#include <array_ops.h>
BatchToSpace for N-D tensors of type T.
This operation reshapes the "batch" dimension 0 into M + 1
dimensions of shape block_shape + [batch]
, interleaves these blocks back into the grid defined by the spatial dimensions [1, ..., M]
, to obtain a result with the same rank as the input. The spatial dimensions of this intermediate result are then optionally cropped according to crops
to produce the output. This is the reverse of SpaceToBatch. See below for a precise description.
Arguments:
input_shape = [batch] + spatial_shape + remaining_shape
, where spatial_shape has M dimensions.[M]
, all values must be >= 1.[M, 2]
, all values must be >= 0. crops[i] = [crop_start, crop_end]
specifies the amount to crop from input dimension i + 1
, which corresponds to spatial dimension i
. It is required that crop_start[i] + crop_end[i] <= block_shape[i] * input_shape[i + 1]
.This operation is equivalent to the following steps:
input
to reshaped
of shape: [block_shape[0], ..., block_shape[M-1], batch / prod(block_shape), input_shape[1], ..., input_shape[N-1]]reshaped
to produce permuted
of shape [batch / prod(block_shape),input_shape[1], block_shape[0], ..., input_shape[M], block_shape[M-1],input_shape[M+1], ..., input_shape[N-1]]permuted
to produce reshaped_permuted
of shape [batch / prod(block_shape),input_shape[1] * block_shape[0], ..., input_shape[M] * block_shape[M-1],input_shape[M+1], ..., input_shape[N-1]][1, ..., M]
of reshaped_permuted
according to crops
to produce the output of shape: [batch / prod(block_shape),input_shape[1] * block_shape[0] - crops[0,0] - crops[0,1], ..., input_shape[M] * block_shape[M-1] - crops[M-1,0] - crops[M-1,1],input_shape[M+1], ..., input_shape[N-1]]Some examples:
(1) For the following input of shape [4, 1, 1, 1]
, block_shape = [2, 2]
, and crops = [[0, 0], [0, 0]]
:
[[[[1]]], [[[2]]], [[[3]]], [[[4]]]]
The output tensor has shape [1, 2, 2, 1]
and value:
x = [[[[1], [2]], [[3], [4]]]]
(2) For the following input of shape [4, 1, 1, 3]
, block_shape = [2, 2]
, and crops = [[0, 0], [0, 0]]
:
[[[1, 2, 3]], [[4, 5, 6]], [[7, 8, 9]], [[10, 11, 12]]]
The output tensor has shape [1, 2, 2, 3]
and value:
x = [[[[1, 2, 3], [4, 5, 6]], [[7, 8, 9], [10, 11, 12]]]]
(3) For the following input of shape [4, 2, 2, 1]
, block_shape = [2, 2]
, and crops = [[0, 0], [0, 0]]
:
x = [[[[1], [3]], [[9], [11]]], [[[2], [4]], [[10], [12]]], [[[5], [7]], [[13], [15]]], [[[6], [8]], [[14], [16]]]]
The output tensor has shape [1, 4, 4, 1]
and value:
x = [[[1], [2], [3], [4]], [[5], [6], [7], [8]], [[9], [10], [11], [12]], [[13], [14], [15], [16]]]
(4) For the following input of shape [8, 1, 3, 1]
, block_shape = [2, 2]
, and crops = [[0, 0], [2, 0]]
:
x = [[[[0], [1], [3]]], [[[0], [9], [11]]], [[[0], [2], [4]]], [[[0], [10], [12]]], [[[0], [5], [7]]], [[[0], [13], [15]]], [[[0], [6], [8]]], [[[0], [14], [16]]]]
The output tensor has shape [2, 2, 4, 1]
and value:
x = [[[[1], [2], [3], [4]], [[5], [6], [7], [8]]], [[[9], [10], [11], [12]], [[13], [14], [15], [16]]]]
Returns:
Output
: The output tensor.
Constructors and Destructors |
|
|---|---|
BatchToSpaceND(const ::tensorflow::Scope & scope, ::tensorflow::Input input, ::tensorflow::Input block_shape, ::tensorflow::Input crops)
|
Public attributes |
|
|---|---|
operation
|
|
output
|
Public functions |
|
|---|---|
node() const
|
::tensorflow::Node *
|
operator::tensorflow::Input() const
|
|
operator::tensorflow::Output() const
|
|
Operation operation
::tensorflow::Output output
BatchToSpaceND( const ::tensorflow::Scope & scope, ::tensorflow::Input input, ::tensorflow::Input block_shape, ::tensorflow::Input crops )
::tensorflow::Node * node() const
operator::tensorflow::Input() const
operator::tensorflow::Output() const


Sort Y
Sort X
Here we look at food supply quantity (g/capita/day) of food items categorized as grains consumed in the United States of America from 1961-2009 using data from Khoury et al. 2014.
***Visualization inspired by The Changing American Diet by Nathan Yau.
To be added:
Scripts modified from "How to Make Interactive Linked Small Multiples" by Jim Vallandingham for FlowingData.


Users can build and test customized quantitative trading strategies. Some quantitative trading strategies are already implemented, e.g. various moving-average filters with trend following approaches. The implemented class called "Strategy" allows users to access several methods to analyze performance figures, plots and backtest the strategies. Furthermore, custom strategies can be added, a generic template is available. The custom strategies require a certain input and output so they can be called from the Strategy-constructor.
| Version: | 1.0.1 |
| Depends: | R (≥ 3.2.3) |
| Imports: | stats, utils, graphics, grDevices, methods, zoo, xts |
| Suggests: | knitr |
| Published: | 2017-08-24 |
| Author: | Julian Busch |
| Maintainer: | Julian Busch <jb at quants.ch> |
| License: | GPL-2 | GPL-3 [expanded from: GPL] |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | Strategy results |
| Reference manual: | Strategy.pdf |
| Vignettes: |
The Strategy - Package |
| Package source: | Strategy_1.0.1.tar.gz |
| Windows binaries: | r-devel: Strategy_1.0.1.zip, r-release: Strategy_1.0.1.zip, r-oldrel: Strategy_1.0.1.zip |
| OS X binaries: | r-release: Strategy_1.0.1.tgz, r-oldrel: Strategy_1.0.1.tgz |
| Old sources: | Strategy archive |
Please use the canonical form https://CRAN.R-project.org/package=Strategy to link to this page.


- Study on mobile users shows that 87% uses native mobile app and only 13% uses mobile web app.  It provides home screen icon to start the app. It works offline (some part of the app). Access to native features like camera etc.
But we can bring all these in web also.
- Out of 87% users, 80% uses top 3 native apps only and average app install from appstore or playstore is 0.
- Study shows reach of web and mobile app : 8.9 million vs 3.3 million
- No problem like version issue, Once you deploy the latest build, everyone uses same latest version unlike app which needs user to update version.
- Unlike mobile app it doesnt need any installation or download
- Decrease in loading time once app has been loaded (due to caching by service workers)
Back


using System.Collections; using System.Collections.Generic; using UnityEngine; public class BlackBoard : MonoBehaviour { public float dist2Steal = 10f; public Transform cop; public GameObject treasure; }


Extremely Efficient Engineers
Factories and Fabricators have minimal energy cost.
Details
The mod drastically reduces fabrication energy, and might remove it if the engine ever supports build rates that are not affected by energy efficiency.
I expect that this mod will be combined with another that adds a different significant use for energy, and one that is more variable, making energy storage valuable. Or you could play a game where energy is basically irrelevant.


Education Bachelor Of Engineering Shri Madhwa Vadhiraja Inistitute of Technology and Management VTU Borad 2018 to present


Boston Based Full-Stack Web Developer | Software Engineer
View ResumeI previously worked for one of the Big 4 public accounting firms, collaborating with individuals from all over the globe, each with their own unique perspective. Working with globally diverse teams to fulfill our clients’ needs shaped my appreciation for what high-performing, results-driven, and cohesive teams can accomplish.
Throughout my experience in public accounting and General Assembly, I've seen first hand that no problem is too big to solve. I pride myself on being able to deconstruct large problems into compact, attainable chunks through a systematic approach to planning, efficient time management techniques, and attention to detail. I'm excited to apply these skills that I’ve learned throughout my career and time at General Assembly to propel me on my journey to be the best developer I can be.


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--- layout: post title: Speeding up the Atlassian SDK with JRebel date: 2015-05-08 08:52:07.000000000 +01:00 type: post published: true status: publish categories: - Productivity - Programming tags: [] meta: _edit_last: '1' _syntaxhighlighter_encoded: '1' _publicize_twitter_user: "@dvdsmpsn" _yoast_wpseo_focuskw: jrebel _yoast_wpseo_linkdex: '85' _yoast_wpseo_title: Speeding up the Atlassian SDK with JRebel _yoast_wpseo_metadesc: Faster Atlassian SDK development with JRebel _thumbnail_id: '3204' _wpas_done_all: '1' _pingme: '1' _encloseme: '1' tmac_last_id: '618797283753218048' author: David Simpson excerpt_separator: ---
JRebel saves compile time. It "Instantly reload changes to Java classes" – that's the marketing talk anyway.
The theory is great. Anything has to be better than the randomness of Atlassian's FastDev or atlas-cli
, right? If it's really worth the hype, I want to use it with the Atlassian SDK and speed up my development time. Here's a short tutorial for JIRA development. Scroll down to the video if you want a demo.
Here's my quick "how to" get up and running.
Get the jrebel.jar
and save it somewhere - like /opt/jrebel/jrebel.jar
Add the jvmArgs
in the plugin to point at said file (and turn off fast dev)…
<plugin>
<groupId>com.atlassian.maven.plugins</groupId>
<artifactId>maven-jira-plugin</artifactId>
<version>${amps.version}</version>
<extensions>true</extensions>
<configuration>
<productVersion>${jira.version}</productVersion>
<productDataVersion>${jira.data.version}</productDataVersion>
<enableFastdev>false</enableFastdev>
<log4jProperties>src/main/extra/log4j.properties</log4jProperties>
<jvmArgs>-javaagent:/opt/jrebel/jrebel.jar</jvmArgs>
</configuration>
</plugin>
Add the jrebel-maven-plugin
under build > plugins (see details of what does what here).
<plugin>
<groupId>org.zeroturnaround</groupId>
<artifactId>jrebel-maven-plugin</artifactId>
<version>1.1.5</version>
<configuration>
<addResourcesDirToRebelXml>true</addResourcesDirToRebelXml>
<alwaysGenerate>true</alwaysGenerate>
<showGenerated>true</showGenerated>
</configuration>
<executions>
<execution>
<id>generate-rebel-xml</id>
<phase>process-resources</phase>
<goals>
<goal>generate</goal>
</goals>
</execution>
</executions>
</plugin>
Run atlas-run
or atlas-debug
on the command line, checking for any errors.
In Intelli-J, enable automatic compiling on code change by checking Make project build automatically:
Change something in your code & reload the page.
All is automatically updated. Immediately. No more waiting for code compile changes.
Check this quick video demo:
https://www.youtube.com/watch?v=gG8ONumNsyA
The good news – it's pretty cool. The bad news – JRebel costs around $365 per seat per year. But think of all the time you save.


Checking & Savings
Credit cards
Loans
Investment
This web component uses the DX API to show a case as a Mashup
Use shadow DOM
Use shadow DOM
Action
Display the worklist
Create a new case
Open an assignment
Open a case
Hide create button on worklist
Hide create button on worklist
Create all case types
Create all case types
Hide cancel button
Hide cancel button
Hide save button
Hide save button
Case type
Case ID
URL
Username
Password
Apply changes


vanilla-js-wheel-zoom
https://github.com/worka/vanilla-js-wheel-zoom
Zoom Down
Zoom Up
Bridge
Move your mouse over the image and scroll to zoom in and out.


mygis.Admin.AppManager Class
Functions and classes for application management
Item Index
Methods
Properties
Methods
createAppUserGrid
-
appID
Creates the grid for the application's users
Parameters:
-
appID
IntegerThe application to search
createAppUserGridSource
-
appID
Creates the source for the application's users
Parameters:
-
appID
Integer
createGrid
-
index
Routing function for the app settings tabs
Parameters:
-
index
IntegerThe corresponding tabIndex to create a grid for.
expandDetails
-
event
Triggers when a section in the "edit app settings" is expanded
Parameters:
-
event
ObjectThe triggering event
getAppDetails
-
appID
Fills in the "editForm" fields with the application details
Parameters:
-
appID
StringThe application id. If ommited, it will get the current application details.
logoBtnClick
-
elem
Handles the clicking of a 'replace logo' button.
Parameters:
-
elem
ElementThe button clicked
logoRemoveBtnClick
-
elem
Handles the clicking of a 'remove logo' button.
Parameters:
-
elem
ElementThe calling element
newlogoSelected
-
result
This method is called after an image is selected in the Media Manager to replace the application's logos
Parameters:
-
result
ObjectThe result of the Media Manager window
notifyUnsaved
()
Notifies that there are unsaved changes
previewAppLogo
()
replaceLogo
-
id
-
fileID
Replaces the application logo with a new one.
Parameters:
-
id
IntegerThe logo to replace (0 - the default, 1 or 2)
-
fileID
IntegerThe fileID to replace it with
resetConfigObject
()
Resets the configuration object used in tracking app settings' changes.
revertChanges
()
Reverts all changes at the client
saveChanges
()
Propagates all changes to the server
setConfigMaps
()
Updates the config object with the source Urls
setConfigMaps
()
Updates the config object with the source maps
storeAppDetails
-
detailRow
Stores the current editing application's details in the config object
Parameters:
-
detailRow
ObjectThe grid record
Properties
updateConfig
Object
This holds the update configuration for the app settings.


--- title: 'Problem 7: 10001st prime' author: John Ensley date: '2018-07-12' slug: '7' categories: [] tags: [sieve of Eratosthenes, primes] weight: -7 hidedate: true draft: false ---
By listing the first six prime numbers: 2, 3, 5, 7, 11, and 13, we can see that the 6th prime is 13.
What is the 10 001st prime number?
We’ve already implemented the sieve of Eratosthenes, a method for generating all primes less than some \(n\). In order to use that, we’ll need to know some value of \(n\) such that there will be at least 10,001 prime numbers less than \(n\). As it turns out, J. Barkley Rosser established just such an upper bound. For the \(n\)th prime \(p_n\),
\[ p_n < n \ln (n \ln n). \]
Therefore, \(p_{10001} < 10001 \ln (10001 \ln 10001) = 114319.2 < 114320\).
sieve <- function(n) {
is_prime <- c(F, rep(T, n-1))
for (i in 2:sqrt(n)) {
if (is_prime[i]) {
is_prime[seq(i*i, n, by = i)] <- F
}
}
which(is_prime)
}
p7 <- function(n) {
limit <- n * log(n * log(n))
primes <- sieve(limit)
primes[n]
}
p7(10001)
## [1] 104743
( m <- microbenchmark::microbenchmark(p7(10001), unit='ms') )
## Unit: milliseconds
## expr min lq mean median uq max neval
## p7(10001) 4.078036 4.150033 4.986363 4.23394 5.939754 9.892361 100
The solution takes about 4.2 milliseconds.


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and the []. with CMV EBV liver infection for virus patients are disease hepatitis The may from viral immune that cells acute associated antiviral transplant {background organ clinical these after primary viruses cytomegalovirus recipients treatment severe chronic margin risk Epstein-Barr can cell {border-style has immunocompetent Liver during not px;} therapy which #ffffff;} also herpes human increased mild reactivation virus, DNA PTLD been have infections was cause immunocompromised latent transplantation diagnosis infection, lymphoproliferative other than EBV-specific HSV development ganciclovir patients, system who common hepatitis, immunity include inflammatory replication review solid usually were This only prophylaxis Infection allograft cells, early failure fulminant hepatotropic including innate lead manifestations mortality most role CTLs EBV-associated HCV against antibodies blood but cases classic considered control detected develop effective expression hepatic observed oral preemptive proteins px; several should simplex such {font-family Infect Rare [], active adaptive autoimmune complications detection disease. elevation following font-size genome had higher incidence individuals injury its latency lytic majority more necrosis occur response responses some syndrome through transient transplantation. treated use via Dis Early Ganciclovir However, Patients T-cell These Virus While acyclovir adults aminotransferases asymptomatic bile biopsy cases, donor double; duct fever host hosts infected infection. infectious late levels post-transplant present presentation prevention promote ranges reduction report reported site suggested transplantation, .). B-cell D/R− EBV-infected Epstein–Barr IL-, PCR Several Transplant./j.-...x Treatment Valganciclovir Viral ability affected agents antigen antigens any based between border-color border-width both bowel case cellular colitis course damage different directed disease, diseases end fatal gastrointestinal healthy hepatitis. hepatocytes high immune-competent immunity, inclusions infections, inhibits into involvement lymphocytes memory patients. possible promotes range rapid recipients, rejection small solid; strategies therapy. there this transplantation: type used valganciclovir varicella viruses, within {font-style {font-weight (blood CD() Chronic Clinical Dis./ Gastroenterol HBV Hepatitis Herpes IFN-γ IgM Med Medicine, More Primary TLR TNF-α Table affecting analysis apoptosis bold cell-mediated cells. central combination commonly compared courier; cycle degree described direct disorder does drugs due effects either elevated em; establish expressed form gene genes graft granulomatous hemorrhagic hepatitis: however, important increase indistinguishable induced intranuclear involved lesions life-threatening lifelong loss low lower lymphoma, major monitored mononucleosis months nervous occurs often outcome outcomes phases play potential prophylaxis, pt;} reaction received recent recently recommended rejection, rejection. resulting retinitis, specific spectrum symptomatic their therapy, thrombocytopenia, tissue) tract viremia virus-specific vs. well young zoster


R&B is pleased to be the only Northern California underground utility wholesaler to make available a mobile app to assist engineers, utilities contractors, and pipefitters alike get answers to questions on a job site.
Instructions for installing on Blackberry:
- 1)Log onto your Blackberry App Store. In the search bar, type in "rb mobile resources," the app will be the first one on the list. If that is too much to remember, type in "pipe fitters," and our app will appear in the top five.
- 2)Simply click on the "Run" tab and you are off to the races with the new RB Mobile Resources. We would be thrilled if you would recommend our new app to your co-workers and customers alike.
- 3)You can save the app on your Blackberry Smart Device (phone) in your Applications folder as illustrated here. We hope you enjoy using this user friendly application. We welcome your comments and suggestions on any additional services we can provide you when you are mobile.


隐形订单
Implied Orders 隐形订单， Implied Markets
Implication¶
Process that identifiers orders as available in a given market based on orders available in related markets.
Benefit to Market participants: Liquidity!!
- Abundant quantity
- Tight price levels
An implied order is
- a spread order created based on orders available in the outright market (‘IN’) or
- an outright order created based on orders available in the spread market (‘OUT’).
OutRights
The term outrights is used in the forex (FX) market to describe a type of transaction
where two parties agree to buy or sell a given amount of currency at a predetermined rate at some point in the future.
This type of transaction is also referred to as a forward outright,an FX forward or currency forward.
A forward outright transaction is mainly used by parties seeking to hedge against adverse currency
luctuations or to stabilize a stream of future cash flows by taking advantage of the current rate.
主要在FX 市场上面使用，用于描述一例交易类型， 双方协议在未来某个时间段以一个预先设定好的汇率买卖货币， 也叫 forward outright, 或者 FX Forward
或者 currency forward, 主要在交易双方规避风险工具。
OutRight rate 和 Spot market 市场使用的是不一样的：
An outright rate differs from the rate used in the spot market
because the parties factor in characteristics such as
1. the volatility of the currencies and
2. their mutual opinion of where they think the exchange rate will be in the future.
The disadvantage of using a forward outright is that
1. the exchange rate could move in what would have been a favorable direction had the hedge not been implemented.
In this case, the investor doesn't stand to gain from favorable changes in the exchange rate
because they agreed to pay a predetermined exchange rate regardless of the rate
when the investor makes the purchase.
OutRights Price : You can either pay for a new device through monthly installments or buy the phone at the retail price (outright).
Outright purchase applies means that you are buying the phone at the standard retail price -
for example, directly from the Apple store.
OutRight Trade: An outright futures position is a long or short trade that is not hedged from market risk. ... An outright position is one which stands on its own,
and is not part of a larger or more complex trade.
An outright futures position is a long or short trade that is not hedged from market risk.
Both the potential gain and the potential risk are greater for outright positions than for positions that are covered or hedged in some way.
An outright position is one which stands on its own, and is not part of a larger or more complex trade.
Calendar spread:
也称为日历价差(calendar spread)或时间价差(time spread)，是指投资者买进离到期日较远的期权(简称远期期权)，
同时又卖出相同协议价格、相同数量但离到期日较近的期权(简称近期期权)，以获得利润的期权交易方式。
Is a trading strategy for futures and options to minimize risk and cost by buying two contracts or options with the same strike price
and different delivery dates.


The difference of HTML asnd CSS.
HTML is the foundations for the website and the directions on what you want it to do.
CSS is the styling in the site bring the color and brghtness to the site.
What is the DOM?
The DOM is an acronym for Document Object Model.
It is how a devloper and or anyone can see the code for the site to edit and see works in it without editing the actual site,
it can also be used for fun editing random websites to say what you like.
The DOM when edited, doesnt effect the actual website because when the site is viewed it is pulled from the server and displays on your device,
editing the site on your local device only edits the local website.
Explain control flow and loops.
A control flow is the order of individual statements, instructions and functions for a program to execute.
For example, everyone usally has a rough set of instructions of what they are doing that morning or day.
For me I have waking up, checking the time, getting ready for the day, having a small breakfast then catching a lift into the town to the station.
From then walking to EDA, after that its just catching the bus home.
That is my controled flow that is executed everyday all in a daily loop just like any control flow going in a loop.
Difference between arrays and objects.
Arrays are variables that store multiple values into a single variable, such as when creating a variable
if it is created with many values in it for example names, it is an array.
Objects are variables that have propertries about that specific variable,
such as when describing a car it has a model number, type of vehical, colour and so on.
So when desscribing this car the variable can be called car and in the variable it has values as the other important properties of the car.
The clear difference between these 2 variables is that one (array) defines 1 or many values for a variable
and the other (objects) detailing the properties of the variable to go into more detail.
What are functions?
Functions are blocks of code that are designed to perform a specific task when ran. The function is called when something calls it to run.
A function is definied with a keyword to call the function, which can also have other next to it in parentheses other variables to be defined in this function.
Functions can have in them variables defineing one thing then also returning to a different variable.


{% extends "forums/base_forum.html" %} {% block content %} {% if forum.threads.all %}
| Title | Started by | Date created | Latest post | Posts | {% if forum.competition.creator == request.user %}{% endif %} |
| {% if thread.pinned_date %} {% endif %} {{ thread.title }} | {{ thread.started_by }} | {{ thread.date_created|date:"M d, Y" }} | {{ thread.last_post_date|timesince }} | {# date:"g:iA M d" #}{{ thread.posts.count }} | {% if forum.competition.creator == request.user or request.user in forum.competition.admins.all %}{% endif %} |


Interactivity With JavaScript
Assignment Solutions
Interactive Photo Gallery
Autocomplete With JavaScript


Main Program
-
Concerts
Listen to your favorite artist from various contries. no matter where you are.
-
VR Exhibition
Between creation and exploration, and reflection and innovation inside a multiplatform event
-
Forum
COOLors unveils the Festival’s in-venue programming as well as the first experts who will take part in the Forum
-
Nocturne series
These 12 performances, most of which are world premieres, showcase the talents of about twenty artists.
-
XR Salon
This year’s XR Salon will also put into focus the circulation and distribution of XR works.


|
Wiring: http://vusb.wikidot.com/hardware using the 3.6v zener diode design, so it allows the micro controller to run at 5V.
On the diagram the pins are:
- Vcc (5v)
- D-
- D+
- GND
IMPORTANT: I failed many time at this design (at least twice) before understanding what I did wrong. So follow these rules:
- USB data is 3.3v but as stated in the V-USB wiki use 3.6v zener diodes (3.3v is doomed to fail)
- If you use the sample codes from V-USB be careful to use the same pins as them, especially for D- which uses an interrupt. If you change the pin, mind changing the interrupt that is associated. All is done in the usbconfig.h file, read it carefully, it will save you hours of problem solving.
- Some people pullup the D+ with a 1 MOhm resistor, I don't and it still work so ignore this
|


{% extends "layout.html" %} {% block title %} | Log in {% endblock %} {% block body %}
{{i}}
Don't have an account? Sign up.


As digital marketing has evolved, the ability for businesses to reach potential prospects has increased. Today, businesses have access to vast amounts of data and information using advertising tools such as Google Adwords (and Display Network), Facebook, Twitter, Instagram, LinkedIn and Snapchat.
This allows businesses to reach very specific audiences based on data such as Age, Location, Gender, Family Status, Employment Status (including Company Size, Industry, Job Roles and Seniority) as well as an individual's interests and hobbies.
Based on an intensive discovery session with your key executives, our team will identify the right target audience and persona groups for your products and services. We'll also work with you to clearly define your sales processes in order to identify prospects at each stage of your sales funnel.
We'll then create a series of digital marketing campaigns that will directly target the persona groups.
Once we target the right type of prospect for your business, our team will help to nurture these prospects for you, until such point that they are ready to speak to your sales team.
Your team will then receive a live notification to call the prospect and follow up on the sales lead.
At each stage of the sales process, our team will guide you to make sure that sales and marketing processes are fully aligned for maximum effectiveness.


Class Url
Class Url
Namespace: Cygnite\Common\UrlManager
Package: Cygnite\Common\UrlManager
Author: Sanjoy Dey<EMAIL_ADDRESS>Located at Common/UrlManager/Url.php
Package: Cygnite\Common\UrlManager
Author: Sanjoy Dey<EMAIL_ADDRESS>Located at Common/UrlManager/Url.php
public
mixed
|
|
public
|
|
public
mixed
|
|
public static
|
#
redirectTo( string $uri = '', string $type = 'location', integer $httpResponseCode = 302 )
Header Redirect |
public static
string
|
|
public static
mixed
|
|
public static
static
|
|
public
string
|
|
public
string
|
|
public
instance
|
|
public
string
|
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public
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public
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|
$base |
|


interface CaseLoader
A component that can load a set of cases from some source.
abstract fun loadCases(): Cases
Loads a set of cases.
class CsvCaseLoader : CaseLoader
A CaseLoader that loads cases from a CSV file.


Boundary enables customers to monitor and improve application performance. If you have business-critical services deployed in cloud or hybrid IT infrastructures, Boundary can help you ensure these services deliver optimal performance and uptime.
The Boundary app for Splunk feeds information about app topology, latency, and app-to-app conversation information into your Splunk environment.
Unlike traditional application performance monitoring (APM) solutions, Boundary can monitor all the components that make up an application, regardless of the infrastructure or languages used. The solution automatically builds and updates a logical application topology and makes it fast and easy to identify the location and source of issues and bottlenecks. GitHub, Basho, Canonical, Yammer, Cloudant, and many other customers rely on Boundary solutions every day.
For more information, please visit us at http://boundary.com/.
Configuring the Boundary Splunk app takes just a second.
First, we'll need to grab your Boundary "Organization ID" and API key. You can find your organization ID and API key by logging in at http://app.boundary.com and clicking "Organization » Org Settings" at the top right.
Once you've got it, head to Splunk's App Manager UI and choose the "Set Up" action for the Boundary app. Then, drop the API Key and Organizaton ID into the form and click Save.
With your configuration set and Splunk restarted, you're good to go!
For support, please contact<EMAIL_ADDRESS>The Boundary Splunk App allows you to post annotations from Splunk search results on Boundary graphs. To post an annotation to Boundary from a Splunk search, click the drop-down next to the result and choose "Boundary Annotation."
The annotation will appear in your streaming Boundary dashboard live.
The app also allows you to stream Annotations to Boundary based on logs that appear in Splunk searches automatically in the background. It's a great way to post "error" or other critical information to Boundary.
These are configured via "Searches and Reports" in Splunk Manager as scheduled searches that pass output to the Boundary app. We recommend configuring them to run every five minutes over the past five minutes of history. Click the screenshot below to see how they're set up.
This integration allows you to fetch the IP or operating system running on a host, along with a list of all applications on these hosts, as attributes on a search. With this powerful extension to Splunk's query language, you can compose searches that search for logs pertaining to host-to-host or app-to-app traffic when diagnosing problems in your systems.
<search> | lookup host_to_app_map host
<search> | lookup host_to_app_map host | eval app_names_mv=split(app_names, ",")
<search> | lookup meter_info hostThis will return info into two new fields for your use, export_ip and os.
The app also adds the Boundary AppVis view as a tab in Splunk. Just click the "Boundary AppVis" tab above to pull it up.
For support, please contact<EMAIL_ADDRESS>Happy Splunking!


An introduction to algorithm design. Goes over paradigms such as divide and conquer, greedy algorithms, and dynamic programming. Although there is some programming involved in the course, it is a minimal part of the course.
My second college French class. The course is meant to be a segue into 300 level courses where students are actually expected to read entire novels in French. We read poems, study grammar, and perfect pronunciation. I personally wish the course was a little more challenging, but I’m still learning a lot.
This course covers Electricity and Magnetism. Gauss’s Law, several types of circuits, electric fields, and Maxwell’s equations are all covered.
This course is required for all Engineering majors at UB. It teaches how to communicate properly and effectively in the workplace , as well as how to properly format your resume. I wrote a technical whitepaper about improving hallway traffic in an especially congested hallway.


9:00
Arrivals and Check-in at Gloria Hotels&Resort 5*
9:00-17:00
Welcoming & Registration reception on the green lawn by the river
Panel discussion
17:00
Future predictions - dinner
John McAfee
Founder Ghost Coin, Ghost Phone,
USA
21:00
Party Hard: DJ Sets and Cocktails


| Number of hours ordered | BEFORE Tax reduction of 50% | AFTER 50% tax reduction |
|---|---|---|
| 1h discovery | 38€/h | 19€/h |
| Less than 5h | 50€/h | 25€/h |
| 5h to 9h | 48€/h | 24€/h |
| 10h to 19h | 46€/h | 23€/h |
| 20h to 29h | 44€/h | 22€/h |
| 30h to 49h | 42€/h | 21€/h |
| 50h to 99h | 40€/h | 20€/h |
| 100h and + | 38€/h | 19€/h |
If you are several, add 4 € per additional person 😉


Hearthstone: Battlegrounds gets four new heroes in big update
by Mike MinottiBlizzard Entertainment has released a major update for Battlegrounds, the newest mode for its popular digital card game Hearthstone.
Battlegrounds takes inspiration from the emerging auto chess genre. It has been available in open beta since November 12, and this is the biggest update the mode has gotten since it’s been playable.
Blizzard is adding four new heroes: Sindragosa, Sir Finley Mrrgglton, Brann Bronzebeard, and Elise Starseeker. Four other heroes will be rotated out of Battlegrounds: King Mukla, Giantfin, Millificent Manastorm, and Lich Baz’hial.
Mukla and Manastorm have been two of the more powerful heroes so far, while Giantfin and Baz’hial have been two of the weakest. Blizzard said that the four removed heroes may return at a later time.
The following minions will be receiving balances in the update:
- Primalfin Lookout — Moved from Tavern Tier 5 to Tavern Tier 4.
- Voidlord — Moved from Tavern Tier 6 to Tavern Tier 5.
- Junkbot — Moved from Tavern Tier 4 to Tavern Tier 5.
- Coldlight Seer — Moved from Tavern Tier 3 to Tavern Tier 2.
Blizzard is making these changes to make demons and murlocs more powerful, while making mechs a bit weaker. Beasts come out of the update unscathed.
You can find more details about the new heroes and the update here.


NUnit 2.6.2 - Version <IP_ADDRESS>96 - October 22, 2012
General
- Tests may now be loaded and run from a shared directory specified as a UNC path.
- Tests may now be run under .NET 4.5.
- When running under a debugger, any nunit-agent process launched will break and allow the option to continue debugging the agent process as well.
- J# and old-style managed C++ samples have been removed. F# samples are now included. Code samples are no longer included in the standard installs but are available as a separate download. All samples now use VS2010 projects.
Development
- The source code now includes solutions for VS2010 and VS2012. The VS2008 solution has been removed.
- The NAnt build now uses NAnt 0.92.
- NSubstitute has been upgraded to version 1.4.3.
Framework
- When running under .NET 4.5, async test methods are now supported. For test cases returning a value, the method must return Task<T>, where T is the type of the returned value. For single tests and test cases not returning a value, the method may return either void or Task.
- The Platform attribute has been upgraded to recognize .NET 4.5, MaxOsX and XBox.
- TestCaseSource may now specify a class that implements IEnumerable without specifying the name of a method.
Console
- New options /basepath and /privatebinpath allow specifying the ApplicationBase and probing path on the command line.
Bug Fixes
- 1029785 Test loaded from remote folder failed to run with exception System.IODirectory Not Found
- 1029941 Missing basepath and privatebinpath arguments in nunit-console
- 1033537 Spurious behaviour using keyboard menu key
- 1034242 Update VS Solution to VS2010
- 1036699 Documentation is missing info about the /test command line option
- 1037130 Update NSubstitute to 1.4.3
- 1041365 Add MaxOsX and Xbox support to platform attribute
- 1042385 Convert all sample projects to VS2010
- 1043641 New text output tab doesn't display anything until NUnit is closed and re-opened
- 1047272 TestContext.CurrentContext.Result throws NullReferenceException
- 1048920 Attach debugger to nunit-agent automatically
- 1052298 Allow TestCaseSource to be an instance of IEnumerable
- 1053727 Project Editor Unhandled Exception when setting ApplicationBase
- 1055701 Upgrade NAnt to 0.92
- 1057911 Trap incorrect input for nunit-console.exe options
- 1057912 Clarify /runlist help message for nunit-console.exe
- 1057913 Unhandled exception for /trace option in nunit-console.exe
- 1057981 C#5 async tests are not supported
- 1060482 Documentation: Minor Typo
- 1061956 Recognize .NET 4.5 when it is running
- 1061957 Packaging problems
- 1064014 Simple async tests should not return Task
- 1064100 Void testcase with expected result should be non-runnable
- 1066386 Improve support for C# async void tests
- 1066393 Unable to display source for testcases with an alternate name set
- 1069499 Exception thrown when trying to load an assembly not built for .NET
- 1069569 Remove samples from base NUnit distribution


Live Binding
Live binding refers to templates which update themselves when their state or data changes. can-stache templates are able to listen to observables (like can-define/map/map, can-define/list/list, and can-compute) changing and update the page to reflect those changes.
Live binding lets you focus on changing data and state without having to worry about also updating the DOM to reflect those changes.
In this example, we have a simple user welcome screen.

Welcome {{user}}!

{{#if(messages)}}
You have {{messages}} new messages.
{{else}}
You no messages.
{{/messages}}

var data = new DefineMap({
user: 'Tina Fey',
messages: 0
});
var template = stache( document.getElementById("template").innerHTML );
var frag = template( data );
document.body.appendChild( frag );
The template evaluates the messages
and adds the hooks for live binding automatically.
Since we have no message it will render:

Welcome Tina Fey!

You no messages.

Now say we have a request that updates
the messages
attribute to have 5
messages.
data.message = 5;
After the template receives this update, it will automatically update the paragraph tag to reflect the new value.

You have 5 new message.

For more information visit the can-define/map/map documentation.
Binding between components
If you are looking for information on bindings between components like this:
on:event="key()" for event binding.
prop:from="key" for one-way binding to a child.
prop:to="key" for one-way binding to a parent.
prop:bind="key" for two-way binding.
See can-stache-bindings.


--- title: R Tutorial author: Damien Jourdain date: '2019-02-10' slug: Rtuto categories: - R tags: [] blogdown::html_page: toc: true fig_width: 6 dev: "svg" image: caption: '' focal_point: '' ---
fit = lm(dist ~ speed, data = cars)
b = coef(summary(fit))
plot(fit)
The slope of the regression is 3.9324088.


UP govt to take action against those burning garbage, stubble
Apart from this, arrangements should be made to ensure sprinkling of water at construction sites, he said.
by PTIConcerned over spike in air pollution, the Uttar Pradesh government on Sunday warned that action will be taken against those burning garbage, polythene and stubble in the field. "Stubble burning in the field results in massive air pollution. Therefore, farmers should be encouraged and made aware of the consequences of burning straw in their fields. Officials should ensure straw is mixed in the soil to make compost," chief secretary Rajendra Kumar Tiwari said in a directive to officers concerned.
Apart from this, arrangements should be made to ensure sprinkling of water at construction sites, he said.
Keeping in view the upcoming winter, Tiwari said sufficient arrangements of shelter homes should be made for the homeless so that no destitute is forced to sleep in the open.
In order to distribute blankets to the poor, he said timely action should be taken for purchasing blankets.
He also directed the officers to take effective steps for the release of the funds soon for bonfire in all the 75 districts in the state.Special Thursday Expiry on 10th 7th Nov
Early Closure to The Great Diwali Discount. Last Chance to get Moneycontrol PRO for a year @ Rs. 289/- only
Coupon code: DIWALI


Menu:{{foodTruck.foodTruckMenuUrl}}
Hours: {{location.locationStartTime | date:'medium'}} - {{location.locationEndTime | date:'shortTime'}}
Phone: {{foodTruck.foodTruckPhoneNumber}}
Description: {{foodTruck.foodTruckDescription}}
Detailed
FoodTruck Page


Utility for getting a function’s name for node and the browser.
This is a module to retrieve a function’s name securely and consistently both in NodeJS and the browser.
get-func-name
is available on npm. To install it, type:
$ npm install get-func-name
You can also use it within the browser; install via npm and use the get-func-name.js
file found within the download. For example:
The module get-func-name
exports the following method:
getFuncName(fn)
- Returns the name of a function.


White to play 34
pips White=167 Black=164
(CorrectAnswer= 0/0, ErrorScore= 0)
1. 24/21 6/2* eq: -0.132 47.02% (G:11.95% B:0.50%) 52.98% (G:14.68% B:0.70%) 2. 24/21 13/9 eq: -0.133 (-0.001) 46.97% (G:12.49% B:0.56%) 53.03% (G:15.10% B:0.71%) 3. 13/10 13/9 eq: -0.149 (-0.017) 46.39% (G:13.47% B:0.61%) 53.61% (G:15.72% B:0.96%) 4. 24/20 13/10 eq: -0.151 (-0.019) 46.68% (G:12.22% B:0.56%) 53.32% (G:15.78% B:0.74%) 5. 24/21 24/20 eq: -0.157 (-0.025) 46.56% (G:11.49% B:0.56%) 53.44% (G:15.39% B:0.60%)


Detection of IPv6 connectivity is now faster and more reliable.
AAAA queries are filtered out on networks with no IPv6
connectivity in order to significantly reduce latency.
Version 0.18
freebox.fr has been added to the default list of domains
for which DNSCrypt should be bypassed.
If a static resolvers set has been specified, this will now be
used for exceptions instead of DHCP-provided servers.
Minor cosmetic fixes and documentation improvements have been
made.
Version 0.17
dnscrypt-proxy has been updated to 1.1.0-final.
The uninstaller is now bundled with the preference pane.
Static default DNS resolvers can now be used instead of
having them provided by a DHCP server.
Logging: outgoing queries can now be logged and displayed in
real time.
IP-based blocking: DNS responses containing IP addresses
present in a user-defined set of addresses can be blocked.
Pattern-based name blocking: block domain names matching
suffixes, prefixes and substrings.
A list of exceptions that should bypass DNSCrypt and be
resolved by a local server can be now specified.
Version 0.16 released!
dnscrypt-proxy has been updated to 1.1.0-RC2.
Support for plugins has been added.
The system DNS cache is now flushed after a network configuration
change.
The startup scripts can now handle plugins, static DNS
configurations and user-defined exceptions lists. These new
settings are not accessible through the user interface yet, but can
be configured using control files.
Version 0.15 released!
dnscrypt-proxy has been updated to 1.1.0-RC1
Queries for nowtv.com and fritz.com are now bypassing dnscrypt.
The user interface doesn't update the DNS settings any more when
using an interactive shell.
Version 0.14 released!
The preference pane can now run on OSX 10.6.
Version 0.13 released!
The DNS cache is now flushed after a configuration change.
The release notes are now bundled with the preference pane.
This reduces the startup time and ensures that these notes are
consistent with the currently running version.
Version 0.12 released!
The "fallback to insecure" mode now properly copes with captive
portals and firewalls.
The TCP/443 checkbox is gone. When the dnscrypt box is
checked, it tries everything in parallel and keeps whatever
works best.
IPv6 is fully supported (and automatic. If that works using
IPv6, IPv6 is used)
Familyshield is supported, with and without dnscrypt.
OpenDNS/DNSCrypt/Familyshield/Fallback settings can be set
from the menu bar.
Internal domain names like routerlogin.net are directly sent
to the router or to whatever DNS resolvers the DHCP server provides.
Packages are signed for Mountain Lion.
The interface passively watches for network changes according to the
current network configuration and the current Wifi access
point. It doesn't constantly poll for changes any more.


{% extends "/activity/types/base_activity_item.html" %} {% block extra_activity_classes %} level_up {% endblock %} {% block activity_item %}
You received {{ activity.reward_stickers }} x {{ sticker_image('num1') }} for logging in today!
{% endblock %}


--- layout: post title: "Reclaim Your Domain (with Jekyll): Part 1" date: 2015-02-21 18:45:00 +0000 categories: tags: image: https://s3.amazonaws.com/audreywatters/2015-02-21-writing.jpg imagecredits: https://www.flickr.com/photos/nationaalarchief/3915529903 ---
I’m going to be Hangout-ing with several folks later this week to talk about how to use Github and Jekyll in order to own your own domain. (This is how I run both Hack Education and this site, along with all my various projects.) I promised I’d give some pre-Hangout instructions, and I figured I’d blog them briefly here so others can follow along at home.
Wait. What is Jekyll? Why Github? WTF?
So here’s the thing. As a writer who works online, I’m quite adept at HTML. I’ve made the switch to Markdown too because I can focus on my words and not the markup. I’ve blogged for almost a decade now; I’ve hosted my own sites for over five years. But I’ve never really mastered the database and servers that power them. Not really. I’m lucky: my partner is an engineer, and he’s helped me with it. But I really want to own my own domain and control my own domain.
Recently I’ve moved away from your standard blogging platforms – Wordpress, for example – and servers and storage – Amazon Web Services, in my case.
I’ve started using GitHub Pages, public Web pages hosted by GitHub and managed through its interface. (GitHub is a Web-based tool for open source code management and version control.) A repository, or “repo,” on GitHub can automatically generate pages, which are powered by Jekyll.
You can run a “blog” with Jekyll – that is, a presentation of posts in reverse-chronological order. But I think it’s better and easier to think about these posts as individual, static Web pages. (That’s what they really are.) Take these static Web pages and tie them together however you want. It is, after all, your domain.
What you’ll need:
Recommendations and resources:
Tune in next week for the next lesson…


BreadPudding.new
A Class for Delicious Programming
March 27, 2015
Bread Pudding has to be one of the greatest inventions of the culinary world. The best of it is nirvana. Even the mediocre makes the day a bit better. This love of that decadant dessert made it the natural choice to discuss something that has vexed me for the past week, Ruby Class structures. In Ruby, everything that you interact with is an object. Variables, methods, strings are all objects. Yet thpse objects like, strings, are broken down into similar types called Classes. Continuing with the string example, strings are all ways of displaying and carrying regular text. The power of Ruby, or one of those major stengths at least, is the ability to define your own class. This allows you to group differing methods, variables, and such around a specific purpose. Today that example will be making Bread Pudding.
So let's start with what we what we know about making food. We will need ingrediants. For our concoction we will need ingrediants for the pudding and for the sauce seperately. I our code they will take the form of variables. We could store them in a number of ways, but lets just stick with a generalized variable. When coding without creating a class, we would have to make these variables global. Instead we are able to define them in terms of the scope of the class only with @. Therefore we will have @pudding and @sauce. The process of making the pudding will be represented by methods. Like the variables, we can define these in terms of the scope of the class. Therefore we don't have to continuosly create new methods each time we want to make a new pudding.
The code should look like this:
class Bread Pudding
def initialize
@pudding=pudding
@sauce=sauce
end
def combine_ingrediants
@mix = @pudding.combine{|mix, ingrediant| mix + ingrediant}
end
def bake_mix
@mix.bake
end
def make_sauce
@sauce.combine.heat
end
def serve
return bake_mix + make_sauce
end
Again Soon,
Staunton


{% include "./head.html" with title=page_title %}
{% include "./topnav.html" %} {%include page_content %}
{% include 'footer.html' %}


Namespace for predefined shapes. More...
Functions | |
| sf::ConvexShape | toConvexShape (const sf::Shape &shape) |
| Converts a specific shape to a general, convex SFML shape. More... | |
| sf::ConvexShape | line (sf::Vector2f direction, const sf::Color &color, float thickness=1.f) |
| Creates a rectangle with radiused corners. More... | |
| sf::ConvexShape | roundedRect (sf::Vector2f size, float cornerRadius, const sf::Color &fillColor, float outlineThickness=0.f, const sf::Color &outlineColor=sf::Color()) |
| Creates a rectangle with radiused corners. More... | |
| sf::ConvexShape | polygon (unsigned int nbPoints, float radius, const sf::Color &fillColor, float outlineThickness=0.f, const sf::Color &outlineColor=sf::Color()) |
| Creates a regular, convex polygon shape. More... | |
| sf::ConvexShape | star (unsigned int nbStarPoints, float innerRadius, float outerRadius, const sf::Color &fillColor, float outlineThickness=0.f, const sf::Color &outlineColor=sf::Color()) |
| Creates a regular star shape. More... | |
| ConcaveShape | pie (float radius, float filledAngle, const sf::Color &fillColor, float outlineThickness=0.f, const sf::Color &outlineColor=sf::Color()) |
| Creates a pie (a sector of a circle). More... | |
Namespace for predefined shapes.
This namespace contains some functions to create predefined shapes like stars or rounded rectangles. The namespace Shapes can be considered an extension to the specific SFML shape classes like sf::CircleShape or sf::RectangleShape.
| sf::ConvexShape thor::Shapes::line | ( | sf::Vector2f | direction, |
| const sf::Color & | color, | ||
| float | thickness = 1.f |
||
| ) |
Creates a rectangle with radiused corners.
| direction | Line direction. |
| thickness | Line thickness (> 0.f). |
| color | Color of the line. |
| ConcaveShape thor::Shapes::pie | ( | float | radius, |
| float | filledAngle, | ||
| const sf::Color & | fillColor, | ||
| float | outlineThickness = 0.f , |
||
| const sf::Color & | outlineColor = sf::Color() |
||
| ) |
Creates a pie (a sector of a circle).
| radius | Radius of the circle. |
| filledAngle | The part of the circle which is filled (angle in degrees). The value doesn't have to be inside [0,360[. |
| fillColor | The color which is used to fill the pie. |
| outlineThickness | The thickness of the outline. |
| outlineColor | The color used for the outline. |
| sf::ConvexShape thor::Shapes::polygon | ( | unsigned int | nbPoints, |
| float | radius, | ||
| const sf::Color & | fillColor, | ||
| float | outlineThickness = 0.f , |
||
| const sf::Color & | outlineColor = sf::Color() |
||
| ) |
Creates a regular, convex polygon shape.
| nbPoints | The number of polygon points (the smallest possible value is 3 for a triangle). |
| radius | The distance from the center to the points (> 0.f). |
| fillColor | The color which is used to fill the inside of the polygon. |
| outlineThickness | The thickness of the outline. |
| outlineColor | The color used for the outline. |
| sf::ConvexShape thor::Shapes::roundedRect | ( | sf::Vector2f | size, |
| float | cornerRadius, | ||
| const sf::Color & | fillColor, | ||
| float | outlineThickness = 0.f , |
||
| const sf::Color & | outlineColor = sf::Color() |
||
| ) |
Creates a rectangle with radiused corners.
| size | Width and height of the rectangle. |
| cornerRadius | The radius of the circle at the corners. |
| fillColor | The rounded rectangle's fill color. |
| outlineThickness | The thickness of the outline. |
| outlineColor | Color used for the outline. |
| sf::ConvexShape thor::Shapes::star | ( | unsigned int | nbStarPoints, |
| float | innerRadius, | ||
| float | outerRadius, | ||
| const sf::Color & | fillColor, | ||
| float | outlineThickness = 0.f , |
||
| const sf::Color & | outlineColor = sf::Color() |
||
| ) |
Creates a regular star shape.
| nbStarPoints | The number of points (the smallest possible is a 3-pointed star). |
| innerRadius | The distance from the center to the inner points (> 0.f). |
| outerRadius | The distance from the center to the outer points (> innerRadius). |
| fillColor | The color which is used to fill the star. |
| outlineThickness | The thickness of the outline. |
| outlineColor | The color used for the outline. |
| sf::ConvexShape thor::Shapes::toConvexShape | ( | const sf::Shape & | shape | ) |
Converts a specific shape to a general, convex SFML shape.


UNIVERSITY MANAGEMENT SYSTEM (UMS)
A smart inhouse web-based award-winning solution to handle all academic and administrative tasks & offers number of features to Students, Staff and other stake holders of University.
MY CLASS
MyClass is a seamless learning environment which shall be very close to face to face classes that will also include added progress indicators.
Online Assessment System (OAS)
An online platform to conduct various kinds of examinations using specially designed question pool incorporated automated designing of test with auto calculation of results.
Freshmen Induction
Freshmen induction Portal, An admin portal for reporting, section allotment and Printing Induction schedule with activities.
Office Management System : (OMS)
An online system running in all offices of university for scheduling of internal and external appointments with designated higher authorities of academics & administrative divisions or departments.
LPU : (Dashboards)
An online portal offering Business Intelligence reporting to provide various kinds of Reports/Dashboard to analyse & visualize the data to predict the outcome based on previous data.
LOVELY PROFESSIONAL UNIVERSITY : (LPU)
A dynamic website to facilitate online admissions, program search to find eligible programs based on qualification, online fee payments, placements, online registrations to various upcoming conferences and events.
LPUDE.in
An exceptional website to proliferate the information for distance education student. It provides a range of tools and information to give accurate details to the user meticulously.


Boltzmann entropy (also called configurational entropy) has been recently adopted to analyze entropy of landscape gradients (Gao et al. (2017), Gao et al. (2018)). The goal of belg is to provide an efficient C++ implementation of this method in R. It also extend the original idea by allowing calculations on data with negative and missing values.
You can install the released version of belg from CRAN with:
install.packages("belg")
And the development version from GitHub with:
# install.packages("devtools")
devtools::install_github("Nowosad/belg")
As an example, we use two small rasters - complex_land
representing a complex landscape and simple_land
representing a simple landscape:
The main function in this package, get_boltzmann
, calculates the Boltzmann entropy of a landscape gradient:
get_boltzmann(complex_land)
#> [1] 48.43241
get_boltzmann(simple_land)
#> [1] 18.3818
This function accepts a RasterLayer
, RasterStack
, RasterBrick
, matrix
, or array
object as an input. It also allows for calculation of the relative (the relative
argument equal to TRUE
) and absolute Boltzmann entropy of a landscape gradient. As a default, it uses a logarithm of base 10 (log10
), however log
and log2
are also available options for the base
argument.
get_boltzmann(complex_land, base = "log")
#> [1] 111.5198
get_boltzmann(complex_land, relative = TRUE)
#> [1] 35.50168
get_boltzmann(complex_land, base = "log2", relative = TRUE)
#> [1] 117.934


Cancel Find
Cancel ADD
Cancel UPDATE
Confirme Delete Entities
Cancel Yes
Value : {{i.value}}
Synonym : {{i.synonym}}


Setting Up a Development Environment
Preliminary Steps
Use the following checklist to ensure that you are ready to develop your custom plugins.
- Get IntelliJ IDEA CE source code on your local computer. Getting IntelliJ IDEA CE source code is not a requirement for plugin development, but having it makes debugging your plugins much easier. For detailed instructions refer to the Getting IntelliJ IDEA Community Edition Source Code section of Check Out And Build Community Edition. Note that building IntelliJ IDEA CE from source code is not required for plugin development.
- Plugin DevKit plugin must be enabled in IntelliJ IDEA
- IntelliJ Platform SDK must be configured for your IDEA project. For more information, see below.
Configuring IntelliJ Platform SDK
To set up your plugin development environment:
-
Create a new IntelliJ Platform SDK under File | Project Structure:
- Specify the installation folder of IntelliJ IDEA Community Edition as the home directory.
-
Select 1.8 as the default Java SDK. See the IntelliJ Build Configuration section of Check Out And Build Community Edition for instructions about creating 1.8 Java SDK.
-
In the Sourcepath tab of the SDK settings, click the Add button:
-
Specify the source code directory for the IntelliJ IDEA Community Edition:
-
Specify the Sandbox Home directory.
The Sandbox Home directory stores the settings of the IDE development instance launched from a Plugin Project’s Run configuration. Shown below is the default Sandbox Home directory for a user on Mac OS X. Any directory can be chosen as the Sandbox Home location. Use the ellipsis button (shown below) to define a custom location.See the IDE Development Instances page for more information about default Sandbox Home directory locations and contents.


{{< layout}} {{$pageTitle}} Payment cancelled {{/pageTitle}} {{$header}}
You need to pay for your passport. Your passport application won't be submitted until you do.
You can check your application details or try payment again.
{{#input-submit}}try-payment{{/input-submit}} {{/form}} {{/ hmpo-partials-form}} {{/content}} {{/ layout}}


- Create mongodb service
- Add the basic auth header in the proxy pass
- Collect metrics on what it takes for the entire stack to run
- Generate an answers file after querying
the client information from the meta database
Expose mongodb api through rest heart
-
Hide the api behind openresty's proxy
[Optional] Create listeners on the proxy that lets it execute commands thorough the rest api
- Nodebb setup
- Add sample json for the database queries
that we've identified.
- Create an endpoint that allows the master service to return configuration data for individual services
- Write a shell script that automates installation
and configuration
-
Filter the output body for admin pages using
body_filter_by_lua, header_filter_by_lua and ngx.re.sub to remove out unwanted content in the admin pages.
[Use lua gumbo instead]
We'll use client side javascript to show hide content dynamically
[10 Apr 2017]
- Install lua gumbo
[10 Apr 2017]
Use the rewrite module (either the the default nginx or the lua one) to
reroute the "?embed=true" request to the /api endpoint for the forum service.
This will give the user an easy way to embed the data in his app.[28 Mar 2017]
- Business
- Research on helpdesk applications for schools and colleges
-
Research on helpdesk applications for property managers
[3 Apr 2017]
- Collect data from the recent acquisition notes on student accommodation sector
[26 March 2017]
- Use the data to estimate pricing schemes for helpdesk in housing sector
- Study the sales pitch of lightspeed dev
-
Find a good text rotator plugin for the home page showcase of services
Found Morph text
[3 Apr 2017]
-
Find a good theme (opensource) that can be used to write a sales pitch [We'll be going with the agency theme Because the timeline feature can be a really good tool for story telling. Some good ideas in there.] [28 Mar 2017]
Install the dependencies for the selected themes [4 Apr 2017]


{% load crispy_forms_tags %}
Tickets cost £{{ event.cost }}.
You already have {{ tickets }} ticket{% if tickets > 1 %}s{% endif %}. To buy more enter the new total below. To cancel all your tickets press Cancel.
{% endif %} {% if person %} {% crispy form %} {% endif %} {% if event.cost %}Tickets will be charged to your club account.{% endif %} {% if event.cutoff_date %} You can cancel before {{event.cutoff_date }}. {% if event.cost %}After that tickets must be paid for.{% endif %} {% endif %}


Instructions:
Just bring Mouse over the button to increase score, You dont need to click it :)
0
to
0
playing to:
Update Input Score
(Default Win Score = 5)
Player 1
Player 2
Reset


Convey meaning through color with a handful of emphasis utility classes. These may also be applied to links and will darken on hover just like our default link styles.
Fusce dapibus, tellus ac cursus commodo, tortor mauris nibh.
Nullam id dolor id nibh ultricies vehicula ut id elit.
Duis mollis, est non commodo luctus, nisi erat porttitor ligula.
Maecenas sed diam eget risus varius blandit sit amet non magna.
Etiam porta sem malesuada magna mollis euismod.
Donec ullamcorper nulla non metus auctor fringilla.

...

...

...

...

...

...

Sometimes emphasis classes cannot be applied due to the specificity of another selector. In most cases, a sufficient workaround is to wrap your text in a
with the class.
Similar to the contextual text color classes, easily set the background of an element to any contextual class. Anchor components will darken on hover, just like the text classes.
Nullam id dolor id nibh ultricies vehicula ut id elit.
Duis mollis, est non commodo luctus, nisi erat porttitor ligula.
Maecenas sed diam eget risus varius blandit sit amet non magna.
Etiam porta sem malesuada magna mollis euismod.
Donec ullamcorper nulla non metus auctor fringilla.

...

...

...

...

...

Use the generic close icon for dismissing content like modals and alerts.
<button type="button" class="close" aria-hidden="true">×</button>
Use carets to indicate dropdown functionality and direction. Note that the default caret will reverse automatically in dropup menus.

Float an element to the left or right with a class. !important
is included to avoid specificity issues. Classes can also be used as mixins.

...

...

// Classes
.pull-left {
float: left !important;
}
.pull-right {
float: right !important;
}
// Usage as mixins
.element {
.pull-left();
}
.another-element {
.pull-right();
}
To align components in navbars with utility classes, use .navbar-left
or .navbar-right
instead. See the navbar docs for details.
Set an element to display: block
and center via margin
. Available as a mixin and class.

...

// Classes
.center-block {
display: block;
margin-left: auto;
margin-right: auto;
}
// Usage as mixins
.element {
.center-block();
}
Clear the float
on any element with the .clearfix
class. Utilizes the micro clearfix as popularized by Nicolas Gallagher. Can also be used as a mixin.

...

// Mixin itself
.clearfix() {
&:before,
&:after {
content: " ";
display: table;
}
&:after {
clear: both;
}
}
// Usage as a Mixin
.element {
.clearfix();
}
Force an element to be shown or hidden (including for screen readers) with the use of .show
and .hidden
classes. These classes use !important
to avoid specificity conflicts, just like the quick floats. They are only available for block level toggling. They can also be used as mixins.
.hide
is available, but it does not always affect screen readers and is deprecated as of v3.0.1. Use .hidden
or .sr-only
instead.
Furthermore, .invisible
can be used to toggle only the visibility of an element, meaning its display
is not modified and the element can still affect the flow of the document.

...

...

// Classes
.show {
display: block !important;
}
.hidden {
display: none !important;
visibility: hidden !important;
}
.invisible {
visibility: hidden;
}
// Usage as mixins
.element {
.show();
}
.another-element {
.hidden();
}
Hide an element to all devices except screen readers with .sr-only
. Necessary for following accessibility best practices. Can also be used as a mixin.
Skip to main content
// Usage as a Mixin
.skip-navigation {
.sr-only();
}
Utilize the .text-hide
class or mixin to help replace an element's text content with a background image.

Custom heading

// Usage as a Mixin
.heading {
.text-hide();
}


Page Title
Product
About
Login/Sign-Up
Contact
News, Promotional Content, Featured Product
Content
Result here


Suns lock away Lukosius
by Daniel ChernyGold Coast have completed their trio of re-signings from the top end of last year's draft with Jack Lukosius committing to the club until the end of 2022.
South Australian forward Lukosius, the No. 2 draft pick last year, follows Izak Rankine (No. 3) and Ben King (No. 6) in re-signing with the Suns.
It is a major coup for the battling club, who are poised to land Victorians Matt Rowell and Noah Anderson with picks No. 1 and 2 of the upcoming national draft.
"Over the off-season I took the opportunity to reflect on my first year at AFL level and that made making the decision an easy one, I’ve loved my time at the club so far,” Lukosius said.
"We’ve got a great group of players, who are all committing to the future of this football club and I can’t wait to be a part of it.
"The way everyone at the club has made my family and I feel welcome has definitely helped with the transition to becoming a professional footballer in the AFL.
"The challenge now is to put my head down, continue to work hard on developing my game and ensure I’m ready to play my role for the team on field in 2020."


Element Properties
The Element Properties API allows to listen on element property changes. Listeners
can be attached to properties of DOM Elements. The core will handle DOM Mutations
and resize events and call listeners when specific properties changed.
Available Properties
-
"css.[value]"
A CSS value. The [value] is a CSS value from jQuery.
-
"offset.left", "offset.top"
Element offset (jQuery)
-
"position.left", "position.top"
Element position (jQuery)
-
"scroll.left", "scroll.top"
ScrollTop and ScrollLeft (jQuery)
-
"width", "height"
width/height (jQuery)
-
"width.inner", "height.inner"
width/height (jQuery)
-
"width.outer", "height.outer"
width/height (jQuery)
-
"width.outerWithMargin", "height.outerWithMargin"
width/height (jQuery)
JavaScript
Public API
-
blue.ElementProperty.on(element, property, handler)
Attach the handler to the property of the element.
| Arguments: |
- element (Element) – DOM Element.
- proptery (string) – The property (for details see above).
- handler (function) – A handler. Will be called as handler(newVal, oldVal).
|
-
blue.ElementProperty.off(element, property, handler)
Remove a handler.
| Arguments: |
- element (Element) – DOM Element.
- proptery (string) – The property.
- handler (function) – The handler.
|
Private functions (not for use from outside)
-
blue.ElementProperty.fire(element, property, newVal, oldVal)
Call all handlers related to the given parameters.
-
blue.ElementProperty.getProperty(element, property)
Get the property of the element.
-
blue.ElementProperty.check(element, property)
Check for changes for the given element and properties (it’s a list). Both parameters
can be undefined, which will perform checks for all elements/properties.
-
blue.ElementProperty.start()
Start the engines.


Finds the isolated clusters from a similarity/connectivity matrix
The input could be a matrix (array of arrays) or it could be a single array containing the values of the upper triangular of that matrix.
By default the function returns a clustering matrix: It is a binary row wise matrix, where each row has n components. The ones at row i and column j indicates that element j belong to cluster i.
let matrix = [
[1, 2, 0, 0],
[1, 2, 0, 0],
[0, 0, 3, 4],
[0, 0, 5, 6],
];
let clusters = simpleClustering(matrix, {
threshold: 0,
out: 'values',
});
console.log(`clusters = ${clusters}`);
/**
clusters = [
[
[1, 2],
[1, 2],
],
[
[3, 4],
[5, 6],
],
]
*/


We know they're famous but who takes the crown as THE top athlete in the United States?
Who Would Be Your Second Overall Pick?


Let's talk about Pocket sized devices and tools with great design!
Google's own Nexus 6P: pure unadultered Android.


Telegram Bot API framework written in Crystal. Based heavily off of Telegraf this Crystal implementation allows your Telegram bot to be written in a language that's both beautiful and fast. Benchmarks coming soon.
If you want to extend your bot by using NLP, see my other library Cadmium.
Installation
Add this to your application's shard.yml
:
dependencies:
tourmaline:
github: watzon/tourmaline
version: ~> 0.8.0
Usage
Basic usage
Tourmaline features both annoation and non-annotation based APIs. The annotation API is what most developers are probably going to want to use as it allows for more flexibility.
class EchoBot < Tourmaline::Bot
include Tourmaline
@[Command("echo")]
def echo_command(message, params)
text = params.join(" ")
send_message(message.chat.id, text)
delete_message(message.chat.id, message.message_id)
end
end
bot = EchoBot.new(ENV["API_KEY"])
bot.poll
The same can be done with the non-annoation based API.
require "tourmaline"
bot = Tourmaline::Bot.new(ENV["API_KEY"])
bot.command("echo") do |message, params|
text = params.join(" ")
send_message(message.chat.id, text)
delete_message(message.chat.id, message.message_id)
end
bot.poll
Listening for events
Tourmaline has a number of events that you can listen for (the same events as Telegraf actually). The full list of events is as can be found in the documentation.
@[On(:text)]
def on_text(update)
text = update.message.not_nil!.text.not_nil!
puts "TEXT: #{text}"
end
# or without annotations
bot.on(:text) do |update|
text = update.message.not_nil!.text.not_nil!
puts "TEXT: #{text}"
end
Adding middleware
Middleware can be created by extending the Tourmaline::Bot::Middleware
class. All middleware classes need to have a call(update : Update)
method. The middleware will be called on every update.
class MyMiddleware < TGBot::Middleware
# All middlware include a reference to the parent bot.
# @bot : Tourmaline::Bot
def call(update : Update)
if message = update.message
if user = message.from_user
if text = message.text
puts "#{user.first_name}: #{text}"
end
end
end
end
end
bot.use MyMiddleware
Webhooks
Using webhooks is easy, even locally if you use the ngrok.cr package.
# bot.poll
bot.set_webhook("https://example.com/bots/my_tg_bot")
bot.serve("<IP_ADDRESS>", 3400)
# or with ngrok.cr
require "ngrok"
Ngrok.start({ addr: "<IP_ADDRESS>:3400" }) do |ngrok|
bot.set_webhook(ngrok.ngrok_url_https)
bot.serve("<IP_ADDRESS>", 3400)
end
Payments
You can now accept payments with your Tourmaline app! First make sure you follow the setup instructions here so that your bot is prepared to handle payments. Then just use the send_invoice
, answer_shipping_query
, and answer_pre_checkout_query
methods to send invoices and accept payments.
@[Command("buy)]
def buy(message, params)
send_invoice(
message.chat.id,
"Sample Invoice",
"This is a test...",
"123344232323",
"YOUR_PROVIDER_TOKEN",
"test1",
"USD",
labeled_prices([{label: "Sample", amount: 299}, {label: "Another", amount: 369}]).to_json
)
end
Games
Ability to create and run games with your Tourmaline Bot is a recent feature that hasn't been tested yet. Please use the issue tracker if you experience problems.
Kemal Middleware
Tourmaline provides middleware for Kemal, just in case you want to use Kemal as the server.
require "kemal"
require "tourmaline/kemal_handler"
require "./your_bot"
add_handler Tourmaline::KemalHandler.new(
bot: YourBot.new,
url: "https://something.com",
path: "/bot-webhook/#{ENV["TGBOT_API_KEY"]}"
)
Kemal.run
Note: Telegram won't send webhook requests to non-ssl domains. This means that you need to be running your kemal server with ssl enabled. For local development this can be a pain, but it is made much easier with ngrok.cr.
Development
This currently supports the following features:
- [x] Bot API
- [x] Implementation examples
- [x] Easy command syntax
- [x] Robust middleware system
- [x] Standard API queries
- [x] Stickers
- [x] Inline mode
- [x] Long polling
- [x] Webhooks
- [x] Payments
- [x] Games
If you want a new feature feel free to submit an issue or open a pull request.
Contributing
- Fork it ( https://github.com/watzon/tourmaline/fork )
- Create your feature branch (git checkout -b my-new-feature)
- Commit your changes (git commit -am 'Add some feature')
- Push to the branch (git push origin my-new-feature)
- Create a new Pull Request
Contributors
- watzon Chris Watson - creator, maintainer


Batya Friedman, Peter H. Kahn, Jr., Alan Borning
Recommended by Lou from Highwire. Important to read for our reading group.


|
BTK Python wrapper
0.3dev.0
Python bindings for the Biomechanical ToolKit library (BTK)
|
Contains the data related to a biomechanical acquisition. More...
Static Public Attributes | |
| Bit10 = _btk.btkAcquisition_Bit10 | |
| Bit12 = _btk.btkAcquisition_Bit12 | |
| Bit14 = _btk.btkAcquisition_Bit14 | |
| Bit16 = _btk.btkAcquisition_Bit16 | |
| Bit8 = _btk.btkAcquisition_Bit8 | |
Contains the data related to a biomechanical acquisition.
Contains the data related to a biomechanical acquisition. A biomechanical acquisition can contains: - 3D data (makers, points, forces, moments, ...) ; - analog channels (force platform, emg, ...) ; - events - acquisition's setup ; - subject's informations. By default, the first frame is set to 1, the analog resolution is set to 12-bit, the maximum interpolation gap to 10 frames and the units are: - Marker: millimeters ; - Angle: degrees ; - Force: newtons ; - Moment: millimeter-newtons ; - Power: watts ; - Scalar: millimeters ; - Reaction: (nothing). After the creation of the acquisition, you should use the Init() method to populate the acquisition. The member used for the maximum interpolation gap is only for information and is not used in the acquisition. It could be used later in a filter to fill gap. The analog resolution can be set to the following values: - btk.btkAcquisition.Bit8 ; - btk.btkAcquisition.Bit10 ; - btk.btkAcquisition.Bit12 ; - btk.btkAcquisition.Bit14 ; - btk.btkAcquisition.Bit16.
| def btk.btkAcquisition.AppendAnalog | ( | self, | args | ) |
AppendAnalog(self, btkAnalog) Append the analog channel ac in the acquisition This method also resizes the frame number of the inserted analog channel if necessary.
| def btk.btkAcquisition.AppendEvent | ( | self, | args | ) |
AppendEvent(self, btkEvent) Appends the given event in the acquisition.
| def btk.btkAcquisition.AppendPoint | ( | self, | args | ) |
AppendPoint(self, btkPoint) Convenient method to append a point in the acquisition. This method also resizes the frame number of the inserted point if necessary.
| def btk.btkAcquisition.BeginAnalog | ( | self | ) |
BeginAnalog(self) -> btkAnalogCollectionIterator Returns an iterator to the beginning of the list of analog channels.
| def btk.btkAcquisition.BeginEvent | ( | self | ) |
BeginEvent(self) -> btkEventCollectionIterator Returns an iterator to the beginning of the list of events.
| def btk.btkAcquisition.BeginMetaData | ( | self | ) |
BeginMetaData(self) -> btkMetaDataIterator Returns an iterator to the beginning of the list of metadata.
| def btk.btkAcquisition.BeginPoint | ( | self | ) |
BeginPoint(self) -> btkPointCollectionIterator Returns an iterator to the beginning of the list of points.
| def btk.btkAcquisition.ClearAnalogs | ( | self | ) |
ClearAnalogs(self) Clear analogs channels.
| def btk.btkAcquisition.ClearEvents | ( | self | ) |
ClearEvents(self) Clear events.
| def btk.btkAcquisition.ClearPoints | ( | self | ) |
ClearPoints(self) Clear points.
| def btk.btkAcquisition.Clone | ( | self | ) |
Clone(self) -> btkAcquisition Deep copy of the object
| def btk.btkAcquisition.EndAnalog | ( | self | ) |
EndAnalog(self) -> btkAnalogCollectionIterator Returns an iterator just past the last analog channel.
| def btk.btkAcquisition.EndEvent | ( | self | ) |
EndEvent(self) -> btkEventCollectionIterator Returns a const iterator just past the last event.
| def btk.btkAcquisition.EndMetaData | ( | self | ) |
EndMetaData(self) -> btkMetaDataIterator Returns an iterator just past the last metadata.
| def btk.btkAcquisition.EndPoint | ( | self | ) |
EndPoint(self) -> btkPointCollectionIterator Returns an iterator just past the last point.
| def btk.btkAcquisition.FindAnalog | ( | self, | args | ) |
FindAnalog(self, string) -> btkAnalogIterator Finds the analog channel with the proposed label and returns the iterator associated with it. If no analog channel has the given label, an iterator pointing to the end of the collection is returned.
| def btk.btkAcquisition.FindEvent | ( | self, | args | ) |
FindEvent(self, string) -> btkEventIterator Finds the event with the proposed label and returns the iterator associated with it. If no event has the given label, an iterator pointing to the end of the collection is returned.
| def btk.btkAcquisition.FindPoint | ( | self, | args | ) |
FindPoint(self, string) -> btkPointIterator Finds the point with the proposed label and returns the iterator associated with it. If no point has the given label, an iterator pointing to the end of the collection is returned.
| def btk.btkAcquisition.GetAnalog | ( | self, | args | ) |
GetAnalog(self, int) -> btkAnalog GetAnalog(self, string) -> btkAnalog Gets the analog channel at the given index or label. If no Analog exists, then an exception is thrown.
| def btk.btkAcquisition.GetAnalogFrameNumber | ( | self | ) |
GetAnalogFrameNumber(self) -> int Returns the number of frames for the analog channels.
| def btk.btkAcquisition.GetAnalogFrequency | ( | self | ) |
GetAnalogFrequency(self) -> double Returns the analogs sample rate.
| def btk.btkAcquisition.GetAnalogNumber | ( | self | ) |
GetAnalogNumber(self) -> int Returns the number of analog channels.
| def btk.btkAcquisition.GetAnalogResolution | ( | self | ) |
GetAnalogResolution(self) -> btk.btkAcquisition.AnalogResolution Returns the analog resolution.
| def btk.btkAcquisition.GetAnalogs | ( | self | ) |
GetAnalogs(self) -> btkAnalogCollection Returns the collection of analog channels.
| def btk.btkAcquisition.GetDuration | ( | self | ) |
GetDuration(self) -> double Returns the duration of the acquisition. The duration is computed as the multiplication of the points' frequency with the points frame number.
| def btk.btkAcquisition.GetEvent | ( | self, | args | ) |
GetEvent(self, int) -> btkEvent Gets the event at the given index.
| def btk.btkAcquisition.GetEventNumber | ( | self | ) |
GetEventNumber(self) -> int Returns the number of events.
| def btk.btkAcquisition.GetEvents | ( | self | ) |
GetEvents(self) -> btkEventCollection Returns the collection of events.
| def btk.btkAcquisition.GetFirstFrame | ( | self | ) |
GetFirstFrame(self) -> int Return the first frame index of the acquisition.
| def btk.btkAcquisition.GetLastFrame | ( | self | ) |
GetLastFrame(self) -> int Returns the last frame index of the acquisition base on the first frame index and the frame number.
| def btk.btkAcquisition.GetMaxInterpolationGap | ( | self | ) |
GetMaxInterpolationGap(self) -> int Gets the maximum gap length that any interpolation method would fill for the 3D point data. Warning: Only for information. Could be use later by a filter to fill gap 3D trajectories.
| def btk.btkAcquisition.GetMetaData | ( | self | ) |
GetMetaData(self) -> btkMetaData Returns the metadata.
| def btk.btkAcquisition.GetNumberAnalogSamplePerFrame | ( | self | ) |
GetNumberAnalogSamplePerFrame(self) -> int Returns the number of analog sample (acquired by each channel) per point frame.
| def btk.btkAcquisition.GetPoint | ( | self, | args | ) |
GetPoint(self, int) -> btkPoint GetPoint(self, string) -> btkPoint Gets the point at the given index or label. If no Point exists, then an exception is thrown.
| def btk.btkAcquisition.GetPointFrameNumber | ( | self | ) |
GetPointFrameNumber(self) -> int Returns the number of frames for the points.
| def btk.btkAcquisition.GetPointFrequency | ( | self | ) |
GetPointFrequency(self) -> double Returns the point's frequency.
| def btk.btkAcquisition.GetPointNumber | ( | self | ) |
GetPointNumber(self) -> int Returns the number of points.
| def btk.btkAcquisition.GetPoints | ( | self | ) |
GetPoints(self) -> btkPointCollection Returns the collection of points.
| def btk.btkAcquisition.GetPointUnit | ( | self, | args | ) |
GetPointUnit(self) -> std::string const GetPointUnit(self, arg2) -> std::string const Returns the unit for points which have the given type.
| def btk.btkAcquisition.GetTimestamp | ( | self | ) |
GetTimestamp(self) -> unsigned long Returns the timestamp of the object.
| def btk.btkAcquisition.Init | ( | self, | args | ) |
Init(self, pointNumber, frameNumber, analogNumber = 0, , analogSampleNumberPerPointFrame = 1) Init(self, pointNumber, frameNumber, analogNumber = 0) Init(self, pointNumber, frameNumber) Initialize the acquisition with the given number of point which have each the given number of frames. You can set also the number of analog channels and their number of frames corresponds to the given integer factor multiplied by the number of frames for the points. This method label added points and analog channels using the string 'uname*' concatenated with the index of the channel.
| def btk.btkAcquisition.IsEmptyAnalog | ( | self | ) |
IsEmptyAnalog(self) -> bool Checks if the analogs' list is empty.
| def btk.btkAcquisition.IsEmptyEvent | ( | self | ) |
IsEmptyEvent(self) -> bool Checks if the events' list is empty.
| def btk.btkAcquisition.IsEmptyPoint | ( | self | ) |
IsEmptyPoint(self) -> bool Checks if the points' list is empty.
| def btk.btkAcquisition.RemoveAnalog | ( | self, | args | ) |
RemoveAnalog(self, string) RemoveAnalog(self, int) RemoveAnalog(self, btkAnalogCollectionIterator) -> btkAnalogCollectionIterator Convenient method to delete an analog channel from the acquisition.
| def btk.btkAcquisition.RemoveEvent | ( | self, | args | ) |
RemoveAnalog(self, int) RemoveEvent(self, btkEventCollectionIterator) -> btkEventCollectionIterator Removes the event associated with the given index or the given iterator.
| def btk.btkAcquisition.RemovePoint | ( | self, | args | ) |
RemovePoint(self, string) RemovePoint(self, int) RemovePoint(self, btkPointCollectionIterator) -> btkPointCollectionIterator Convenient method to delete a point from the acquisition.
| def btk.btkAcquisition.Reset | ( | self | ) |
Reset(self) Resets the acquisition as an empty acquisition. To re-populate this acquisition, you need to re-use the Init() method to set the point and analog number and their frame number.
| def btk.btkAcquisition.Resize | ( | self, | args | ) |
Resize(self, pointNumber, frameNumber, analogNumber = 0, , analogSampleNumberPerPointFrame = 1) Resize(self, pointNumber, frameNumber, analogNumber = 0) Resize(self, pointNumber, frameNumber) Resize the acquisition. Same as the method Init(), but does not label added points and analog channels
| def btk.btkAcquisition.ResizeAnalogNumber | ( | self, | args | ) |
ResizeAnalogNumber(self, int) Resize the number of analog channels.
| def btk.btkAcquisition.ResizeFrameNumber | ( | self, | args | ) |
ResizeFrameNumber(self, int) Resize the number of frames.
| def btk.btkAcquisition.ResizeFrameNumberFromEnd | ( | self, | args | ) |
ResizeFrameNumberFromEnd(self, int) Resize the number of frames by adding new (or removing) frames at the beginning of the acquisition and set automatically the new first frame index.
| def btk.btkAcquisition.ResizePointNumber | ( | self, | args | ) |
ResizePointNumber(self, int) Resize the number of points.
| def btk.btkAcquisition.SetAnalog | ( | self, | args | ) |
SetAnalog(self, int, btkAnalog) Sets the analog channel at the given index by the content of the given analog channel.
| def btk.btkAcquisition.SetAnalogNumber | ( | self, | args | ) |
SetAnalogNumber(self, int) Sets the number of analog channels.
| def btk.btkAcquisition.SetAnalogResolution | ( | self, | args | ) |
SetAnalogResolution(self, btk.btkAcquisition.AnalogResolution) Sets the analog resolution.
| def btk.btkAcquisition.SetAnalogs | ( | self, | args | ) |
SetAnalogs(self, btkAnalogCollection) Sets analog channels for this acquisition.
| def btk.btkAcquisition.SetEvent | ( | self, | args | ) |
SetEvent(self, int, btkEvent) Sets the content of event at the given index.
| def btk.btkAcquisition.SetEventNumber | ( | self, | args | ) |
SetEventNumber(self, int) Sets the number of events.
| def btk.btkAcquisition.SetEvents | ( | self, | args | ) |
SetEvents(self, btkEventCollection) Sets events for this acquisition.
| def btk.btkAcquisition.SetFirstFrame | ( | self, | args | ) |
SetFirstFrame(self, int, adaptEvents) SetFirstFrame(self, int) Sets the first frame index. If the third argument is given and set to true, then events' frame/time will be shifted by the difference between the new first frame and the old one.
| def btk.btkAcquisition.SetMaxInterpolationGap | ( | self, | args | ) |
SetMaxInterpolationGap(self, int) Sets the maximum gap length that any interpolation method would fill for the 3D point data. Warning: Only for information. Could be use later by a filter to fill gap 3D trajectories.
| def btk.btkAcquisition.SetMetaData | ( | self, | args | ) |
SetMetaData(self, btkMetaData) Sets the metadata of the acquisition.
| def btk.btkAcquisition.SetPoint | ( | self, | args | ) |
SetPoint(self, int, btkPoint) Sets the content of a point at the given index.
| def btk.btkAcquisition.SetPointFrequency | ( | self, | args | ) |
SetPointFrequency(self, double) Sets the points sample rate.
| def btk.btkAcquisition.SetPointNumber | ( | self, | args | ) |
SetPointNumber(self, int) Sets the number of points.
| def btk.btkAcquisition.SetPoints | ( | self, | args | ) |
SetPoints(self, btkPointCollection) Sets points for this acquisition.
| def btk.btkAcquisition.SetPointUnit | ( | self, | args | ) |
SetPointUnit(self, units="mm") SetPointUnit(self) SetPointUnit(self, arg2, arg3) Sets the point's unit for the given point's type. The type btk.btkPoint.Reaction cannot have any unit. You cannot set it.
| def btk.btkAcquisition.Update | ( | self | ) |
Update(self) Updates the ProcessObject associated with this DataObject.
|
static |
10-bit resolution for the analog to digital converter (ADC).
|
static |
12-bit resolution for the analog to digital converter (ADC).
|
static |
14-bit resolution for the analog to digital converter (ADC).
|
static |
16-bit resolution for the analog to digital converter (ADC).
|
static |
8-bit resolution for the analog to digital converter (ADC).


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