data.
- Runtime functions used by the generated code.
- Support for the following encoding rules:
- Basic Encoding Rules (BER)
- Distinguished Encoding Rules (DER), a specialized form of BER that is used in security-conscious applications
- Packed Encoding Rules (PER), both the aligned and unaligned variant
1.1 Scope
This application covers all features of ASN.1 up to the 1997 edition of the specification. In the 2002 edition, new features were introduced. The following features of the 2002 edition are fully or partly supported:
-
Decimal notation (for example, "1.5e3) for REAL values. The NR1, NR2, and NR3 formats as explained in ISO 6093 are supported.
-
The RELATIVE-OID type for relative object identifiers is fully supported.
-
The subtype constraint (CONTAINING/ENCODED BY) to constrain the content of an octet string or a bit string is parsed when compiling, but no further action is taken. This constraint is not a PER-visible constraint.
-
The subtype constraint by regular expressions (PATTERN) for character string types is parsed when compiling, but no further action is taken. This constraint is not a PER-visible constraint.
-
Multiple-line comments as in C, /* ... */, are supported.
1.2 Prerequisites
It is assumed that the reader is familiar with the Erlang programming language, concepts of OTP, and is familiar with the ASN.1 notation. The ASN.1 notation is documented in the standard definition X.680, which is the primary text. It can also be helpful, but not necessary, to read the standard definitions X.681, X.682, X.683, X.690, and X.691.
A good book explaining those reference texts is Dubuisson: ASN.1 - Communication Between Heterogeneous Systems, is free to download at http://www.oss.com/asn1/dubuisson.html.


Manual:
Each program has its own manual which explains the theory and used algorithms in detail. These explanations are found in the directory 'manual', but they can also be opened during runtime by clicking 'manual'.


Our current focus is on confirming issues that are marked with the flags “unconfirmed” and “defect”. Our goal is to respond to new issues posted by users as soon as possible as well as clear out the backlog of unconfirmed issues that currently resides in the IssueTracker database.
However, we recognize that there is a lot more to Quality Assurance (QA) than just reviewing and isolating issues. In the future, OOo QA will involve testing documentation and developing test software. If you are super enthusiastic, feel free to start working on some basic demonstrations of test cases, regression tests, QA specification documentation or any other idea you think would be valuable to improving the quality of OOo.
Every little bit of contribution counts and is invaluable. For example, if we have 100 interested volunteers, and they all work on one issue per day, we would be able to cover 100 issues per day. As insignificant as that may seem when compared to the number of issues that need review, it is positive progress that is essential to keep this project moving forward.
It's really easy! Just register as an OpenOffice.org user. You can do so here .
In the simplest case, just help gather enough information for each issue:
Make sure the issue has not been already reported. In technical terms, make sure it is not a duplicate issue. A quick incomplete reference can be found in the QA Documentation section. Here is the link. You can always search IZ as well.
Reproducible.
Step by step instructions to recreate the problem are included.
A small simple file containing only the contents required to reproduce the problem.
All this requires is the addition of comments to the issue, requesting addition information or clarification from the reporter of the problem. No addition permissions are required. No firm commitment from you is needed. Just log into IZ ( we are assuming you are a registered user of OpenOffice.org ) when you have the time and work on an issue that has been reported within the last week.
Remember to sign up as a member of the OOo QA project so that you receive the recognition that you deserve. It is also strongly recommended that you subscribe to the OOo QA dev mailing list. You can subscribe to this mailing list here QA - Dev Mailing List .
However, if you are willing to make more of a commitment and take on more challenges consider the following:
Try to review and add comments to 10 issues. We want you to feel comfortable working with IZ as well start your journey to becoming a guru with OpenOffice.org.
Assuming you are already a registered user of OpenOffice.org, sign up as a member of the QA project.
Subscribe to the QA dev mailing list. You can do so here QA - Dev Mailing List .
Send a request to the<EMAIL_ADDRESS>mailing list, asking for the privileges to change any part of an issue. Please use the subject line "Volunteer Privileges - <Your OpenOffice.org Userid Here>" You also might want to use this opportunity to introduce yourself to the other team members.
Make sure you have the most current version of OpenOffice.org installed.
If possible, check cases using the latest developer build.
Query for issues based on the priority guideline. You can view the priority guideline here.
For each issue you review, make sure it follows the following guidelines:
Make sure the issue has not been already reported. In technical terms, make sure it is not a duplicate issue. A quick incomplete reference can be found in the QA Documentation section. Here is the link . You can always search IZ as well.
Reproducible.
Step by step instructions to reproduce the issue is included.
A small simple file containing only the contents required to reproduce the problem.
Set the keyword "oooqa" in every bug you've edited, even if you've only added a comment. This keyword has been introduced to be able to query the bugs that have been confirmed or just edited by you.
Make sure you list the operating system and version of OpenOffice.org that you used to duplicate and verify the problem listed in the issue. For example:
Duplicated on Win NT 4.0 SP6a, OOo 643
or
Duplicated on RedHat 8.0, RedHat RPM OOo 1.0.1
You can always add any extra comments you feel necessary to clearly define the problem for the developers.
Ideally, you will isolate the true cause of the problem listed in the issue.
Commit the issue. Choose the option “Confirm issue (change status to NEW)”.
The issue will now show up as a "new" issue to one of those persons who have been defined as default owner of the corresponding module and who will then review the issue and dispatch it to the responsible developer.
Document maintained proudly using OpenOffice.org!
Last updated on $Date: 2007/02/23 16:27:27 $