| Opcode/Instruction | Op/En | 64/32bit Mode | CPUID Feature Flag | Description |
| 66 0F 38 82 /r INVPCID r32, m128 | RM | NE/V | INVPCID | Invalidates entries in the TLBs and paging-structure caches based on invalidation type in r32 and descriptor in m128. |
| 66 0F 38 82 /r INVPCID r64, m128 | RM | V/NE | INVPCID | Invalidates entries in the TLBs and paging-structure caches based on invalidation type in r64 and descriptor in m128. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RM | ModRM:reg (R) | ModRM:r/m (R) | NA | NA |
Invalidates mappings in the translation lookaside buffers (TLBs) and paging-structure caches based on processcontext identifier (PCID). (See Section 4.10, “Caching Translation Information,” in Intel 64 and IA-32 Architecture Software Developer’s Manual, Volume 3A.) Invalidation is based on the INVPCID type specified in the register operand and the INVPCID descriptor specified in the memory operand.
Outside 64-bit mode, the register operand is always 32 bits, regardless of the value of CS.D. In 64-bit mode the register operand has 64 bits.
There are four INVPCID types currently defined:
The INVPCID descriptor comprises 128 bits and consists of a PCID and a linear address as shown in Figure 3-23. For INVPCID type 0, the processor uses the full 64 bits of the linear address even outside 64-bit mode; the linear address is not used for other INVPCID types.
| 127 Linear Address | 6463 Reserved (must be zero) Figure 3-23. | 1211 PCID INVPCID Descriptor | 0 |
If CR4.PCIDE = 0, a logical processor does not cache information for any PCID other than 000H. In this case, executions with INVPCID types 0 and 1 are allowed only if the PCID specified in the INVPCID descriptor is 000H;
executions with INVPCID types 2 and 3 invalidate mappings only for PCID 000H. Note that CR4.PCIDE must be 0 outside 64-bit mode (see Chapter 4.10.1, “Process-Context Identifiers (PCIDs)‚” of the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 3A).
INVPCID_TYPE ← value of register operand; INVPCID_DESC ← value of memory operand; CASE INVPCID_TYPE OF 0: PCID ← INVPCID_DESC[11:0]; L_ADDR ← INVPCID_DESC[127:64]; Invalidate mappings for L_ADDR associated with PCID except global translations; BREAK; 1: PCID ← INVPCID_DESC[11:0]; Invalidate all mappings associated with PCID except global translations; BREAK; 2: Invalidate all mappings for all PCIDs, including global translations; BREAK; 3: Invalidate all mappings for all PCIDs except global translations; BREAK; ESAC;
| INVPCID: | void _invpcid(unsigned __int32 type, void * descriptor); |
None
| #GP(0) | If the current privilege level is not 0. If the memory operand effective address is outside the CS, DS, ES, FS, or GS segment limit. If the DS, ES, FS, or GS register contains an unusable segment. If the source operand is located in an execute-only code segment. If an invalid type is specified in the register operand, i.e., INVPCID_TYPE > 3. If bits 63:12 of INVPCID_DESC are not all zero. If INVPCID_TYPE is either 0 or 1 and INVPCID_DESC[11:0] is not zero. If INVPCID_TYPE is 0 and the linear address in INVPCID_DESC[127:64] is not canonical. |
| #PF(fault-code) | If a page fault occurs in accessing the memory operand. |
| #SS(0) | If the memory operand effective address is outside the SS segment limit. If the SS register contains an unusable segment. |
| #UD | If if CPUID.(EAX=07H, ECX=0H):EBX.INVPCID (bit 10) = 0. If the LOCK prefix is used. |
| #GP | If an invalid type is specified in the register operand, i.e., INVPCID_TYPE > 3. If bits 63:12 of INVPCID_DESC are not all zero. |
If INVPCID_TYPE is either 0 or 1 and INVPCID_DESC[11:0] is not zero. If INVPCID_TYPE is 0 and the linear address in INVPCID_DESC[127:64] is not canonical.
| #UD | If CPUID.(EAX=07H, ECX=0H):EBX.INVPCID (bit 10) = 0. If the LOCK prefix is used. |
| #GP(0) | The INVPCID instruction is not recognized in virtual-8086 mode. |
Same exceptions as in protected mode.
| #GP(0) | If the current privilege level is not 0. If the memory operand is in the CS, DS, ES, FS, or GS segments and the memory address is in a non-canonical form. If an invalid type is specified in the register operand, i.e., INVPCID_TYPE > 3. If bits 63:12 of INVPCID_DESC are not all zero. If CR4.PCIDE=0, INVPCID_TYPE is either 0 or 1, and INVPCID_DESC[11:0] is not zero. If INVPCID_TYPE is 0 and the linear address in INVPCID_DESC[127:64] is not canonical. |
| #PF(fault-code) | If a page fault occurs in accessing the memory operand. |
| #SS(0) | If the memory destination operand is in the SS segment and the memory address is in a noncanonical form. |
| #UD | If the LOCK prefix is used. If CPUID.(EAX=07H, ECX=0H):EBX.INVPCID (bit 10) = 0. |


Getting Started with Excel Functions
All Hypar functions (Excel, Grasshopper, C# etc..) work by receiving some Inputs, executing some logic, and then returning some Outputs. When we turn Excel spreadsheets into a Hypar function we are talking about an Excel spreadsheet acting as the "logic" between some Inputs and some Outputs.
Excel functions can be created by uploading an Excel spreadsheet to Hypar where the system exposes some named spreadsheet cells as Inputs to the function and other named cells as Outputs from the formulas contained in the spreadsheet.
Detailed instructions are below this short video describing the process.
Prepping Your Excel File.
Before uploading your file to Hypar, designate some spreadsheet cells as Inputs and some cells as Outputs by using the Excel feature called Named Ranges. Cells named with the prefix "INPUT." become Inputs, and names that start with "OUTPUT." become Outputs.
There are two places in Excel where you can see cell names.
First, when a cell is selected you can see and edit the name in the upper left of the Excel spreadsheet view.
Second, under the "Formula" tab, there is a button called "Named Ranges" with a dialog that will pop up, showing you all of the named regions in the spreadsheet.
Name some cells in a spreadsheet, prefixing with INPUT. and OUTPUT. and when you're done, proceed to the next section.
Upload to Hypar
Now that your Excel file is equipped with cells named INPUT.[your name here] and OUTPUT.[your name here] you're ready to upload it to Hypar.
Navigate to https://hypar.io , sign in, and you should see the workflow gallery.
Now scroll to the section labeled "Your Functions" and click on the "New Function" button.
Choose "New Excel Function"
Now you'll see a dialog with a summary of the instructions, and a drop box to which, you can drag your prepared Excel spreadsheet, or click and choose the file from a file dialog.
Once you drop your Excel file on the target box your file is uploaded to Hypar where Inputs and Outputs are extracted. When the process is complete, you should see a summary of the resulting function's characteristics:
This dialog box lets you edit your function name and description and shows you a list of the Inputs and Outputs found when Hypar analyzed your file for Named cells. If you like what you see, click the "Publish Function" button. Here we see the detailed view of your function, and if you would like to make further edits click on "Edit Function Details"
Editing the Function on Hypar
Here you can use "Edit Function Details" to change the function name and description, upload a thumbnail for your function's card on Hypar, and even upload a new Excel file if you need to update the spreadsheet with new formulae or edited Inputs and Outputs.
You can also edit the numeric range of your Inputs. Hypar tries to choose smart defaults based on your initial values, but you should double check that all the values here make sense.
Now it's time to run your function! Make note of your function's name, and then click close (or anywhere outside of this window) to go back to the gallery. Now click "New Workflow", and select "New Blank Workflow" as your template.
You should now be in a blank Workflow, where you can rename your Workflow to something you'll remember.
After that, choose "Add Function", search for your function name, and add it to your Workflow.
Now, click on your function, move any sliders you want to adjust, and to see the results, click to open the Output pane.
Congratulations, you've finished creating an Excel function with Hypar!


Before reading, see here and here.
Hullo tinies! Are you sitting comfortably? Then I shall begin.
Once upon a time there was a lovely little pony named Popsy. Popsy the Pony lived in a meadow splattered with buttercups. It was a lovely meadow. The sun was always shining, the weather was always balmy, and the other animals in the meadow—birds and insects and burrowing moles—were happy and contented.  Just ask a sheep. Sheep know. That is why they barely get a wink of sleep, they are so frightened and fretful.
Anyway, tinies, one day Popsy the Pony was having a lovely time in the lovely meadow when, all of a sudden, this pastoral idyll was shattered by the intrusion of reality … no, let me rephrase that … this pastoral idyll was shattered by the intrusion of the hidden, Lovecraftian, true reality beyond our puny human comprehension, and Popsy the Pony was slobberingly devoured by an enormous squid from the Black Pit of Hellish Nothingness. Slobber slobber slobber! Eek eek eek!
The end. Now, tinies, you may run away screaming and blubbing like fotherington-tomas.


Based in Los Angeles, my creative drive is fueled by coffee, long drives, hikes, wave watching, knitting, all while having my camera and laptop in hand. I'm ready to create anywhere.
I create brands for boutique businesses and young entreprerners. I'm here to help your business cultivate it's voice, look professional from print to web to it's social media precessence. It is essential to visually look coheisive across the board for your audience. My design skills can make your dreams come to life creating all materials from business cards, note books, invitations, planners, web site, social media key art, and more.
I am an expert photo editor and retoucher having a refined artistic eye. If you are a photographer or any one looking for photo editing or retouching to help promote your business I can do the following to your images: color correction, removing unwanted blemishes, smoothing the skin, highlight the eyes, lips, whitening the teeth, remove shine from skin retouching the hair, removing flyaway hairs, contouring the face, enhancing the makeup, removing unwanted items, adding filters, creating photographic illustrations, and merging two images together.
Graphic Design
Branding
Photo Retouching
Typeography
Web Design
Photography
Photoshop
InDesign
Bridge
Illustrator
Lightroom
Campaign Monitor
Wordpress
HTML
CSS
Javascript
jQuery
A boutique bi-costal modeling agency based in Los Angeles. A fresh fit and fashion modeling agency
A custom design cake business located in Slidell, Louisiana.
A company supportin gindependant photographers to support them in their work flow. A company working nation wide, and based in Cheyenne, WY.


How to download the Mixed Reality Toolkit UPM package
Unity (as of Unity 2018) now provides a full package management solution for delivering components in a safe and secure way in to your projects. You no longer need to import external features as assets, they are referenced and downloaded in to a secure location accessible to your solution.
Sadly (at the time of writing), content developers cannot publish assets through the store using the Unity Package manager. So the XRTK needs to register directly in your project.
To enable this, the XRTK provides two ways to get it registered:
1: Automatic Install - simply download the latest seed package from the GitHub release page, import it in to your project and off you go.
2: Manual Install - edit your UPM manifest in your project, add a single line, save and return to Unity to kick off the UPM download.
Automatic Download
The simplest way to get XRTK in to your project is to download the XRTK seed asset (which hopefully will get published on the Unity asset store on release), this registers the XRTK project with your solution and enables the Unity Package Manager to download it to your project.
For a little more detail, the sections below explain exactly what is happening.
Unity Packages
Unity packages are separate to your project and act like references instead of raw code. You can see them but not change them (at least not easily) This is where the XRTK (by default) installs safely and securely.
Unity Package Manager
You access the Unity Package manager in the editor from the Unity -> Windows -> Package Manager option in the menu, which brings up the package manager window.
This lists all the packaged (by default) that Unity provides out of the box, items ticked are those already installed.
XRTK Seed asset install
As you can see above, there is minimal code in the seed asset, as this isn't the XRTK itself, It is simply an enabler to register itself with the Unity package manager, once you've installed it, the UPM will automatically download the full XRTK and remove the seed package, ensuring there is nothing cluttering up your project.
Manual Install
If you prefer to register the XRTK with your project yourself, then you simply need to add the XRTK reference in to your project's Manifest.json
To locate the folder the manifest is in, simply right-click in your Unity project folder on the "Packages" folder as shown below, then select the "Show in Explorer" option:
In the packages folder, you will see the specific Manifest.json file which you will need to open for editing using your favorite tool (We prefer VSCode as it's awesome)
Inside the Manifest file, you will see all the packages Unity provides "out of the box" listed:
To this you simply need to add the extra entry for the XRTK as follows:
{
"dependencies": {
"com.xrtk.core": "https://github.com/XRTK/XRTK-Core.git#upm",
...
},
}
Once it's updated and you return to Unity, the packages will be refreshed and all the XRTK packages will be imported:
Versioning
A powerful feature of the Unity package management system is that you can switch between versions of packages at any time including the XRTK. As you can see below, on selecting the XRTK version in the Unity Package Manager window, you can select any "version" of the XRTK or even a specific branch on the development site if you wish.
This includes all the different XRTK packages, including:
- XRTK Core
- XRTK SDK
- XRTK platforms, including WMR / Lumin and others
- XRTK UPM extension (this is mandatory to enable connecting to the XRTK repository)
If there is anything not mentioned in this document or you simply want to know more, raise an RFI (Request for Information) request here.


Saoirse Ronan and Andrew Scott nominated for Golden Globe awards
by Stephen McNeiceIrish actress Saoirse Ronan and actor Andrew Scott have been nominated for Golden Globe awards.
Saorise Ronan has received the nod in the 'Best Actress - Drama' category for her role in Little Women.
The other nominees in the category are Scarlett Johansson (Marriage Story), Charlize Theron (Bombshell), Cynthia Erivo (Harriet) and Renée Zellweger (Judy).
It's the fourth Golden Globe nomination for 25-year-old Saoirse Ronan.
She previously won 'Best Actress in a Motion Picture - Musical or Comedy' in 2018 for her role in Lady Bird, which was also from Little Women director Greta Gerwig.
Meanwhile, Irish actor Andrew Scott has been nominated for 'Best Performance by an Actor in a Supporting Role in a Series, Limited Series or Motion Picture Made for Television' for Fleabag.
He played the role of 'The Priest' in the second season of the acclaimed comedy from Phoebe Waller-Bridge, who is also nominated for her lead performance in the show.
The 43-year-old Dubliner is up against Alan Arkin (Kominsky Method), Kieran Culkin (Succession), Stellan Skarsgård (Chernobyl) and Henry Winkler (Barry) in his category.
The 2020 Golden Globe awards will be held on January 5th.


0% : OSINT free text attributes with no chance of two attributes in the database having the same value.
50% : a given attribute field will have the same value in 50% of events (already a huge value, rare and costly case)
If unknown, leave at 25% which is currently a good average.


Package org.drip.state.curve
Basis Spline Based Latent States
- Author:
- Lakshmi Krishnamurthy
-
Class Summary Class Description BasisSplineBasisCurve BasisSplineBasisCurve manages the Basis Latent State, using the Basis as the State Response Representation.BasisSplineDeterministicVolatility BasisSplineDeterministicVolatility extends the BasisSplineTermStructure for the specific case of the Implementation of the Deterministic Volatility Term Structure.BasisSplineForwardRate BasisSplineForwardRate manages the Forward Latent State, using the Forward Rate as the State Response Representation.BasisSplineFXForward BasisSplineFXForward manages the Basis Latent State, using the Basis as the State Response Representation.BasisSplineGovvieYield BasisSplineGovvieYield manages the Basis Spline Latent State, using the Basis as the State Response Representation, for the Govvie Curve with Yield Quantification Metric.BasisSplineMarketSurface BasisSplineMarketSurface implements the Market surface that holds the latent state Dynamics parameters.BasisSplineRepoCurve BasisSplineRepoCurve manages the Basis Latent State, using the Repo as the State Response Representation.BasisSplineTermStructure BasisSplineTermStructure implements the TermStructure Interface - if holds the latent states Term Structure Parameters.DerivedZeroRate DerivedZeroRate implements the delegated ZeroCurve functionality.DeterministicCollateralChoiceDiscountCurve DeterministicCollateralChoiceDiscountCurve implements the Dynamically Switchable Collateral Choice Discount Curve among the choice of provided "deterministic" collateral curves.DiscountFactorDiscountCurve DiscountFactorDiscountCurve manages the Discounting Latent State, using the Discount Factor as the State Response Representation.ForeignCollateralizedDiscountCurve ForeignCollateralizedDiscountCurve computes the discount factor corresponding to one unit of domestic currency collateralized by a foreign collateral.ZeroRateDiscountCurve ZeroRateDiscountCurve manages the Discounting Latent State, using the Zero Rate as the State Response Representation.


Home
Accomodation
Activities
Gallery
Travel
Contacts
Enjoy any of these activities any time during your stay!
Daytime activities:
Diving
Beach activities
Heli tours
After dusk
Fish feeding
Star gazing
Sunset Drinks


{% extends 'core/base.html' %} {% load static %} {% block content %}
Did I have contact with an infected person in the last two weeks?
"How I met Corona" uses existing data to get a little closer to the answer.
If you got infected with the corona virus you can anonymously upload
your last 14 days of location data points here. Other people can then
compare their data to see if your paths crossed at any point in time.


Select the event from the dropdown above, if one is not already selected, to open the store for that event. Then click on the customer to start the purchase process.
| Name
|
Balance | Purchases Today | Actions |
|---|---|---|---|
| {{customer.name}} | {{customer.balance | currency}} | {{customer.purchases_today}} |
|


SET_TID_ADDRESS
Section: Linux Programmer's Guide (2)Updated: 2004-March-12
Index Return to Main Contents
NAME
set_tid_address - Sets the current clear_child_tid to tidptrSYNOPSIS
- long sys_set_tid_address (int *tidptr);
DESCRIPTION
set_tid_address sets the current clear_child_tid (current child thread ID) to tidptr.
RETURN VALUE
set_tid_address returns the current pid of tidptr. This is mainly used by the CLEARTID process.
ERRORS
AUTHOR
Niki Rahimi
Index
This document was created by man2html, using the manual pages.
Time: 05:33:05 GMT, December 24, 2015


A channel to discuss trading.  I went to Coinexchange and noticed their wallets on both OOT and KMD are back up. I'm beginning to wonder what's going on with Binance.(edited)
actionslacks18-Jun-19 11:27 PM
binance is at the eye of the storm right now.
Crabby Paddy18-Jun-19 11:27 PM
Redfox added on Zaddex
1
Tek18-Jun-19 11:32 PM
I am staying up all night
it has been decided.
why
so I can go to the car check agency first things first in the morning, I leave at 6:30, i'll be first there it opens at 7:00
I go in and get my car checked
then I go back home and I will take a nap in the garden
YES
meanwhile my bags will all moon
Rukagi19-Jun-19 12:25 AM
Where are you guys trading your KMD?
Tek19-Jun-19 12:28 AM
cz
czs place
차미숙19-Jun-19 01:21 AM
Place or palace?
1
infotech-al19-Jun-19 02:17 AM
Has Binance opened withdrawals?
FishyGuts19-Jun-19 03:33 AM
Are you not using a VPN?(edited)
AKA rawdoggin' the internet?
If you are, you should sign up and pledge to begin using a VPN. Don't worry, noone will know you're doing it to pay for porn because you will hopefully be able to pay with $ARRR. In addition, we are giving users 1 year free if the provider decides to accept $ARRR as a payment option.
While Facebook's Libra doesn't compete against any open, public, permissionless, borderless, neutral, censorship-resistant blockchains, it will compete against both retail banks and central banks. This is going to be fun to watch.
Retweets
2756
Likes
7695
Tek19-Jun-19 10:03 AM
seems like outside of whaleburuh. no one is interested in KMD.
Cryptoon19-Jun-19 10:08 AM
@Sherdogz yes
Sherdogz19-Jun-19 10:18 AM
@Cryptoon the mobile wallet?
siu - Chainmakers19-Jun-19 10:22 AM
Binance opened wallet and this is the dump?
Time to buy then
jl777c19-Jun-19 10:27 AM
4hrs ago it was opened
hyperDEX19-Jun-19 10:27 AM
time to release the atomicdex
Tek19-Jun-19 10:28 AM
I also bought
today
1
Cryptoon19-Jun-19 10:54 AM
@Sherdogz yes chameleon pay allows to claim rewards, for more info you can always ask @PTYX !
One big thing to highlight is that libra has a programming environment. As long as it has a timer and hash... We can perform atomic swaps and FB can't stop anyone entering the "crypto" market. https://t.co/qZovt3fcBi
I've discovered an alarming vulnerability, but fortunately there's a really simple fix so I've sent a pull request to address it.
In the current implementation, trusted &...


It is rare to see an action-adventure film that evokes memories of the action serials of yesteryear - remember The Masked Avenger or Buck Rogers? A commonplace argument is that recent action films focus more on Dolby-ized explosions and car crashes than any story or plot. "The Mask of Zorro" is that rarity - a fast-paced, rollicking action film that brings back the snap and vigor of Zorro in all its glory, without resorting to extreme violence or heavy explosions, and it has a reasonably decent story to tell.
During the opening sequence, we learn that Zorro, otherwise known as Don Diego de la Vega (played with panache by Anthony Hopkins) is the masked hero of the Mexican people. Some prisoners are about to be executed by a firing squad led by Governor Don Rafaelo Montero (Stuart Wilson), and the crowd bawls. Before you know it, Zorro comes out of thin air and rescues the prisoners with sword, whip, a trusty steed, and attitude. Unfortunately, he is apprehended by Montero's guards resulting in the death of his wife.
 Zorro teaches Murieta everything about swords, chivalry, matters of etiquette, conversation, and well-groomed appearances. Thus, Murieta becomes the new, dashing Zorro slicing his way through several of Montero's minions, and dancing elegantly with Montero's daughter, Elena (British-born Catherine Zeta-Jones), who is really Vega's daughter.
"The Mask of Zorro" has plenty of stunts and action scenes, but its main thrust is an expanded backstory about Vega's past and the revenge he seeks on his wife's death. This exposition with the well-cast Hopkins shows more flair and promise than I might have anticipated, even for a hokey Hollywood production like this one.
As for Banderas and Zeta-Jones, they do have sparkling chemistry, culminating in a romantic kiss during a sword duel. The biggest weakness is Stuart Wilson (previously a villain in "Lethal Weapon 3") as the fatuous Montero who isn't remotely threatening or evil. Still, "The Mask of Zorro" is as escapist and fun as Hollywood has been getting lately.
For more reviews, check out JERRY AT THE MOVIES at http://moviething.com/members/movies/faust/JATMindex.shtml
E-mail me with any questions, comments or general complaints at<EMAIL_ADDRESS>or at<EMAIL_ADDRESS>========== X-RAMR-ID: 29072 X-Language: en X-RT-ReviewID: 242691 X-RT-TitleID: 1083302 X-RT-SourceID: 875 X-RT-AuthorID: 1314
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


7-Year-Old, Man Wounded in Chicago Shooting
Local police say the child is reported to be in critical condition after being shot during trick-or-treating.
A seven-year-old girl and a man have been shot in Little Village on the Southwest Side, Chicago on Thursday, local media reported.
The girl and the man were reportedly walking along the street when a man nearby took out a gun and opened fire on them.
The victims of the shooting were taken to the hospital, and the girl is currently in critical condition, according to Chicago police. They also added that the child was an unintended victim.
No further details about the shooter are known so far. The police are now investigating the case.


Class RTPSReader, manages the reception of data from its matched writers. More...
#include <RTPSReader.h>
Public Member Functions | |
| virtual RTPS_DllAPI bool | matched_writer_add (RemoteWriterAttributes &wdata)=0 |
| Add a matched writer represented by its attributes. More... | |
| virtual RTPS_DllAPI bool | matched_writer_remove (RemoteWriterAttributes &wdata)=0 |
| Remove a writer represented by its attributes from the matched writers. More... | |
| virtual RTPS_DllAPI bool | matched_writer_is_matched (RemoteWriterAttributes &wdata)=0 |
| Tells us if a specific Writer is matched against this reader. More... | |
| RTPS_DllAPI bool | acceptMsgDirectedTo (EntityId_t &entityId) |
| Returns true if the reader accepts a message directed to entityId. More... | |
| virtual RTPS_DllAPI bool | processDataMsg (CacheChange_t *change)=0 |
| Processes a new DATA message. More... | |
| virtual RTPS_DllAPI bool | processDataFragMsg (CacheChange_t *change, uint32_t sampleSize, uint32_t fragmentStartingNum)=0 |
| Processes a new DATA FRAG message. More... | |
| virtual RTPS_DllAPI bool | processHeartbeatMsg (GUID_t &writerGUID, uint32_t hbCount, SequenceNumber_t &firstSN, SequenceNumber_t &lastSN, bool finalFlag, bool livelinessFlag)=0 |
| Processes a new HEARTBEAT message. More... | |
| virtual RTPS_DllAPI bool | processGapMsg (GUID_t &writerGUID, SequenceNumber_t &gapStart, SequenceNumberSet_t &gapList)=0 |
| virtual RTPS_DllAPI bool | change_removed_by_history (CacheChange_t *change, WriterProxy *prox=nullptr)=0 |
| Method to indicate the reader that some change has been removed due to HistoryQos requirements. More... | |
| RTPS_DllAPI ReaderListener * | getListener () |
| Get the associated listener, secondary attached Listener in case it is of coumpound type. More... | |
| RTPS_DllAPI bool | setListener (ReaderListener *target) |
| Switch the ReaderListener kind for the Reader. More... | |
| RTPS_DllAPI bool | reserveCache (CacheChange_t **change, uint32_t dataCdrSerializedSize) |
| Reserve a CacheChange_t. More... | |
| RTPS_DllAPI void | releaseCache (CacheChange_t *change) |
| Release a cacheChange. More... | |
| virtual RTPS_DllAPI bool | nextUnreadCache (CacheChange_t **change, WriterProxy **wp)=0 |
| Read the next unread CacheChange_t from the history. More... | |
| virtual RTPS_DllAPI bool | nextUntakenCache (CacheChange_t **change, WriterProxy **wp)=0 |
| Get the next CacheChange_t from the history to take. More... | |
| RTPS_DllAPI bool | expectsInlineQos () |
| RTPS_DllAPI ReaderHistory * | getHistory () |
| Returns a pointer to the associated History. More... | |
| CacheChange_t * | findCacheInFragmentedCachePitStop (const SequenceNumber_t &sequence_number, const GUID_t &writer_guid) |
| Search if there is a CacheChange_t, giving SequenceNumber_t and writer GUID_t, waiting to be completed because it is fragmented. More... | |
| virtual bool | isInCleanState () const =0 |
| Returns there is a clean state with all Writers. It occurs when the Reader received all samples sent by Writers. In other words, its WriterProxies are up to date. More... | |
| Public Member Functions inherited from Endpoint | |
| RTPS_DllAPI const GUID_t & | getGuid () const |
| Get associated GUID. More... | |
| RTPS_DllAPI std::recursive_mutex * | getMutex () const |
| Get mutex. More... | |
| RTPS_DllAPI EndpointAttributes * | getAttributes () |
| Get associated attributes. More... | |
Protected Member Functions | |
| RTPSReader (RTPSParticipantImpl *, GUID_t &guid, ReaderAttributes &att, ReaderHistory *hist, ReaderListener *listen=nullptr) | |
| virtual | ~RTPSReader () |
| void | setTrustedWriter (EntityId_t writer) |
| Protected Member Functions inherited from Endpoint | |
| Endpoint (RTPSParticipantImpl *pimpl, GUID_t &guid, EndpointAttributes &att) | |
| virtual | ~Endpoint () |
Protected Attributes | |
| ReaderHistory * | mp_history |
| ReaderHistory. More... | |
| ReaderListener * | mp_listener |
| Listener. More... | |
| bool | m_acceptMessagesToUnknownReaders |
| Accept msg to unknwon readers (default=true) More... | |
| bool | m_acceptMessagesFromUnkownWriters |
| Accept msg from unknwon writers (BE-true,RE-false) More... | |
| EntityId_t | m_trustedWriterEntityId |
| Trusted writer (for Builtin) More... | |
| bool | m_expectsInlineQos |
| Expects Inline Qos. More... | |
| FragmentedChangePitStop * | fragmentedChangePitStop_ |
| Protected Attributes inherited from Endpoint | |
| RTPSParticipantImpl * | mp_RTPSParticipant |
| Pointer to the RTPSParticipant containing this endpoint. More... | |
| const GUID_t | m_guid |
| Endpoint GUID. More... | |
| EndpointAttributes | m_att |
| Endpoint Attributes. More... | |
| std::recursive_mutex * | mp_mutex |
| Endpoint Mutex. More... | |
Friends | |
| class | ReaderHistory |
| class | RTPSParticipantImpl |
| class | MessageReceiver |
| class | EDP |
Class RTPSReader, manages the reception of data from its matched writers.
|
protected |
|
protectedvirtual |
| RTPS_DllAPI bool acceptMsgDirectedTo | ( | EntityId_t & | entityId | ) |
Returns true if the reader accepts a message directed to entityId.
|
pure virtual |
Method to indicate the reader that some change has been removed due to HistoryQos requirements.
| change | Pointer to the CacheChange_t. |
| prox | Pointer to the WriterProxy. |
|
inline |
| CacheChange_t* findCacheInFragmentedCachePitStop | ( | const SequenceNumber_t & | sequence_number, |
| const GUID_t & | writer_guid | ||
| ) |
Search if there is a CacheChange_t, giving SequenceNumber_t and writer GUID_t, waiting to be completed because it is fragmented.
| sequence_number | SequenceNumber_t of the searched CacheChange_t. |
| writer_guid | writer GUID_t of the searched CacheChange_t. |
|
inline |
Returns a pointer to the associated History.
| RTPS_DllAPI ReaderListener* getListener | ( | ) |
Get the associated listener, secondary attached Listener in case it is of coumpound type.
|
pure virtual |
Returns there is a clean state with all Writers. It occurs when the Reader received all samples sent by Writers. In other words, its WriterProxies are up to date.
|
pure virtual |
Add a matched writer represented by its attributes.
| wdata | Attributes of the writer to add. |
|
pure virtual |
Tells us if a specific Writer is matched against this reader.
| wdata | Pointer to the WriterProxyData object |
|
pure virtual |
Remove a writer represented by its attributes from the matched writers.
| wdata | Attributes of the writer to remove. |
|
pure virtual |
Read the next unread CacheChange_t from the history.
| change | POinter to pointer of CacheChange_t |
| wp | Pointer to pointer to the WriterProxy |
|
pure virtual |
Get the next CacheChange_t from the history to take.
| change | Pointer to pointer of CacheChange_t. |
| wp | Pointer to pointer to the WriterProxy. |
|
pure virtual |
Processes a new DATA FRAG message.
Previously the message must have been accepted by function acceptMsgDirectedTo.
| change | Pointer to the CacheChange_t. |
| sampleSize | Size of the complete, assembled message. |
| fragmentStartingNum | Starting number of this particular fragment. |
|
pure virtual |
Processes a new DATA message.
Previously the message must have been accepted by function acceptMsgDirectedTo.
| change | Pointer to the CacheChange_t. |
|
pure virtual |
|
pure virtual |
Processes a new HEARTBEAT message.
Previously the message must have been accepted by function acceptMsgDirectedTo.
| RTPS_DllAPI void releaseCache | ( | CacheChange_t * | change | ) |
Release a cacheChange.
| RTPS_DllAPI bool reserveCache | ( | CacheChange_t ** | change, |
| uint32_t | dataCdrSerializedSize | ||
| ) |
Reserve a CacheChange_t.
| change | Pointer to pointer to the Cache. |
| RTPS_DllAPI bool setListener | ( | ReaderListener * | target | ) |
Switch the ReaderListener kind for the Reader.
If the RTPSReader does not belong to the built-in protocols it switches out the old one. If it belongs to the built-in protocols, it sets the new ReaderListener callbacks to be called after the built-in ReaderListener ones.
| target | Pointed to ReaderLister to attach |
|
inlineprotected |
|
friend |
|
friend |
|
friend |
|
friend |
|
protected |
|
protected |
Accept msg from unknwon writers (BE-true,RE-false)
|
protected |
Accept msg to unknwon readers (default=true)
|
protected |
Expects Inline Qos.
|
protected |
Trusted writer (for Builtin)
|
protected |
|
protected |
Listener.


(WB) Directed by Norman Jewison Written by Alvin Sargent Cast Whoopi Goldberg, Gerard Depardieu, Haley Joel Osment, Denis Mercier, Andrea Martin, Nancy Travis MPAA Rating "PG" Running Time 111 minutes Reviewed at Waverly Place Cinemas, Cary, NC (31AUG96)
==
Were it better written and directed, this unaffecting fantasy might come across as something other than leftovers from a high-powered Hollywood lunch. ("Let's get Whoopi!" "Yeah, and pair her with... that Frenchman!")  Spoon-feeding is the order of the day and director Norman Jewison (MOONSTRUCK) overstates nearly every emotion and related plot point. (The incessant musical cues are also tough to take, though I didn't mind hearing Louis Prima's "Banana Split For My Baby" played during a soda-fountain fantasy sequence.) Worst of all is Whoopi's characterization. Instead of coming across as a lovable party poop, her self-absorbed actions suggest a level of negligence that might send a social worker screaming from the theater. Mercifully, the darkness is cursed by two luminaries. The kid, Osment, is a natural and that Frenchman, with his loopy smile and bulbous nose, is an imaginary giant for all ages.
Grade: C
--
Mike Legeros - Raleigh, NC
<EMAIL_ADDRESS>(h) -<EMAIL_ADDRESS>(w)
Visit me in MOVIE HELL
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


public abstract class Message
extends java.lang.Object
implements java.io.Serializable
| Modifier and Type | Field and Description |
|---|---|
static int |
MESSAGE_TYPE_BINARY
Message ia a binary SMS message with a custom UDH and binary payload
|
static int |
MESSAGE_TYPE_TEXT
Message ia a regular TEXT SMS message
|
static int |
MESSAGE_TYPE_UNICODE
Message is a unicode message, for sending messages in non-latin script to a supported handset
|
static int |
MESSAGE_TYPE_USSD_DISPLAY
Message is a USSD 'display' message that displays on handset but does not require a response
|
static int |
MESSAGE_TYPE_USSD_PROMPT
Message is a USSD 'prompt' message that requires a response from the end user
|
static int |
MESSAGE_TYPE_WAPPUSH
Message is a wap-push message to send a browsable / downloadable url to the handset
|
| Modifier | Constructor and Description |
|---|---|
protected |
Message(int type,
java.lang.String from,
java.lang.String to,
java.lang.String messageBody,
byte[] binaryMessageBody,
byte[] binaryMessageUdh,
java.lang.String clientReference,
boolean unicode,
boolean statusReportRequired,
java.lang.String wapPushUrl,
java.lang.String wapPushTitle,
int wapPushValidity,
MessageClass messageClass,
java.lang.Integer protocolId)
Instanciate a new message request.
This constructor exposes the full range of possible parameters and is not for general use Instead, it is accessed via super() in the constructors of various sub-classes that expose a relevant sub-set of the available parameters |
| Modifier and Type | Method and Description |
|---|---|
byte[] |
getBinaryMessageBody() |
byte[] |
getBinaryMessageUdh() |
java.lang.String |
getClientReference() |
java.lang.String |
getFrom() |
java.lang.String |
getMessageBody() |
MessageClass |
getMessageClass() |
java.lang.Integer |
getProtocolId() |
boolean |
getStatusReportRequired() |
java.lang.String |
getTo() |
int |
getType() |
java.lang.String |
getWapPushTitle() |
java.lang.String |
getWapPushUrl() |
int |
getWapPushValidity() |
boolean |
isUnicode() |
public static final int MESSAGE_TYPE_TEXT
public static final int MESSAGE_TYPE_BINARY
public static final int MESSAGE_TYPE_WAPPUSH
public static final int MESSAGE_TYPE_UNICODE
public static final int MESSAGE_TYPE_USSD_DISPLAY
public static final int MESSAGE_TYPE_USSD_PROMPT
protected Message(int type, java.lang.String from, java.lang.String to, java.lang.String messageBody, byte[] binaryMessageBody, byte[] binaryMessageUdh, java.lang.String clientReference, boolean unicode, boolean statusReportRequired, java.lang.String wapPushUrl, java.lang.String wapPushTitle, int wapPushValidity, MessageClass messageClass, java.lang.Integer protocolId)
type
- the type of message will influence the makeup of the request we post to the Nexmo server, and also the action taken by the Nexmo server in response to this messagefrom
- the 'from' address that will be seen on the handset when this message arrives,
typically either a valid short-code / long code that can be replied to, or a short text description of the application sending the message (Max 11 chars)to
- the phone number of the handset that you wish to send the message tomessageBody
- The text of the message to be sent to the handsetbinaryMessageBody
- The raw binary message data to be sent to a handset.
This api, and the Nexmo messaging service will send this data 'as-is' (in conjunction with the binary UDH) and will not make any corrections.
so you should ensure that it is a correctly constructed messagebinaryMessageUdh
- Most binary content will require a UserDataHeader portion of the message containing commands to enable the handset to interpret the binary data
(for example, a binary ringtone, a wap-push, OverTheAir configuration, etc).
Additionally, if you are sending a long text message as multiple concatenated messages and are performing this operation manually rather than
using the automated long messaging handling in the Nexmo messaging service, then you will need to construct and include here an appropriate
UserDataHeader field that describes the segmentation/re-assembly fields required to sucessfully concatenate multiple short messages.clientReference
- This is a user definable reference that will be stored in the Nexmo messaging records. It will be available in detailed reporting / analytics
In order to help with reconcilliation of messagesunicode
- This flag is set to true if the message needs to be submitted as a unicode message. This would be for scenario's where the message contains text that does not
fit within the Latin GSM alphabet. Examples would be messages to be sent in non-western scripts, such as Arabic, Kanji, Chinese, etc.statusReportRequired
- If set to true, then a delivery notification will be requested for this message delivery attempt.
Upon receiving notification of delivery or failure from the network, the Nexmo platform will submit a notification to the url configured in your
Nexmo REST account that represents the outcome of this message.wapPushUrl
- This is the url that will be submitted to the handset and will appear as a browsable message in the Inbox.wapPushTitle
- This is the title that will be associated with the url being submitted to the handsetwapPushValidity
- This is the length of time (in seconds) that the message will be available for once delivered to the handset.
Once this time has expired, the url will no longer be visible on the handset to be browsed (Subject to handset compatibility)messageClass
- (Optional) The message class that is to be applied to this message.protocolId
- The value of the GSM Protocol ID field to be submitted with this message. Ordinarily this should be left as the default value of 0public int getType()
public java.lang.String getFrom()
public java.lang.String getTo()
public java.lang.String getMessageBody()
public byte[] getBinaryMessageBody()
public byte[] getBinaryMessageUdh()
public java.lang.String getClientReference()
public boolean isUnicode()
public boolean getStatusReportRequired()
public java.lang.String getWapPushUrl()
public java.lang.String getWapPushTitle()
public int getWapPushValidity()
public MessageClass getMessageClass()
public java.lang.Integer getProtocolId()


Create file in project. File name and path to project get from parameters.
Example: %addFile C:\Users\username\intellij, fileName.java


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| DOSE: |
50 capsls |
oral |
Kava |
I was at a dull new years eve party and I had brought the contents of 50 of the CVS gelcaps to the party.  I decided to open all of them up one night and pour the powder into a baggie for easier transportation. At the party I decided to make myself a 'cocktail' by mixing the kava kava powder from inside the gelcaps with some chocolate flavored Boost drink, which is this gluey sweet soy based protien drink that I happen to like. I hoped that it would mask the smell and taste of the powder well. It didn't.
I began to feel the effects on my toungue within seconds. The numbing effect was intense and lasted about 30 minutes after my last sip. I worked on the potion, about 10 oz, for about 30 minutes, giving a few sips to my friends, who told me I was retarded and that there was no point to doing something that nasty. Little did they know...
After the numbing disappeared I noticed that my limbs felt very disconnected and strange, and moving became a chore. All I wanted to do was to sit down and lean back. I could barely stay awake. The effect was intensly soporific. I didn't want to pass out so I started listening to music and telling my friends to keep me awake. I felt very loving to them and I started leaning on my friends back and concentrating on the music. I tried to sing along but the words didn't come out very clearly. After about an hour I started to feel less tired and heavy and more buzzed. I felt very happy for somebody whose mouth tasted like dirt. The taste of the Kava Kava powder was very heavy and stayed with for a couple of days.
Anyways, I had to go home with mom and pop at about 1 o clock and I was very tired and relaxed. All I wanted to do was get into bed. In the morning I felt slightly sick but the feeling passed after I ate breakfast.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


--- layout: page weight: 0 title: VidGrid Overview navigation: show: true ---
SendGrid's Technical Support Engineers love to help people, so we recorded a series of video tutorials called Project VidGrid. What would you like see added to VidGrid?
Learn how to manage recipient lists and marketing email, and how to use available analytics.
Watch the videosLearn what to look for and how to interpret the different email events.
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Watch the video


|
App Engine PHP SDK
v1 rev.445
The PHP runtime is available as an experimental Preview feature.
|
Static Public Member Functions | |
| static | serializeValue ($value, &$flag) |
| static | deserializeValue ($value, $flag) |
| static | setMultiWithPolicy ($keyValues, $expire, $policy) |
Public Attributes | |
| const | FLAG_TYPE_MASK = 7 |
| const | TYPE_STR = 0 |
| const | TYPE_UNICODE = 1 |
| const | TYPE_INT = 3 |
| const | TYPE_LONG = 4 |
| const | TYPE_BOOL = 5 |
| const | TYPE_FLOAT = 6 |
| const | TYPE_PHP_SERIALIZED = 7 |


One owner purchased new in Arizona, where it remains today. Very low 15,695 original Miles. I will document the condition of this 911 in detail below, but understand this is a very low mileage un-touched undetailed car.
Body and paint: Excellent shape- This car had never been cut with compound of polish and it could use it. The nose shows small bits of bug guts and very minor road rash. More then likely both will be gone after a full detail. No paint work ever evidenced by the Carfax, and paint meter readings. The rear spoiler raises and lowers properly, but can make a small noise going down. lack of use could be the cause.
Interior: Excellent shape- still has the new car scent. No smoke no pets. No wear at all for that matter.
Engine: Serviced at 12427 miles in 2017 the engine runs perfectly. All of the accessories work as designed including heat and air. This is the time to mention the dreaded IMS baring issue. I have included a pic of the engine serial number so you can look it up. This car was built in January of 2007 which from what I read is past the issue.
Chassis: I have pictures in the gallery of the bottom. As you can see it is very clean. Again it was not detailed. This is how clean it is. The tires look new, but are original to the car. The are a bit hard now and should be replaced.
Mechanically: This 911 drives like it is new. The clutch is perfect, and the suspension is free of noises.
Here is a link to a google album with several pictures as well as a couple of videos. If you can not open the link I am happy to email the invite.
Click for Photos
The car is really for sale. I am not trying to see the value I want to find a new owner. Please call me to ask any questions, make an appointment to see it, and of course make an offer.
Please call me to discuss this beautiful Porsche, or arrange an inspection. My auction almost always end early due to a sale. I am happy to discuss a purchase price with any one who calls. You can reach me at<PHONE_NUMBER>.


This tool measures your reaction time using the left and the right mouse button. After clicking on "start", focus on the fixation cross that appears behind the button. After a short time, either a square or a diamond appears. Click left if the square appeared and click right if the diamond appeard. Be as fast as you can. The test stops automatically after 200 trials.
The test is over, thank you very much!


Description
A <string> can contain any schar that is not also the quoting character for the string. Ampersands are reserved for use as string <escape>s.


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--- permalink: /archive/ --- {% include head.html %}
{{ news.date | date: "%a, %b %d, %Y"}}
{{ news.subtitle }}


|
Reading
Sharing a few resources that have helped me learn and grow over the last few years – perhaps you find this list useful.
Machine Learning / Software Engineering
Management / Leadership
Give and Take: Adam Grant
How to Win Friends and Influence People: Dale Carnegie
High Output Management: Andrew S. Grove
Good Strategy - Bad Strategy: Richard Rumelt
Strengths Finder: Gallup
Finance
The Intelligent Investor: Benjamin Graham
A Random Walk Down Walk Street: Burton G. Malkiel
One Up on Wall Street: Peter Lynch
Misc (Just for Fun)
Principles: Ray Dalio
Never Split the Difference: Chris Voss
Meditations: Marcus Aurelius
The Obstacle is the Way: Ryan Holiday
The Mindfulness Solution: Ronald D. Siegel
Think Again: Adam Grant
The 48 Laws of Power: Robert Greene
|


Grapher Projects
Psi Languages
Classes Diagram
Graphs Component
Paint Component
Additional
Classes diagram of
Grapher
Documentation of
Graph Component
Documentation of
Paint Component
Documentation of
Paint Component


WASD and mouse (or arrow keys), shift to move forwards/backwards faster. Click on the canvas to enable mouse lock. FOV=270 (-/= to change).


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ShieldWare uses advanced machine-learning APIs to detect and monitor the levels of violent, drug-related, or alcohol-related content posted by a given social media user.
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Use ShieldWare today -- and secure your environment.


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Reinforcement Learning can be seen as a form of stochastic control.
There are two ways to inject stochastidy into a system. One is additive noise. Another is MDP
Reinforcement Learning for Stochastic Control Problems in Finance


In college, I didn't have any options to study abroad. One of my majors
didn't have any places to travel, and the other one did, but I didn't have
much money at the time and when an opportunity did come up, I was already
in my last semester before graduating. When I finally found a job and started
my career, one of my sisters was planning on getting married while the other
one got a chance to go abroad to China. I thought that my chance to
do something exciting and new had passed me by, but then I was told I could pay
to be a chapperone and I lept at the chance! After several months of payment,
passport and visa applications, I finally got to go someplace amazing!
Here are just some of the places I got to see in China:
Great Wall of China
There are actually multiple sections of the wall to visit, but we went
to just one of the parts. And on this part of the wall, there are two
paths to the top. One gently slopes and the other is harder to scale. I
chose the harder route. Over thousands of years and tourists (Chinese
and foreign, to some more rural parts of China, Beijing is considered a
huge tourist site) the steps have worn down and not evenly. So some steps
were barely taller than the previous ones, and some were huge! I made it to
the top eventually, but going down was much harder because of how big the slope
was.
Chinese Tea Ceremony
I was more of a tea drinker than a coffee drinker before moving to China, but
after drinking jasmine tea with every meal and a ceremonial tea ceremony got
me even more into tea! In a traditional tea ceremony, the tea is quickly rinsed
with hot water to remove into any impurities and open the tea up, then the water is
poured through a slotted bamboo table into a bin below. Then the tea is steeped in
a kettle and poured into glasses. The long thin glass is for smelling the tea, then
the tea is poured into the bowl-shaped tea cup for drinking.
We tried different teas like:
- Ginsing Oolong
- Jasmine Pearls
- Black Tea with Rosebuds
- Dried Fruit Tea (Tisane)
- Pu'erh (Aged black tea)
798 Dashanzi Modern Art Zone
The 798 Modern Art Zone originally was a set of factories during Mao's reign but over time became
defunct and the factory and buidings in the area became a hub for contemporary and street artists.
We got to tour the factory, try a local restaurant there, and walk around the area looking at statues,
artists, and galleries.
And More
These are only a few places I saw. I also visited:
- Tienamen Square
- Forbidden City
- Summer Palace
- Temple of Heaven Park
- Beijing Zoo
- Yonghe Lamasery Temple
- Shanghai Tower
I enjoyed my trip but it was only two weeks long, so I would have enjoyed staying longer and exploring
even more of China. I'd like to travel even more in the future. There are so many parts of Asia I'd
like to explore but so many other places I haven't seen yet that I want to experience.


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These features are for our new business offering, readthedocs.com. We are currently in an invite-only beta, but will be opening up for more users soon.
All of the other features outlined in these docs work on both sites. Things inside this section are specific to our business offering.
The largest feature that is different is that documentation on readthedocs.com is private. If you have private code that you want documentation for, this is our solution.


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Opening: December 29, 1959
Refurbishment: November 9, 1982
Architectural design
Art work
Platform length: 105 m
Code: AV
Wikipedia page


{% extends 'layouts/main.html' %} {% block title %}About{% endblock %} {% block content %}
The Distant Reader is a tool for reading. The Distant Reader empowers you to use & understand large amounts of textual information both quickly & easily. For example, the Distant Reader can consume the entire issue of a scholarly journal, the complete works of a given author, or the content found at the other end of an arbitrarily long list of URLs. Thus, the Distant Reader is akin to a book's table-of-contents or back-of-the-book index but at scale. It simplifies the process of identifying trends & anomalies in a corpus, and then it enables you to further investigate those trends & anomalies. Technically speaking, the Distant Reader is a system which locally harvests/caches content you specify. It then transforms the content into plain text, performs sets of natural language processing & text mining against the text, saves the results in a number of formats, reduces the whole to a cross-platform database file, queries the database thus summarizing the collection, zips the results of the entire process into a single file, and makes the file available to you for further investigation -- "reading".
{% endblock %}


WEEK 7 TUESDAY
Year 1 (Year 2)
FIRST READING Sirach 2:1-11
A reading from the Book of Sirach
My son, if you come forward to serve the Lord, remain in justice and in fear, and prepare yourself for temptation. Set your heart right and be steadfast, incline your ear, and receive words of understanding, and do not be hasty in time of calamity. Await God’s patience, cling to him and do not depart, that you may be wise in all your ways. Accept whatever is brought upon you, and endure it in sorrow; in changes that humble you be patient. For gold and silver are tested in the fire, and acceptable men in the furnace of humiliation. Trust in God, and he will help you; hope in him, and he will make your ways straight. Stay in fear of him, and grow old in him. You who fear the Lord, wait for his mercy; and turn not aside, lest you fall. You who fear the Lord, trust in him, and your reward will not fail; you who fear the Lord, hope for good things, for everlasting joy and mercy. You who fear the Lord, love him, and your hearts will be made radiant. Consider the ancient generations and see: who ever trusted in the Lord and was put to shame? Or who ever persevered in his commandments and was forsaken? Or who ever called upon him and was overlooked? For the Lord is compassionate and merciful; he forgives sins and saves in time of affliction, and he is the shield of all who seek him in truth.
The word of the Lord
RESPONSORIAL PSALM Psalm 37:3-4.18-19.27-28.39-40 (R. see 5)
R. Commit your way to the Lord, and he will act.
Trust in the LORD and do good; then you will dwell
in the land and safely pasture. Find your delight in the LORD, who grants your
heart's desire.
R. Commit your way to the Lord, and he will act.
The LORD takes note of the days of the blameless;
their heritage will last for ever. They shall not be put to shame in evil days;
in time of famine they shall have their fill.
R. Commit your way to the Lord, and he will act.
Then turn away from evil and do good, and you may
abide for ever; for indeed, the LORD loves justice, and will never forsake his
faithful. The unjust shall be wiped out for ever, and the descendants of the
wicked destroyed.
R. Commit your way to the Lord, and he will act.
But from the LORD comes the salvation of the just,
their stronghold in time of distress. The LORD helps them and rescues them,
rescues and saves them from the wicked: because they take refuge in him.
R. Commit your way to the Lord, and he will act.
FIRST READING James 4:1-10
A reading from the Letter of Saint James
Beloved: What causes wars, and what causes
fightings among you? Is it not your passions that are at war in your members?
You desire and do not have; so you kill. And you covet and cannot obtain; so
you fight and wage war. You do not have, because you do not ask. You ask and do
not receive, because you ask wrongly, to spend it on your passions. Unfaithful
creatures! Do you not know that friendship with the world is enmity with God? Therefore
whoever wishes to be a friend of the world makes himself an enemy of God. Or do
you suppose it is in vain that the scripture says, "He yearns jealously
over the spirit which he has made to dwell in us"? But he gives more grace; therefore it says,
"God opposes the proud, but gives grace to the humble." Submit
yourselves therefore to God. Resist the devil and he will flee from you. Draw
near to God and he will draw near to you. Cleanse your hands, you sinners, and
purify your hearts, you men of double mind. Be wretched and mourn and weep. Let
your laughter be turned to mourning and your joy to dejection. Humble
yourselves before the Lord and he will exalt you.
The word of the Lord
RESPONSORIAL PSALM Psalm 55:7-8.9-10a.10b-11.23 (R. 23ab)
R. Entrust your cares to the Lord, and he will support you.
I say, “O that I had wings like a dove, to fly away
and be at rest! I would indeed escape far away, and take refuge in the desert.”
R. Entrust your cares to the Lord, and he will support
you.
“I shall await him who saves me from the raging
wind and tempest.” Engulf and confuse their speech, O Lord.
R. Entrust your cares to the Lord, and he will support
you.
For I see violence and strife in the city! Night
and day they patrol its walls. In its midst are wickedness and evil.
R. Entrust your cares to the Lord, and he will support
you.
Entrust your cares to the LORD, and he will support
you. He will never allow the just man to stumble.
R. Entrust your cares to the Lord, and he will support
you.
R. Alleluia. Far be it from me to glory except in the cross of our Lord Jesus Christ, by which the world has been crucified to me, and I to the world. R. Alleluia.
GOSPEL Mark 9:30-37
A reading from the holy Gospel according to Mark
At that time: Jesus and his disciples went on
from the mountain and passed through
The Gospel of the Lord.


First open http://www.planetfour.org in a separate tab and sign in (clicking on the link should open the P4 webpage in a separate window). Once you log in you can close the window/tab and come back here.
The easiest way to get the gold standard data is to use a url query to make the Planet Four website show a specific image. The links are below for the images assigned to you for this week.
For each link below - click and it should take you to a new tab. Make your markings and then hit 'Finish' and then 'Next'. After that close the tab/window and come back here and classify the next link.
If you think a particular image was way especially hard then instead of 'Next' click discuss and add the talk hashtag #hard2see or you can send me the link
Note once you've gone to a link it should change color and your browswer should remember going there so you can track of what you've done and is still left to do. Also give the interace a second to load and retrieve the image (you might see the P4 home page flash first).
Reminder: First open http://www.planetfour.org in a separate tab and sign in (clicking on the link should open the P4 webpage in a separate window). Once you log in you can close the window/tab and come back here.
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APF0000drv
APF0000q3v
APF0000vvb
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APF0000ugm
APF0000n2n
APF0000ajr
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APF0000pu3
APF0000ti4


In the previous blog post I described the workings of the Fast Wavelet Transform (FWT) and Multiresolution Analysis (MRA). We saw that the scaling function $\phi$ and the wavelet function $\psi$ are defined by the filter coefficients $h_0$ and $h_1$ via the dilation/refinement equations:
As promised, in this article we will see how to construct useful filters. Concretely, we will find a way to calculate the Daubechies filters, named after Ingrid Daubechies, who invented them and also laid much of the mathematical foundations for wavelet analysis. Besides the content of the last post, you should be familiar with basic complex algebra, the Fourier transform, Taylor series and binomial coefficients.
The idea of vanishing moments is the additional ingredient we need to create our wavelet functions. In our implementation of the FWT, the input signal $x(t)$ is split in two parts. As limit for the late stages, one part was analyzed with $\psi$ and one was analyzed with $\phi$. If $\psi$ is orthogonal to $x(t)$, i.e. $\int x(t) \psi(t) \mathrm{d}t = 0$, then the whole signal is represented by the $\phi$ half and can nevertheless be perfectly reconstructed. This scenario is of course great for compression, and in general for data manipulation or analysis. So one measure of quality of the wavelet function $\psi$ is, to how many important functions it stands orthogonal to. In the case of so-called vanishing moments these important target function are polynomials.
The $n$th moment of a function $f$ is defined as:
If this moment vanishes, then $f(t)$ is orthogonal to $t^n$. If we say a function has $A$ vanishing moments, we usually mean it has vanishing moments $M_n = 0$ for $n=0, 1, …, A-1$. Because of the linearity of the integration operation, this means that the function is orthogonal to all polynomials up to degree $A-1$:
If the wavelet function $\psi$ has a certain number of vanishing moments, then discretely shifted versions of $\phi$ can be used to reconstruct all the polynomials that $\psi$ stands orthogonal to. For $A=1$ this is clear: we can analyze a constant signal with the Haar scaling function, which is simply a rectangle. The synthesis scaling function looks exactly the same and the signal can be reconstructed.
With $A=2$, things are not as obvious. A linear signal cannot be constructed by simply adding together fixed line segments since it has to work for all slopes. But the Daubechies 4 (DB4) functions that we saw in the last post have exactly this property, i.e. two vanishing moments.
It seems a bit strange that these odd spiky scaling functions sum up to a smooth straight line. But if we add one at a time, we see that they fit together like the pieces of a puzzle to reconstruct a (shifted) segment of the original signal. The DB6 wavelet has three vanishing moments ($A=3$). So any quadratic signal can be constructed with the DB6 scaling function:
Polynomials of high degrees can approximate many different signals. This means a wavelet function $\psi$ with many vanishing moments stands orthogonal or almost orthogonal to a wide range of different signals. The corresponding scaling function $\phi$ in turn has the expressive power to reconstruct all these signals. This is of course a highly desirable property, and there exist wavelets with any number of vanishing moments. In the rest of this post we will see how to construct the filters resulting in these wavelets. The downside is, as it turns out, that for more vanishing moments we need longer filters in the FWT implementation.
In a FWT we do not explicitly use the functions $\phi$ and $\psi$, instead they emerge from the filters $h_0$ and $h_1$. We have to transfer the idea of vanishing moments to these filters. To do this, we plug the wavelet equation $(2.2)$ into the moment definition $(2.3)$ and let the moments vanish:
We assume that $\phi$ has the necessary moments, but they are not zero. Now we create a new variable $s_k := 2t-k$:
Let’s look at $(2.4)$ for the first few moments:
$n = 0$:
The integral $\int \phi(s_k) \mathrm{d}s_k = \int \phi(2t-k) \mathrm {d}t$ is invariant to changes in $k$, so $M_n(\phi(s_k))$ is constant for all $k$. With that, the requirement for one vanishing moment is:
$n = 1$:
The second term $\sum_k h_1(k) \frac{1}{2} M_1(\phi(s_k))$ is zero, we know that from the condition for the $0$th vanishing moment. From the second term $\sum_k h_1(k) \frac{1}{2} k M_0(\phi(s_k)) = 0$ follows the new condition for vanishing moment $1$:
$n = 2$:
Now both the second and third term are zero, based on the previous conditions. And the new condition for vanishing moment $2$ is:
In general, for every new vanishing moment $n$, there will be a term proportional to $\sum_k h_1(k) k^n M_n(\phi(s_k))$. All other terms will have a factor $k^m$ with $m<n$, those will automatically zero, based on the previous conditions. With that we have the condition for filter coefficients $h$ of a wavelet function $\psi$ with $A$ vanishing moments:
Or, because $h_1 = -(-1)^k h_0(L-1-k)$, see $(1.6)$:
We see from $(2.3)$ that the concept of vanishing moments is directly applicable to discrete filters, $h_1$ stands orthogonal to all polynomials up to degree $A-1$. This means, in a Fast Wavelet Transform (FWT) setup those functions are arbitrarily compressible!
Recall that we only need to construct $h_0$ for our FWT, the other three filters $h_1$, $f_0$ and $f_1$ then emerge from the rules $(1.4)$ - $(1.6)$. For $h_0$ we now have two constraints:
$\sum_n h_0(n)h_0(n + 2k) = \delta (k) = \begin{cases} 2, \; k = 0 \ 0, \; k\neq 0 \end{cases}$, this is the shift orthogonality condition $(1.8)$ that guarantees perfect reconstruction.
$\sum_k k^n (-1)^k h_0(k) = 0; : : n = 0, 1, …, A-1$, which we just saw, where we can set $A$ to be the number of vanishing moments we want.
These two conditions yield the famous Daubechies wavelets. Unfortunately, the construction is quite fiddly, we will need some complex algebra and Fourier analysis, a bit of number theory and a little combinatorics. But I hope this is interesting and in the end we will arrive at a relatively simple algorithm. If you want, you can now first take a look at this algorithm and then read on from here to find out why it works.
We now have to move to the frequency domain, and because some trigonometric identities will turn out to be helpful we use the Fourier transform instead of the z-transform. By definition, the Fourier transform of $h_0$ is
We already know the z-transform of the shift orthogonality condition. This was equation $(1.7)$ from the last article. Converting between the z- and Fourier transform is done using $z = e^{i \omega}$ and therefore $-z= \overline{e^{i(\omega+\pi)}}$ as well as $z^{-1}=e^{i \omega}$. Because $h_0(k)$ are real values, there also is $H_0(-z) = \overline{\hat{H_0}(\omega + \pi)}$ and $H_0(z^{-1}) = \overline{\hat{H_0}(\omega)}$. This means we can write
Now we need to convert the vanishing moment condition to the frequency domain. We can write the $n$th derivative of $(2.7)$ as
If we set $\omega = \pi$, we get $(D^n \hat{H_0})(\pi) = (-i)^n \sum_k k^n (-1)^k h_0(k)$. This means
is equivalent to $(2.6)$ and $(2.5)$.
The easiest way to achieve $(2.9)$ would be setting $\hat{H_0}$ to $(1 + e^{-i \omega})^A$. This unfortunately interferes with $(2.8)$. But if we multiply $(1 + e^{-i \omega})^A$ with an arbitrary function $L$, then $(2.9)$ still holds because of the product rule. We want our coefficients $h_0$ to be real values, this means $L$ would have to be a polynomial with real coefficients in $e^{i\omega}$ as well. This means we can set
and only need to search for a function $L(e^{i\omega})$ so that $(2.8)$ is satisfied (we have divided the base of the first factor by 2, you will see why straightaway).
| Now we need our trigonometric identities. $(2.10)$ in combination with $\left | \frac{1+e^{-i\omega}}{2} \right | ^2 = \frac{1 + \cos(\omega)}{2} = \cos^2 \left( \frac{\omega}{2} \right)$ gives us |
| We can see directly from $(2.7)$ that $\hat{H_0}(-\omega) = \overline{\hat{H_0}(\omega)}$. This makes $\left | \hat{H_0}(\omega) \right | ^2$ an even function, which means it is symmetric with respect to $\omega = 0$ and can be expressed in terms of only cosine-functions. The same has then to be true for $\left | L(e^{i\omega}) \right | ^2$. With $\cos(\omega) = 1 - 2\sin^2(\frac{\omega}{2})$ and $P$ being a polynomial we can write: |
Now we can write the shift orthogonality condition $(2.8)$ as
If we set $y = \sin^2(\frac{\omega}{2})$, which also means $1-y = \cos^2(\frac{\omega}{2})$, we can write this as
We are now probably at the most abstract point of the wavelet construction. Why all this effort to get a equation in the form of $(2.12)$? The reason is number theoretical result called Bézout’s identity. You can read about it further elsewhere, but in our case it says that there exists a polynomial $P(y)$ of degree $A-1$ so that $(2.12)$ is true. How exactly it looks like, however, we have to find out ourselves. First we solve for $P(y)$:
The second term has a factor $y^A$, so there is no way we can model it with a polynomial of degree $A-1$. The best we can do is create a Taylor expansion at $y=0$ of the first term $4(1-y)^{-A}$. For a function $f(y)$, a Taylor approximation at $y=0$ means
Our $f(y)$ is $4(1-y)^{-A}$ as we said. We can write out its $n$th derivative:
This means the coefficient of $y^n$ in our Taylor series is
Now we can write out our solution for $P$:
Verifying that this indeed is a solution of $(2.12)$ is not trivial, but it can be done. We define
We now need to proof that $S_{A-1}$ is $1$ for all $A$.
Here we have multiplied every term with $((1-y)+y) = 1$, which of course is a legitimate thing to do. If we expand these products, we can write
Let’s just look at $\sum_{k=0}^{n} {A-1+k \choose k}$:
From this we see that
Now we have
Because $2 {2A-1 \choose A-1} = \frac{2A : (2A-1)!}{A: (A-1)!(A)!} = {2A \choose A}$ this means
and by induction $S_{A}(y) = S_{A-1}(y) = … = S_{0}(y) = 1$.
Now it is time go back and basically reverse all steps to get our coefficients $h_0$. With the result $(2.14)$ and $(2.11)$ we have
We have defined $y = \sin^2(\frac{\omega}{2}) = (1-\cos(\omega))/2 = \frac{1}{2} - \frac{1}{4}(e^{-i\omega} + e^{i\omega}) = \frac{1}{2} -\frac{1}{4}(z + z^{-1})$, this means
From this we need to find $L(z)$. Like any polynomial, $L$ can be factorized as
where $z_k$ are the roots of $L(z)$ and $c$ is a scaling constant. This obviously means
| From $(2.8)$ in combination with $(2.5)$ we see that $\left | H(1) \right | ^2 = 4$, which means $H(1) = 2$ and $L(1) = 2$. To get this, we wet set $c := 2 \left( \prod_{k}(1-z_k)\right)^{-1}$. If we compare $(2.17)$ and $(2.18)$, we see that they fit together: The roots in $(2.17)$ come in reciprocal pairs, which is just what we want for $(2.18)$. To get $L(z)$, we need one half of the roots of $(2.17)$. If we don’t want to find the roots of a rational function, we can define the polynomial |
| which means $\left | L(z) \right | ^2 = 4 Q(z)z^{-(A-1)}$ and find the roots of $Q$. We can do this because the factor $4 z^{-(A-1)}$ leaves the existing roots untouched and does not introduce any new roots, since itself has none. Let’s look at $Q$ for $A=3$: |
As we said, for any root of $Q$, its reciprocal will automatically be a root too. To get the correct $L$, we have to select only one of each pair as $z_k$. If a root is complex, we also have select its complex conjugate, which will also be a root, to get real coefficients. A simple way to meet both of these conditions is to only select the roots inside the unit circle, meaning its absolute value is less than or equal to 1. This will give us the original Daubechies coefficients. Because $Q$ has $2(A-1)$ roots, $L$ will have a degree of $A-1$. With the roots $z_k; \; k=1, …, A-1$ selected, we have
and with $(2.10)$
Expanding this into the form
gives us the filter coefficients we are looking for. As we see, a Daubechies filter with $A$ vanishing moments has $2A$ coefficients.
| Set $z_k$, where $k=1, …, A-1$, to the roots inside the unit circle, i.e. $\left | z_k\right | \leq 1$ must be true for all $k$. |
Concrete example: We set $A=3$, this give us the polynomial
We can ask WolframAlpha for the roots and get the solutions $0.28725 - 0.15289 :i$, $0.28725 + 0.15289 :i$, $2.7127 - 1.4439 :i$ and $2.7127 + 1.4439 :i$. Actually, in this case there exist exact solutions, but they are a bit unpractical for this demonstration.
We set $z_1 = 0.28725 - 0.15289 :i$ and $z_2 = 0.28725 + 0.15289 :i$ because they are complex conjugates and have an absolute value smaller than 1. Now we have
That gives us the DB6 coefficients:
We saw the significance of vanishing moments to continuous wavelets as well as to the filters of a FWT implementation (these filters define wavelets with the same number of vanishing moments via $(2.2)$). They make sections of signals that resemble polynomials highly compressible and very easy to handle. We then derived an algorithm to calculate Daubechies filter with any number of vanishing moments. This was done by bringing the shift orthogonality and the vanishing moment condition to the frequency domain, resulting in equations $(2.8)$ and $(2.9)$. We combined them to $(2.12)$, which we were able to solve using Bezout’s identity. To get back to $H_0(z)$, we used a procedure called spectral factorization. We factorized $H_0$ using the roots of the polynomial we found earlier.
In practice, you probably won’t need to calculate the Daubechies coefficients, they are available online from DB2 to at least DB20. But there are many other wavelets with pros and cons for different applications. With these two articles you should have the background to understand most papers explaining them, or even invent new wavelets yourself.
For the next post, I am planning to write about the Dual Tree Wavelet Transform, which uses complex wavelets. It is currently mainly used in image recognition, but I think it also has great potential for audio processing. But I am open to suggestions for the next topic as well! Again, any feedback is appreciated. Thank you for reading!


Snookes1516.github.io
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Copyright (c) 19?? Sidney Sackson
This game is played on an empty 8x8 square board (each player has 10 stones offboard):
|
| An example The black stones do not complete a network, they use one stone more than once (the marked stone). The red marks show the open connections. |
In his Gamut of Games, Sid Sackson wrote that the first player as a "decided advantage". I would suggest using the PIE rule after 3 or 5 drops.
David Ploog comments: We've played this game a lot; the decided advantage for the starting player certainly exists. Thus the second player will find himself defending throughout the drop phase. Therefore he tries to combine this with attacking moves. This is the fun of the game. [...] Perhaps the board should be 10x10 or 12x12 (and the connection longer) in order to offset the advantage a bit.


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Check your answers
This section is Pre-application
You’re applying to register the following business for anti-money laundering supervision:
Your business
Answer:{% include "includes/business-address-nonlist.html" %}
What’s your business structure?
Answer: Limited company
What’s your company registration number?
Answer: 01234567
What do you need to register?
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{% include "includes/business-type-register.html" %}


DefaultEglCore |
DefaultEglCore is an implementation of EglCore which uses EGL14 and OpenGLES2. OpenGLES3 has incompatibilities with AmazonChimeSDKMedia library. class DefaultEglCore : EglCore |
DefaultEglCoreFactory |
DefaultEglCoreFactory will create a root EglCore lazily if no shared context is provided. It will track all child EglCore objects and release the root core if all child cores are released. class DefaultEglCoreFactory : EglCoreFactory |
EglCore |
EglCore is an interface for containing all EGL state in one component. In the future it may contain additional helper methods. interface EglCore |
EglCoreFactory |
EglCoreFactory is an factory interface for creating new EglCore objects, possible using shared state interface EglCoreFactory |
EglVideoRenderView |
EglVideoRenderView is a VideoRenderView which requires EGL initialization to render VideoFrameTextureBuffer buffers. The VideoTileController should automatically manage (init and release) any bound tiles, but if it is desired to use a view outside of the controller (e.g. in pre-meeting device selection), users will need to call init and release themselves interface EglVideoRenderView : VideoRenderView |
SurfaceRenderView |
SurfaceRenderView is an implementation of EglVideoRenderView which uses EGL14 and OpenGLES2 to draw any incoming video buffer types to the surface provided by the inherited SurfaceView. open class SurfaceRenderView : SurfaceView, Callback, EglVideoRenderView |
TextureRenderView |
TextureRenderView is an implementation of EglVideoRenderView which uses EGL14 and OpenGLES2 to draw any incoming video buffer types to the surface provided by the inherited TextureView open class TextureRenderView : TextureView, SurfaceTextureListener, EglVideoRenderView |


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Aldi To Donate Leftover Fruit, Fish And Meat On Christmas Eve To Charities
by Emma RosemurgeyAldi has revealed it will once again donate leftover fruit, fish and meat to local charities on Christmas eve.
The supermarket is asking charities, food schemes and community initiatives to get in touch if they wish to be connected with their local store.
This Christmas will be the third year in a row Aldi has run its Crimbo donation scheme, which first launched in 2017.
The aim of the project is to share out the surplus of fresh food, which would otherwise go to waste, from its 775 UK stores to local charities and organisations.
A total of 350 different charities were supported by 300 different Aldi stores in 2017, which resulted to a grand total of 460,000 meals for people in need.
The following year, the number of charities rose to 500, supported by 500 stores, which amounted to an amazing 500,000 meals.
This year, Aldi is hoping to go even further by partnering with Neighbourly to further their reach and output.
Neighbourly is an online platform that connects businesses with local community causes.
Aldi organises food donations through the platform all year round, with 95% of Aldi stores now donating surplus food up to five days a week.
Other major brands such as M&S, Lidl and Starbucks also use Neighbourly to connect with local initiatives.
Any charities who hope to benefit from the scheme should send an email to<EMAIL_ADDRESS>before November 11.
Organisations who wish to apply must have a level 2 hygiene certificate gained in the last two years, be a registered charity, CIC or community group, and be able to collect, transport and store chilled food products.
Fritz Walleczek, managing director of corporate responsibility at Aldi UK, said:
Our Christmas food donation scheme is something we’re really passionate about, and we’re working with Neighbourly this year to pair as many stores up as possible.
Last year we were able to reach thousands of people across the UK, and some charities were even able to prepare fresh meals that fed families well into the New Year.
This is our third year of Christmas food donations and we’re hoping this year will be just as successful, and we look forward to working with local charities and food banks in the future.
If you want to get involved, email<EMAIL_ADDRESS>before November 11 this year.
Emma Rosemurgey is an NCTJ trained Journalist at UNILAD. She graduated from the University of Central Lancashire in Preston and started her career in regional newspapers before joining the LADbible Group team in 2017.


ParisJS meetup - june 2019
add
.wasm
files
Facilitates high-level interactions between wasm modules and JavaScript.
cargo add wasm-bindgen
Import JavaScript things into Rust and export Rust things to JavaScript.
use wasm_bindgen::prelude::*;
// Import the `window.alert` function from the Web.
#[wasm_bindgen]
extern "C" {
fn alert(s: &str);
}
// Export a `greet` function from Rust to JavaScript, that alerts a
// hello message.
#[wasm_bindgen]
pub fn greet(name: &str) {
alert(&format!("Hello, {}!", name));
}
Use exported Rust things from JavaScript with ECMAScript modules!
import { greet } from "./hello_world";
greet("World!");
Promises
to Rust Futures
A wasm workflow tool
cargo install wasm-pack
# or use installer https://rustwasm.github.io/wasm-pack/installer/
Helps you build rust-generated WebAssembly packages that
wasm-pack build --target web
wasm-pack build
const path = require('path');
const HtmlWebpackPlugin = require('html-webpack-plugin');
const WasmPackPlugin = require("@wasm-tool/wasm-pack-plugin");
module.exports = {
entry: './index.js',
output: {
path: path.resolve(__dirname, 'dist'),
filename: 'index.js',
},
plugins: [
new HtmlWebpackPlugin(),
new WasmPackPlugin({
crateDirectory: path.resolve(__dirname, ".")
})
],
mode: 'development'
};
Under the hood
wasm-pack build --target bundler


{% extends "base.html" %} {% block title %}{{ paper.title }}{% endblock %} {% block content %}
This paper doesn't have LaTeX source code, so it can't be rendered as a web page.
Take a look at the original PDF instead.


@(params: Map[String, Any]) @uk.gov.hmrc.hmrcemailrenderer.templates.helpers.html.template_main(params, "Rejoin the HMRC Agent Services") {
Dear @{params("name")}
You’ve told us that you want to rejoin the new Agent Services.
Click on the link below and sign in to your service to begin the switching process.
This unique link will only work once, so make sure you finish the process in one go.
From HMRC Agent Services
}


You can train the model at the beginning of your algorithm and you can periodically re-train it as the algorithm executes.
You need historical data to initially train the model at the start of your algorithm. To get the initial training data, in the Initialize
method, make a history request.
training_length = 252*2 self.training_data = RollingWindow[float](training_length) history = self.History[TradeBar](self.symbol, training_length, Resolution.Daily) for trade_bar in history: self.training_data.Add(trade_bar.Close)
To train the model, define a method that fits the model with the training data.
def get_features_and_labels(self, n_steps=5): close_prices = np.array(list(self.training_data)[::-1]) df = (np.roll(close_prices, -1) - close_prices) * 0.5 + close_prices * 0.5 df = df[:-1] features = [] labels = [] for i in range(len(df)-n_steps): features.append(df[i:i+n_steps]) labels.append(df[i+n_steps]) features = np.array(features) labels = np.array(labels) features = (features - features.mean()) / features.std() labels = (labels - labels.mean()) / labels.std() d_matrix = xgb.DMatrix(features, label=labels) return d_matrix def my_training_method(self): d_matrix = self.get_features_and_labels() params = { 'booster': 'gbtree', 'colsample_bynode': 0.8, 'learning_rate': 0.1, 'lambda': 0.1, 'max_depth': 5, 'num_parallel_tree': 100, 'objective': 'reg:squarederror', 'subsample': 0.8, } self.model = xgb.train(params, d_matrix, num_boost_round=10)
To train the model at the beginning of your algorithm, in the Initialize
method, call the Train
method.
self.Train(self.my_training_method)
To periodically re-train the model as your algorithm executes, in the Initialize
method, call the Train
method as a Scheduled Event.
# Train the model every Sunday at 8:00 AM self.Train(self.DateRules.Every(DayOfWeek.Sunday), self.TimeRules.At(8, 0), self.my_training_method)
To update the training data as the algorithm executes, in the OnData
method, add the current TradeBar
to the RollingWindow
that holds the training data.
def OnData(self, slice: Slice) -> None: if self.symbol in slice.Bars: self.training_data.Add(slice.Bars[self.symbol].Close)


{% extends "base.html" %} {% block title %}Help | {% endblock %} {% block content %}
Recast is designed to make it convenient to listen to all the old episodes of a podcast from the beginning.
Most podcast clients will only automatically present the latest episode of a podcast and leave you to manually download previous episodes one by one, eliminating the convenience of automatic delivery.
Instead of subscribing directly to the podcast, you give Recast the address of the podcast's website or feed and it will return you a unique, personalized RSS feed that you can subscribe to in your podcast player.
By default Recast will feed you a new episode of the podcast every five days - enough to slowly catch up with most weekly podcasts. At any time, you can change the frequency new episodes are released, or just release the next episode.
Once you are subscribed to a Recast feed, every episode of the show will include a link to the settings page for that feed.
Every Recast link that is generated is unique and hard to guess. Just keep your recast link private and everything will be fine!
This bookmarklet will pass the address of the current address any page you are on to Recast. Use it to quickly and easily get a Recast link for a podcast you are interested in.
Simply drag this button onto your bookmark bar: Recast This
Find out more about bookmarklets.
Recast can only send you episodes that are in the feed today. Most podcasts have a single feed that includes all the episodes since the start, but they don't have to. If a feed is not complete, Recast cannot send episodes that it doesn't know about.
NPR is particularly bad for this.
Recast does keep records for episodes it has seen that have since dropped off the original feed. If someone Recast the podcast before you, it's possible that Recast can give you access to older episodes that are not currently available.
Recast is a free project that I created because I couldn't find anything similar and I really wanted to listen to Welcome to Night Vale from the start.
Recast is open source. If there's something you want it to do that it currently doesn't, you can get the source code from Github, if that sort of thing means anything to you.
I am @xurble on Twitter. Try me there.


Fred Horch has contributed to the Brunswick community in many ways for more than 20 years. Combining his interests in the environment, civics and education, he's helped make our community better for all of us.
More from Fred about how good governance, a clean environment and fostering respect for others makes our communities better places to live for all of us.
What Fred will do in Augusta to enhance our community and communities across Maine.


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