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The Latest Album Comments
Posted on July 01, 2012This website template has been collect from # for you, for free. You can replace all this text with your own text. You can remove any link to our website from this website template, you're free to use this website template without linking back to us. If you're having problems editing this website template, then don't hesitate to ask for help on the Forums.
This website template has been collect from # for you, for free. You can replace all this text with your own text. You can remove any link to our website from this website template, you're free to use this website template without linking back to us. If you're having problems editing this website template, then don't hesitate to ask for help on the Forums.


While this may sound like a small detail, clear method naming is important to provide an API that developers familiar with event-based programming can pick up quickly.
Since the idea of a method call maps very neatly onto that of a received event, all event handlers are simply methods named after past-tense verbs. All class names are descriptive nouns, designed to mirror the is-a relationship of the abstractions they implement. All requests for notification or transmission are present-tense imperative verbs.
Here are some examples of this naming scheme:
- An event notification of data received from peer:
dataReceived(data)
- A request to send data:
write(data)
- A class that implements a protocol:
Protocol
The naming is platform neutral. This means that the names are equally appropriate in a wide variety of environments, as long as they can publish the required events.
It is self-consistent. Things that deal with TCP use the acronym TCP, and it is always capitalized. Dropping, losing, terminating, and closing the connection are all referred to as losing
the connection. This symmetrical naming allows developers to easily locate other API calls if they have learned a few related to what they want to do.
It is semantically clear. The semantics of dataReceived are simple: there are some bytes available for processing. This remains true even if the lower-level machinery to get the data is highly complex.


I do my development on a Mac, so the OS X version should run as expected. For the Windows version, I do cursory checks to make sure it runs, but nothing extensive. If that's not the case, let me know what specific problems you're encountering and I'll do my best to look into it.
You'll need to set up your Hex Client to forward on API requests as detailed in this thread. What you'll specifically need to put into the api.ini file is the following:
http://<IP_ADDRESS>:5000/log.cgi|AllOnce that's done, you'll run the hexapi program you downloaded from the links above in either a cmd.exe window (for Windows) or Terminal window (for OS X).
key=value
. Config options intended for end-users are given below:
collection_file=filename
- Specify the name of the file the program caches your collection information to. The format for the collection file is card_uuid : quantity
. This is not very human readable, so a CSV option is available which caches by card name. The file has one line per card and gets updated approximately 20 seconds after a collection event (which any collection events arriving before the 20 seconds is up resetting that timer, such as after the Drafting phase of a Draft tournament is complete and Deckbuilding begins, or when multiple items have been purchased in rapid succession from the Auction House).
export_csv=true
- Trigger the program to write out a CSV file with card names and quantities whenever the program caches your collection information locally. The format for this file is "Card Name",quantity
.
csv_filename
- If you'd like a name other than 'collection.csv' for the CSV name. If export_csv
is not set to true, this has no effect
0.10 Added valuation on SaveDeck events Added stubb handling of SaveTalents and Ladder messages Print out information based on Tournament messages Updated to handle new Hex Accepts requests Added better duplicate message detection Added in reporting of wheel percentage changes during drafts 0.9 Updated to handle new Collection API format Updated ot handle new Inventory API messages Added recognition of EA cards Added additional fields in collection cache and CSV files for EA cards Now uses external API for retrieving card names if they are not in the Auction House results 0.8 Modified when duplicate messages are ignored. Adding rarity to DraftPack information and changing formatting so prices will line up Sorting DraftPack information from highest rarity to lowest (to mirror sorting change in game) Added in gold value tracking for draft value Added some additional debugging options (ability to dump card collection by doing a POST to http://localhost:5000/dump) Fixed a bug with AA cards showing up improperly when no recent auctions were reported Filtering out bogus UUIDs in collectionEvent handling Using JSON data file for pricing data 0.7 Bumped version to account for 0.6 unintentionally getting out earlier than intended. Added more output to Draft Pack contents to give count, plat and gold value for those (and not just the "best" in each category) Fixed bug with calculating session value for draft sessions 0.6 Skipped 0.5 Updated to account for 17 card packs (up from 15 card packs). Added additional logging for debugging purposes. Added option to print collection value. Added better handling of issues where card is not listed in price download (such as 'Night of Bells' was after initially being released) 0.4 This version and earlier do not have Change Log data separate from the github repositoryLegal stuff: This is all my code. Feel free to use the programs, but do not take my code without talking to me. I'm nice and we may be able to make a deal. If you use the programs provided or compile the code on your own and run the program, you do so at your own risk. I do not believe any problems will happen, but want to be explicit that no warranty, express or implied, is provided and any use is at your own risk. Also, I write and maintain this program in my free time (of which there is precious little). If something's broken, I'll try to fix it when I can. Encouragement (in the form of gold, plat or sending cards missing from my collection to my IGN of 'Dylan') will help motivate me to work on features and fixes, but this is a side project. Please set your expectations appropriately regarding action on any feedback that is provided.


Epicodus Track Suggestor
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{% extends 'cryptomonsters/base.html' %} {% load static %} {% block nav %}
A simple ledger of monsters created by using block-chain technology.
Super happy monster mining fun times!
Use your computer power to mine for monsters. Get LUCKY~! UNIQUE MONSTER BE YOURS!~
We'll keep your freshly mined monsters safe for you on our self-built, super secure, state of the art BLOCKCHAIN
Each monster is randomly assigned unique attributes! Keep mining until you get that PERFECT 10!
GROW! GROW! GROW! GROW! GROW! GROW! GROW! GROW! GROW! GROW! GROW! GROW! GROW! GROW!


DARTS Demo
The visualizations below are based on simulated DARTS cycles using data collected during our case study. Play with the different explore/exploit policies, parameters, and allocation strategies and see how target pool allocations change. Also observe the different reward (correct target) and regret (incorrect target) accumulation behaviors. Check out our technical overview for more information about how DARTS works under the hood.
Adaptive Module Parameters
Explore/Exploit Policy
Explore/Exploit Policies dictate the general behavior of how the Adaptive Module chooses to explore target pools it does not know much about or exploit the target pool it thinks is best.
- UCB1: relies on an upper confidence bound to quantify how uncertain the Adaptive Module is about a target pool.
- Bayes UCB: similar to UCB1, but changes how the upper confidence bound works to gain confidence in target pools more quickly.
- Epsilon-Greedy: balances exploration and exploitation with a simple heuristic: Explore sub-optimal target pools a fraction of the time equal to epsilon.
Bayes UCB Scale
Parameter applicable to the Bayes UCB policy. Controls the size of the upper confidence bound by choosing the number of standard deviations of the rewards earned by each target pool to take into account.
Epsilon
Parameter applicable to the Epsilon-Greedy policy. Higher values explore more often whereas lower values lean towards exploiting the best performing target pool.
Allocation Strategy Parameters
Greed Factor
Greed Factor is a general factor that modifies the scores output by an explore/exploit policy. The higher the factor, the greedier any of the policies will become.
Picking Strategy
Dictates how targets are picked from the target pools.
- Round-Robin: picks one target at a time from each target pool, rotating through the pools until allocations have been exhausted. Fairest method.
- Greedy: picks all of the targets at one time from the target pool with the best performance. Biases top performing target pool.
- Altruist: picks all of the targets at one time from the target pool with the worst performance. Biases worst performing target pool.
Picking Order
Determines which targets should be prioritized when picking from a target pool.
- Best: if the target pool assigns scores to targets, picks the highest scoring targets first. If it does not, picks the first target in the list of targets.
- Worst: if the target pool assigns scores to targets, picks the lowest scoring targets first. If it does not, picks the last target in the list of targets.
- Random: picks a target from the target pool at random.


---
layout: default
---
Natalie
SMITH
I am a Canadian software developer living in sunny and congested Los Angeles.
I currently work at a Software and Security company developing the front end of a business management web application using Angular.
I create highly interactive and reactive user interfaces to display and manipulate large amounts of data by communicating with a REST API.
On the back end, my favorite language is Ruby and I love building websites and web applications with Rails.
I have a Bachelor of Engineering degree from the University of Victoria (Victoria, BC).
I majored in Biomedical Engineering and specialized in Mechatronics.
Several major projects involving firmware, microcontrollers, image processing, and machine learning inspired my love of Software.
In my spare time I:
Olympic weightlift and crossfit;
get walked by my dog, Max;
expand my brunch and bakery prowess.
HTML5 / CSS3
Angular / Bootstrap
Ruby / Rails
Javascript / Typescript
Version Control / Git
Reactive Programming / RxJS
Build Tools / Gulp
RESTful APIs / MVC
C / MatLab
Jekyll, GitHub Pages
Nicole Smith's skilled graphic design talent
My dog's model services
There are so many smart people out there and I want to see/hear/read what they have to say.
This is a place where I post the cool/interesting/useful content I have found that has helped/intrigued me.
If I happen to solve a problem that smart people haven't already written about, I will do my best to try to explain it here.
Interested in having a website or web application built?
Want to collaborate?
Know of any podcasts I should be listening to while I commute in LA traffic?


No need to download software, the friendly editorial interface is on the site
Quick professional filtering of images on the page. You can change it with one click and immediately watch the result on the screen
Selection of screening templates prepared by experienced programmers and professional photographers


Athirapally Falls
Located 60 km from the Thrissur district of Kerala, Athirapally Falls is a marvellous cascade of frothy waters that makes its way from the Anamudi mountains of the Western Ghats. Also called as Bahubali Waterfall, this 80 ft high and 330 ft wide marvel is the largest waterfall in Kerala. It is often referred to as the "Niagara Falls of India".
Thrissur Zoo
Formerly known as the Trichur Zoo, Thrissur Zoo and the State Museum is located in the heart of Thrissur city, Kerala. Started in the year 1885, the attraction covers an area of approximately 13.5 acres. The zoo houses a wide variety of animals, reptiles, and birds. Besides the extensive variety of fauna, the zoo has many other attractions to fascinate you
Shakthan Thampuran Palace
Shakthan Thampuran Palace situated in the town of Thrissur marks the royal residence of the king of Cochin and has been a famous tourist attraction because of its historical value. Popularly known as Vadakkekara Palace, it dated back to the time of the King of Cochin named Rama Varma Shakthan Thampuran and was constructed in 1795.


PM2.5 (Usually ranges from 0.1 to 120)
NO2 (Usually ranges from 0.01 to 60)
CO (Usually ranges from 0 to 3)
SO2 (Usually ranges from 0.01 to 25)
O3 (Usually ranges from 0.01 to 65)


"Insert decent concept name here!"
First name
Last name
Email
Password
Tell us something about yourself..
What is your gender?
Male
Female
Create


@* * Copyright 2021 HM Revenue & Customs * * 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. *@ @import uk.gov.hmrc.cbcrfrontend.config.FrontendAppConfig @import uk.gov.hmrc.cbcrfrontend.views.html._ @this(mainTemplate: main_template) @()(implicit request: Request[_], messages: Messages, config:FrontendAppConfig) @mainTemplate(Messages("survey.acknowledge.title"), sessionTimeout=false) {
@messages("survey.acknowledge.message")
}


[gecode-users] BDD-based propagator for Gecode
Mikael Zayenz Lagerkvist
zayenz at gmail.com
Thu Dec 11 14:29:52 CET 2008
Hi,
There are two principal ways to find out what variables have been
changed. The first is to iterate through all the variables, and to
check if they have changed (for example, by comparing the size with a
cache of the previous size), or by using advisors. You can replace
subscriptions with advisors to know exactly which variable has been
modified. For information about the concept see [1], for some examples
see the Layered graph and Boolean linear equation propagators, and for
some practical information see previous discussion in the mailing list
[2]
Apart from this, I wonder if the search for the modified variables
really is the prime source of inefficiency. Testing the variables is
constant time (and thus linear in the number of variable to test all
variables), while computing the valid domains is linear in the size of
the BDD.
Cheers/
Mikael
PS. In general, a propagator stores views and not variables, so I'm
not sure why you need to create a view for each variable.
[1] http://www.gecode.org/paper.html?id=LagerkvistSchulte:CP:2007
[2] http://search.gmane.org/search.php?group=gmane.comp.lib.gecode.user&query=advisor
On Thu, Dec 11, 2008 at 1:24 PM, Anden blah <anden_blah at hotmail.com> wrote:
>
> Hi
>
> I am developing a BDD-based propagator for Gecode, and I have difficulty making it fast enough to be useful. Basically what I am doing is to subscribe to PC_GEN_ASSIGNED events on each of the variables involved in the BDD. Then when propagate is being called I find out which variable has been assigned, restrict the BDD accordingly and find the new valid domains (according to the BDD) so that I can prune values from the domain store.
>
> One of the issues I have is that I do not know which variable that has had a value assigned to it when propagate is being called. To solve this I am currently iterating through each of the variables involved in the BDD that have not been assigned so far, create a view on each of them and call the method assigned() to find the variable. This however is inefficient and I wonder if I can get this information in a better way (?)
>
> If you have any good suggestions, advice or resources regarding bdd propagators for Gecode it would be greatly appreciated.
>
> Thanks
>
> Andreas
>
> ________________________________
> Get news, entertainment and everything you care about at Live.com. Check it out!
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
>
--
Mikael Zayenz Lagerkvist, http://www.ict.kth.se/~zayenz/
More information about the gecode-users
mailing list


Testing PI:image
Images may be defined in separate images files defined in the script or they may
be defined when they are used.
In this example there are one file with image definitions,
.
The rest of the images are defined when used.
Different display modes: 0,1,2,3,4(=default):
0
1
2
3
The author close to giving up
4
The author in good working mode
Content file for this page
<?xml version="1.0" encoding="utf-8"?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN"
"http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">

<title>welcome</title>

Testing PI:image

Images may be defined in separate images files defined in the script or they may
be defined when they are used.

In this example there are one file with image definitions,
<?_wxt popup lang="lang-xml" sourcelocation="images/someimages.xml"
location="images/someimages_xml.html" text="someimages.xml"?>.
The rest of the images are defined when used.

Different display modes: 0,1,2,3,4(=default):

0

<?_wxt image id="bs2" removeparent="yes" display="0"?>

1

<?_wxt image id="bs5" display="1"?>

2

<?_wxt image id="bs3" display="2"?>

3

<?_wxt image id="bs6" display="3"?>

4

<?_wxt image id="bs1" display="4"?>

Content file for this page

<?_wxt expandable location="welcome.xml" lang="lang-xml"?>


Alex Fisher's Portfolio
Welcome to my portfolio. Take a look around to get to know me!
I live in New Jersey and I am a junior at Kean University, majoring in Computer Science. I have a younger brother and sister, and an older sister. I have two cats; The black one is named Chloe and the orange one is named Rocky. You can see pictures of them in my photo gallery.
My GitHub Page
My LinkedIn Page


Advanced cross-browser ellipsis for multiple line content.
Resize your browser to see the examples below in action.
Documentation: dotdotdot.frebsite.nl
Lorem Ipsum is simply dummy text of the printing and typesetting industry.
Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
It has survived not only five centuries, but also the leap into electronic typesetting.
Read more »Lorem Ipsum is simply dummy text of the printing and typesetting industry.
Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
It has survived not only five centuries, but also the leap into electronic typesetting.
[ + ][ - ]


{% extends 'scionlab/base.html' %} {% block title %}{{block.super}} Registration{% endblock %} {% block content_title %}SCIONLab Registration{% endblock %} {% block content %}
Your registration was successful!
Before you can login, you must activate your account with the activation link sent to your email address. If you did not receive this email, please check your junk/spam folder. If you entered an incorrect email address, you will need to re-register with the correct email address.
{% endblock content %}


| simuldat {hte} | R Documentation |
simuldat
simulates data representing the flow of a body of
patients through a hospital over a specified window of time.
simul_patient
simulates a single patient's
history of movement, testing, isolation, and infection.
simuldat(
nbeds = c(50, 60),
arrival = 20,
window = c("1999-12-31T23:59:59+0000", "2003-01-01T00:00:00+0000"),
units = list(A = list(shape = 10, scale = 2/10), B = list(shape = 5, scale = 0.5/5), C
= list(shape = 1, scale = 0.5/1), D = list(shape = 1, scale = 3/1), E = list(shape =
0.2, scale = 8/0.2), out = list(shape = 0.5, scale = 300/0.5)),
visits = list(size = 0.5, mu = 9),
uperv = list(size = 1, mu = 0.5),
min_dur = 1/24,
testing_freq = c(A = NA, B = NA, C = 1/7, D = 1/7, E = 1/7, out = NA),
isolation = list(on = 1/50, off = 1/50),
infection = list(lambda = c(A = 0.01, B = 0.02, C = 0.001, D = 0.5, E = 0.1, out =
0.05), gamma = 0.01, p0 = 0.1, isol_factor = 0.2),
alpha = 0.02,
beta = 0.1,
verbose = getOption("verbose", TRUE)
)
simul_patient(
patient,
t0,
tf,
units,
visits,
uperv,
min_dur,
testing_freq,
isolation,
infection,
alpha,
beta
)
indep_infect(lambda, gamma, p0, isol_factor, times, loc, isol)
nbeds |
upper and lower bounds on number of beds |
arrival |
Poisson arrival rate of new patients |
window |
window of simulation |
units |
a named list with one entry per unit. Each entry is itself a list with the parameters of the Gamma-distribution for the duration of stay in the unit. |
visits |
list containing parameters of a negative binomial distribution for the number of visits per patient. |
uperv |
list containing parameters for a negative binomial distribution for the number of units visited per visit. |
min_dur |
minimum duration of stay in any unit |
testing_freq |
named numeric vector of unit-specific testing frequencies. |
isolation |
list containing parameters of the isolation model |
infection |
parameters of the infection model |
alpha , beta |
false positive and negative testing error rates |
verbose |
run-time information? |
patient |
patient name or number |
t0 , tf |
initial and final times of patient itinerary |
lambda |
force of infection |
gamma |
recovery rate |
p0 |
initial probability of infection |
isol_factor |
reduction in susceptibility due to isolation |
times |
times at which status is reported |
loc |
location of patient at each time |
isol |
isolation status |
Simulate hospital movement, testing, and isolation data.
infection status vector
More on simulated data:
fake_data
More on the independent infection model:
independent
library(tidyverse)
library(lubridate)
## Examine the data:
fake_data
## Verify certain conditions hold:
stopifnot(
`admission condition violation`=fake_data |>
group_by(patient,visit) |> slice_head() |>
filter(event!="admit") |> nrow()==0,
`discharge condition violation`=fake_data |>
group_by(patient,visit) |> slice_tail() |>
filter(event!="discharge",event!="stop") |> nrow()==0,
`unit violation`=fake_data |> filter(is.na(unit)) |> nrow()==0,
`event violation`=fake_data |> filter(is.na(event)) |> nrow()==0
)
fake_data |>
mutate(
time=as.numeric(
as.duration(
interval(date,start="2000-01-01T00:00:00+0000")
),
units="day"
)
) -> fake_data
fake_data |>
group_by(patient,visit) |>
summarize(dur=max(time)-min(time)) |>
ungroup() |>
group_by(patient) |>
summarize(dur=sum(dur)) |>
ggplot(aes(x=log10(dur)))+
geom_histogram(bins=20)+
labs(title="total duration of hospitalization")+
theme_bw()
fake_data |>
group_by(patient,visit) |>
summarize(dur=max(time)-min(time)) |>
ungroup() |>
ggplot(aes(x=log10(dur)))+
geom_histogram(bins=40)+
labs(title="duration of hospital visit")+
theme_bw()
fake_data |>
filter(
event!="test",
event!="isolate",
event!="release",
event!="stop"
) |>
group_by(patient,visit) |>
arrange(time) |>
mutate(dur=lead(time)-time) |>
ungroup() |>
filter(unit!="out",!is.na(dur)) |>
ggplot(aes(x=log10(dur),fill=unit,group=unit))+
geom_histogram(aes(y=after_stat(density)),bins=40)+
facet_grid(unit~.,scales="free_y")+
labs(title="duration of stay by unit")+
theme_bw()
fake_data |>
group_by(patient) |>
summarize(ntest=sum(event=="test")) |>
ungroup() |>
ggplot(aes(x=ntest))+
geom_histogram(binwidth=1,center=0)+
labs(title="number of tests per patient")+
theme_bw()
fake_data |>
arrange(time) |>
mutate(
dn=case_when(
event=="admit"~1L,
event=="discharge"~-1L,
TRUE~0L
),
occ=cumsum(dn)
) |>
ggplot(aes(x=date,y=occ))+
geom_step()+
labs(title="hospital occupancy")+
theme_bw()
fake_data |>
arrange(time) |>
select(date,test.result=result,isol,infected) |>
pivot_longer(c(test.result,isol,infected)) |>
filter(!is.na(value)) |>
ggplot(aes(x=date,y=value,color=name))+
geom_point()+
geom_smooth()+
guides(color="none")+
labs(
title="infection and isolation status, test results",
y=""
)+
facet_grid(name~.)+
theme_bw()
fake_data |>
filter(event=="test") |>
mutate(
interval=cut(time,breaks=72,ordered=TRUE)
) |>
select(interval,time,infected,isol,result) |>
pivot_longer(c(infected,isol,result)) |>
group_by(name,interval) |>
summarize(
time=mean(time),
prev=mean(value),
n=n()
) |>
ungroup() |>
ggplot(aes(x=time,y=prev,group=name,fill=name))+
geom_col(position="dodge")+
labs(title="infection, isolation, and detection through time")+
theme_bw()+
theme(axis.text.x=element_text(angle=90))
fake_data |>
filter(event=="test") |>
select(infected,result) |>
count(infected,result) |>
group_by(infected) |>
mutate(prob=n/sum(n)) |>
ungroup()


TEA WITH MUSSOLINI Cast: Joan Plowright, Maggie Smith, Cher, Judi Dench, Lily Tomlin, Charlie Lucas, Baird Wallace, Claudio Spadaro Director: Franco Zeffirelli Screenplay: John Mortimer and Franco Zeffirelli based on "The Autobiography of Franco Zeffirelli" Reviewed by Luke Buckmaster
On the Buckmaster scale of 0 stars (bomb), to 5 stars (a masterpiece): 3 stars
I gathered two meanings from the title "Tea with Mussolini." The first one refers to an actual, real-life event in which a character in the film does indeed sit down and have a cuppa with the legendary Roman leader himself. The second, as I interpreted it, has a slightly ironical overture. The word "tea" brings to mind visions of calmness and peace, and whist these are the overriding message of this film (it's subtlety belt into your forehead by director Franco Zeffirelli), it strives for more than just a story devoted to the kinship between its central characters. There's another message in the film that relates to the political nature of war, as observed by a group of elderly, respectable women. Whilst Zeffirelli doesn't go wildly in depth into war events - usually he shows a few clips of mild carnage and distress then moves on - he does do it on enough occasions to jerk his narrative out of flow, which leads to his one major misstep: he tries to cover too much. Unsatisfied by the breath of his lovable and beautifully developed characters, Zeffirelli goes for a universal meaning, when individual growth would have been good enough.
That's probably as cynical as I can get about this very likeable film, and I've said it all in the first paragraph. Although similar ground was covered to greater affect in Roberto Benigni's much acclaimed 'Life is Beautiful,' 'Tea with Mussolini' proves its right for theatrical existence by first supplying quality production elements. The film is gorgeously shot by cinematographer David Watkin ('Memphis Belle') who is privileged with the already stunning environment of Florence, and the sixty-something actors all play their parts convincingly, bouncing off each other with talent and authenticity that many years of experience have given them.
Based on an autobiographical novel, the 'Scorpioni' were a small group of eccentirc English ladies living in Florence. The story begins in 1935, when Mary (Joan Plowright) brings a young boy, Luca (played as a child by Charlie Lucas then later by Baird Wallace), into the circle of friends. Luca is encouraged to appreciate all kinds of art by Arabella (Judi Dench), and is taken care of and loved by the members of the group. Lady Hester (Maggie Smith) is the undeclared leader of the Scorpioni, whose dry humour and cynical comments at every corner keep the group in stride. All this is really just an inflated prologue, as the centerpiece drama unfolds as World War II breaks out and, when Italy sides with Germany, the Scorpioni find themselves in the wrong country at the wrong time.
I suppose the surprise member of the cast is Cher, who plays a wealthy and glamorous American (so far from reality, huh?) and fits in quite nicely with the talent that surrounds her. She proves that she is strong enough, to live without music videos. That said, Joan Plowright is close to perfection as the lovable and wise Mary, and Maggie Smith delivers her lines with a cool, dry wit that makes her one of the film's most entertaining actors. Judi Dench is also strong, but then again, so is everybody. 'Tea With Mussolini' reassures us that, no matter how old the protagonists of a film may be, basic characteristics of acting don't change. The film's characters are vivid and engaging, thanks purely to these performers and, to a lesser degree, their dialogue, which flows quite nicely and even contains some quaint English humour.
Tea With Mussolini looks, sounds and feels like an Oscar contender that has arrived unexpectedly, and considerably earlier than usual (the fierce competition usually begins in November or December). I think it's one of those films that most people will consider "good" but not "great," it's a strong serve but it isn't an ace. Zeffirelli, at times, seems like he's taking his material a little too seriously, but that's a problem that's pretty much unavoidable, considering the nature of the picture, its context and its characters. It's pretty serious stuff; it's all about hope, and faith, and devotion, and togetherness, and inspiration, and love and…boy, this does sound like an Oscar contender.
Many of the heights in Tea With Mussolini occur when the picture relaxes and allows its characters - rather than its setting, or its Place in History - to interact with each other. When this occurs, the film soars. If Zeffirelli had kept his narrative intimate and close but still mildly threatening, this good film could have been a great one. In his attempts to cover world history, Zeffirelli lessens the impact of his skillfully etched characters, but still includes enough of the good stuff to make Tea With Mussolini an entertaining and sometimes moving picture that aspires to achieve a little more than it actually does.
Read more of my reviews at In Film Australia http://infilmau.iah.net
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Before start working as a software developer on 2002, I spent three years being a musician. I played drums in a handful of bands from pop to contemporary jazz, and of course, also a lot of rock and roll! I had great time doing this, I met most of my friends during this period, and it taught me quite a few lessons that I can use in other areas than music, especially in software development.
Mastering music (drums), and software development require a lot of dedication, both on reading and practicing.
In music, the first thing I did when I decided to take it seriously was to look for a music school to learn how to read and interpret music. Then I spent a long time reading books about techniques and rhythms, attending workshops, spending nights and weekends practicing to improve my ability and velocity. That was a very important step because during that period I could commit mistakes, drop the drumsticks whilst playing, and let all the ugliness happen. No one was watching me! The goal was not to sound good, but to stretch my limits, so I could be in perfect shape when performing with a band.
In software development, it’s pretty much the same, you have to read a lot (books, blogs, articles, magazines), learn programming languages (choose two or three to specialise, and get a higher overview of others), attend workshops, meet people, practice by trying and evaluating different technologies, creating a blog to post your experiences, joining open-source projects, registering for coding competitions, solving some of the CodeKata challenges, preferably pairing with someone else, in summary, stretch your limits!!!!


Ringgit slips against greenback at opening
by BernamaKUALA LUMPUR (Nov 6): The ringgit slipped at the opening today on lack of demand for the local currency amid the lower crude oil price, said a dealer.
At 9.10 am, the ringgit was quoted at 4.1320/1350 against the greenback from 4.1290/1320 recorded yesterday. - Bernama


BookingBusiness extends BookingNamedEntity
BookingBusiness class
Tags
Table of Contents
- $_propDict : array<string|int, mixed>
- The array of properties available to the model
- __construct() : mixed
- Construct a new Entity
- getAddress() : PhysicalAddress|null
- Gets the address The street address of the business. The address property, together with phone and webSiteUrl, appear in the footer of a business scheduling page.
- getAppointments() : array<string|int, mixed>|null
- Gets the appointments All the appointments of this business. Read-only. Nullable.
- getBusinessHours() : array<string|int, mixed>|null
- Gets the businessHours The hours of operation for the business.
- getBusinessType() : string|null
- Gets the businessType The type of business.
- getCalendarView() : array<string|int, mixed>|null
- Gets the calendarView The set of appointments of this business in a specified date range. Read-only. Nullable.
- getCustomers() : array<string|int, mixed>|null
- Gets the customers All the customers of this business. Read-only. Nullable.
- getDefaultCurrencyIso() : string|null
- Gets the defaultCurrencyIso The code for the currency that the business operates in on Microsoft Bookings.
- getDisplayName() : string|null
- Gets the displayName The display name is suitable for human-readable interfaces.
- getEmail() : string|null
- Gets the email The email address for the business.
- getId() : string|null
- Gets the id Read-only.
- getIsPublished() : bool|null
- Gets the isPublished The scheduling page has been made available to external customers. Use the publish and unpublish actions to set this property. Read-only.
- getODataType() : string|null
- Gets the ODataType
- getPhone() : string|null
- Gets the phone The telephone number for the business. The phone property, together with address and webSiteUrl, appear in the footer of a business scheduling page.
- getProperties() : array<string|int, mixed>
- Gets the property dictionary of the Entity
- getPublicUrl() : string|null
- Gets the publicUrl The URL for the scheduling page, which is set after you publish or unpublish the page. Read-only.
- getSchedulingPolicy() : BookingSchedulingPolicy|null
- Gets the schedulingPolicy Specifies how bookings can be created for this business.
- getServices() : array<string|int, mixed>|null
- Gets the services All the services offered by this business. Read-only. Nullable.
- getStaffMembers() : array<string|int, mixed>|null
- Gets the staffMembers All the staff members that provide services in this business. Read-only. Nullable.
- getWebSiteUrl() : string|null
- Gets the webSiteUrl Example: https://www.contoso.com
- jsonSerialize() : array<string|int, mixed>
- Serializes the object by property array Manually serialize DateTime into RFC3339 format
- setAddress() : BookingBusiness
- Sets the address The street address of the business. The address property, together with phone and webSiteUrl, appear in the footer of a business scheduling page.
- setAppointments() : BookingBusiness
- Sets the appointments All the appointments of this business. Read-only. Nullable.
- setBusinessHours() : BookingBusiness
- Sets the businessHours The hours of operation for the business.
- setBusinessType() : BookingBusiness
- Sets the businessType The type of business.
- setCalendarView() : BookingBusiness
- Sets the calendarView The set of appointments of this business in a specified date range. Read-only. Nullable.
- setCustomers() : BookingBusiness
- Sets the customers All the customers of this business. Read-only. Nullable.
- setDefaultCurrencyIso() : BookingBusiness
- Sets the defaultCurrencyIso The code for the currency that the business operates in on Microsoft Bookings.
- setDisplayName() : BookingNamedEntity
- Sets the displayName The display name is suitable for human-readable interfaces.
- setEmail() : BookingBusiness
- Sets the email The email address for the business.
- setId() : Entity
- Sets the id Read-only.
- setIsPublished() : BookingBusiness
- Sets the isPublished The scheduling page has been made available to external customers. Use the publish and unpublish actions to set this property. Read-only.
- setODataType() : Entity
- Sets the ODataType
- setPhone() : BookingBusiness
- Sets the phone The telephone number for the business. The phone property, together with address and webSiteUrl, appear in the footer of a business scheduling page.
- setPublicUrl() : BookingBusiness
- Sets the publicUrl The URL for the scheduling page, which is set after you publish or unpublish the page. Read-only.
- setSchedulingPolicy() : BookingBusiness
- Sets the schedulingPolicy Specifies how bookings can be created for this business.
- setServices() : BookingBusiness
- Sets the services All the services offered by this business. Read-only. Nullable.
- setStaffMembers() : BookingBusiness
- Sets the staffMembers All the staff members that provide services in this business. Read-only. Nullable.
- setWebSiteUrl() : BookingBusiness
- Sets the webSiteUrl Example: https://www.contoso.com
Properties
$_propDict
The array of properties available to the model
protected
array<string|int, mixed>
$_propDict
Methods
__construct()
Construct a new Entity
public
__construct([array<string|int, mixed> $propDict = array() ]) : mixed
Parameters
- $propDict : array<string|int, mixed> = array()
-
A list of properties to set
Return values
mixed —getAddress()
Gets the address The street address of the business. The address property, together with phone and webSiteUrl, appear in the footer of a business scheduling page.
public
getAddress() : PhysicalAddress|null
Return values
PhysicalAddress|null —The address
getAppointments()
Gets the appointments All the appointments of this business. Read-only. Nullable.
public
getAppointments() : array<string|int, mixed>|null
Return values
array<string|int, mixed>|null —The appointments
getBusinessHours()
Gets the businessHours The hours of operation for the business.
public
getBusinessHours() : array<string|int, mixed>|null
Return values
array<string|int, mixed>|null —The businessHours
getBusinessType()
Gets the businessType The type of business.
public
getBusinessType() : string|null
Return values
string|null —The businessType
getCalendarView()
Gets the calendarView The set of appointments of this business in a specified date range. Read-only. Nullable.
public
getCalendarView() : array<string|int, mixed>|null
Return values
array<string|int, mixed>|null —The calendarView
getCustomers()
Gets the customers All the customers of this business. Read-only. Nullable.
public
getCustomers() : array<string|int, mixed>|null
Return values
array<string|int, mixed>|null —The customers
getDefaultCurrencyIso()
Gets the defaultCurrencyIso The code for the currency that the business operates in on Microsoft Bookings.
public
getDefaultCurrencyIso() : string|null
Return values
string|null —The defaultCurrencyIso
getDisplayName()
Gets the displayName The display name is suitable for human-readable interfaces.
public
getDisplayName() : string|null
Return values
string|null —The displayName
getEmail()
Gets the email The email address for the business.
public
getEmail() : string|null
Return values
string|null —The email
getId()
Gets the id Read-only.
public
getId() : string|null
Return values
string|null —The id
getIsPublished()
Gets the isPublished The scheduling page has been made available to external customers. Use the publish and unpublish actions to set this property. Read-only.
public
getIsPublished() : bool|null
Return values
bool|null —The isPublished
getODataType()
Gets the ODataType
public
getODataType() : string|null
Return values
string|null —The ODataType
getPhone()
Gets the phone The telephone number for the business. The phone property, together with address and webSiteUrl, appear in the footer of a business scheduling page.
public
getPhone() : string|null
Return values
string|null —The phone
getProperties()
Gets the property dictionary of the Entity
public
getProperties() : array<string|int, mixed>
Return values
array<string|int, mixed> —The list of properties
getPublicUrl()
Gets the publicUrl The URL for the scheduling page, which is set after you publish or unpublish the page. Read-only.
public
getPublicUrl() : string|null
Return values
string|null —The publicUrl
getSchedulingPolicy()
Gets the schedulingPolicy Specifies how bookings can be created for this business.
public
getSchedulingPolicy() : BookingSchedulingPolicy|null
Return values
BookingSchedulingPolicy|null —The schedulingPolicy
getServices()
Gets the services All the services offered by this business. Read-only. Nullable.
public
getServices() : array<string|int, mixed>|null
Return values
array<string|int, mixed>|null —The services
getStaffMembers()
Gets the staffMembers All the staff members that provide services in this business. Read-only. Nullable.
public
getStaffMembers() : array<string|int, mixed>|null
Return values
array<string|int, mixed>|null —The staffMembers
getWebSiteUrl()
Gets the webSiteUrl Example: https://www.contoso.com
public
getWebSiteUrl() : string|null
Return values
string|null —The webSiteUrl
jsonSerialize()
Serializes the object by property array Manually serialize DateTime into RFC3339 format
public
jsonSerialize() : array<string|int, mixed>
Return values
array<string|int, mixed> —The list of properties
setAddress()
Sets the address The street address of the business. The address property, together with phone and webSiteUrl, appear in the footer of a business scheduling page.
public
setAddress(PhysicalAddress $val) : BookingBusiness
Parameters
- $val : PhysicalAddress
-
The address
Return values
BookingBusiness —setAppointments()
Sets the appointments All the appointments of this business. Read-only. Nullable.
public
setAppointments(BookingAppointment $val) : BookingBusiness
Parameters
- $val : BookingAppointment
-
The appointments
Return values
BookingBusiness —setBusinessHours()
Sets the businessHours The hours of operation for the business.
public
setBusinessHours(BookingWorkHours $val) : BookingBusiness
Parameters
- $val : BookingWorkHours
-
The businessHours
Return values
BookingBusiness —setBusinessType()
Sets the businessType The type of business.
public
setBusinessType(string $val) : BookingBusiness
Parameters
- $val : string
-
The businessType
Return values
BookingBusiness —setCalendarView()
Sets the calendarView The set of appointments of this business in a specified date range. Read-only. Nullable.
public
setCalendarView(BookingAppointment $val) : BookingBusiness
Parameters
- $val : BookingAppointment
-
The calendarView
Return values
BookingBusiness —setCustomers()
Sets the customers All the customers of this business. Read-only. Nullable.
public
setCustomers(BookingCustomer $val) : BookingBusiness
Parameters
- $val : BookingCustomer
-
The customers
Return values
BookingBusiness —setDefaultCurrencyIso()
Sets the defaultCurrencyIso The code for the currency that the business operates in on Microsoft Bookings.
public
setDefaultCurrencyIso(string $val) : BookingBusiness
Parameters
- $val : string
-
The defaultCurrencyIso
Return values
BookingBusiness —setDisplayName()
Sets the displayName The display name is suitable for human-readable interfaces.
public
setDisplayName(string $val) : BookingNamedEntity
Parameters
- $val : string
-
The displayName
Return values
BookingNamedEntity —setEmail()
Sets the email The email address for the business.
public
setEmail(string $val) : BookingBusiness
Parameters
- $val : string
-
The email
Return values
BookingBusiness —setId()
Sets the id Read-only.
public
setId(string $val) : Entity
Parameters
- $val : string
-
The id
Return values
Entity —setIsPublished()
Sets the isPublished The scheduling page has been made available to external customers. Use the publish and unpublish actions to set this property. Read-only.
public
setIsPublished(bool $val) : BookingBusiness
Parameters
- $val : bool
-
The isPublished
Return values
BookingBusiness —setODataType()
Sets the ODataType
public
setODataType(string $val) : Entity
Parameters
- $val : string
-
The ODataType
Return values
Entity —setPhone()
Sets the phone The telephone number for the business. The phone property, together with address and webSiteUrl, appear in the footer of a business scheduling page.
public
setPhone(string $val) : BookingBusiness
Parameters
- $val : string
-
The phone
Return values
BookingBusiness —setPublicUrl()
Sets the publicUrl The URL for the scheduling page, which is set after you publish or unpublish the page. Read-only.
public
setPublicUrl(string $val) : BookingBusiness
Parameters
- $val : string
-
The publicUrl
Return values
BookingBusiness —setSchedulingPolicy()
Sets the schedulingPolicy Specifies how bookings can be created for this business.
public
setSchedulingPolicy(BookingSchedulingPolicy $val) : BookingBusiness
Parameters
- $val : BookingSchedulingPolicy
-
The schedulingPolicy
Return values
BookingBusiness —setServices()
Sets the services All the services offered by this business. Read-only. Nullable.
public
setServices(BookingService $val) : BookingBusiness
Parameters
- $val : BookingService
-
The services
Return values
BookingBusiness —setStaffMembers()
Sets the staffMembers All the staff members that provide services in this business. Read-only. Nullable.
public
setStaffMembers(BookingStaffMember $val) : BookingBusiness
Parameters
- $val : BookingStaffMember
-
The staffMembers
Return values
BookingBusiness —setWebSiteUrl()
Sets the webSiteUrl Example: https://www.contoso.com
public
setWebSiteUrl(string $val) : BookingBusiness
Parameters
- $val : string
-
The webSiteUrl


Opportunities
1、Infrastructure construction tide keeps surging and the demand for aggregate is brisk.
2、The price of sand and stone is in a state of rising and fluctuating, and the prospect is broad.
3、There is a large supply gap in some areas, so the sand aggregate faces a huge investment opportunity.
Challenges
1、The decline of natural sand reserves led to the government's policy of limiting mining, which could not make aggregate supplied continuously.
2、The quality of mixture consisting of nature sand and concrete is decreased because the quality of nature sand is decreased, so that the construction quality is also influenced.
3、The regional distribution is uneven, and the cost of raw material collection is high.
4、Traditional sand making uses cheap jaw crusher to produce. It takes disadvantages of simple crushing, single screening and unstable quality.
Structure
Quality and Efficiency
VU series vertical shaft impact crusher
VU module control screen
VU module control screen
Central control system
VU humidifying agitator
Central control system
VU series vertical shaft impact crusher
The new type of 5 holes rotor improves collision frequency and crushing efficiency.The comprehensive grinding effect is formed because of increased grinding block, which makes the product uniform in texture.
VU module control screen
Integrated screening facilities improve production efficiency greatly.It is adjustable and controllable that makes the product fineness uniform, gradation reasonable and quality reliable.VU shape optimizer
he materials are crushed along the stress concentration point at low velocity impact, so that the crushing effect is good.(Material's burr is brushed away because of water-fall spiral movement,which makes the finished products well-distributed.)Central control system
1、Negative pressure device collects powder. It is efficient, convenient and clean.2、The ores can be used more efficiently because it is dry and clean.
VU humidifying agitator
1、Automatic water adding device ensures the moisture content of the finished sand is stable and the composition is even.2、The operation is simple and the labor cost is saved
Central control system
Intelligent control device makes the operation simple and accurate.Real time monitoring and timely handling of operation problems can improve the service life of equipment.VU series vertical shaft impact crusher
VU series vertical shaft impact crusher
The new type of 5 holes rotor improves collision frequency and crushing efficiency.The comprehensive grinding effect is formed because of increased grinding block, which makes the product uniform in texture.
VU module control screen
VU module control screen
Integrated screening facilities improve production efficiency greatly.It is adjustable and controllable that makes the product fineness uniform, gradation reasonable and quality reliable.VU shape optimizer
VU shape optimizer
he materials are crushed along the stress concentration point at low velocity impact, so that the crushing effect is good.(Material's burr is brushed away because of water-fall spiral movement,which makes the finished products well-distributed.)Central control system
Central control system
1、Negative pressure device collects powder. It is efficient, convenient and clean.2、The ores can be used more efficiently because it is dry and clean.
VU humidifying agitator
VU humidifying agitator
1、Automatic water adding device ensures the moisture content of the finished sand is stable and the composition is even.2、The operation is simple and the labor cost is saved
VU humidifying agitator
VU humidifying agitator
Intelligent control device makes the operation simple and accurate.Real time monitoring and timely handling of operation problems can improve the service life of equipment.Performance advantage
1、tower design, compact layout, efficient operation.
2、It reproduces the natural crushing, erosion friction and natural washing process in the formation of natural sand to a great extent, so as to improve the performance of finished sand greatly.
3、It uses gravel, cheap tailing, waste sand as raw materials and reduce the cost greatly.
4、There is an intelligent control system which can save manpower and material resources because it is easy to operate.
5、There is no dust, sewage and sludge in the sand making process, and the cost of environmental protection is low.


Sir Gustaf Athebaldt:
Did Magister Hanellin send you? Good! I've been waiting for you! Quickly, before anybody sees us! Please give me the three units of angel's blood that I ordered!
Isn't it original? Ah, blood soaked fabric, eh? Very ingenious! But this fabric couldn't possibly contain the three units of blood that I ordered...
There must have been an error... How about going back to her and checking the quantity again?


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>From Mamou mouna mbulu Coordinator of the northern states Programmes Subject: BUSINESS/INVESTMENT PROPOSAL CLASSIFIED DEAL, Dear Sir, I am Mamou Mouna Mbulu,Bank personnel of the above mentioned Bank Annexe. I got your contact from a very confidential source and I wish to maitain this confidentiality.  I am currently the coordinator on technical cooperation and procurement officer to the Bank Of African Development and the African funds development.Projects/contract awards. I need your assurance to help conclude a very good transaction wish i feel you will be very much interested BUSINESS I am currently in need of a foreign partner to assist me to be the beneficiary of the total sum of $5,200.000 USD. The money was deposited with BIAO bank in Abidjan by the late general Guie that was assasinated during the last recent failed coup de etat that happened in Ivory coast. he made me the depositor but I can not withdraw this money myself. So right now, I wsih to resign which is must if I secure you affirmative assurance to be able to front for me as my foreign business partner to act as the beneficiary of this money . I have already transfer this money from BIAO to another bank called BICICI in Burkina faso which is now programmed for onward transfer to any name which I shall submit to the bank as the beneficiary of this fund. This is strictly confidential and only between me and you alone. I shall send to you the check as soon as I am able to recieve your favourable response right away. Please this is not a scam as you may think, just remove doubt. this is real A bank account in any part of the world,which you will provide to facilitate the transfer of this money to you as the beneficiary. The money will be paid into your account for us to share in the ratio of 60% for me , 30% for you and 10% for expencies .There is no risk at all as my position will do the paperwork for this transaction as the branch manager guarantees the successful execution of this transaction.If you are interested,please reply immediately via this private email address and also forward to me your telephone number and fax number for easy communication. Upon your response,I shall then provide you with more details and relevant documents that will help you understand.PLEASE OBSERVE UTMOST CONFIDENTIALITY,and be rest assured that this would be most profitable for both of us because I shall require your assistance to invest my share in your country. Awaiting your urgent reply via this email above,please save me the anxiety of endless waiting. God bless you. Mamou Mouna Mbulu ADB BANK PLC _________________________________________________________________ MSN Hotmail : créez votre adresse e-mail gratuite & à vie ! http://www.msn.fr/newhotmail/Default.asp?Ath=f


| Class and Description |
|---|
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| Class and Description |
|---|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| Op.Type |
| Class and Description |
|---|
| Op.Type |
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| Op.Type |
| Class and Description |
|---|
| DynamicCustomOp
Basic implementation for CustomOp
|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseReduceOp
Base class for accumulation, initiates the initial entry
with respect to the child class.
|
| BaseTransformOp
A base op for basic getters and setters
|
| BroadcastOp
A broad cast op is one where a scalar
or less rank array
is broadcast to fill
a bigg er array.
|
| CustomOp
This interface describe "custom operations.
|
| CustomOpDescriptor
This class is simple POJO that contains basic information about CustomOp
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| DynamicCustomOp.DynamicCustomOpsBuilder |
| ExecutionMode
This enum describes execution mode for current op/graph.
|
| GridOp
MetaOp is special op, that contains multiple ops
|
| IndexAccumulation
An index accumulation is an operation that returns an index within
a NDArray.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Op.Type |
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| ReduceBoolOp
ReduceLong take any type in, and return BOOL type
|
| ReduceFloatOp
ReduceLong take any type in, and return FLOATING-POINT type
|
| ReduceLongOp
ReduceLong take any type in, and return LONG type
|
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| ReduceSameOp
ReduceLong take any type in, and return same type
|
| ScalarOp
Applies a scalar
along a bigger input array.
|
| TransformFloatOp
Strict transforms take any type in, and return FLOATING-POINT type
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformSameOp
Strict transforms take any type in, and return same type
|
| TransformStrictOp
Strict transforms take floating-point type in, and return same type
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| CustomOpDescriptor
This class is simple POJO that contains basic information about CustomOp
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| BroadcastOp
A broad cast op is one where a scalar
or less rank array
is broadcast to fill
a bigg er array.
|
| CustomOp
This interface describe "custom operations.
|
| CustomOpDescriptor
This class is simple POJO that contains basic information about CustomOp
|
| GridOp
MetaOp is special op, that contains multiple ops
|
| IndexAccumulation
An index accumulation is an operation that returns an index within
a NDArray.
|
| MetaOp
MetaOp is special op, that contains multiple ops
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| RandomOp |
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| ScalarOp
Applies a scalar
along a bigger input array.
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| Class and Description |
|---|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Class and Description |
|---|
| BaseBroadcastOp |
| BaseOp
Base op.
|
| BroadcastOp
A broad cast op is one where a scalar
or less rank array
is broadcast to fill
a bigg er array.
|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Class and Description |
|---|
| BaseBroadcastBoolOp |
| BaseOp
Base op.
|
| BroadcastOp
A broad cast op is one where a scalar
or less rank array
is broadcast to fill
a bigg er array.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op.Type |
| Class and Description |
|---|
| BaseOp
Base op.
|
| GridOp
MetaOp is special op, that contains multiple ops
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op.Type |
| Class and Description |
|---|
| BaseIndexAccumulation
Index based reduction algo
|
| BaseOp
Base op.
|
| IndexAccumulation
An index accumulation is an operation that returns an index within
a NDArray.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Op.Type |
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op.Type |
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op.Type |
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| GridOp
MetaOp is special op, that contains multiple ops
|
| MetaOp
MetaOp is special op, that contains multiple ops
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| ScalarOp
Applies a scalar
along a bigger input array.
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op.Type |
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseReduceBoolOp |
| BaseReduceOp
Base class for accumulation, initiates the initial entry
with respect to the child class.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| ReduceBoolOp
ReduceLong take any type in, and return BOOL type
|
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseReduceFloatOp |
| BaseReduceOp
Base class for accumulation, initiates the initial entry
with respect to the child class.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Op.Type |
| ReduceFloatOp
ReduceLong take any type in, and return FLOATING-POINT type
|
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseReduceLongOp |
| BaseReduceOp
Base class for accumulation, initiates the initial entry
with respect to the child class.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| ReduceLongOp
ReduceLong take any type in, and return LONG type
|
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseReduceOp
Base class for accumulation, initiates the initial entry
with respect to the child class.
|
| BaseReduceSameOp |
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| ReduceSameOp
ReduceLong take any type in, and return same type
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseReduceFloatOp |
| BaseReduceOp
Base class for accumulation, initiates the initial entry
with respect to the child class.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Op.Type |
| ReduceFloatOp
ReduceLong take any type in, and return FLOATING-POINT type
|
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseScalarOp
Base scalar operation
|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| ScalarOp
Applies a scalar
along a bigger input array.
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseScalarBoolOp
Base scalar boolean operation
|
| BaseScalarOp
Base scalar operation
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| ScalarOp
Applies a scalar
along a bigger input array.
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op.Type |
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op.Type |
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op.Type |
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseReduceOp
Base class for accumulation, initiates the initial entry
with respect to the child class.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Op.Type |
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformOp
A base op for basic getters and setters
|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Op.Type |
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformAnyOp |
| BaseTransformOp
A base op for basic getters and setters
|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformSameOp
Strict transforms take any type in, and return same type
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformBoolOp |
| BaseTransformOp
A base op for basic getters and setters
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformSameOp
Strict transforms take any type in, and return same type
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformBoolOp |
| BaseTransformOp
A base op for basic getters and setters
|
| BaseTransformSameOp |
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformSameOp
Strict transforms take any type in, and return same type
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op.Type |
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformFloatOp |
| BaseTransformOp
A base op for basic getters and setters
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| TransformFloatOp
Strict transforms take any type in, and return FLOATING-POINT type
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseScalarOp
Base scalar operation
|
| BaseTransformOp
A base op for basic getters and setters
|
| BaseTransformStrictOp |
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| ScalarOp
Applies a scalar
along a bigger input array.
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformStrictOp
Strict transforms take floating-point type in, and return same type
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformAnyOp |
| BaseTransformOp
A base op for basic getters and setters
|
| BaseTransformSameOp |
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformSameOp
Strict transforms take any type in, and return same type
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformAnyOp |
| BaseTransformOp
A base op for basic getters and setters
|
| BaseTransformSameOp |
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformSameOp
Strict transforms take any type in, and return same type
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformBoolOp |
| BaseTransformOp
A base op for basic getters and setters
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Op.Type |
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformSameOp
Strict transforms take any type in, and return same type
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformOp
A base op for basic getters and setters
|
| BaseTransformSameOp |
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformSameOp
Strict transforms take any type in, and return same type
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| BaseTransformOp
A base op for basic getters and setters
|
| BaseTransformStrictOp |
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| TransformOp
Transform operation:
stores the result in an ndarray
|
| TransformStrictOp
Strict transforms take floating-point type in, and return same type
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Op.Type |
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| RandomOp |
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| BaseOp
Base op.
|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Op.Type |
| RandomOp |
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| DynamicCustomOp
Basic implementation for CustomOp
|
| Class and Description |
|---|
| BaseOpContext
Implementation of common methods for OpContext
|
| BroadcastOp
A broad cast op is one where a scalar
or less rank array
is broadcast to fill
a bigg er array.
|
| CustomOp
This interface describe "custom operations.
|
| CustomOpDescriptor
This class is simple POJO that contains basic information about CustomOp
|
| ExecutionMode
This enum describes execution mode for current op/graph.
|
| IndexAccumulation
An index accumulation is an operation that returns an index within
a NDArray.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| RandomOp |
| ReduceOp
An accumulation is an op that given:
x -> the origin ndarray y -> the pairwise ndarray n -> the number of times to accumulate Of note here in the extra arguments. |
| ScalarOp
Applies a scalar
along a bigger input array.
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| OpContext
This interface describes OpContext, abstraction used to setup op for execution.
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
| Class and Description |
|---|
| CustomOp
This interface describe "custom operations.
|
| Op
An op is defined as follows:
opName: opName of the operation
x: the origin ndarray
y: the ndarray to parse in parallel
z: the resulting buffer
n: the number of elements to iterate over
where x is the origin ndarray,
y, is a pairwise op
over n elements in the ndarray
stored in result z
This is followed from the standard template for a BLAS operation
such that given a linear buffer, a function defines 3 buffers (x,y,z)
and the associated strides and offsets (handled by the ndarrays in this case)
|
Copyright © 2020. All rights reserved.


Supports quantitative research in scientometrics and bibliometrics. Provides various tools for preprocessing bibliographic data retrieved, e.g., from Elsevier's SciVerse Scopus, computing bibliometric impact of individuals, or modeling many phenomena encountered in the social sciences.
| Version: | 2015.12-2 |
| Depends: | R (≥ 3.2.0), agop, RSQLite, RGtk2 |
| Imports: | hash, stringi, DBI, grDevices, graphics, stats, utils |
| Published: | 2015-12-13 |
| Author: | Marek Gagolewski [aut, cre] |
| Maintainer: | Marek Gagolewski <gagolews at ibspan.waw.pl> |
| BugReports: | https://github.com/Rexamine/CITAN/issues |
| License: | LGPL (≥ 3) |
| NeedsCompilation: | no |
| Citation: | CITAN citation info |
| Materials: | ChangeLog |
| CRAN checks: | CITAN results |
| Reference manual: | CITAN.pdf |
| Package source: | CITAN_2015.12-2.tar.gz |
| Windows binaries: | r-devel: CITAN_2015.12-2.zip, r-release: CITAN_2015.12-2.zip, r-oldrel: CITAN_2015.12-2.zip |
| OS X binaries: | r-release: not available, r-oldrel: not available |
| Old sources: | CITAN archive |
Please use the canonical form https://CRAN.R-project.org/package=CITAN to link to this page.


Girl in Nagapattinam dies after being set afire by mother, honour killing suspected
The teenager’s mother also attempted suicide and her condition is said to be critical
by R. KrishnamoorthyA 17-year-old girl died on Tuesday night of burns, after she was allegedly set on fire by her mother in a case of suspected honour killing. The mother also attempted suicide by dousing herself with kerosene and setting fire to herself. The incident took place in Vazhamangalam village in Nagapapattinam on Monday .
Enquiries conducted by Thittacheri police revealed that the mother, Umamaheshwari (48) committed the act enraged over her daughter’s relationship with a boy of a ‘lower caste’. The girl, who had earlier eloped with the boy, had been brought home by her parents, sources said.
Both mother and daughter were admitted to the Nagapattinam Government Hospital with over 90 % burns. The condition of the mother is said to be critical.
Assistance for overcoming suicidal thoughts is available on the State’s health helpline 104 and Sneha’s suicide prevention helpline<PHONE_NUMBER>0.


Kaz Software
Full Time
Internal Tax & Treaty
Document Management
Missouri, USA
Document Management
Missouri, USA


DIVIDED WE FALL A film review by Steve Rhodes Copyright 2001 Steve Rhodes RATING (0 TO ****): **
Jan Hrebejk's DIVIDED WE FALL (MUSÍME SI POMÁHAT), a LIFE IS BEAUTIFUL LITE tale, has trouble deciding on its tone. Long serious moments are punctuated by whimsical, light-hearted music, suggesting that we should be laughing, although at what isn't apparent. The settings are authentic, but the acting comes across fairly flat.
As the credits roll, the movie opens in 1937 in a field in which men are urinating together. Then a minute later, it skips to 1939 with men loading boxes at a warehouse. This brief scene is aborted in order to skip to another inconsequential episode in 1941. As the story jumps again to 1943 and the credits are still showing, you being to calculate that the story will end sometime in the twenty-third century. Actually, it turns out that the movie is set during the ending of World War II. The purpose in this bizarre beginning is never quite clear. One supposes that it must have been an attempt at a lightning fast introduction of the characters.
 Childless, they talk unconvincingly about how pleased they are that they can't bring a child into the crazy world in which they live. Horst Prohaska (Jaroslav Dusek), a gregarious and obnoxious Nazi collaborator, likes to pop in unannounced on his old friend Josef so that he can ogle his wife. This causes Josef and Marie to squabble about the importance of David's staying hidden in his room.
Horst tries to teach Josef the art of blank facial expressions in order to keep of out of trouble with the Nazi authorities. The problem with the movie is that too many of the characters seem to have mastered this statuesque lack of expression. The result is a movie that has little impact, save a few nice moments here and there.
DIVIDED WE FALL runs 2:00. The film is in Czech and German with English subtitles. It is rated PG-13 for some violence and sexual content and would be acceptable for kids around 12 and up.
Web: http://www.InternetReviews.com Email<EMAIL_ADDRESS>Want free reviews and weekly movie and video recommendations via Email? Just send me a letter with the word "subscribe" in the subject line.
========== X-RAMR-ID: 29052 X-Language: en X-RT-ReviewID: 227735 X-RT-TitleID: 1108216 X-RT-SourceID: 703 X-RT-AuthorID: 1271 X-RT-RatingText: 2/4
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.
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Related links: index of all rec.arts.movies.reviews reviews


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